CN208273984U - A kind of full-automatic Production of Moon Cake line - Google Patents

A kind of full-automatic Production of Moon Cake line Download PDF

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Publication number
CN208273984U
CN208273984U CN201721905861.XU CN201721905861U CN208273984U CN 208273984 U CN208273984 U CN 208273984U CN 201721905861 U CN201721905861 U CN 201721905861U CN 208273984 U CN208273984 U CN 208273984U
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China
Prior art keywords
biscuit
pallet
belt
moon cake
section
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CN201721905861.XU
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Chinese (zh)
Inventor
郑宗真
郑镇标
林少娟
张伯英
徐德水
王勇
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Guangdong WinSun Food Co Ltd
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Guangdong WinSun Food Co Ltd
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Abstract

A kind of full-automatic Production of Moon Cake line, including rack, conveying device, moon cake feeding device, moon cake apparatus for baking and multiple faric molding pendulum disk mechanisms；Conveying device includes main conveyor line and multiple pipelines, and branch pipeline outlet end and main conveyor line side are adjacent；Faric molding pendulum disk mechanism is identical as branch pipeline quantity and corresponds, and faric molding pendulum disk mechanism includes moon cake encrusting machine, moon cake forming machine and biscuit arranging apparatus；Biscuit arranging apparatus includes pallet feed mechanism and biscuit transport mechanism, and biscuit transport mechanism is set between pallet feed mechanism and branch pipeline, and rack is equipped with conveyor pallet structure, and conveyor pallet structure outlet end and branch pipeline side are adjacent；Moon cake feeding device includes feeding web, and feeding web input end and main conveyor line side are adjacent, and outlet end and the moon cake apparatus for baking feed inlet of feeding web mutually connect.The utility model can be automatically performed the production of moon cake, integrate the functions such as faric, molding, balance and baking.

Description

A kind of full-automatic Production of Moon Cake line
Technical field
The utility model relates to food processing machinery, and in particular to a kind of full-automatic Production of Moon Cake line.
Background technique
Moon cake has become the indispensable food and gift of the Mid-autumn Festival, due to its features good taste, nutritive value it is high and very by people Favor.
Existing Production of Moon Cake line includes stuffing-wrapping machine, molding machine and oven.When work, first passes through stuffing-wrapping machine and employ skin certainly Material package fillings is to be made biscuit；Then, it using manually the biscuit for being surrounded by filling is carried on moon cake forming machine, is formed by moon cake Machine forms the biscuit for being surrounded by filling；Then, using obtained biscuit after faric, molding is manually neatly arranged pallet Interior (biscuit can be made to arrange in the way of multiple lines and multiple rows in pallet), finally, biscuit by pallet and thereon is put into moon cake together Apparatus for baking is toasted, and the production of moon cake is completed with this.This Production of Moon Cake line needs put into artificial more, lead to people Work higher cost, and the degree of automation is low, and working efficiency is low.In addition, be easy to be contaminated biscuit using manual operation, There is food hygiene hidden danger not up to standard.
Utility model content
The technical problem to be solved by the utility model is to provide a kind of full-automatic Production of Moon Cake line, this full-automatic moon cakes Production line can be automatically performed the production of moon cake, integrate the functions such as faric, molding, balance and baking, high degree of automation, Be conducive to improve production efficiency and reduce cost of labor.The technical solution adopted is as follows:
A kind of full-automatic Production of Moon Cake line, it is characterised in that dried including rack, conveying device, moon cake feeding device, moon cake Roasting device and multiple faric molding pendulum disk mechanisms；Conveying device includes main conveyor line and multiple pipelines, main conveyor line and each Branch pipeline is respectively mounted on the rack；Each branch pipeline is arranged successively front to back certainly along the conveying direction of main conveyor line, branch conveying Line is in main conveyor line side, and the outlet end of branch pipeline and main conveyor line side are adjacent；Faric molding pendulum disk mechanism and branch The quantity of pipeline is identical and corresponds, and faric molding pendulum disk mechanism includes moon cake encrusting machine, moon cake forming machine and biscuit pendulum Put device；Moon cake forming machine includes biscuit conveyer belt and mold forming mechanism, and biscuit conveyer belt is mounted on the rack, biscuit conveyer belt With from the forward section moved front to back and from rear, to the reversion section of preceding movement, the reversion section of biscuit conveyer belt is in its section that moves ahead Downside；Biscuit arranging apparatus includes pallet feed mechanism and biscuit transport mechanism, and biscuit transport mechanism is set to pallet feed mechanism Between branch pipeline, rack, which is equipped with, to convey the pallet that pallet is conveyed from pallet feed mechanism to biscuit transport mechanism Mechanism, and the outlet end of conveyor pallet structure and the side of branch pipeline are adjacent；Biscuit transport mechanism includes translating base, the first roller Cylinder, the second roller, biscuit transport motor and biscuit feed belt, side by side, rack is equipped with for the first roller and the second roller or so The translating base position switching mechanism that translating base or so can be driven to translate；First roller may be rotatably mounted in rack, translating base It is in the top of conveyor pallet structure, the second roller may be rotatably mounted on translating base, and biscuit transport motor is mounted on translating base On, the power output shaft of biscuit transport motor and the second roller are sequentially connected；Translating base is equipped with photocell eye, and photocell eye is in the Above two rollers；Biscuit feed belt has from the mobile biscuit delivery section of the first roller to the second roller and is in biscuit transmission The reversion section of section lower section, the direction of moving direction and conveyor pallet structure the conveying pallet of the biscuit delivery section of biscuit feed belt It is mutually perpendicular to；Biscuit transport mechanism further includes the automatic takeup that can be automatically tensioned the reversion section of biscuit feed belt； The moving direction of the forward section of biscuit conveyer belt is consistent with the moving direction of biscuit delivery section of biscuit feed belt, and biscuit conveys The rear end of the forward section of band and the front end of the biscuit delivery section of biscuit feed belt mutually connect；Along the conveying direction of biscuit conveyer belt, Moon cake encrusting machine, mold forming mechanism and biscuit arranging apparatus are arranged successively front to back certainly；Moon cake feeding device includes at least one Feeding web, each feeding web is respectively mounted on the rack, and along the conveying direction of main conveyor line, it is defeated that feeding web is in branch The rear of line sending；Feeding web is in the side of main conveyor line, and the input end of feeding web and main conveyor line side are adjacent, The outlet end of each feeding web is mutually connected with the feed inlet of moon cake apparatus for baking；In rack with the import of each feeding web Corresponding position is held to be respectively equipped with a pallet transfer device.
In above-mentioned full-automatic Production of Moon Cake line, moon cake encrusting machine can carry out faric biscuit is made automatically；Biscuit conveying Biscuit made of moon cake encrusting machine can be delivered to mold forming mechanism and biscuit arranging apparatus by band；Mold forming mechanism can be automatic The biscuit for being surrounded by filling is formed；Biscuit that is faric, obtaining after molding can be neatly arranged by biscuit arranging apparatus automatically Biscuit into pallet, then by pallet and thereon is sent into corresponding branch pipeline；Main conveyor line receives what each branch pipeline was sent Pallet equipped with half-finished product of moon cake (biscuit), and it is driven to move front to back certainly；When on main conveyor line pallet reach with respectively into When expecting the corresponding position of input end of conveyer belt, pallet is transferred to feeding web by pallet transfer device from main conveyor line At input end, then it is transported in moon cake apparatus for baking by feeding web.Above-mentioned full-automatic Production of Moon Cake line can be automatic The production for completing moon cake, integrate the functions such as faric, molding, balance and baking, high degree of automation, is conducive to improve and produces Efficiency simultaneously reduces cost of labor.
In above-mentioned biscuit arranging apparatus, the photocell eye on translating base is used to detect the biscuit delivery section of biscuit feed belt Whether there is biscuit by biscuit delivery section end, and sends a signal to control circuit and handled.On conveyor pallet structure with It can be equipped with tray detecting device (tray detecting device can be used close to switch) on the corresponding position of biscuit transport mechanism, pallet inspection Whether for detect conveyor pallet structure on have pallet reach with biscuit transport mechanism corresponding position, and by signal if surveying device Control circuit is sent to be handled.Line-spacing (i.e. two that front and back is adjacent in pallet that biscuit is put in pallet can be preset Spacing between biscuit) and arrange away from (spacing i.e. in pallet between two adjacent biscuits of left and right).When work, pallet supply The pallet that mechanism is sent out is mobile towards biscuit transport mechanism under the drive of conveyor pallet structure；When tray detecting device detects When having pallet to reach on position corresponding with biscuit transport mechanism on conveyor pallet structure, control circuit just makes conveyor pallet structure Operation suspension, the pallet on conveyor pallet structure suspends movement at this time；The biscuit transport motor operating of control circuit control simultaneously, cake Base transport motor drives the rotation of the second roller, and the biscuit delivery section of biscuit feed belt drives biscuit thereon mobile, and biscuit passes It send the biscuit of foremost in section to cross biscuit delivery section end and falls in pallet (i.e. biscuit transport mechanism on corresponding position One biscuit is placed in pallet by completion), meanwhile, photocell eye has detected biscuit by biscuit feed belt end and has sent Signal is to control circuit, and control circuit is counted and makes biscuit transport motor operation suspension, at this time translating base position switching machine Structure switches the position of translating base, and translating base and the second roller is made to translate a column away from (automatic at this time towards the first roller together Reversion section of the tight device automatically by the relaxation of biscuit feed belt is tensioned, while biscuit delivery section being made to keep tensioning state), subsequent cake Base transport motor is run again, carries out putting for next biscuit；By repeating above-mentioned movement, until biscuit transport mechanism is completed A line biscuit puts in pallet.When biscuit transport mechanism completes when putting of a line biscuit in pallet, the switching of translating base position Mechanism driving translating base and the second roller translate reset together, while conveyor pallet structure drives pallet to move forward a row Away from then carrying out next line biscuit by biscuit transport mechanism and putting；By repeating the above process, until biscuit transport mechanism is complete It is put at all row biscuits in a pallet.All row biscuits in pallet are completed when biscuit transport mechanism to put When, conveyor pallet structure sends forward the pallet that biscuit is put is completed, while the pallet of next sky being sent to biscuit and is transmitted Below mechanism.Biscuit that is faric, obtaining after molding can be neatly arranged in pallet by above-mentioned biscuit arranging apparatus automatically, from Dynamicization degree is high, is conducive to improve working efficiency and reduces cost of labor；And due to can avoid cake without manual operation Base is contaminated, to solve food hygiene hidden danger not up to standard.
In preferred embodiment, above-mentioned main conveyor line includes left and right two side-by-side main belt, branch pipeline outlet end Position be higher than main belt；Position corresponding with the outlet end of each branch pipeline is respectively equipped with one first and connects disk on main conveyor line Mechanism；First to connect disc mechanism include first connecing disk lifting platform and allowing hand over the first of the height and position that first connects disk lifting platform Disk lifting platform position switching mechanism is connect, first, which connects disk lifting platform, is between two main belts, and first connects disk lifting platform face The outlet end of branch pipeline, first, which connects disk lifting platform, connects disk conveyer belt equipped with first, first connect the input end of disk conveyer belt with The outlet end position of corresponding branch pipeline is corresponding；First connect disc mechanism further include first close to switch, second close to switch, Third is set at the outlet end of branch pipeline close to switch and the 4th close to switch, first close to switch, and second sets close to switch It is connect on disk lifting platform in first；Along the conveying direction of main conveyor line, third is set to first close to switch and connects in front of disk lifting platform, 4th, which is set to first close to switch, connects disk lifting platform rear.
The height and position that above-mentioned first, which connects disk lifting platform position switching mechanism, to connect disk lifting platform to first switches over: A position wherein, first, which connects disk lifting platform, is in low level, and first connects the position of disk conveyer belt lower than main belt, in this way may be used Ensure not will receive the first shadow for connecing disk conveyer belt when pallet connects above disk lifting platform under the drive of main belt by first It rings；In another position, first, which connects disk lifting platform, is in a high position, and the first position for connecing disk conveyer belt is higher than main belt, and Or slightly below branch pipeline outlet end concordant with branch pipeline outlet end, can ensure that the pallet on branch pipeline is being transferred in this way First not will receive the influence of main belt when connecing on disk lifting platform.First close to switch for detecting whether there is pallet to reach branch At the outlet end of pipeline, and sends a signal to control circuit and handled；Second close switch is for detecting branch pipeline On pallet whether completely arrive at first and connect on disk lifting platform, and send a signal to control circuit and handled；Third is close Whether switch has pallet arrival first to connect the position for connecing disk lifting platform close to first in front of disk lifting platform for detecting on main conveyor line It sets, and sends a signal to control circuit and handled；Whether the 4th have pallet to arrive for detecting close to switch on main conveyor line Disk lifting platform rear is connect up to first and connects the position of disk lifting platform close to first, and is sent a signal to control circuit and handled. When work, main conveyor line drives the pallet above it to move front to back certainly；Branch pipeline drives the pallet above it defeated towards propping up The outlet end of line sending is mobile.At the outlet end that first detects pallet arrival branch pipeline close to switch, and third is close When switch detects that not having pallet arrival first to connect on main conveyor line connects the position of disk lifting platform close to first in front of disk lifting platform, Control circuit will pass through first and connect the height and position that disk lifting platform position switching mechanism switching first connects disk lifting platform, make first to connect Disk lifting platform is in a high position；At this point, being in the outlet of branch pipeline in the case where branch pipeline and first connect the common drive of disk conveyer belt Pallet at end connects the transfer of disk lifting platform to first；When the second close switch detects that pallet completely arrives at first and connects disk lifting platform When upper, control circuit will pass through first and connect the height and position that disk lifting platform position switching mechanism switching first connects disk lifting platform, make First, which connects disk lifting platform, is in low level, and the first pallet for connecing on disk lifting platform is just detached from first and connects disk conveyer belt and fall in two at this time On main belt, conveyed by main belt.When the first close switch detects that pallet reaches the outlet end of branch pipeline Place, and third detects on main conveyor line that having pallet arrival first to connect in front of disk lifting platform connects disk lifting close to first close to switch When the position of platform, control circuit just controls branch pipeline operation suspension, until detecting that the pallet reaches close to switch when the 4th First connects the position that disk lifting platform rear connects disk lifting platform close to first, and third detects on main conveyor line do not have close to switch Pallet is moved to first and connects when connecing the position of disk lifting platform close to first in front of disk lifting platform, and control circuit just makes branch pipeline extensive Pallet of the place at branch pipeline outlet end is connect the transfer of disk lifting platform to first by multiple operation.In this way it can be ensured that on branch pipeline Pallet enter main conveyor line when will not collide with the pallet on main conveyor line, avoid the feelings of chuck or disc stack Condition occurs, so that it is guaranteed that conveying device can orderly convey pallet.
In more preferable scheme, above-mentioned main belt is made of multiple main belt units, this multiple main belt unit is certainly It successively connects front to back.In general, connecing the left side of disk lifting platform, right side respectively each first has a main belt unit, the two The conveying direction of main belt unit first connects the first conveying direction for connecing disk conveyer belt on disk lifting platform and is mutually perpendicular to this, This first connect on disk lifting platform first connect disk conveyer belt conveying direction it is consistent with the conveying direction of corresponding branch pipeline.
In more preferable scheme, above-mentioned first, which connects disk lifting platform position switching mechanism, connects disk lifting of lifting table gas including first Cylinder, the first cylinder body for connecing disk lifting of lifting table cylinder are fixedly mounted in the rack, and first connects disk lifting of lifting table cylinder Piston rod upward and connects disk lifting platform with described first and connect.In this way, disk lifting of lifting table cylinder piston rod can be connect by first Flexible switch the first height and position for connecing disk lifting platform.Above-mentioned first, which connects disk lifting platform position switching mechanism, may also comprise One connects disk lifting of lifting table motor, and the first power output shaft for connecing disk lifting of lifting table motor passes through link mechanism, cam mechanism Or the transmission mechanisms such as thread transmission (thread transmission is made of screw rod, the nut being meshed) go up and down to connect disk to first The height and position of platform switches over.
In more preferable scheme, above-mentioned first, which connects disk lifting platform, connects disk conveyer belt equipped with two side-by-side first, and described the Two connect between disk conveyer belt close to switch in two first.
In more preferable scheme, above-mentioned branch pipeline includes left and right two side-by-side branch conveyer belt, and first is in close to switch Between two branch conveyer belts, the position of branch conveyer belt upper surface is higher than the upper surface of the main belt, the conveyor pallet The position of structure outlet end is higher than branch conveyer belt；Position corresponding with the outlet end of conveyor pallet structure is equipped with second on branch pipeline Connect disc mechanism；Second to connect disc mechanism include second connecing disk lifting platform and allowing hand over the second height and position for connecing disk lifting platform Second connects disk lifting platform position switching mechanism, and second, which connects disk lifting platform, is between two branch conveyer belts, and second connects disk lifting platform The outlet end of face conveyor pallet structure, second, which connects disk lifting platform, connects disk conveyer belt equipped with second, and second connects disk conveyer belt Input end is corresponding with the outlet end position of conveyor pallet structure.When the outlet end for detecting pallet arrival conveyor pallet structure When, control circuit will pass through second and connect the height and position that disk lifting platform position switching mechanism switching second connects disk lifting platform, make the Two, which connect disk lifting platform, is in a high position；At this point, being in pallet in the case where conveyor pallet structure and second connect the common drive of disk conveyer belt Pallet at conveying mechanism outlet end connects the transfer of disk lifting platform to second；Subsequent second connects the switching of disk lifting platform position switching mechanism Second connects the height and position of disk lifting platform, makes second to connect disk lifting platform and is in low level, second connects the pallet on disk lifting platform at this time Just it is detached from second to connect disk conveyer belt and fall on two conveyer belts, be conveyed by branch conveyer belt.Still more preferably in scheme, Above-mentioned second, which connects disk lifting platform position switching mechanism, connects disk lifting of lifting table cylinder including second, and second connects disk lifting of lifting table gas The cylinder body of cylinder is fixedly mounted in the rack, and second connects the piston rod of disk lifting of lifting table cylinder upward and connect with described second The connection of disk lifting platform.In this way, can connect the flexible of disk lifting of lifting table cylinder piston rod by second connects disk lifting to switch second The height and position of platform.
In a kind of concrete scheme, the two sides of above-mentioned main conveyor line and Ge Zhi pipeline are equipped with guardrail.Guardrail can avoid support The case where disk is fallen from the two sides of main conveyor line and Ge Zhi pipeline, so that it is guaranteed that conveying device pallet can be carried out it is flat Surely, it orderly conveys.In addition, the guardrail of main conveyor line two sides can also be to the work for playing limit into the pallet that first connects disk conveyer belt With can accurately fall on main belt that (branch pipeline and first connects disk conveyer belt and drives branch pipeline outlet end jointly During the pallet at place connects the movement of disk lifting platform to first, it can stop when pallet touches the guardrail of the main conveyor line other side Get off).The guardrail of branch pipeline two sides can also play the role of limit to the pallet that second connects disk conveyer belt is entered, can be quasi- Really fall on branch conveyer belt that (conveyor pallet structure and second connects disk conveyer belt and driven at conveyor pallet structure outlet end jointly During pallet connects the movement of disk lifting platform to second, it can stop when pallet touches the guardrail of the branch pipeline other side Come).
In preferred embodiment, above-mentioned moon cake encrusting machine includes first material feedway, second material feedway, molds Expect device and blank closing device；First material feedway, second material feedway, molding discharging device and blank close up Device is installed in the rack, and blank closing device is in the underface of molding discharging device；Forming discharging device includes The side wall of outer barrel and interior barrel, outer barrel is equipped with feed inlet, the feed inlet of outer barrel and the first material feedway Discharge port connection；Interior barrel is set in the cavity of outer barrel, is had between the lateral wall of interior barrel and the inner sidewall of outer barrel First annular gap, the side wall of interior barrel are equipped with feed inlet, the feed inlet of interior barrel and the second material feedway Discharge port connection；The bottom of outer barrel is struggled against equipped with outer molding, and outer molding bucket upper end is connect with outer barrel lower end, the chamber of outer molding bucket Body is connected to the cavity of outer barrel, and the cross-sectional area of outer molding bucket chamber body is gradually reduced from top to bottom, and outer molding bucket lower end is set There is circular material strip to export；The bottom of interior barrel is struggled against equipped with interior molding, and interior molding bucket upper end is connect with interior barrel lower end, interior molding The cavity of bucket is connected to the cavity of interior barrel, and the cross-sectional area of interior molding bucket chamber body is gradually reduced from top to bottom, interior molding bucket Lower end is exported equipped with circular fillings, and fillings exit forms the middle position of the material strip outlet of bucket outside；Interior molding bucket is in In the cavity of outer molding bucket, interior form has the second annular gap between the lateral wall to struggle against and the inner sidewall of outer molding bucket, and second Annular gap upper end is connected to first annular gap lower end, and the cross-sectional area of the second annular gap is gradually reduced from top to bottom. When work, cladding is put into first material feedway, fillings is put into second material feedway.First material supply Device continues for the feed inlet of discharge port of the cladding through first material feedway, outer barrel to be sent into first annular gap, the Cladding in one annular gap enters back into the second annular gap, and the cladding in the second annular gap forms bucket and interior molding outside Tubular is molded under the collective effect of bucket；Meanwhile second material feedway continues fillings through second material feedway Discharge port, interior barrel feed inlet be sent into barrel cavity in, the fillings in interior barrel cavity enters back into during interior molding struggles against And it exports and squeezes out from the fillings of interior molding bucket lower end.The material strip exit of molding bucket lower end, tubular cladding collect with fillings outside Together, and tubular cladding is wrapped on the outside of fillings, forms cylindric material strip, and defeated from the material strip outlet of outer molding bucket lower end Out.The cylindric material strip of molding discharging device output moves from top to bottom；When cylindric material strip passes through blank closing device, cut Material closing device is cut off and is closed up to it, a certain size biscuit is obtained (cladding wraps fillings).Due to the second ring The cross-sectional area in shape gap is gradually reduced from top to bottom, quilt during cladding moves from top to bottom in the second annular gap It squeezes and becomes dense, while the cross-sectional area of interior molding bucket chamber body is gradually reduced from top to bottom, fillings forms bucket chamber inside It is extruded and becomes dense during being moved from top to bottom in body, it is hereby ensured that being full of cladding in the second annular gap, And the cavity of interior molding bucket is full of fillings, so that it is guaranteed that cladding thickness and fillings content keep stablizing in cylindric material strip, makes to make Cladding thickness and fillings content have good consistency in the biscuit obtained.
In more preferable scheme, the lateral wall of above-mentioned interior barrel is equipped with guide pad, and guide pad is in the outer barrel side wall The underface of feed inlet；There is punishment in advance gap between guide pad and the inner sidewall of outer barrel；The upper surface of guide pad is certainly intermediate extremely Two sides tilt gradually downward, form two guide ramps.When enter first annular gap in cladding in folding process with lead When material block is in contact, punishment in advance gap of the part cladding between guide pad and the inner sidewall of outer barrel passes through, remaining cladding exists It is shunted under the guiding of two guide ramps of guide pad to two sides, can be further assured that cladding can successfully be shaped to cylinder in this way Shape.
In more preferable scheme, above-mentioned first material feedway and second material feedway include that material conveying squeezes out Mechanism and allocation mechanism；Material conveying extrusion mechanism includes feed bin and two screw rods, and the top of feed bin is equipped with feed opening, supplies The rear side of feed bin is equipped with discharge port, and each screw rod may be rotatably mounted in feed bin and move towards for front and back, and screw rod includes the body of rod And the helical blade on the body of rod, the helical blade of two screw rods is oppositely oriented, and material conveying extrusion mechanism further includes can The spiro driving device for driving two screw rods to rotate towards each other；Allocation mechanism includes material toggling cylinder, swingle and multiple switch-plates, material toggling The cavity of cylinder is connected to the discharge port on rear side of feed bin, and material toggling cylinder goes out close to the side wall of the molding discharging device equipped with material Mouthful, the material outlet of material toggling cylinder constitutes the discharge port of first material feedway or second material feedway, swingle and object Material conveying extrusion mechanism in close to material toggling cylinder material outlet spiro rod rear end connect, each switch-plate be installed on swingle and Circumferential direction along swingle is uniformly distributed, and each switch-plate is in the cavity of material toggling cylinder.When work, material can be added by feed opening Into the cavity of feed bin, spiro driving device drives two screw rods to rotate towards each other, and is squeezed simultaneously the material in feed bin Drive it from moving front to back, the discharge port through feed bin is sent into material toggling cylinder；Swingle and each switch-plate thereon exist simultaneously Moving screw rod rotation together under the screw rod that material conveys extrusion mechanism drives, the material in material toggling cylinder is persistently pushed into molding In discharging device.
Still more preferably in scheme, above-mentioned spiro driving device includes two the first driving motors, two first drivings Motor and described two screw rods correspond, and the power output shaft and screw front end of the first driving motor are sequentially connected.In this way, can Corresponding screw rod rotation is respectively driven by the power output shaft of two first driving motors, rotates towards each other two screw rods.Using Two the first driving motors control two screw rod rotations respectively, can control the revolving speed of two screw rods respectively as needed.
Still more preferably in scheme, above-mentioned material conveying extrusion mechanism further includes nip rolls and binder roll driving apparatus, Nip rolls may be rotatably mounted in the cavity of the feed bin, and nip rolls one end is connect with binder roll driving apparatus, at nip rolls Described two screw rods surface and be mutually perpendicular to screw rod.When spiro driving device drives two screw rods to rotate towards each other, Binder roll driving apparatus driving nip rolls rotates simultaneously, and nip rolls carries out the material in feed bin together with two screw rods at this time It squeezes, the material that material conveying extrusion mechanism can in this way squeezed out is more uniform closely knit.In addition, nip rolls is usually provided in close to confession The position of feed bin discharge hole, when rotation, can also smooth out forward the material in feed bin, avoid close to feed bin discharge port external There is material accumulation phenomenon in position.Still more preferably in scheme, set that there are two around binder on the lateral surface of above-mentioned nip rolls The lower concave part of roller, two lower concave parts and described two screw rods correspond, and the upside of screw rod is close to lower concave part.A kind of concrete scheme In, above-mentioned binder roll driving apparatus includes the second driving motor, the power output shaft of the second driving motor and the nip rolls one End transmission connection.In this way, nip rolls can be driven to rotate in the cavity of feed bin by the power output shaft of the second driving motor.
In more preferable scheme, above-mentioned moon cake encrusting machine further includes third material delivery system and core pipe, the supply of third material Device is mounted on the rack, core pipe be set to the interior barrel cavity in and for up and down trend, the lateral wall of core pipe with The inner sidewall of interior barrel forms third annular gap, and the cross-sectional area of third annular gap is gradually reduced from top to bottom, core pipe Upper end is connected to the discharge port of third material delivery system, and core pipe lower end is in the fillings outlet of the interior molding bucket lower end Between position.By setting third material delivery system and core pipe, it can be achieved that (cladding wraps up fillings for the biscuit of filling form in filling Firmly, fillings wraps fillings in filling) production.When work, fillings in filling is put into third material delivery system, third material Feedway continues for fillings in filling to be sent into core pipe through the discharge port of third material delivery system；In filling in core pipe fillings from Up to lower movement, the fillings being in interior molding bucket when exporting from core pipe lower end wraps up that (fillings is wrapped in fillings in filling Outside)；Fillings squeezes out into strips from the fillings outlet of interior molding bucket lower end in the filling of fillings and its inside, outside molding bucket lower end Material strip exit, tubular cladding pools together with fillings, and tubular cladding is wrapped on the outside of fillings, forms cylindric material strip (fillings is arranged successively from outer to interior in tubular cladding, fillings and filling at this time), and output is exported from the material strip of outer molding bucket lower end. Above-mentioned third material delivery system can be identical as the structure of first material feedway, second material feedway.Above-mentioned third The material delivery system of other structures can also be used in material delivery system, such as single-screw conveyer.
The prior art can be used in above-mentioned blank closing device.
In a kind of concrete scheme, above-mentioned blank closing device includes support base, guiding plectane, endless knife group and driving circle Plate；Support base is fixedly mounted on the rack, and support base includes annular sidewall and guiding bottom plate, the bottom and guiding bottom of annular sidewall The top of plate connection, support base is equipped with opening；Guiding bottom plate is equipped with material discharging round hole and multiple lower guide grooves, material discharging round hole are in Form the directly below the discharge opening of discharging device, multiple lower guide grooves are uniformly distributed along the circumferential direction of material discharging round hole, and each lower guide groove prolongs Stretching direction is gradually to tilt from outside to inside；Guiding plectane is removably mounted in the opening of support base, is guided on plectane Equipped with the first charging circular hole and multiple upper guide grooves, the first charging circular hole is in the middle position of guiding plectane, each upper guide groove Circumferential direction along the first charging circular hole is uniformly distributed, and upper guide groove is identical as the quantity of lower guide groove and corresponds, at each upper guide groove In the surface of corresponding lower guide groove；Endless knife group is in the cavity of support base, and endless knife group is by multiple closing in cutter blocks Endless chain made of being successively in close contact；Closing in cutter block has bottom surface, top surface, medial surface, directed side and lateral surface, closing in knife The bottom surface of block is equipped with lower guide pad, top surface is equipped with upper guide pin；Lower guide pad is identical as the quantity of lower guide groove and one by one Corresponding, lower guide pad is in lower guide groove and is slidably matched with lower guide groove, the phase of upper guide pin and upper guiding slot number Same and one-to-one correspondence, upper guide pin are in guide groove and are slidably matched with upper guide groove；Two neighboring closing in cutter block it Between, the medial surface of previous closing in cutter block and the directed side of the latter closing in cutter block are slidably matched；This multiple closing in cutter block Medial surface defines material strip channel jointly；Driving plectane may be rotatably mounted at guiding plectane on, driving plectane be equipped with second into Expect circular hole, multiple driving sliding slots and multiple driving sliding blocks, it is each that sliding slot is driven to feed radially extending for circular hole along second, second into Material circular hole is in the middle position of driving plectane, each to drive sliding slot uniformly distributed along the circumferential direction of the second charging circular hole；It is set in driving sliding slot There is the driving sliding block that can be slidably matched with driving sliding slot, driving sliding block is identical as the quantity of upper guide pin and corresponds, respectively Driving sliding block is rotatably connected with corresponding upper guide pin upper end；The second charging circular hole, the first charging circular hole, material strip channel It is sequentially communicated from top to bottom with material discharging round hole；Blank closing device further includes the drive that driving plectane can be driven to rotate forward or invert Dynamic plectane position switching mechanism.It is cut every time in general, molding discharging device can be preset according to required manufactured biscuit size Cylindric material strip length.When work, the cylindric material strip for exporting out from material strip moves from top to bottom, successively receives by blank The second charging circular hole, the first charging circular hole, material strip channel and the material discharging round hole of mouth device；When by the cylindric of the material strip channel When the length of material strip reaches preset value, driving plectane position switching mechanism makes that plectane is driven to rotate forward, and drives each driving sliding block along right The driving sliding slot answered slides from the outside to the core, moves each closing in cutter block and upper guide pin, lower guide pad thereon from the outside to the core, should The area in material strip channel is gradually reduced and finally blocks, and multiple closing in cutter blocks gradually close up to cylindric material strip during this And finally cut off, obtain a certain size biscuit (cladding wraps fillings)；Then driving plectane position switching mechanism makes to drive Dynamic plectane reversion, drives each driving sliding block to slide from inside to outside along corresponding driving sliding slot, moves each closing in cutter block from the outside to the core Dynamic to reset, the area in material strip channel restores to original size.Above-mentioned driving plectane position switching mechanism may include flat-removing air cyclinder, put down The piston rod for moving cylinder makes that plectane is driven to be rotated forward or inverted by transmission mechanisms such as link mechanism or gear sets.
In another concrete scheme, above-mentioned blank closing device includes two blank plates and two blank plate flat-removing air cyclinders； Two blank plates are respectively equipped with a recess (recess is substantially v-shaped) on opposite side, and two blank plates are stacked up and down, and two Recess on a blank plate surrounds the material strip channel passed through for cylindric material strip；Two blank plate flat-removing air cyclinders and two blank plates It corresponds, the cylinder body of blank plate flat-removing air cyclinder is mounted on the rack, the piston rod and blank plate of blank plate flat-removing air cyclinder Connection.The cylindric material strip for exporting out from material strip passes through from material strip channel from top to bottom；When the cylinder by the material strip channel When the length of shape material strip reaches preset value, two blank plate flat-removing air cyclinders drive two blank plates to move towards, the material strip channel Area be gradually reduced and finally block, two blank plates gradually close up to cylindric material strip and most egress during this It is disconnected；It drives two blank backboards to movement with latter two blank plate flat-removing air cyclinder, makes two blank sheet resets, the face in material strip channel Product is restored to original size.
In preferred embodiment, above-mentioned mold forming mechanism includes support baseboard, outer pressing mold lifting cylinder, die holder, outer pressing mold, core Mould, air inlet pipe and compressed gas source；Support baseboard is set on the downside of the forward section of the biscuit conveyer belt；The cylinder body of outer pressing mold lifting cylinder It is fixedly mounted in the rack, the piston rod of outer pressing mold lifting cylinder is connect downward and with die holder；Outer pressing mold is set to die holder It downside and is connect with die holder, outer pressing mold is in the surface of support baseboard, and a disengaging air cavity is formed between outer pressing mold and die holder Body is equipped with forming cavity in outer pressing mold, and forming cavity upper end be connected to disengaging air cavity, and forming cavity lower end is with being open；Core model is in In forming cavity, die holder is equipped with the core model lifting cylinder that core model can be driven to go up and down in forming cavity；Core model be equipped with it is multiple go out Stomata, venthole upper end are connected to disengaging air cavity, and venthole lower ending opening is set to core model lower surface；Air inlet pipe one end and disengaging Air cavity connection, the other end are connected to compressed gas source.When the biscuit for being surrounded by filling reaches outer pressing mold under the drive of biscuit conveyer belt When the underface of forming cavity, the piston rod of biscuit conveyer belt operation suspension, outer pressing mold lifting cylinder drives die holder, core model lifting air Cylinder, core model and outer pressing mold decline together, until the forward section of biscuit conveyer belt is pressed on support baseboard by outer pressing mold, cake at this time Biscuit on base conveyer belt is in the forming cavity of outer pressing mold；The piston rod driving core model of subsequent core model lifting cylinder is in forming cavity Middle decline carries out imprinting moulding to the biscuit being in forming cavity；After completing to the molding of cake mould, the work of outer pressing mold lifting cylinder Stopper rod driving die holder, core model lifting cylinder and outer pressing mold rise together, while the piston rod driving core model of core model lifting cylinder exists Decline in forming cavity, the biscuit of forming is released from forming cavity；During core model releases biscuit, compressed gas source passes through Air inlet pipe is sent into gas toward disengaging air cavity, passes in and out the biscuit that the gas in air cavity blows to forming through each venthole, makes into The good biscuit of type can more successfully be pushed out forming cavity and be detached from core model；The biscuit of subsequent forming is continued by biscuit conveyer belt Conveying, compressed gas source, which suspends to disengaging air cavity, is sent into gas, and the piston rod driving core model of core model lifting cylinder, which rises, to be resetted, complete It is formed at a biscuit.By repeating the above process, mold forming mechanism can be automatically to the biscuit for being surrounded by filling on biscuit conveyer belt It is formed, high degree of automation, be conducive to improve working efficiency and reduce cost of labor.In general, above-mentioned core model and forming cavity Cross-sectional shape and size match, core model lower surface is equipped with concave-convex picture and text.Core model to the biscuit being in forming cavity into When row imprinting moulding, to biscuit squeezed and make biscuit side be close to forming cavity inner wall, make biscuit have and forming cavity one The cross-sectional shape of cause, while the concave-convex picture and text on core model lower surface are transferred on the upper surface of biscuit.
In more preferable scheme, the cylinder body of above-mentioned core model lifting cylinder is fixedly mounted on the die holder, core model lifting cylinder Piston rod connect downward and with the core model；The rack is equipped with the guide sleeve moved towards up and down, is equipped with one in guide sleeve and leads Xiang Zhu, guide post are parallel to each other with outer pressing mold lifting cylinder, and guide post lower end is connect with the cylinder body of core model lifting cylinder.By setting Set guide sleeve and guide post, can guide die holder, core model lifting cylinder and outer pressing mold it is more stable go up and down.
In more preferable scheme, the piston rod of above-mentioned core model lifting cylinder in a tubular form, the side wall of core model lifting cylinder piston rod It is equipped with air inlet, the cavity of core model lifting cylinder piston rod is connected to by air inlet with the disengaging air cavity；The core model Venthole and the cavity of core model lifting cylinder piston rod or disengaging air cavity be connected to.When work, compressed gas source is through air inlet pipe The gas being sent into disengaging air cavity, a part are entered in forming cavity by the venthole of core model lifting cylinder piston rod periphery, Another part is entered in forming cavity by air inlet, the cavity of core model lifting cylinder piston rod, remaining each venthole, can be made in this way Gas into forming cavity is more uniform, so that the biscuit of forming be made more easily to be detached from forming cavity and core model.In general, external pressure Between mould and die holder, between core model and core model lifting cylinder piston rod be to be detachably connected (for example threaded connection), work people Member can replace corresponding outer pressing mold and core model according to the appearance requirement of required production moon cake, and the moon of different shapes is made with this Cake.
In preferred embodiment, above-mentioned moon cake forming machine further includes biscuit reshaping device；Biscuit reshaping device is set to the moon cake Between stuffing-wrapping machine and mold forming mechanism；Biscuit reshaping device includes that left and right two side-by-side erects conveyer belt, the two, which are erect, passes Band is sent to be set to above the biscuit conveyer belt and run in the same direction, the linear velocity for being in the setting conveyer belt in left side, which is greater than, is in the right side The setting conveyer belt of side；Erect conveyer belt include transmission usher to seat, front pulley axis, rear pulley shaft, front pulley, rear belt wheel and annular skin Band, front pulley axis and rear pulley shaft are installed on transmission ushers to seat, and front pulley may be rotatably mounted on front pulley axis, and rear belt wheel can It is rotatably installed on rear pulley shaft, endless-belt is tensioned by front pulley and rear belt wheel jointly, and erectting conveyer belt further includes that can drive The driving device of dynamic front pulley and the rotation of rear belt wheel；Endless-belt has from the forward section moved front to back and returns from rear extremely preceding Row section, the reversion section of endless-belt are in the left side of its section that moves ahead；It is in the forward section of endless-belt in left side and is in right side Gap between endless-belt reversion section constitutes biscuit shaping channel.In general, the width of above-mentioned biscuit shaping channel compares forming cavity Cross sectional dimensions it is slightly smaller.When work, the biscuit for being surrounded by filling enters in biscuit shaping channel under the drive of biscuit conveyer belt；It drives It moves device driving front pulley and rear belt wheel rotates together, drive endless-belt operation, be in the forward section of endless-belt in left side Linear velocity is greater than the endless-belt reversion section for being in right side；The endless-belt reversion section of the endless-belt in left side forward section and right side The biscuit in biscuit shaping channel is carried out jointly to rub round processing with the hands, biscuit is shaped to and is suitable for the cylinder of forming cavity size Body, and biscuit is driven to move front to back certainly in biscuit shaping channel；After orthopedic biscuit leaves biscuit shaping channel, by cake Base conveyer belt is transported at mold forming mechanism and is formed.
In a kind of preferred embodiment, above-mentioned translating base position switching mechanism include the first sprocket wheel, the second sprocket wheel, translation chain and Translation motor, the first sprocket wheel and the second sprocket wheel may be rotatably mounted in the rack, and the first sprocket wheel and the second sprocket wheel will be put down jointly Chain tension is moved, translation motor is mounted on the rack, and the power output shaft of translation motor and the first sprocket wheel are sequentially connected；Translate chain There are two the straightway of left and right trend, the translating bases to connect with a straightway of translation chain for item tool.When work, translation motor The first sprocket wheel is driven to rotate, the straightway by translating chain drives translating base and the second roller to put down to the left or to the right together Move certain distance.More preferable rack is equipped with the translating rails of left and right trend, the translating base be mounted on translating rails and with Translating rails are slidably matched, and the bootable translating base of translating rails is more stablely mobile.
In another preferred embodiment, above-mentioned translating base position switching mechanism includes first pulley, the second belt wheel, translation synchronization Band and translation motor, first pulley and the second belt wheel may be rotatably mounted in the rack, and first pulley and the second belt wheel are common Translation synchronous belt is tensioned, translation motor is mounted on the rack, and the power output shaft and first pulley of translation motor are sequentially connected； Synchronous belt tool is translated there are two the straightway of left and right trend, the translating base is connect with a straightway of translation synchronous belt.Work When, translation motor drives first pulley rotation, and the straightway by translating synchronous belt drives translating base and the second roller together To the left or to right translation certain distance.More preferable rack is equipped with the translating rails of left and right trend, and the translating base is mounted on It is slidably matched on translating rails and with translating rails, the bootable translating base of translating rails is more stablely mobile.
In preferred embodiment, above-mentioned automatic takeup includes multiple stationary guide rollers, at least one movement deflector roll and at least one A mobile deflector roll guiding mechanism, each stationary guide roller may be rotatably mounted in the rack and be in first roller and second Between roller, and this multiple stationary guide roller is arranged successively from left to right；Each mobile deflector roll is in the downside of each stationary guide roller, mobile The quantity of deflector roll one fewer than the quantity of stationary guide roller, the position of mobile deflector roll is opposite with the gap between two neighboring stationary guide roller It answers；Mobile deflector roll guiding mechanism is identical as the mobile quantity of deflector roll and corresponds, and mobile deflector roll guiding mechanism includes that lifting is led Rail and lifting slider, riser guide are mounted on the rack, and lifting slider is mounted on riser guide and can be along riser guide It slides up and down, mobile deflector roll may be rotatably mounted on lifting slider；The reversion section of the biscuit feed belt alternately bypasses each solid Determine deflector roll and each mobile deflector roll.First roller, the second roller, each stationary guide roller and each mobile deflector roll jointly transmit the biscuit Belt tension.When work, when translating base position switching mechanism drives translating base and the second roller to translate together towards the first roller When, the biscuit delivery section of biscuit feed belt shortens and reversion section is elongated, and each lifting slider and mobile deflector roll thereon exist at this time Along riser guide gradually toward decline under self gravitation effect, as the distance between each mobile deflector roll and each stationary guide roller gradually increase Greatly, the Belt Length being wound between each mobile deflector roll and each stationary guide roller is also correspondingly gradually increased, to make biscuit pass automatically Belt is sent to keep tensioning state；When translating base position switching mechanism drives translating base and the second roller to translate reset together, cake The biscuit delivery section of base feed belt is elongated, at this time the drive of each lifting slider and mobile deflector roll thereon in biscuit feed belt Lower gradually up to go up along riser guide, the distance between each mobile deflector roll and each stationary guide roller are gradually reduced, last each movement Deflector roll restores to original position, and biscuit feed belt is in tensioning state always in the process.More preferable above-mentioned lifting is led Rail is placed along the vertical direction, can make each lifting slider and lifting of the mobile deflector roll on riser guide thereon more suitable in this way Freely.
In a kind of concrete scheme, above-mentioned conveyor pallet structure includes left and right two side-by-side pallet conveyer belt, pallet transmission Band has the forward section mobile from pallet feed mechanism to biscuit transport mechanism and is in reversion section below；Pallet transmission It takes and is equidistantly equipped with multiple push rods, the quantity of the push rod on two pallet conveyer belts is identical and position corresponds.When work, Two pallet conveyer belt synchronous operations push pallet to transmit from pallet feed mechanism to biscuit by its each push rod in section that moves ahead Mechanism is mobile.The synchronous driving of same motor can be used in above-mentioned two pallet conveyer belt.
In preferred embodiment, above-mentioned pallet feed mechanism includes that left and right two side-by-side first is erect conveyer chain and can be driven Dynamic two first erect that conveyer chains run in a stepwise manner for coil motor, two first setting conveyer chains are respectively arranged on the support The linear velocity size of the two sides of disk carrying mechanism, the two the first setting conveyer chains is identical and traffic direction is opposite；First erects Conveyer chain has the downlink section moved from top to bottom and the uplink section moved from bottom to top, and first erects the downlink section of conveyer chain It is in the inside of its uplink section；First, which erects conveyer chain, is equipped with multiple first storage pan arrest plates, this multiple first storages pan arrest plate edge The traffic direction of first setting conveyer chain is arranged successively；The quantity of two first the first storage pan arrest plates erect on conveyer chain is identical And position corresponds.In above-mentioned pallet feed mechanism, corresponding two first in the downlink section of two first setting conveyer chains Store up the one first storage disc holder that pan arrest plate constitutes pallet feed mechanism.When work, when pallet feed mechanism is carried out for disk, supply Coil motor drives two first setting conveyer chain operations, moves the downlink section of two first setting conveyer chains downwardly together, drives The first storage pan arrest plate decline in downlink section, stores up the pallet stored in disc holder for first and is placed on conveyor pallet structure.On It states and drives two first setting conveyer chains to run in a stepwise manner for coil motor, one step of every operation can be by pallet feed mechanism One pallet of upper storage is placed on conveyor pallet structure.
In preferred embodiment, above-mentioned moon cake feeding device further includes storage disc mechanism；Along the conveying direction of the main conveyor line, storage Disc mechanism is between each branch pipeline and each feeding web；Storage disc mechanism includes that left and right two side-by-side second erects transmission Chain and the storage coil motor that two second setting conveyer chains can be driven to run in a stepwise manner, two second setting conveyer chains point Not She Yu main conveyor line two sides, the two second erect conveyer chains linear velocity size it is identical and traffic direction is opposite；Second Erectting conveyer chain has the interior straightway and outer straightway moved towards up and down, and interior straightway is in the inside of outer straightway；Second is perpendicular Vertical conveyer chain is equipped with multiple second storages pan arrest plates, this multiple second storage pan arrest plate along second erect the traffic direction of conveyer chain according to Secondary arrangement；The quantity of two second the second storage pan arrest plates erect on conveyer chain is identical and position corresponds.Work as main conveyor line On pallet reach position corresponding with the input end of each feeding web when, pallet transfer device is by pallet from main conveyor line It is transferred at the input end of feeding web, then is transported in moon cake apparatus for baking by feeding web.In the course of work In, when detect on main conveyor line there are the case where pallet accumulation (i.e. multiple pallet close-packed arrays on main conveyor line) when, control Circuit processed just makes storage disc mechanism that the pallet being completely disposed between two second setting conveyer chains on main conveyor line is lifted and stored Get up.When detecting the situation for occurring pallet insufficient supply on main conveyor line (without pallet in certain time i.e. on main conveyor line Reach or close to two second setting conveyer chains) when, control circuit is placed back into storage disc mechanism by previously stored pallet On main conveyor line.Above-mentioned moon cake feeding device can store a certain number of when occurring the case where pallet accumulation on main conveyor line Pallet, the case where avoiding chuck or disc stack generation, will previously deposit when occurring the situation of pallet insufficient supply on main conveyor line The pallet of storage is placed back on main conveyor line, so that it is guaranteed that orderly conveying of the moon cake feeding device to pallet.
In above-mentioned storage disc mechanism, corresponding two second storage pan arrest plates are total on the interior straightway of two second setting conveyer chains With one second storage disc holder for constituting storage disc mechanism.When work, Chu Panshi, storage coil motor driving are carried out when needing to store up disc mechanism Two second setting conveyer chain operations move upwardly together the interior straightway of two second setting conveyer chains, drive interior straightway On second storage pan arrest plate rise, by second storage disc holder will be completely disposed on main conveyor line two second setting conveyer chains it Between pallet lift and store.When needing to store up disc mechanism and carrying out for disk, storage coil motor drives two second setting to transmit Chain inverted running moves the interior straightway of two second setting conveyer chains downwardly together, drives the second storage disk on interior straightway Previously stored pallet in each second storage disc holder is placed back on main conveyor line by supporting plate decline.Above-mentioned storage coil motor driving two A second setting conveyer chain is run in a stepwise manner, one step of every operation, two second can will be passed through on main conveyor line and be erect transmission A pallet between chain stores or a previously stored pallet on storage disc mechanism is placed on main conveyor line.
In more preferable scheme, the position of above-mentioned feeding web input end is higher than the main conveyor line；Pallet transfer device Including feeding lifting platform and allowing hand over the charging lifting platform position switching mechanism of charging lifting platform height and position, charging lifting Platform is between described two main belts, and charging lifting platform is corresponding with the import end position of feeding web；Pallet transfer Mechanism further includes push-plate plate, and push-plate plate is in the surface of charging lifting platform, and the import of push-plate plate and the feeding web Proper pair, the push-plate plate that the rack is equipped with driving push-plate plate alternating translational on the conveying direction of feeding web translates machine Structure.Above-mentioned charging lifting platform position switching mechanism can switch over the height and position of charging lifting platform: a position wherein It sets, charging lifting platform is in low level, feeds the position of lifting platform lower than main belt；In another position, feed at lifting platform In a high position, feed that lifting platform is concordant with feeding web input end or slightly above feeding web input end.In general, charging rises It drops platform and is equipped with detection device (such as photocell eye or close switch), detection device can be used for detecting on main conveyor line whether have support Disk reaches on charging lifting platform, and sends a signal to control circuit and handled.There is pallet to arrive when detecting on main conveyor line When above up to charging lifting platform, control circuit just makes the height position for feeding lifting platform position switching mechanism feed switched lifting platform Set, make to feed lifting platform by low level rise to it is high-order (at this time pallet be detached under the drive of charging lifting platform main conveyor line and and Charging lifting platform rises together)；Subsequent push-plate plate translation mechanism drives push-plate plate to translate towards feeding web, by pallet from into It is pushed on feeding web on material lifting platform；Subsequent push-plate plate translation mechanism drives push-plate sheet reset, feeds lifting platform position Switching mechanism feed switched lifting platform waits the arrival of next pallet to low level.
Still more preferably in scheme, above-mentioned charging lifting platform position switching mechanism includes charging lifting of lifting table cylinder, The cylinder body of charging lifting of lifting table cylinder is fixedly mounted in the rack, feeds the piston rod of lifting of lifting table cylinder upward simultaneously It is connect with the charging lifting platform.In this way, the flexible come feed switched lifting of charging lifting of lifting table cylinder piston rod can be passed through The height and position of platform.Above-mentioned charging lifting platform position switching mechanism may also comprise charging lifting of lifting table motor, feed lifting platform (thread transmission is by being meshed by link mechanism, cam mechanism or thread transmission for the power output shaft of lifting motor Screw rod, nut composition) etc. transmission mechanisms come to charging lifting platform height and position switch over.
Still more preferably in scheme, above-mentioned push-plate plate translation mechanism includes rodless cylinder, rodless cylinder and the charging The conveying direction of conveyer belt is parallel, and the cylinder body of rodless cylinder is fixedly mounted in the rack, the sliding block of rodless cylinder and institute State the connection of push-plate plate.When work, the sliding block of rodless cylinder is moved along its cylinder body, will feed the pallet on lifting platform by push-plate plate It is pushed at the input end of feeding web.Above-mentioned push-plate plate translation mechanism may also comprise push-plate plate translation motor, and push-plate plate is flat The power output shaft for moving motor drives push-plate plate to exist by transmission mechanisms such as link mechanism, cam mechanism or tape handlers Alternating translational on the conveying direction of feeding web.
In general, the quantity of above-mentioned feeding web is determined according to the feed inlet width size of moon cake apparatus for baking.
In preferred embodiment, above-mentioned moon cake apparatus for baking includes cabinet, baking conveyer belt and multiple baking units；Cabinet installation In the rack, the front side wall of cabinet is equipped with feed inlet, and the rear wall of cabinet is equipped with discharge port；Cabinet front wall into The feed inlet of material mouth composition moon cake apparatus for baking；Baking conveyer belt includes third driving motor, endless belt, driving pulley and at least One driven pulley；Endless belt is tensioned by driving pulley and each driven pulley jointly, the power output shaft of third driving motor with Driving pulley transmission connection, endless belt are in the cavity of cabinet, and endless belt has from the forward section moved front to back；Each baking For unit from being arranged successively front to back, each baking unit includes combustor, hot gas storage tank, centrifugal blower, the shunting of the first hot gas Seat and the second hot gas distributary base；The air inlet of hot gas storage tank is connected to the heat outlet of combustor, the gas outlet of hot gas storage tank with The air inlet of centrifugal blower is connected to；First hot gas distributary base is in the surface of the forward section in endless belt, the first hot gas distributary base Top be equipped with the first air inlet, bottom be equipped with multiple first ventholes, the first air inlet by the first appendix and centrifugation rouse The air outlet of blower is connected to, and each first venthole has connection the towards the forward section of endless belt in the first hot gas distributary base First cavity of one air inlet and each first gas outlet；Second hot gas distributary base be in endless belt move ahead section underface, second The bottom of hot gas distributary base is equipped with the second air inlet, top is equipped with multiple second ventholes, and the second air inlet passes through the second gas transmission Pipe is connected to the air outlet of centrifugal blower, and each second venthole is towards the forward section of endless belt, in the second hot gas distributary base The second cavity with connection the second air inlet and each second gas outlet.When work, pallet and moon cake thereon are conveyed in charging Feed inlet through cabinet front wall under the drive of band enters in the cavity of cabinet, and is moved to endless belt and moves ahead in section；Pallet and Moon cake thereon endless belt move ahead section drive under from front to back moving, and successively pass through each baking unit；Combustor and Centrifugal blower work, the hot gas that combustor generates are conveyed into hot gas tank inside, and the hot gas of hot gas tank inside is roused in centrifugation Successively enter in the first cavity of the first hot gas distributary base through the first appendix, the first air inlet under the action of blower, and pass through Each first venthole blow to is in endless belt move ahead section, while the hot gas of hot gas tank inside under the action of centrifugal blower according to It is secondary to enter in the second cavity of the second hot gas distributary base through the second appendix, the second air inlet, and blown by each second venthole It moves ahead section, in this way, when moon cake when pallet and thereon is through overbaking unit, each first venthole and each second to endless belt is in The hot gas of venthole blowout blows to pallet and moon cake thereon, toasts to the moon cake on pallet；It is toasted through each baking unit The pallet and moon cake crossed endless belt move ahead section drive under the discharge port through cabinet rear wall leave cabinet.Since moon cake toasts Device generates hot gas using combustor, then the hot gas by generating toasts the intracorporal moon cake of case, and capacity usage ratio is high, can It is energy saving, reduce the production cost of enterprise；And temperature uniformity is good in cabinet, and temperature fluctuation is small, is conducive to improve baking Quality.
The time of above-mentioned pallet from the feed inlet to the discharge port for leaving cabinet rear wall that enter cabinet front wall is to dry Baking time of the roasting device to moon cake.The speed of service of baking conveyer belt can be adjusted according to the time of baking needed for moon cake Section；When needing to reduce the baking time of moon cake, the speed of service of baking conveyer belt can be tuned up；When the baking for needing to increase moon cake When the time, the speed of service of baking conveyer belt can be slowed down.
Above-mentioned endless belt, driving pulley and driven pulley generally use heat proof material (such as stainless steel) and are made, for example, annular Stainless Steel Chain Board or stainless (steel) wire band can be used in band.
In above-mentioned baking conveyer belt, third driving motor drive driving pulley rotation, by endless belt move ahead section drive support Disk and moon cake thereon from moving front to back.In a kind of concrete scheme, above-mentioned baking conveyer belt includes multiple driven pulleys, main Movable belt pulley, each driven pulley may be rotatably mounted on the rack or wall box；Endless belt has from before moving front to back With from rear to the reversion section of preceding movement, the reversion section of endless belt is in below its section that moves ahead row section；The downside of the forward section in endless belt Equipped with upper supporting roller.
In more preferable scheme, above-mentioned each baking unit further include temperature sensor, the first regulating valve, the second regulating valve and Control circuit is toasted, temperature sensor is set in the cavity of the cabinet, and the first regulating valve is set on first appendix, the Two regulating valves are set on second appendix, and temperature sensor input terminal corresponding with baking control circuit connects, and first adjusts Saving valve, the second regulating valve, output end corresponding with baking control circuit connects respectively.When work, temperature sensor is used for detection case The intracorporal temperature value of body cavity, and temperature signal is sent to baking control circuit and is handled.When detecting that cabinet chamber is intracorporal When actual temperature value is lower than preset temperature value, control circuit is toasted just by the flow value tune of the first regulating valve and the second regulating valve Greatly, the intracorporal temperature of cabinet chamber is increased；When detecting that the intracorporal actual temperature value of cabinet chamber is higher than preset temperature value, baking Control circuit just turns the flow value of the first regulating valve and the second regulating valve down, reduces the intracorporal temperature of cabinet chamber.
In more preferable scheme, above-mentioned each baking unit further includes preceding air-suction cover, rear air-suction cover and suction ventilator, preceding air-suction cover On front side of the first hot gas distributary base, rear air-suction cover is on rear side of the first hot gas distributary base, preceding air-suction cover and rear air-suction cover It is connected to the air inlet of suction ventilator.After this structure, suction ventilator can be by preceding air-suction cover and rear air-suction cover first The two sides of hot gas distributary base form negative pressure, in this way can absorb the gas after cooling down in cabinet cavity and exhaust gas；It simultaneously can also be right Play the role of water conservancy diversion into the intracorporal hot gas of cabinet chamber, is conducive to improve baking quality.
The full-automatic Production of Moon Cake line of the utility model can be automatically performed the production of moon cake, collect faric, molding, balance and The functions such as baking are integrated, high degree of automation, are conducive to improve production efficiency and are reduced cost of labor.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of the full-automatic Production of Moon Cake line of the preferred embodiment in the utility model.
Fig. 2 is the structural schematic diagram of conveying device in full-automatic Production of Moon Cake line shown in Fig. 1.
Fig. 3 is the first schematic diagram for connecing disc mechanism with the cooperation of main conveyor line, branch pipeline in conveying device shown in Fig. 2.
Fig. 4 is the second signal for connecing disc mechanism with the cooperation of conveyor pallet structure, branch pipeline in conveying device shown in Fig. 2 Figure.
Fig. 5 is the structural schematic diagram of moon cake encrusting machine in full-automatic Production of Moon Cake line shown in Fig. 1.
Fig. 6 is the A-A cross-sectional view of Fig. 5.
Fig. 7 is the structural representation of first material feedway or second material feedway in moon cake encrusting machine shown in Fig. 5 Figure.
Fig. 8 is the structural schematic diagram of blank closing device in moon cake encrusting machine shown in Fig. 5.
Fig. 9 is the structural schematic diagram of moon cake forming machine in full-automatic Production of Moon Cake line shown in Fig. 1.
Figure 10 is the left view of mold forming mechanism in moon cake forming machine shown in Fig. 9.
Figure 11 is the top view of biscuit reshaping device in moon cake forming machine shown in Fig. 9.
Figure 12 is the structural schematic diagram of biscuit arranging apparatus in full-automatic Production of Moon Cake line shown in Fig. 1.
Figure 13 is the structural schematic diagram of biscuit transport mechanism in biscuit arranging apparatus shown in Figure 12.
Figure 14 is the structural schematic diagram of pallet feed mechanism in biscuit arranging apparatus shown in Figure 12.
Figure 15 is the first structural schematic diagram for erectting conveyer chain in pallet feed mechanism shown in Figure 14.
Figure 16 is the structural schematic diagram of moon cake feeding device in full-automatic Production of Moon Cake line shown in Fig. 1.
Figure 17 is the structural schematic diagram of pallet transfer device in moon cake feeding device shown in Figure 16.
Figure 18 is the structural schematic diagram that disc mechanism is stored up in moon cake feeding device shown in Figure 16.
Figure 19 is the second structural schematic diagram for erectting conveyer chain in storage disc mechanism shown in Figure 18.
Figure 20 is the structural schematic diagram of moon cake apparatus for baking in full-automatic Production of Moon Cake line shown in Fig. 1.
Figure 21 is the structural schematic diagram that unit is toasted in moon cake apparatus for baking shown in Figure 20.
Specific embodiment
As shown in Figure 1, this full-automatic Production of Moon Cake line includes rack, conveying device 1, moon cake feeding device 2, moon cake baking Roasting device 3 and multiple faric molding pendulum disk mechanisms 4；Conveying device 1 includes main conveyor line 12 and multiple pipelines 13, main conveying Line 12 and Ge Zhi pipeline 13 are respectively mounted on the rack；Each branch pipeline 13 along main conveyor line 12 conveying direction from front to back according to Secondary arrangement；Branch pipeline 13 is in 12 side of main conveyor line, and the outlet end of branch pipeline 13 and 12 side of main conveyor line are adjacent； Faric molding pendulum disk mechanism 4 is identical as the quantity of branch pipeline 13 and corresponds, and faric molding pendulum disk mechanism 4 includes moon cake packet Filling machine 5, moon cake forming machine 6 and biscuit arranging apparatus 7；Moon cake forming machine 6 includes biscuit conveyer belt 62 and mold forming mechanism 63, cake Base conveyer belt 62 is mounted on the rack, and biscuit conveyer belt 62 has from the forward section 621 moved front to back and from rear to preceding movement Reversion section 622, the reversion section 622 of biscuit conveyer belt 62 is in its downside of section 621 that moves ahead；Biscuit arranging apparatus 7 includes pallet Feed mechanism 71 and biscuit transport mechanism 72, biscuit transport mechanism 72 are set between pallet feed mechanism 71 and branch pipeline 13, Rack is equipped with the conveyor pallet structure 73 that can convey pallet 34 from pallet feed mechanism 71 to biscuit transport mechanism 72, and The outlet end of conveyor pallet structure 73 and the side of branch pipeline 13 are adjacent；Along the conveying direction of biscuit conveyer belt 62, moon cake packet Filling machine 5, mold forming mechanism 63 and biscuit arranging apparatus 7 are arranged successively front to back certainly；Moon cake feeding device 2 includes that two chargings are defeated Band 22 is sent, each feeding web 22 is respectively mounted on the rack, and along the conveying direction of main conveyor line 12, feeding web 22 is in branch The rear of pipeline 13；Feeding web 22 is in the side of main conveyor line 12, the input end of feeding web 22 and main conveying 12 side of line is adjacent；The outlet end of each feeding web 22 is mutually connected with the feed inlet of moon cake apparatus for baking 3；In rack and respectively The corresponding position of the input end of feeding web 22 is respectively equipped with a pallet transfer device 23.
With reference to Fig. 2, Fig. 3, main conveyor line 12 includes left and right two side-by-side main belt 121,13 outlet end of branch pipeline Position be higher than main belt 121；Position corresponding with the outlet end of each branch pipeline 13 is respectively equipped with one on main conveyor line 12 First connects disc mechanism 14；First to connect disc mechanism 14 include first connecing disk lifting platform 141 and allowing hand over first and connect disk lifting platform The first of 141 height and position connects disk lifting platform position switching mechanism.In the present embodiment, first connects disk lifting platform position switching machine Structure connects disk lifting of lifting table cylinder 142 including first, and the first cylinder body for connecing disk lifting of lifting table cylinder 142 is fixedly mounted on rack On, first connects the piston rod of disk lifting of lifting table cylinder 142 upward and connects disk lifting platform 141 with first and connect.First connects disk liter Drop platform 141 is between two main belts 121, and first connects the outlet end of 141 face branch pipeline 13 of disk lifting platform, and first connects Disk lifting platform 141 is equipped with first and connects disk conveyer belt 143, and first connects the input end of disk conveyer belt 143 and corresponding branch pipeline 3 Outlet end position it is corresponding；First to connect disc mechanism 14 further include first approaching switch 145, third close to switch 144, second and connecing Nearly switch 146 and the 4th close to switch 147, first close to switch 144 at the outlet end of branch pipeline 13, second close opens 145 are closed to connect on disk lifting platform 141 set on first；Along the conveying direction of main conveyor line 12, third is set to first close to switch 146 141 front of disk lifting platform is connect, the 4th, which is set to first close to switch 147, connects 141 rear of disk lifting platform.
In the present embodiment, it first connects disk lifting platform 141 and connects disk conveyer belt 143 equipped with two side-by-side first, second Two first are in close to switch 145 to connect between disk conveyer belt 143.
In the present embodiment, main belt 121 is made of multiple main belt units 1211, this multiple main belt unit 1211 successively connect front to back certainly.Connecing the left side of disk lifting platform 141, right side respectively each first has a main belt unit 1211, the conveying direction of the two main belt units 1211 and first connect on disk lifting platform 141 first connect disk conveyer belt 143 Conveying direction be mutually perpendicular to, first connect on disk lifting platform 141 first connect the conveying direction of disk conveyer belt 143 and corresponding branch The conveying direction of pipeline 13 is consistent.
With reference to Fig. 2, Fig. 4, branch pipeline 13 includes left and right two side-by-side branch conveyer belt 131, and first close at switch 144 Between two branch conveyer belts 131, the position of 131 upper surface of branch conveyer belt is higher than the upper surface of main belt 121, pallet conveying The position of 73 outlet end of mechanism is higher than branch conveyer belt 131；Position corresponding with the outlet end of conveyor pallet structure 73 on branch pipeline It has installed second and has connect disc mechanism 15；Second to connect disc mechanism 15 include second connecing disk lifting platform 151 and allowing hand over second and connect disk The second of the height and position of lifting platform 151 connects disk lifting platform position switching mechanism.In the present embodiment, second connects disk lifting platform position Switching mechanism connects disk lifting of lifting table cylinder 152 including second, and the second cylinder body for connecing disk lifting of lifting table cylinder 142 is fixedly mounted On the rack, it second connects the piston rod of disk lifting of lifting table cylinder 152 upward and connects disk lifting platform 151 with second and connect.Second It connects disk lifting platform 151 to be between two branch conveyer belts 131, second meets going out for 151 face conveyor pallet structure 73 of disk lifting platform Mouth end, second, which connects disk lifting platform 151, connects disk conveyer belt 153 equipped with second, and second connects the input end and pallet of disk conveyer belt 153 The outlet end position of conveying mechanism 73 is corresponding.
In the present embodiment, the two sides of main conveyor line 12 are equipped with guardrail 122, and the two sides of branch pipeline 13 are equipped with guardrail 132.
With reference to Fig. 5, Fig. 6, moon cake encrusting machine 5 includes first material feedway 51, second material feedway 52, molding Discharging device 53 and blank closing device 54；First material feedway 51, second material feedway 52, molding discharging device 53 and blank closing device 54 be respectively mounted on the rack, blank closing device 54 be in molding discharging device 53 underface；At Type discharging device 53 includes outer barrel 531 and interior barrel 532, and the side wall of outer barrel 531 is equipped with feed inlet 5311, outer barrel 531 feed inlet 5311 is connected to the discharge port of first material feedway 51；Interior barrel 532 is set to the cavity of outer barrel 531 In, there is first annular gap 533, the side of interior barrel 532 between the lateral wall of interior barrel 532 and the inner sidewall of outer barrel 531 Wall is equipped with feed inlet 5321, and the feed inlet 5321 of interior barrel 532 is connected to the discharge port of second material feedway 52；Outer material The bottom of cylinder 531 is equipped with outer molding bucket 534, and 534 upper ends of outer molding bucket are connect with outer 531 lower end of barrel, the chamber of outer molding bucket 534 Body is connected to the cavity of outer barrel 531, and the cross-sectional area of 534 cavitys of outer molding bucket is gradually reduced from top to bottom, outer molding bucket 534 lower ends are equipped with circular material strip outlet 5341；The bottom of interior barrel 532 is equipped with interior molding bucket 535,535 upper ends of interior molding bucket It is connect with interior 532 lower end of barrel, the cavity of interior molding bucket 535 is connected to the cavity of interior barrel 532,535 cavitys of interior molding bucket Cross-sectional area is gradually reduced from top to bottom, and interior molding struggles against 535 lower ends equipped with circular fillings outlet 5351, fillings outlet 5351 It is in the middle position of the material strip outlet 5341 of outer molding bucket 534；Interior molding bucket 535 is in the cavity of outer molding bucket 534, interior There is the second annular gap 536, the second annular gap 536 between the lateral wall of molding bucket 535 and the inner sidewall of outer molding bucket 534 Upper end is connected to first annular 533 lower end of gap, and the cross-sectional area of the second annular gap 536 is gradually reduced from top to bottom.This In embodiment, the lateral wall of interior barrel 532 is equipped with guide pad 537, and guide pad 537 is in the feed inlet 5311 of outer barrel 531 Underface；There is punishment in advance gap 5371 between guide pad 537 and the inner sidewall of outer barrel 531；The upper surface of guide pad 537 is in Between tilted gradually downward to two sides, formed two guide ramps 5372.
With reference to Fig. 7, first material feedway 51 and second material feedway 52 include that material conveys extrusion mechanism 511 and allocation mechanism 512；Material conveys extrusion mechanism 511 and includes feed bin 5111 and two screw rods 5112, feed bin 5111 Top is equipped with feed opening 51111, and the rear side of feed bin 5111 is equipped with discharge port 51112, and each screw rod 5112 may be rotatably mounted at It is moved towards in feed bin 5111 and for front and back, screw rod 5112 includes the body of rod 51121 and the helical blade on the body of rod 51121 51122, the helical blade 51122 of two screw rods 5112 is oppositely oriented, and it further includes that can drive two that material, which conveys extrusion mechanism 511, The spiro driving device 5113 that a screw rod 5112 rotates towards each other.In the present embodiment, spiro driving device 5113 includes two the One driving motor 51131, two the first driving motors 51131 and two screw rods 5112 correspond, the first driving motor 51131 Power output shaft and 5112 front end of screw rod be sequentially connected.Allocation mechanism 512 includes material toggling cylinder 5121, swingle 5122 and multiple Switch-plate 5123, the cavity of material toggling cylinder 5121 are connected to the discharge port 51112 of feed bin 5111, and material toggling cylinder 5121 is close to be molded Expect that the side wall of device 53 is equipped with material outlet 51212, the material outlet 51212 of material toggling cylinder 5121 constitutes first material supply dress Set the discharge port of 51 or second material feedway 52；Close to material toggling cylinder in swingle 5122 and material conveying extrusion mechanism 511 5112 rear end of screw rod of 5121 material outlets 51212 connects, and each switch-plate 5123 is installed on swingle 5122 and along rotation The circumferential direction of bull stick 5122 is uniformly distributed, and each switch-plate 5123 is in the cavity of material toggling cylinder 5121.Material conveys extrusion mechanism 511 also Including nip rolls 5114 and binder roll driving apparatus, nip rolls 5114 be may be rotatably mounted in the cavity of feed bin 5111, binder 5114 one end of roller is connect with binder roll driving apparatus, nip rolls 5114 be in the surface of two screw rods 5112 and with screw rod 5112 It is mutually perpendicular to；Around the lower concave part 51141 of nip rolls 5114, two lower concave parts there are two being set on the lateral surface of nip rolls 5114 51141 and two screw rods 5112 correspond, the upside of screw rod 5112 is close to lower concave part 51141.In the present embodiment, nip rolls Driving device includes the second driving motor 5115, and the power output shaft of the second driving motor 5115 and 5114 one end of nip rolls are driven Connection.
With reference to Fig. 5, in the present embodiment, moon cake encrusting machine 5 further includes third material delivery system 55 and core pipe 56, third Material delivery system 55 is mounted on the rack, and core pipe 56 is set in the cavity of interior barrel 532 and to move towards up and down, core pipe 56 The inner sidewall of lateral wall and interior barrel 532 forms third annular gap 556, and the cross-sectional area of third annular gap 556 is from upper It is gradually reduced under, 56 upper end of core pipe is connected to the discharge port of third material delivery system 55, and 56 lower end of core pipe is in interior molding Struggle against 535 lower ends fillings outlet 5351 middle position.
With reference to Fig. 5 and Fig. 8, blank closing device 54 includes support base 541, guiding plectane 542, endless knife group 543 and drives Dynamic plectane 544；Support base 541 is fixedly mounted on the rack, and support base 541 includes annular sidewall 5411 and guiding bottom plate 5412, The bottom of annular sidewall 5411 is connect with guiding bottom plate 5412, and the top of support base 541 is equipped with opening 5413；Guide bottom plate 5412 It is equipped with material discharging round hole 54121 and multiple lower guide grooves 54122, material discharging round hole 54121 is in the material strip outlet of outer molding bucket 534 Immediately below 5341, each lower guide groove 54122 is uniformly distributed along the circumferential direction of material discharging round hole 54121, and the extension side of each lower guide groove 54122 To being gradually to be tilted from outside to inside；Guiding plectane 542 is removably mounted in the opening 5413 of support base 541, is guided Plectane 542 is equipped with the first charging circular hole 5421 and multiple upper guide grooves 5422, and the first charging circular hole 5421 is in guiding plectane 542 middle position, each upper guide groove 5422 is uniformly distributed along the circumferential direction of the first charging circular hole 5421, upper guide groove 5422 and lower guiding The quantity of slot 54122 is identical and corresponds, and each upper guide groove 5422 is in the surface of corresponding lower guide groove 54122；Annular Knife group 543 is in the cavity of support base 541, and endless knife group 543 is successively in close contact by multiple closing in cutter blocks 5431 Endless chain, closing in cutter block 5431 have bottom surface 54311, top surface 54312, medial surface 54313, directed side 54314 and outside Face 54315, the bottom surface 54311 of closing in cutter block 5431 are equipped with lower guide pad 5432, set on the top surface 54312 of closing in cutter block 5431 There is upper guide pin 5433；Lower guide pad 5432 is identical as the quantity of lower guide groove 54122 and corresponds, at lower guide pad 5432 It is slidably matched in lower guide groove 54122 and with lower guide groove 54122, the quantity of upper guide pin 5433 and upper guide groove 5422 Identical and one-to-one correspondence, upper guide pin 5433 are in guide groove 5422 and are slidably matched with upper guide groove 5422；It is adjacent Between two closing in cutter blocks 5431, the medial surface 54313 of previous closing in cutter block 5431 and leading for the latter closing in cutter block 5431 It is slidably matched to side 54314；The medial surface 54313 of this multiple closing in cutter block 5431 defines material strip channel 5434 jointly；It drives Dynamic plectane 544 may be rotatably mounted on guiding plectane 542, and driving plectane 544 is equipped with the second charging circular hole 5441, multiple drivings Sliding slot 5442 and multiple driving sliding blocks 5443, the second charging circular hole 5441 are in the middle position of driving plectane 544, and each driving is slided The radially extending along the second charging circular hole 5441 of slot 5442, and this multiple driving sliding slot 5442 is along the second charging circular hole 5441 It is circumferential uniformly distributed；It is equipped with the driving sliding block 5443 being slidably matched with driving sliding slot 5442 in driving sliding slot 5442, drives sliding block 5443 And one-to-one correspondence identical as the quantity of upper guide pin 5433, it is each to drive sliding block 5443 that turn with corresponding upper 5433 upper end of guide pin Dynamic connection；Second charging circular hole 5441, first feeds circular hole 5421, material strip channel 5434 and material discharging round hole 54121 from top to bottom It is sequentially communicated；Blank closing device 54 further includes the driving plectane position switching that can make that plectane 544 is driven to rotate forward or invert Mechanism 545.
With reference to Fig. 9, Figure 10, mold forming mechanism 63 includes support baseboard 631, outer pressing mold lifting cylinder 632, die holder 633, outer Pressing mold 634, core model 635, air inlet pipe 636 and compressed gas source 637；Support baseboard 631 is set to biscuit conveyer belt and moves ahead under section 621 Side；The cylinder body of outer pressing mold lifting cylinder 632 is fixedly mounted on the rack, the piston rod of outer pressing mold lifting cylinder 632 downward and It is connect with die holder 633；Outer pressing mold 634 is set to 633 downside of die holder and connect with die holder 633, and outer pressing mold 634 is in support baseboard 631 surface forms disengaging air cavity 638, is equipped with forming cavity in outer pressing mold 634 between outer pressing mold 634 and die holder 633 6341,6341 upper end of forming cavity is connected to disengaging air cavity 638, and 6341 lower end of forming cavity has opening 63412；At core model 635 In forming cavity 6341 (cross-sectional shape and size of core model 635 and forming cavity 6341 match), core model is set on 635 lower surface There are concave-convex picture and text 6352, die holder 633 is equipped with the core model lifting cylinder that core model 635 can be driven to go up and down in forming cavity 6341 639；Core model 635 is equipped with multiple ventholes 6351, and 6351 upper end of venthole is connected to disengaging air cavity 638, venthole 6351 Lower ending opening is set to 635 lower surface of core model；636 one end of air inlet pipe is connected to disengaging air cavity 638, the other end and compressed gas source 637 connections.
In the present embodiment, the cylinder body 6391 of core model lifting cylinder 639 is fixedly mounted on die holder 633, core model lifting cylinder 639 piston rod 6392 is connect downward and with core model 635；Rack is equipped with the guide sleeve 611 that moves towards up and down, in guide sleeve 611 Equipped with a guide post 612, guide post 612 is parallel to each other with outer pressing mold lifting cylinder 632, and 612 lower end of guide post and core model are gone up and down The cylinder body 6391 of cylinder 639 connects.
In the present embodiment, between outer pressing mold 634 and die holder 633, the piston rod of core model 635 and core model lifting cylinder 639 It is to be detachably connected between 6392.
In the present embodiment, the piston rod 6392 of core model lifting cylinder 639 in a tubular form, core model lifting cylinder piston rod 6392 Side wall is equipped with air inlet 63921, and the cavity of core model lifting cylinder piston rod 6392 passes through air inlet 63921 and disengaging air cavity 638 connections；The venthole 6351 of core model 635 and the cavity of core model lifting cylinder piston rod 6392 or disengaging air cavity 638 connect It is logical.
With reference to Fig. 9, Figure 11, in the present embodiment, moon cake forming machine 6 further includes biscuit reshaping device 64；Biscuit trimmer Structure 64 is set between moon cake encrusting machine 5 and mold forming mechanism 63；Biscuit reshaping device 64 includes that left and right two side-by-side erects biography Band 641 is sent, the two are erect conveyer belt 641 and are set to 62 top of biscuit conveyer belt and operation in the same direction, and the setting for being in left side passes The linear velocity of band 641 is sent to be greater than the setting conveyer belt 641 for being in right side；Erectting conveyer belt 641 includes transmitting 6411, preceding band of usheing to seat Wheel shaft 6412, rear pulley shaft 6413, front pulley 6414, rear belt wheel 6415 and endless-belt 6416, front pulley axis 6412 and rear band Wheel shaft 6413 is installed in transmission and ushers to seat on 6411, and front pulley 6414 may be rotatably mounted on front pulley axis 6412, rear belt wheel 6415 may be rotatably mounted on rear pulley shaft 6413, and endless-belt 6416 is tensioned by front pulley 6414 and rear belt wheel 6415 jointly, Erectting conveyer belt 641 further includes the driving device that front pulley 6414 and rear belt wheel 6415 can be driven to rotate；Endless-belt 6416 With from the forward section 64161 moved front to back and from rear extremely preceding reversion section 64162, the reversion section 64162 of endless-belt In the left side of its section 64161 that moves ahead；The forward section 64161 of endless-belt for being in left side and the endless-belt reversion section for being in right side Gap between 64162 constitutes biscuit shaping channel 64163, the cross of the width of biscuit shaping channel 64163 than forming cavity 6341 Sectional dimension is slightly smaller.
In the present embodiment, biscuit reshaping device 64 further includes linear guide 642, lifting seat 643 and the first screw rod 644, Linear guide 642 is fixedly mounted on the rack and to move towards up and down, and lifting seat 643 is mounted in linear guide 642 and and straight line Guide rail 642 is slidably matched, and the first screw rod 644 may be rotatably mounted in rack and be parallel to each other with linear guide 642, lifting seat 643 are equipped with the first screw hole being meshed with the first screw rod 644, and 644 upper end of the first screw rod is equipped with the first regulation handle 645；It rises Drop seat 643 be equipped with left and right trend sliding slot 6431, be in left side transmission usher to seat 6411 be equipped with sliding slot 6431 sliding match The left slider of conjunction, the transmission for being in right side usher to seat 6411 equipped with the right sliding block being slidably matched with sliding slot 6431；On lifting seat 643 Rotatably mounted to have the second screw rod 646, the second screw rod 646 is parallel to each other with sliding slot 6431, and the second screw rod 646 is by integrally connected Left spiro rod section 6461 and right spiro rod section 6462 form, and the thread rotary orientation of left spiro rod section 6461 and right spiro rod section 6462 is on the contrary, be in The transmission in left side ushers to seat 6411 equipped with the left nut 64111 being meshed with left spiro rod section 6461, and the transmission for being in right side is usherd to seat 6411 are equipped with the right nut 64112 being meshed with right spiro rod section 6462, and 646 one end of the second screw rod is equipped with the second regulation handle 647。
In the present embodiment, transmission usher to seat 6411 front end be equipped with strip-shaped hole 64113 and third screw rod 648, bar shaped Hole 64113 is front and back along to third screw rod 648 is in strip-shaped hole 64113, and the upper end of front pulley axis 6412 is equipped with and third spiral shell The third screw hole that bar 648 is meshed, 648 upper end of third screw rod are equipped with third regulation handle 649, and third regulation handle 649 is with before Pulley shaft 6412 jointly ushers to seat transmission 6411 clampings；Transmission usher to seat 6411 front end on rotatably mounted have adjusting bolt 64114, adjusting bolt 64114 is that front and back is moved towards, and front pulley axis 6412 is equipped with to be meshed with the screw rod of adjusting bolt 64114 Adjust screw hole.
With reference to Figure 12, Figure 13, biscuit transport mechanism 72 includes translating base 721, the first roller 722, the second roller 723, cake Side by side, rack is equipped with energy for base transport motor 724 and biscuit feed belt 725, the first roller 722 and the second roller 723 or so Enough translating base position switching mechanisms 726 of driving translating base 721 or so translation；First roller 722 may be rotatably mounted in rack, Translating base 721 is in the top of conveyor pallet structure 73, and the second roller 723 may be rotatably mounted on translating base 721, biscuit transmission Motor 724 is mounted on translating base 721, and the power output shaft of biscuit transport motor 724 and the second roller 723 are sequentially connected；It is flat It moves seat 721 and is equipped with photocell eye 727, photocell eye 727 is in 723 top of the second roller；Biscuit feed belt 725 has from first The mobile biscuit delivery section 7251 of 722 to the second roller 723 of roller and the reversion section 7252 for being in 7251 lower section of biscuit delivery section, The direction that the moving direction of biscuit delivery section 7251 conveys pallet 34 with conveyor pallet structure 73 is mutually perpendicular to；Biscuit transport mechanism 72 further include the automatic takeup 728 that can be automatically tensioned the reversion section 7252 of biscuit feed belt 725.Biscuit conveyer belt The moving direction for the section 621 that moves ahead is consistent with the moving direction of biscuit delivery section 7251 of biscuit feed belt 725, and biscuit conveys The rear end of the forward section 621 of band and the front end of biscuit delivery section 7251 mutually connect.
In the present embodiment, translating base position switching mechanism 726 includes the first sprocket wheel 7261, the second sprocket wheel 7262, translation Chain 7263 and translation motor 7264, the first sprocket wheel 7261 and the second sprocket wheel 7262 may be rotatably mounted in rack, the first sprocket wheel 7261 and second sprocket wheel 7262 jointly will translation chain 7263 be tensioned, translation motor 7264 is mounted on the rack, translation motor 7264 power output shaft and the first sprocket wheel 7261 are sequentially connected；Translating the tool of chain 7263, there are two the straightways of left and right trend 72631, translating base 721 is connect with a straightway 72631 of translation chain 7263.
In the present embodiment, automatic takeup 728 includes multiple stationary guide rollers 7281, multiple mobile deflector rolls 7282 and more A mobile deflector roll guiding mechanism 7283, each stationary guide roller 7281 may be rotatably mounted in rack and be in 722 He of the first roller Between second roller 723, and this multiple stationary guide roller 7281 is arranged successively from left to right；Each mobile deflector roll 7282 is in each fixation The downside of deflector roll 7281, quantity one fewer than the quantity of stationary guide roller 7281 of mobile deflector roll 7282, the position of mobile deflector roll 7282 The gap set between two neighboring stationary guide roller 7281 is corresponding；The number of mobile deflector roll guiding mechanism 7283 and mobile deflector roll 7282 It measures identical and corresponds, mobile deflector roll guiding mechanism 7283 includes riser guide 72831 and lifting slider 72832, and lifting is led Rail 72831 is mounted on the rack, and riser guide 72831 is placed along the vertical direction, and lifting slider 72832 is mounted on riser guide It can slide up and down on 72831 and along riser guide 72831, mobile deflector roll 7282 may be rotatably mounted at lifting slider 72832 On；Biscuit feed belt reversion section 7252, which replaces, bypasses each stationary guide roller 7281 and each mobile deflector roll 7282, the first roller 722, Biscuit feed belt 725 is tensioned by the second roller 723, each stationary guide roller 7281 and each mobile deflector roll 7282 jointly.
In the present embodiment, conveyor pallet structure 73 includes left and right two side-by-side pallet conveyer belt 731；Pallet conveyer belt 731 have the forward section 7311 mobile from pallet feed mechanism 71 to biscuit transport mechanism 72 and are in reversion below Section；Multiple push rods 732, the quantity phase of the push rod 732 on two pallet conveyer belts 731 are equidistantly equipped on pallet conveyer belt 731 Same and position corresponds.Position corresponding with biscuit transport mechanism 72 is equipped with tray detecting device on conveyor pallet structure 73 (being not drawn into figure).For example, tray detecting device can be used close to switch.
With reference to Figure 14, Figure 15, pallet feed mechanism 71 includes that left and right two side-by-side first erects conveyer chain 711 and energy Enough drive two first erect conveyer chains 711 run in a stepwise manner for coil motor 7116, two first setting conveyer chains 711 Be respectively arranged on the two sides of conveyor pallet structure 73, the two first erect conveyer chains 711 linear velocity size is identical and operation side To opposite；First setting conveyer chain 711 has the downlink section 7117 moved from top to bottom and the uplink section moved from bottom to top 7118, the downlink section 7117 of the first setting conveyer chain 711 is in the inside of its uplink section 7118；First erects on conveyer chain 711 Equipped with it is multiple first storage pan arrest plates 712, this it is multiple first storage pan arrest plates 712 along first erect conveyer chain 711 traffic direction according to Secondary arrangement；The quantity of two first the first storage pan arrest plates 712 erect on conveyer chain 711 is identical and position corresponds.Pallet In feed mechanism 71, corresponding two first storage pan arrests plate 712 is constituted in the downlink section 7117 of two first setting conveyer chains 711 One first storage disc holder 7120 of pallet feed mechanism 71.
In the present embodiment, the first setting conveyer chain 711 includes the first drive sprocket axle 7111, the first driven chain wheel shaft 7112, two the first drive sprockets, 7113, two the first driven sprockets 7114 and two first annular chains 7115, first actively Sprocket shaft 7111, the first driven chain wheel shaft 7112 may be rotatably mounted in rack, and the first drive sprocket axle 7111 is in first The surface of driven chain wheel shaft 7112, two the first drive sprockets 7113 be fixedly mounted on the first drive sprocket axle 7111 and Front and back side by side, two the first driven sprockets 7114 be fixedly mounted on the first driven chain wheel shaft 7112 and front and back side by side, two First annular 7115 front and back of chain is side by side；First drive sprocket 7113 of front side and the first driven sprocket 7114 of front side jointly will The first annular chain 7115 of front side is tensioned, and the first drive sprocket 7113 of rear side and the first driven sprocket 7114 of rear side are common The first annular chain 7115 of rear side is tensioned, the power output shaft and the first drive sprocket axle 7111 for coil motor 7116 are driven Connection；The both ends of first storage pan arrest plate 712 are connect with two first annular chains 7115 respectively.
With reference to Figure 16, Figure 17, the position of 22 input end of feeding web is higher than main conveyor line 212；Pallet transfer device 23 Including feeding lifting platform 231 and allowing hand over the charging lifting platform position switching mechanism of charging 231 height and position of lifting platform.This In embodiment, charging lifting platform position switching mechanism includes charging lifting of lifting table cylinder 232, feeds lifting of lifting table cylinder 232 cylinder body 2321 is fixedly mounted on the rack, and the piston rod 2322 of charging lifting of lifting table cylinder 232 rises upward and with charging Platform 231 is dropped to connect.Charging lifting platform 231 is between two main belts 211, charging lifting platform 231 and feeding web 22 The position of input end is corresponding, and charging lifting platform 31 is equipped with detection device 2311(detection device 2311 using photocell eye or connects Nearly switch)；Pallet transfer device 23 further includes push-plate plate 233, and push-plate plate 233 is in the surface of charging lifting platform 231, and pushes away The input end face of plate 233 and feeding web 22, rack are equipped with driving push-plate plate 233 in the conveying of feeding web 22 The push-plate plate translation mechanism of alternating translational on direction.In the present embodiment, push-plate plate translation mechanism includes rodless cylinder 234, no bar Cylinder 234 is parallel with the conveying direction of feeding web 22, and the cylinder body 2341 of rodless cylinder 234 is fixedly mounted on the rack, The sliding block 2342 of rodless cylinder 234 is connect with push-plate plate 233.
With reference to Figure 18, Figure 19, moon cake feeding device 2 further includes storage disc mechanism 24；Along the conveying direction of main conveyor line 12, storage Disc mechanism 24 is between each branch pipeline 13 and each feeding web 22；Storing up disc mechanism 24 includes left and right two side-by-side second The storage coil motor 2416 erect conveyer chain 241 and two second setting conveyer chains 241 can be driven to run in a stepwise manner, two A second setting conveyer chain 241 is respectively arranged on the two sides of main conveyor line 12, and the linear velocity of the two the second setting conveyer chains 241 is big Small identical and traffic direction is opposite；Second setting conveyer chain 241 has the interior straightway 2417 and outer straightway moved towards up and down 2418, interior straightway 2417 is in the inside of outer straightway 2418；Second, which erects conveyer chain 241, is equipped with multiple second storage pan arrests Plate 242, this multiple second storage pan arrest plate 242 are arranged successively along the traffic direction of the second setting conveyer chain 241；Two second settings The quantity of the second storage pan arrest plate 242 on conveyer chain 241 is identical and position corresponds, and two second are erect conveyer chain 241 Corresponding two second storages pan arrest plate 242 collectively forms one second storage disc holder of storage disc mechanism 24 on interior straightway 2417 2420。
In the present embodiment, the second setting conveyer chain 241 includes the second drive sprocket axle 2411, the second driven chain wheel shaft 2412, two the second drive sprockets, 2413, two the second driven sprockets 2414 and two the second ring chains 2415, second actively Sprocket shaft 2411, the second driven chain wheel shaft 2412 may be rotatably mounted in rack, and the second drive sprocket axle 2411 is in second The surface of driven chain wheel shaft 2412, two the second drive sprockets 2413 be fixedly mounted on the second drive sprocket axle 2411 and Front and back side by side, two the second driven sprockets 2414 be fixedly mounted on the second driven chain wheel shaft 2412 and front and back side by side, two Second ring chain, 2415 front and back is side by side；Second drive sprocket 2413 of front side and the second driven sprocket 2414 of front side jointly will Second ring chain 2415 of front side is tensioned, and the second drive sprocket 2413 of rear side and the second driven sprocket 2414 of rear side are common Second ring chain 2415 of rear side is tensioned, the power output shaft and the second drive sprocket axle 2411 for storing up coil motor 2416 are driven Connection；The both ends of second storage pan arrest plate 242 are connect with two second ring chains 2415 respectively.Drive sprocket 2413 and driven sprocket 2414 are jointly tensioned corresponding second ring chain 2415, and two second ring chains 2415 is made to be respectively provided with about two trends Straightway；The interior straightway 2417 of straightway composition the second setting conveyer chain 241 of two second ring chains, 2415 inside, two The straightway in 2415 outside of the second ring chain constitutes the second outer straightway 2418 for erectting conveyer chain 241.
With reference to Figure 16, in the present embodiment, storage disc mechanism 24 further includes the 5th close close switch 243 of switch the 242, the 6th Locate close to switch the 242, the 6th close to switch 243 and Ge seven close to switch 244 with three the 7th close to switch 244, the 5th Between two main belts 211；Along the conveying direction of main conveyor line 12, the 5th is in two second settings close to switch 242 The front of conveyer chain 241, the 6th is in the rear of two second setting conveyer chains 241 close to switch 243；Each 7th close switch 244 are between two second setting conveyer chains 241 and are sequentially distributed front to back certainly.
In the present embodiment, feeding web 22 includes two feed conveyor belts 221 arranged side by side, two charging transmission Trend with 221 is consistent with the conveying direction of feeding web 22.
With reference to Figure 20, moon cake apparatus for baking 3 includes cabinet 31, baking conveyer belt 32 and multiple baking units 33；Cabinet 31 It is mounted on the rack, the front side wall of cabinet 31 is equipped with feed inlet 311, and the rear wall of cabinet 31 is equipped with discharge port 312；Cabinet The feed inlet 311 of 31 front side walls constitutes the feed inlet of moon cake apparatus for baking 3；Toast conveyer belt 32 include driving motor (in figure not Draw), endless belt 321, driving pulley 322 and at least one driven pulley 323；Driving pulley 322 and each driven pulley 323 are total It is tensioned with by endless belt 321, the power output shaft and driving pulley 322 of driving motor are sequentially connected, and endless belt 321 is in cabinet In 31 cavity, endless belt 321 has from the forward section 3211 moved front to back；Each baking unit 33 is successively arranged front to back certainly Column.In the present embodiment, baking conveyer belt 32 includes multiple driven pulleys 323, and driving pulley 322, each driven pulley 323 can It is rotatably installed on 31 side wall of rack or cabinet；Endless belt 321 has from the forward section 3211 moved front to back and from rear before Mobile reversion section 3212, reversion section 3212 are in forward 3211 lower section of section；The downside of the forward section 3211 in endless belt is equipped with multiple Upper supporting roller 324.
Endless belt 321, driving pulley 322 and each driven pulley 323 are all made of heat proof material (such as stainless steel) and are made.Example Such as, Stainless Steel Chain Board or stainless (steel) wire band can be used in endless belt 321.
With reference to Figure 21, each baking unit 33 includes combustor 331, hot gas storage tank 332, the 333, first heat of centrifugal blower Gas distributary base 334 and the second hot gas distributary base 335；The air inlet of hot gas storage tank 332 is connected to the heat outlet of combustor 331, The gas outlet of hot gas storage tank 332 is connected to the air inlet of centrifugal blower 333；Before first hot gas distributary base 334 is in endless belt The surface of row section 3211, the top of the first hot gas distributary base 334 is equipped with the first air inlet 3341, bottom is equipped with multiple first and goes out Stomata 3342, the first air inlet 3341 are connected to by the first appendix 336 with the air outlet of centrifugal blower 333, and each first goes out For stomata 3342 towards the forward section 3211 of endless belt 321, the first hot gas distributary base 334 is interior with the first air inlet 3341 of connection With the first cavity 3343 of each first gas outlet 3342；Second hot gas distributary base 335 be in endless belt move ahead section 3211 just under Side, the bottom of the second hot gas distributary base 335 is equipped with the second air inlet 3351, top is equipped with multiple second ventholes 3352, and second Air inlet 3351 is connected to by the second appendix 337 with the air outlet of centrifugal blower 333, the equal direction of each second venthole 3352 Endless belt moves ahead section 3211, has the second air inlet 3351 of connection and each second gas outlet 3352 in the second hot gas distributary base 335 The second cavity 3353.
In the present embodiment, each baking unit 33 further includes temperature sensor 338, the adjusting of the first regulating valve 339, second Valve 3310 and baking control circuit 3314, temperature sensor 338 are set in the cavity of cabinet 31, and the first regulating valve 339 is set to the On one appendix 336, the second regulating valve 3310 is set on the second appendix 337, temperature sensor 338 and baking control circuit 3314 corresponding input terminal connections, the first regulating valve 339, the second regulating valve 3310 are corresponding with baking control circuit 3314 respectively Output end connection.
Each baking unit 33 further includes preceding air-suction cover 3311, rear air-suction cover 3312 and suction ventilator 3313, preceding air-suction cover 3311 are set to 334 front side of the first hot gas distributary base, and rear air-suction cover 3312 is in 334 rear side of the first hot gas distributary base, preceding air-suction cover 3311 and rear air-suction cover 3312 be connected to the air inlet of suction ventilator 3313.
The working principle of the full-automatic Production of Moon Cake line of brief description sheet:
(1) complete machine principle:
When work, the moon cake encrusting machine 5 of each faric molding pendulum disk mechanism 4 carries out faric biscuit is made automatically；Biscuit is defeated Send band 62 that biscuit made of moon cake encrusting machine 5 is successively delivered to moon cake forming machine 6 and biscuit arranging apparatus 7, first by moon cake at Type machine 6 automatically forms the biscuit for being surrounded by filling, then by biscuit arranging apparatus 7 automatically by biscuit that is faric, obtaining after molding It is neatly arranged in pallet, and biscuit by pallet and thereon is sent into corresponding branch pipeline 13.Main conveyor line 12 receives respectively The pallet equipped with half-finished product of moon cake (biscuit) that branch pipeline 13 is sent, and it is driven to move front to back certainly；When main conveyor line 12 On pallet reach position corresponding with the input end of each feeding web 22 when, each pallet transfer device 23 is defeated from master by pallet It is transferred in line sending 12 at the input end of feeding web 23, then moon cake apparatus for baking 3 is transported to by feeding web 23 In.
(2) working principle of moon cake encrusting machine 5:
When work, cladding is put into first material feedway 51, fillings is put into second material feedway 52, Fillings in filling is put into third material delivery system 55.First material feedway 51 continues to supply cladding through first material The discharge port of device 51, outer barrel 531 feed inlet 5311 be sent into first annular gap 533；In first annular gap 533 Cladding moves that (when cladding and guide pad 537 are in contact, part cladding is out of guide pad 537 and outer barrel 531 from top to bottom Punishment in advance gap 5371 between side wall passes through, remaining cladding is under the guiding of two guide ramps 5372 of guide pad 537 to two sides Shunt), it enters back into the second annular gap 536；Cladding in second annular gap 536 forms bucket 534 and interior molding bucket outside Tubular is molded under 535 collective effect；Meanwhile second material feedway 52 continues fillings through second material feedway 52 discharge port, interior barrel 532 feed inlet be sent into third annular gap 556, fillings in third annular gap 556 again into Enter into interior molding bucket 535, is squeezed out from the fillings outlet 5351 of 535 lower ends of interior molding bucket；Meanwhile third material delivery system 55 Continue for fillings in filling to be sent into core pipe 56 through the discharge port of third material delivery system 55；Fillings is from upper in filling in core pipe 56 To lower movement, the fillings being in interior molding bucket 535 when exporting from 56 lower end of core pipe wraps up that (fillings is wrapped in filling in filling Material outside)；Fillings squeezes out into strips from the fillings outlet 5351 of 535 lower ends of interior molding bucket in the filling of fillings and its inside.Outside At the material strip outlet 5341 of 534 lower ends of molding bucket, tubular cladding is pooled together with fillings, and tubular cladding is wrapped in outside fillings Side forms cylindric material strip (fillings is arranged successively from outer to interior in tubular cladding, fillings and filling at this time), and struggles against from outer molding 5341 output of material strip outlet of 534 lower ends.The cylindric material strip that molding discharging device 53 exports moves from top to bottom；When cylindric When material strip passes through blank closing device 54, blank closing device 54 is cut off and is closed up to it, a certain size biscuit is obtained (cladding wraps fillings).
The working principle of first material feedway 51 and second material feedway 52 are as follows: will by feed opening 51111 Material is added in the cavity of feed bin 5111, and the power output shaft of two first driving motors 51131 respectively drives corresponding spiral shell Bar 5112 rotates, and rotates towards each other two screw rods 5112, while the second driving motor 5115 driving nip rolls 5114 rotates, at this time Nip rolls 5114 together squeezes the material in feed bin 5111 with two screw rods 5112 and it is driven to move front to back certainly, Discharge port 51112 through feed bin 5111 is sent into material toggling cylinder 5121；Swingle 5122 and each switch-plate 5123 thereon simultaneously In the case where the screw rod 5112 of material conveying extrusion mechanism 511 drives, the moving screw rod 5112 is rotated together, will be in material toggling cylinder 5121 Material persistently pushes in molding discharging device 53.
The working principle of blank closing device 54 are as follows: the cylindric material strip come out from material strip outlet 5341 is moved from top to bottom It is dynamic, circular hole 5421, material strip channel 5434 successively are fed by the second charging circular hole 5441, first of blank closing device 54 and are gone out Expect circular hole 54121；When the length of the cylindric material strip by material strip channel 5434 reaches preset value, the switching of driving plectane position Mechanism 545 makes that plectane 544 is driven to rotate forward, and each driving sliding block 5443 is driven to slide from the outside to the core along corresponding driving sliding slot 5442, Move each closing in cutter block 5431 and upper guide pin 5433, lower guide pad 5432 thereon from the outside to the core, the material strip channel 5434 Area be gradually reduced and finally block, multiple closing in cutter blocks 5431 gradually close up to cylindric material strip and most during this Egress is disconnected, obtains a certain size biscuit (cladding wraps fillings)；Then driving plectane position switching mechanism 545 makes to drive Plectane 544 inverts, and drives each driving sliding block 5443 to slide from inside to outside along corresponding driving sliding slot 5442, makes each closing in cutter block 5431 move reset from the outside to the core, and the area in material strip channel 5434 restores to original size.
(3) working principle of moon cake forming machine 6:
The biscuit for being surrounded by filling moves front to back certainly under the drive of biscuit conveyer belt 62, and successively passes through biscuit reshaping device 64, mold forming mechanism 63.When the biscuit for being surrounded by filling enters in the biscuit shaping channel 64163 of biscuit reshaping device 64, driving Device driving front pulley 6414 and rear belt wheel 6415 rotate together, and endless-belt 6416 is driven to run, and are in the annular skin in left side The linear velocity of the forward section 64161 of band is greater than the endless-belt reversion section 64162 for being in right side；The forward section of the endless-belt in left side 64161 jointly carry out the biscuit in biscuit shaping channel 64163 to rub round processing with the hands with the endless-belt reversion section 64162 on right side, Biscuit is shaped to and is suitable for the cylindrical body of 6341 size of forming cavity of outer pressing mold 634, and drives biscuit logical in biscuit shaping It is moved front to back certainly in road 64163；After orthopedic biscuit leaves biscuit shaping channel 64163, in the band of biscuit conveyer belt 62 Dynamic lower continuation is moved front to back certainly.When the biscuit for being surrounded by filling reaches the underface of the external pressure mold forming chamber 6341 of mold forming mechanism 63 When, 62 operation suspension of biscuit conveyer belt, outer pressing mold lifting cylinder 632 piston rod driving die holder 633, core model lifting cylinder 639, Core model 635 and outer pressing mold 634 decline together, until the forward section 621 of biscuit conveyer belt is pressed on support baseboard by outer pressing mold 634 On 631, the biscuit on biscuit conveyer belt 62 is in the forming cavity 6341 of outer pressing mold 634 at this time；Subsequent core model lifting cylinder 639 Piston rod 6392 drive core model 35 to decline in forming cavity 6341, imprinting moulding is carried out to the biscuit that is in forming cavity 6341 (core model 635 squeezes the biscuit being in forming cavity 6341 and biscuit side is made to be close to the inner wall of forming cavity 6341, and cake is made Base have with the consistent cross-sectional shape of forming cavity 6341, while the concave-convex picture and text 6352 on 635 lower surface of core model are transferred to cake On the upper surface of base)；After completing to the molding of cake mould, the piston rod of outer pressing mold lifting cylinder 632 drives die holder 633, core model liter Sending down abnormally ascending cylinder 639 and outer pressing mold 634 rise together, while the piston rod 6392 of core model lifting cylinder 639 drives core model 635 forming Decline in chamber 6341, the biscuit of forming is released from forming cavity 6341；During core model 635 releases biscuit, compression Gas source 637 is sent into gas toward disengaging air cavity 638 by air inlet pipe 636, and the gas a part passed in and out in air cavity 638 passes through core The venthole 6351 of the periphery of mould lifting cylinder piston rod 6392 enters in forming cavity 6341, another part by air inlet 63921, The cavity of core model lifting cylinder piston rod 6392, remaining each venthole 6351 enter in forming cavity 6341, make the biscuit of forming Forming cavity 6341 can be more successfully pushed out and be detached from core model 635；The biscuit of subsequent forming is continued by biscuit conveyer belt 62 Conveying, compressed gas source 637, which suspends to disengaging air cavity 638, is sent into gas, and the piston rod 6392 of core model lifting cylinder 639 drives core Mould 635, which rises, to be resetted, and a biscuit molding is completed.By repeating the above process, mold forming mechanism 63 can be automatically defeated to cake embryo The biscuit for being surrounded by filling on band 62 is sent to be formed.Staff can be corresponding to replace according to the appearance requirement of required production moon cake Moon cake of different shapes is made with this in outer pressing mold 634 and core model 635.
When needing that the position of two setting conveyer belts 641 in the height direction is adjusted, can be adjusted by rotation first Handle 645 is saved to drive the first screw rod 644 to rotate, lifting seat 643 is made to rise or decline along linear guide 642, it can be to two The position of conveyer belt 641 in the height direction is erect to be adjusted.When the width size for needing to adjust biscuit shaping channel 64163 When, the second screw rod 646 can be driven to rotate forward by rotating forward the second regulation handle 647, make left nut 64111 along left spiral shell Rod segment 6461 is moved to the left, right nut 64112 moves right along right spiro rod section 6462, drives two to erect conveyer belt 641 backwards to shifting It is dynamic, so that the width of biscuit shaping channel 64163 is become larger with this；The second regulation handle 647 can also be rotated backward to drive second Screw rod 646 rotates backward, and so that left nut 64111 is moved right along left spiro rod section 6461, right nut 64112 is along right spiro rod section 6462 It is moved to the left, drives two setting conveyer belts 641 to move towards, reduce the width of biscuit shaping channel 64163 with this.When perpendicular When vertical conveyer belt 641 relaxes and needs to be tensioned, by rotation third regulation handle 649 to unscrew third screw rod 648, then twist backward It is dynamic to adjust bolt 64114, make the head for adjusting bolt 64114 close to the adjusting screw hole of front pulley axis 6412, front pulley can be made Axis 6412, front pulley 6414, third screw rod 648 and third regulation handle 649 are moved forward along strip-shaped hole 64113 together, until Endless-belt 6416 is tensioned by front pulley 6414 and rear belt wheel 6415 jointly；Behind the position for determining front pulley 6414, by turning Third regulation handle 649 is moved to tighten third screw rod 648, makes third regulation handle 649 and front pulley axis 6412 jointly will transmission It ushers to seat 6411 clampings.
(4) working principle of biscuit arranging apparatus 7:
Preset line-spacing (i.e. two that front and back is adjacent in pallet that biscuit that is faric, obtaining after molding is put in pallet Spacing between biscuit) and arrange away from (spacing i.e. in pallet between two adjacent biscuits of left and right).
When work, two first setting conveyer chain 711 operations are driven for coil motor 7116, make two first setting conveyer chains 711 downlink section 7117 moves downwardly together, drives the first storage pan arrest plate 712 in downlink section 7117 to decline, stores up disk for first The pallet stored on bracket 7120 is placed on conveyor pallet structure 73, and pallet is under the drive of conveyor pallet structure 73 towards cake Base transport mechanism 72 is mobile；There is pallet to reach and biscuit transport mechanism when tray detecting device detects on conveyor pallet structure 73 When on 72 corresponding positions, control circuit just makes 73 operation suspension of conveyor pallet structure, at this time the support on conveyor pallet structure 73 Disk pause movement；The biscuit transport motor 724 of control circuit control simultaneously operates, and biscuit transport motor 724 drives the second roller 723 Rotation, the biscuit delivery section 7251 of biscuit feed belt 725 drive biscuit thereon mobile, foremost in biscuit delivery section 7251 Biscuit cross 7251 end of biscuit delivery section and fall in pallet on corresponding position that (i.e. complete will for biscuit transport mechanism 72 One biscuit is placed in pallet), meanwhile, photocell eye 727 has detected biscuit by 725 end of biscuit feed belt and has sent To control circuit, control circuit is counted and makes 724 operation suspension of biscuit transport motor signal, and translation motor 7264 is driven at this time Dynamic first sprocket wheel 7113 rotation, the straightway 72631 by translating chain 7263 drive translating base 721 and the second roller 723 A column are translated away from (the biscuit delivery section 7251 of biscuit feed belt 725 shortens and reversion at this time towards the first roller 722 together Section is 7252 elongated, and each lifting slider 72832 and mobile deflector roll 7282 thereon are under self gravitation effect along riser guide at this time 72831, gradually toward decline, as the distance between each mobile deflector roll 7282 and each stationary guide roller 7281 are gradually increased, are wound on each shifting Belt Length between dynamic deflector roll 7282 and each stationary guide roller 7281 is also correspondingly gradually increased, so that biscuit be made to transmit skin automatically Band 725 keeps tensioning state)；Subsequent biscuit transport motor 724 is run again, carries out putting for next biscuit；Pass through repetition Above-mentioned movement, until biscuit transport mechanism 72 is completed a line biscuit in pallet and put.When biscuit transport mechanism 72 completes pallet When putting of interior a line biscuit, translation motor 7264 drive the rotation of the first sprocket wheel 7113, by the straight line for translating chain 7263 Section 72631 drives translating base 721 and the second roller 723 to translate reset (the biscuit delivery section of biscuit feed belt 725 at this time together 7251 is elongated, at this time the drive lower edge liter of each lifting slider 72832 and mobile deflector roll 7282 thereon in biscuit feed belt 725 Drop guide rail 72831 gradually up gos up, and the distance between each mobile deflector roll 7282 and each stationary guide roller 7281 are gradually reduced, finally Each mobile deflector roll 7282 restores to original position, and biscuit feed belt 725 is in tensioning state always in the process), together When conveyor pallet structure 73 drive pallet to move forward a line-spacing, next line biscuit is then carried out by biscuit transport mechanism 72 It puts；By repeating the above process, until biscuit transport mechanism 72 is completed all row biscuits in pallet and is put.Work as cake Base transport mechanism 72 completes when putting of all row biscuits in a pallet, and conveyor pallet structure 73 will complete what biscuit was put Pallet sends forward, while the pallet of next sky being sent to 72 lower section of biscuit transport mechanism.
(5) working principle of conveying device 1:
When detecting that pallet reaches the outlet end of conveyor pallet structure 73, control circuit will pass through second and connect disk lifting Platform position switching mechanism switching second connects the height and position of disk lifting platform 151, makes second to connect disk lifting platform 151 and is in high-order (this When second connect disk lifting of lifting table cylinder 152 piston rod stretch out)；At this point, connecing disk conveying in conveyor pallet structure 73 and second Under common drive with 153, pallet of the place at 73 outlet end of conveyor pallet structure connects disk lifting platform 151 to second and shifts；With Second the height and position that disk lifting platform position switching mechanism switching second connects disk lifting platform 151 is connect afterwards, makes second to connect disk lifting platform 151 are in low level (the second piston rod for connecing disk lifting of lifting table cylinder 152 is shunk at this time), and second connects on disk lifting platform 151 Pallet is just detached from second and connects disk conveyer belt 153 and fall on two conveyer belts 131, is conveyed by branch conveyer belt 131.
Main conveyor line 12 drives the pallet equipped with half-finished product of moon cake (biscuit) above it before by two main belts 121 To rear movement；Branch pipeline 13 by two conveyer belts 131 drive its pallet for being fitted with half-finished product of moon cake (biscuit) towards The outlet end of branch pipeline 13 is mobile.At the outlet end that first detects pallet arrival branch pipeline 13 close to switch 144, And third detects that not having pallet to reach first on main conveyor line 12 connects 141 front of disk lifting platform close to first close to switch 146 When connecing the position of disk lifting platform 141, control circuit, which will pass through first and connect the switching of disk lifting platform position switching mechanism, first connects disk liter The height and position for dropping platform 141 makes first to connect disk lifting platform 141 and be in and high-order (first connects disk lifting of lifting table cylinder 142 at this time Piston rod stretches out), the first position for connecing disk conveyer belt 143 is higher than main belt 121, and concordant with 13 outlet end of branch pipeline Or slightly below 13 outlet end of branch pipeline；At this point, being in the case where branch pipeline 3 and first connect the common drive of disk conveyer belt 143 Pallet at 13 outlet end of branch pipeline connects disk lifting platform 141 to first and shifts；When the second close switch 145 detects that pallet is complete When full arrival first is connect on disk lifting platform 141, control circuit will pass through first and connect disk lifting platform position switching mechanism switching first The height and position for connecing disk lifting platform 141 makes first to connect disk lifting platform 141 and be in low level and (first connects disk lifting of lifting table gas at this time The piston rod of cylinder 142 bounces back), first connects the position of disk conveyer belt 143 lower than main belt 121；First connect disk lifting platform at this time Pallet on 141 is just detached from first and connects disk conveyer belt 143 and fall on two main belts 121, is carried out by main belt 121 defeated It send.At the outlet end that first detects pallet arrival branch pipeline 13 close to switch 144, and third is examined close to switch 146 Measure have on main conveyor line 12 pallet reach first connect the front of disk lifting platform 141 close to first connect the position of disk lifting platform 141 when, Control circuit just controls 13 operation suspension of branch pipeline, until detecting that the pallet reaches first and connects close to switch 147 when the 4th The position that 141 rear of disk lifting platform connects disk lifting platform 141 close to first, and third detects on main conveyor line 12 close to switch 46 Do not have pallet be moved to first connect the front of disk lifting platform 141 close to first connect the position of disk lifting platform 141 when, control circuit just makes Branch pipeline 13 resumes operation, and pallet of the place at 13 outlet end of branch pipeline is connect disk lifting platform 141 to first and is shifted.
(6) working principle of moon cake feeding device 2:
When work, main conveyor line 12 receives the pallet equipped with half-finished product of moon cake (biscuit) that each branch pipeline 13 is sent, and It is driven to move front to back certainly；There is pallet to reach on charging lifting platform 231 when detection device 2311 detects on main conveyor line 12 Fang Shi, control circuit will pass through the height and position of charging 232 feed switched lifting platform 231 of lifting of lifting table cylinder, rise charging Drop platform 231 rises to high-order (pallet disengaging main conveyor line 12 and and charging under the drive of charging lifting platform 231 at this time by low level Lifting platform 231 rises together)；The sliding block 2342 of subsequent rodless cylinder 234 is moved along its cylinder body 2341, drives 233 court of push-plate plate It translates, pallet is pushed on feeding web 22 from charging lifting platform 231, subsequent rodless cylinder to feeding web 22 234 driving push-plate plates 233 reset, and charging 232 feed switched lifting platform 231 of lifting of lifting table cylinder to low level waits next The arrival of pallet；Finally pallet is delivered in moon cake apparatus for baking 3 by feeding web 22.
When detect on main conveyor line 12 occur the case where pallet accumulation (the i.e. each 7th close to switch 244 detects lead it is defeated There is pallet to be completely disposed between two second setting conveyer chains 241 in line sending 12, and the 5th detects main conveyor line close to switch 242 Have on 12 pallet reach two second setting conveyer chains 241 front close to two second erect conveyer chain 241 position, second Detecting close to switch 243 has pallet to reach rear that two second are erect conveyer chain 241 close to two the on main conveyor line 12 Two erect the position of conveyer chain 241) when, control circuit just makes storage disc mechanism 24 carry out storage disk, passes through storage coil motor 2416 and drives Two second setting conveyer chain 241 operations move upwardly together the interior straightway 2417 of two second setting conveyer chains 241, band The second storage pan arrest plate 242 in dynamic on straightway 2417 rises, will be complete on main conveyor line 12 by the second storage disc holder 2420 The pallet being between two second setting conveyer chains 241 entirely is lifted and is stored.It is held in the palm on main conveyor line 12 when detecting (the i.e. the 5th detects master close to switch 243 and Ge seven close to switch 244 close to switch 242, second to the situation of disk insufficient supply Without pallet arrival or close to two second setting conveyer chains 241 in 12 upper certain time of pipeline) when, control circuit just makes Storage disc mechanism 24 is carried out for disk, is driven two second setting 241 inverted runnings of conveyer chain by storage coil motor 2416, is made two second The interior straightway 2417 for erectting conveyer chain 241 moves downwardly together, drives under the second storage pan arrest plate 242 on interior straightway 2417 Previously stored pallet in each second storage disc holder 2420 is placed back on main conveyor line 12 by drop.
(7) working principle of moon cake apparatus for baking 3:
When work, pallet and feed inlet 311 of the moon cake through 31 front side wall of cabinet under the drive of feeding web thereon Into in the cavity of cabinet 31, and it is moved to endless belt and moves ahead in section 3211；Driving motor drives driving pulley 322 to rotate, and leads to Crossing the endless belt section 3211 that moves ahead drives pallet and moon cake thereon from moving front to back, and successively passes through each baking unit 33； Combustor 331 and centrifugal blower 333 work, and the hot gas that combustor 331 generates is conveyed into inside hot gas storage tank 332, hot gas storage Hot gas inside tank 332 successively enters through the first appendix 336, the first air inlet 3341 under the action of centrifugal blower 333 In first cavity 3343 of the first hot gas distributary base 334, and is blowed to by each first venthole 3342 and be in the forward section in endless belt 3211, at the same the hot gas inside hot gas storage tank 332 under the action of centrifugal blower 333 successively through the second appendix 337, second Air inlet 3351 enters in the second cavity 3353 of the second hot gas distributary base 335, and blows to place by each second venthole 3352 Move ahead section 3211 in endless belt, in this way, when moon cake when pallet and thereon is through overbaking unit 33, each first venthole 3342 and The hot gas that each second venthole 3352 is blown out blows to pallet and moon cake thereon, toasts to the moon cake on pallet；Suction ventilator 3313 form negative pressure in the two sides of the first hot gas distributary base 334 by preceding air-suction cover 3311 and rear air-suction cover 3312, by cabinet 31 Gas and exhaust gas in cavity after cooling are absorbed, while carrying out water conservancy diversion to the intracorporal hot gas of 31 chamber of cabinet is entered；It is single through each baking 33 pallets that toasted of member and moon cake endless belt move ahead section 3211 drive under the discharge port 312 through 31 rear wall of cabinet leave Cabinet 31.During the work time, when detecting the intracorporal actual temperature value of 31 chamber of cabinet lower than preset temperature value, temperature sensing Temperature signal is sent to baking control circuit 3314 by device 338, toasts control circuit 3314 just by the first regulating valve 339 and second The flow value of regulating valve 3310 tunes up, and increases the intracorporal temperature of 31 chamber of cabinet；When detecting the intracorporal practical temperature of 31 chamber of cabinet When angle value is higher than preset temperature value, temperature signal is sent to baking control circuit 3314, baking control electricity by temperature sensor 338 Road 3314 just turns the flow value of the first regulating valve 339 and the second regulating valve 3310 down, reduces the intracorporal temperature of 31 chamber of cabinet.
Pallet is from the feed inlet 311 of 31 front side wall of cabinet is entered to the time for the discharge port 312 for leaving 31 rear wall of cabinet As baking time of the moon cake apparatus for baking 3 to moon cake.It can be according to the time of baking needed for moon cake come to baking conveyer belt 32 The speed of service is adjusted；When needing to reduce the baking time of moon cake, the speed of service of baking conveyer belt 32 can be tuned up；When need When increasing the baking time of moon cake, the speed of service of baking conveyer belt 32 can be slowed down.
In addition, it should be noted that, the specific embodiments described in this specification, each section title etc. can not Together, all equivalent or simple changes done according to structure, feature and principle described in the concept of the patent of the utility model are included in this In the protection scope of utility model patent.Those skilled in the art of the present invention can be to described specific reality Example is applied to do various modifications or additions or be substituted in a similar manner, structure without departing from the utility model or Beyond the scope defined by this claim, it all should belong to the protection range of the utility model.

Claims (10)

1. a kind of full-automatic Production of Moon Cake line, it is characterised in that including rack, conveying device, moon cake feeding device, moon cake baking Device and multiple faric molding pendulum disk mechanisms；Conveying device includes main conveyor line and multiple pipelines, main conveyor line and Ge Zhi Pipeline is respectively mounted on the rack；Each branch pipeline is arranged successively front to back certainly along the conveying direction of main conveyor line, branch pipeline In main conveyor line side, and the outlet end of branch pipeline and main conveyor line side are adjacent；Faric molding pendulum disk mechanism and branch are defeated The quantity of line sending is identical and corresponds, and faric molding pendulum disk mechanism includes that moon cake encrusting machine, moon cake forming machine and biscuit are put Device；Moon cake forming machine includes biscuit conveyer belt and mold forming mechanism, and biscuit conveyer belt is mounted on the rack, and biscuit conveys belt Have from the forward section moved front to back and from rear to the reversion section of preceding movement, the reversion section of biscuit conveyer belt is in it and moves ahead under section Side；Biscuit arranging apparatus includes pallet feed mechanism and biscuit transport mechanism, biscuit transport mechanism be set to pallet feed mechanism with Between branch pipeline, rack is equipped with the conveyor pallet that can convey pallet from pallet feed mechanism to biscuit transport mechanism Structure, and the outlet end of conveyor pallet structure and the side of branch pipeline are adjacent；Biscuit transport mechanism includes translating base, the first roller Cylinder, the second roller, biscuit transport motor and biscuit feed belt, side by side, rack is equipped with for the first roller and the second roller or so The translating base position switching mechanism that translating base or so can be driven to translate；First roller may be rotatably mounted in rack, translating base It is in the top of conveyor pallet structure, the second roller may be rotatably mounted on translating base, and biscuit transport motor is mounted on translating base On, the power output shaft of biscuit transport motor and the second roller are sequentially connected；Translating base is equipped with photocell eye, and photocell eye is in the Above two rollers；Biscuit feed belt has from the mobile biscuit delivery section of the first roller to the second roller and is in biscuit transmission The reversion section of section lower section, the direction of moving direction and conveyor pallet structure the conveying pallet of the biscuit delivery section of biscuit feed belt It is mutually perpendicular to；Biscuit transport mechanism further includes the automatic takeup that can be automatically tensioned the reversion section of biscuit feed belt； The moving direction of the forward section of biscuit conveyer belt is consistent with the moving direction of biscuit delivery section of biscuit feed belt, and biscuit conveys The rear end of the forward section of band and the front end of the biscuit delivery section of biscuit feed belt mutually connect；Along the conveying direction of biscuit conveyer belt, Moon cake encrusting machine, mold forming mechanism and biscuit arranging apparatus are arranged successively front to back certainly；Moon cake feeding device includes at least one Feeding web, each feeding web is respectively mounted on the rack, and along the conveying direction of main conveyor line, it is defeated that feeding web is in branch The rear of line sending；Feeding web is in the side of main conveyor line, and the input end of feeding web and main conveyor line side are adjacent, The outlet end of each feeding web is mutually connected with the feed inlet of moon cake apparatus for baking；In rack with the import of each feeding web Corresponding position is held to be respectively equipped with a pallet transfer device.
2. full-automatic Production of Moon Cake line according to claim 1, it is characterised in that: the main conveyor line includes controlling side by side Two main belts, the position of branch pipeline outlet end is higher than main belt；On main conveyor line with each branch pipeline The corresponding position in outlet end is respectively equipped with one first and connects disc mechanism；First to connect disc mechanism include first connecing disk lifting platform and can Switch the height and position that first connects disk lifting platform first connects disk lifting platform position switching mechanism, and first, which connects disk lifting platform, is in two Between a main belt, first connects the outlet end of disk lifting platform face branch pipeline, and first connects disk lifting platform connects equipped with first Disk conveyer belt, first connect disk conveyer belt input end it is corresponding with the outlet end position of corresponding branch pipeline；First connects disk machine Structure further includes first close to switch, the second close switch, third close to switch and the 4th close to switching, and first is set to close to switch At the outlet end of branch pipeline, second, which is set to first close to switch, is connect on disk lifting platform；Along the conveying direction of main conveyor line, the Three, which are set to first close to switch, connects in front of disk lifting platform, and the 4th, which is set to first close to switch, connects disk lifting platform rear.
3. full-automatic Production of Moon Cake line according to claim 1, it is characterised in that: the moon cake encrusting machine includes the first object Expect feedway, second material feedway, molding discharging device and blank closing device；First material feedway, second Material delivery system, molding discharging device and blank closing device are installed in the rack, and blank closing device is in into The underface of type discharging device；Molding discharging device includes outer barrel and interior barrel, and the side wall of outer barrel is equipped with feed inlet, outside The feed inlet of barrel is connected to the discharge port of the first material feedway；Interior barrel is set in the cavity of outer barrel, interior material There is first annular gap between the lateral wall of cylinder and the inner sidewall of outer barrel；The side wall of interior barrel is equipped with feed inlet, interior material The feed inlet of cylinder is connected to the discharge port of the second material feedway；The lateral wall of interior barrel is equipped with guide pad, guide Block is in the underface of outer barrel side wall feed inlet, has punishment in advance gap, guide pad between guide pad and the inner sidewall of outer barrel Upper surface tilted gradually downward from intermediate to two sides, form two guide ramps；The bottom of outer barrel is struggled against equipped with outer molding, outside Molding bucket upper end is connect with outer barrel lower end, and the cavity of outer molding bucket is connected to the cavity of outer barrel, the cross of outer molding bucket chamber body Area of section is gradually reduced from top to bottom, and outer molding bucket lower end is exported equipped with circular material strip；The bottom of interior barrel be equipped with it is interior at Type bucket, interior molding bucket upper end are connect with interior barrel lower end, and the cavity of interior molding bucket is connected to the cavity of interior barrel, interior molding bucket chamber The cross-sectional area of body is gradually reduced from top to bottom, and interior molding bucket lower end is exported equipped with circular fillings, and fillings exit is outside The middle position of the material strip outlet of molding bucket；Interior molding bucket is in the cavity of outer molding bucket, the lateral wall of interior molding bucket and outer Forming has the second annular gap between the inner sidewall of bucket, the second annular gap upper end is connected to first annular gap lower end, the The cross-sectional area in second ring gap is gradually reduced from top to bottom.
4. full-automatic Production of Moon Cake line according to claim 3, it is characterised in that: the first material feedway and Two material delivery systems include material conveying extrusion mechanism and allocation mechanism；It includes feed bin and two that material, which conveys extrusion mechanism, A screw rod, the top of feed bin are equipped with feed opening, and the rear side of feed bin is equipped with discharge port, and each screw rod may be rotatably mounted at feed It is moved towards in storehouse and for front and back, screw rod includes the body of rod and the helical blade on the body of rod, the helical blade rotation direction of two screw rods On the contrary, material conveying extrusion mechanism further includes the spiro driving device that two screw rods can be driven to rotate towards each other；Material conveying is squeezed Mechanism further includes nip rolls and binder roll driving apparatus out, and nip rolls may be rotatably mounted in the cavity of feed bin, nip rolls one End is connect with binder roll driving apparatus, and nip rolls is in the surface of two screw rods and is mutually perpendicular to screw rod；Allocation mechanism packet Material toggling cylinder, swingle and multiple switch-plates are included, the cavity of material toggling cylinder is connected to the discharge port on rear side of feed bin, and material toggling cylinder is close to institute The side wall for stating molding discharging device is equipped with material outlet, and the material outlet of material toggling cylinder constitutes first material feedway or second Spiro rod rear end in the discharge port of material delivery system, swingle and material conveying extrusion mechanism close to material toggling cylinder material outlet connects It connects, each switch-plate is installed in the circumferential direction on swingle and along swingle and is evenly distributed with, and each switch-plate is in the cavity of material toggling cylinder In.
5. full-automatic Production of Moon Cake line according to claim 1, it is characterised in that: the mold forming mechanism includes support bottom Plate, outer pressing mold lifting cylinder, die holder, outer pressing mold, core model, air inlet pipe and compressed gas source；Support baseboard is conveyed set on the biscuit Band moves ahead on the downside of section；The cylinder body of outer pressing mold lifting cylinder is fixedly mounted in the rack, the piston rod of outer pressing mold lifting cylinder It connect downward and with die holder；Outer pressing mold is set on the downside of die holder and connect with die holder, outer pressing mold be in support baseboard just on Side forms a disengaging air cavity, forming cavity, forming cavity upper end and disengaging air cavity is equipped in outer pressing mold between outer pressing mold and die holder Connection, forming cavity lower end have opening；Core model is in forming cavity, and die holder, which is equipped with, to drive core model to go up and down in forming cavity Core model lifting cylinder；Core model is equipped with multiple ventholes, and venthole upper end is connected to disengaging air cavity, venthole lower ending opening Set on core model lower surface；Air inlet pipe one end is connected to disengaging air cavity, the other end is connected to compressed gas source.
6. full-automatic Production of Moon Cake line according to claim 1, it is characterised in that: the moon cake forming machine further includes biscuit Reshaping device；Biscuit reshaping device is set between the moon cake encrusting machine and mold forming mechanism；Biscuit reshaping device includes left and right Two side-by-side erects conveyer belt, the two are erect conveyer belt and are set to above the biscuit conveyer belt and run in the same direction, is in The linear velocity of the setting conveyer belt in left side is greater than the setting conveyer belt for being in right side；Erect conveyer belt include transmission usher to seat, preceding band Wheel shaft, rear pulley shaft, front pulley, rear belt wheel and endless-belt, front pulley axis and rear pulley shaft are installed on transmission ushers to seat, preceding Belt wheel may be rotatably mounted on front pulley axis, and rear belt wheel may be rotatably mounted on rear pulley shaft, and front pulley and rear belt wheel jointly will Endless-belt tensioning, erectting conveyer belt further includes the driving device that front pulley and rear belt wheel can be driven to rotate；Endless-belt tool Have from the forward section moved front to back and from rear to preceding reversion section, the reversion section of endless-belt is in the left side of its section that moves ahead； It is in the gap composition biscuit shaping channel that the endless-belt in left side moves ahead between section and the endless-belt reversion section for being in right side.
7. full-automatic Production of Moon Cake line according to claim 1, it is characterised in that: the automatic takeup includes multiple Stationary guide roller, at least one movement deflector roll and at least one movement deflector roll guiding mechanism, each stationary guide roller may be rotatably mounted at It in the rack and is between first roller and the second roller, and this multiple stationary guide roller is arranged successively from left to right； Each mobile deflector roll is in the downside of each stationary guide roller, quantity one fewer than the quantity of stationary guide roller for moving deflector roll, mobile deflector roll Position it is corresponding with the gap between two neighboring stationary guide roller；Mobile deflector roll guiding mechanism it is identical as the quantity of deflector roll is moved and It corresponds, mobile deflector roll guiding mechanism includes riser guide and lifting slider, and riser guide is mounted on the rack, lifting slider It is mounted on riser guide and can be slided up and down along riser guide, mobile deflector roll may be rotatably mounted on lifting slider；Institute The reversion section for stating biscuit feed belt alternately bypasses each stationary guide roller and each mobile deflector roll；The conveyor pallet structure includes left and right Two side-by-side pallet conveyer belt, pallet conveyer belt have the forward section mobile from pallet feed mechanism to biscuit transport mechanism with And it is in reversion section below, multiple push rods are equidistantly equipped on pallet conveyer belt, the push rod on two pallet conveyer belts Quantity is identical and position corresponds；The pallet feed mechanism includes that left and right two side-by-side first erects conveyer chain and energy Enough drive two first erect conveyer chains run in a stepwise manner for coil motor, two first setting conveyer chains are respectively arranged on institute The two sides of conveyor pallet structure are stated, the linear velocity size of the two the first setting conveyer chains is identical and traffic direction is opposite；First Erectting conveyer chain has the downlink section moved from top to bottom and the uplink section moved from bottom to top, and first erects under conveyer chain Row section is in the inside of its uplink section；First, which erects conveyer chain, is equipped with multiple storage pan arrest plates, this multiple storage pan arrest plate is along first The traffic direction for erectting conveyer chain is arranged successively；Two first storage pan arrest plates erect on conveyer chains quantity are identical and position one One is corresponding.
8. full-automatic Production of Moon Cake line according to claim 1, it is characterised in that: the moon cake feeding device further includes storage Disc mechanism；Along the conveying direction of the main conveyor line, stores up disc mechanism and be between each branch pipeline and each feeding web；Store up disk Mechanism includes that left and right two side-by-side second erects conveyer chain and can drive two second setting conveyer chains in a stepwise manner The storage coil motor of operation, two second are erect the two sides that conveyer chain is respectively arranged on main conveyor line, the two second setting conveyer chains Linear velocity size it is identical and traffic direction is opposite；Second setting conveyer chain has the interior straightway and outer straight line moved towards up and down Section, interior straightway are in the inside of outer straightway；Second, which erects conveyer chain, is equipped with multiple storage pan arrest plates, this multiple storage pan arrest plate Traffic direction along the second setting conveyer chain is arranged successively；Two second erect conveyer chains on storage pan arrest plates quantity it is identical and Position corresponds.
9. full-automatic Production of Moon Cake line according to claim 2, it is characterised in that: the position of the feeding web input end It sets and is higher than the main conveyor line；Pallet transfer device includes feeding lifting platform and allowing hand over to feed lifting platform height and position Lifting platform position switching mechanism is fed, charging lifting platform is between described two main belts, and charging lifting platform and charging are defeated Send the import end position of band corresponding；Pallet transfer device further includes push-plate plate, and push-plate plate is in the surface of charging lifting platform, And the input end face of push-plate plate and the feeding web, the rack are equipped with driving push-plate plate in the defeated of feeding web Send the push-plate plate translation mechanism of alternating translational on direction.
10. full-automatic Production of Moon Cake line according to claim 1, it is characterised in that: the moon cake apparatus for baking includes case Body, baking conveyer belt and multiple baking units；Cabinet is mounted on the rack, and the front side wall of cabinet is equipped with feed inlet, case The rear wall of body is equipped with discharge port；The feed inlet of cabinet front wall constitutes the feed inlet of moon cake apparatus for baking；Toast conveyer belt Including third driving motor, endless belt, driving pulley and at least one driven pulley；Driving pulley and each driven pulley jointly will Endless belt tensioning, the power output shaft and driving pulley of third driving motor are sequentially connected, and endless belt is in the cavity of cabinet, Endless belt has from the forward section moved front to back；For each baking unit from being arranged successively front to back, each baking unit includes combustion Burning machine, hot gas storage tank, centrifugal blower, the first hot gas distributary base and the second hot gas distributary base；The air inlet of hot gas storage tank and combustion The heat outlet of burning machine is connected to, and the gas outlet of hot gas storage tank is connected to the air inlet of centrifugal blower；At first hot gas distributary base It moves ahead the surface of section in endless belt, the top of the first hot gas distributary base is equipped with the first air inlet, bottom is equipped with multiple first and goes out Stomata, the first air inlet are connected to by the first appendix with the air outlet of centrifugal blower, and each first venthole is towards annular The forward section of band, interior first cavity with connection the first air inlet and each first gas outlet of the first hot gas distributary base；Second heat Gas distributary base is in the underface of the forward section in endless belt, and the bottom of the second hot gas distributary base is equipped with the second air inlet, top is equipped with Multiple second ventholes, the second air inlet are connected to by the second appendix with the air outlet of centrifugal blower, each second venthole Towards the forward section of endless belt, interior second chamber with connection the second air inlet and each second gas outlet of the second hot gas distributary base Body.
CN201721905861.XU 2017-12-29 2017-12-29 A kind of full-automatic Production of Moon Cake line Withdrawn - After Issue CN208273984U (en)

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Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN109645048A (en) * 2018-12-27 2019-04-19 广州富港万嘉智能科技有限公司 A kind of Egg Tarts automatic making device
CN113854328A (en) * 2021-09-22 2021-12-31 蚌埠学院 Be used for moon cake system embryo equipment and have its system of processing

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN109645048A (en) * 2018-12-27 2019-04-19 广州富港万嘉智能科技有限公司 A kind of Egg Tarts automatic making device
CN113854328A (en) * 2021-09-22 2021-12-31 蚌埠学院 Be used for moon cake system embryo equipment and have its system of processing

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