CN108582869A - A kind of high density plate box machine and its cassette method processed - Google Patents
A kind of high density plate box machine and its cassette method processed Download PDFInfo
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- CN108582869A CN108582869A CN201810461033.4A CN201810461033A CN108582869A CN 108582869 A CN108582869 A CN 108582869A CN 201810461033 A CN201810461033 A CN 201810461033A CN 108582869 A CN108582869 A CN 108582869A
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- plate
- glue
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- bottom plate
- wheel
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B31—MAKING ARTICLES OF PAPER, CARDBOARD OR MATERIAL WORKED IN A MANNER ANALOGOUS TO PAPER; WORKING PAPER, CARDBOARD OR MATERIAL WORKED IN A MANNER ANALOGOUS TO PAPER
- B31B—MAKING CONTAINERS OF PAPER, CARDBOARD OR MATERIAL WORKED IN A MANNER ANALOGOUS TO PAPER
- B31B50/00—Making rigid or semi-rigid containers, e.g. boxes or cartons
- B31B50/60—Uniting opposed surfaces or edges; Taping
- B31B50/62—Uniting opposed surfaces or edges; Taping by adhesives
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Abstract
The present invention provides a kind of high density plate box machine, rubber moulding block is crossed including bin blanking module, groove, rubber moulding block is crossed in side, side plate material discharging module, mold push module and mold cavity forming module, the input terminal that the output end of bin blanking module crosses rubber moulding block with groove is connect, the output end that groove crosses rubber moulding block is connected to the input terminal that rubber moulding block is crossed in side, the output end of side plate material discharging module crosses the input terminal that the output end of rubber moulding block is used as mold to push module simultaneously with side, and the output end that mold pushes module connects the input terminal of cavity forming module.The present invention also provides a kind of cassette methods processed of high density plate box machine.The present invention both carried out glue to the groove of bottom plate, while carrying out glue to the side of bottom plate, can reach good bonding effect, while can guarantee the beauty of box, and production efficiency and practicability are high.
Description
Technical field
The invention belongs to former technical fields, relate generally to a kind of high density plate box machine and its cassette method processed.
Background technology
Density board is prepared through fiber using wood fibre or other plant fiber as raw material, is applied synthetic resin, is being heated
Under conditions of pressurization, the plank being pressed into, density board due to the advantages that structure is uniform, material is fine and closely woven, performance is stable, easy processing,
Furniture, finishing, musical instrument and packaging etc. application are than wide at home.
Currently, technically there has been larger development in box field processed, slowly develop from traditional box manually processed
For machine automatization box, however existing box machine is more to be suitable for making carton, for making box with high density plate
There is no special design, carton and high density plates for son difference lies in carton lighter in weight, and the weight of high density plate
Often very heavy and material is more crisp, and wherein medium-density plate density is 450 kilograms~600 kilograms/cubic metre, high-density plate density 600
Kilogram~900 kilograms/cubic metre.When with high density plate box, density board bottom plate groove be easily broken off when bending, right
Height is required in the bonding fastening degree of stability of each plate, and because high density plate box body is commonly applied to the packed and transported of big object
In, large volume of box body need to be made.Therefore, it is used as high density plate box with the existing box machine for making carton, often
There are many problems.
Chinese patent ZL201310256960.X " processing method of Full-automatic board splicing formula box machine and packing box " is disclosed
A kind of Full-automatic board splicing formula box machine, including bottom plate convey glue spraying station, and the output end of the station is connected to formed product station
Bottom plate input terminal, formed product station have arranged on left and right sides plate input terminal, respectively with left plate vertical conveying plate station and the right side
The output end of side plate vertical conveying plate station is connected.The box machine only carries out glue spraying to the side of bottom plate, to the bending part of bottom plate
Without gluing, this bonding mode does not reach requirement if making box for high density plate.
For high density plate box, need to use the reeded bottom plate of tool and left side plate, it will be to each viscous in box processed
The place of connecing is glued, and also has higher requirement, existing box machine to be difficult to be applicable in high density plate the tightness of bonding
Full-automatic box demand processed.
Invention content
In order to solve the above technical problems, making up defect and deficiency in the prior art, the present invention provides a kind of middle-high density
Its is easy to operate for plate box machine and its cassette method processed, not easy to break, and degree of adhesion is high, and the bonding that can reach high density plate box is wanted
It is high to ask and make large volume box body, prepared high density plate box firm stable, and preparation efficiency.
For achieving the above object, the technical solution adopted by the present invention is as follows：
A kind of high density plate box machine includes the bin blanking module to discharge for bottom plate, crosses glue for bottom plate groove
Groove cross rubber moulding block, cross side plate material discharging module, mold that the side of glue crosses rubber moulding block, discharges for side plate for bottom plate side
Push module and mold cavity forming module, the input terminal that the output end of the bin blanking module crosses rubber moulding block with groove is connect, institute
It states groove and crosses the output end of rubber moulding block and be connected to the input terminal that rubber moulding block is crossed in side, the side plate material discharging module is divided into left and right two
The output end of rubber moulding block and the output end of left and right side plate material discharging module are crossed as mold lower die in side material discharging module, the side
The input terminal of block, the mold push the input terminal of the output end connection cavity forming module of module.
The bin blanking module is by many pieces of separation of bottom plate and exports, and bottom plate, which is transported to groove, crosses rubber moulding block, recessed
Slot crosses rubber moulding block and carried out glue to bottom plate groove, and bottom plate is delivered to next station side and crosses rubber moulding block, and rubber moulding is crossed in side
Block carries out glue spraying to the side of bottom plate, and bottom plate is delivered to mold and pushes module, while the operation of rubber moulding block is crossed in side or so
Side plate is detached and side plate is delivered to mold by side plate material discharging module a sheet by a sheet pushes module, and mold pushes module and carried out to bottom plate
Bending drives left side plate to next station cavity forming module simultaneously, until discharging at box.
Further, the groove crosses rubber moulding block and uses plastic roll mode.
Due to high density plate heavier-weight, it is easily broken off when carrying out bending to its bottom plate bending part groove, it is therefore desirable to
Box requirement processed could be met by carrying out gluing to groove, groove be arranged in bottom plate, groove is bottom plate bending part, using plastic roll mode
The groove of bottom plate is glued, more accurate gluing can be met and required, bottom plate bending part is made to reach better adhesive effect.
Further, it includes chain drive and plastic roll device, the chain drive that the groove, which crosses rubber moulding block,
For oblique transmission.The chain drive of oblique transmission, which is arranged, can effectively reduce feed bin height, be conveniently operated personnel's operation.
Further, the adhesive dispenser of crossing includes two parallel plastic roll units set up.There are two grooves for bottom plate tool, are both needed to
Bending is carried out, is point contact due to crossing between glue unit and groove, is parallel between two grooves, therefore be arranged two and be mutually parallel
Cross glue unit two grooves are glued respectively.
Further, the plastic roll unit includes gluing wheel, plastic roll wheel, fixed plate and annular plastic roll line, the gluing wheel
It being mounted in the fixed plate with the plastic roll wheel, the annular plastic roll line is stretched on the gluing wheel and the plastic roll wheel,
The annular plastic roll line glues at the gluing wheel to be taken box glue processed and is transferred at the plastic roll wheel, will at the plastic roll wheel
Box processed is applied to box plate processed with glue.
It is connected by way of annular plastic roll line by the way that gluing wheel and plastic roll wheel, gluing wheel and plastic roll wheel is arranged, to gluing
Driving force is provided, gluing wheel rotation drives annular plastic roll line transmission, annular plastic roll line to transfer force to plastic roll wheel and drive its turn
It is dynamic, to realize plastic roll device and box plate point contact processed, the gluing demand smaller compared with area to groove etc., and structure can be met
Simply, area occupied is small.
Further, the side crosses rubber moulding block and uses glue spraying mode.
It needs to be bonded with both sides side plate after the side bending of the box plate processed, it is therefore desirable to the side of box plate processed
While being glued, due to it is ensured that side gluing completely, by the way of glue spraying, can make the effect of each side bonding more preferable.
Further, it includes cutting somebody's hair to pinch module, glue-spraying device and guide rail, the pinch of cutting somebody's hair that rubber moulding block is crossed in the side
Module includes positioning device, push head device and gasket, and the positioning device is opposite with gasket to be built up on two guide rails, described to push away
Head device pushes bottom plate along guide rail direction, and the glue-spraying device is set to the both sides of guide rail, in the push head device by bottom plate
Glue-spraying device carries out glue spraying to the side of the bottom plate during guide rail direction push.
Be built up in positioning device is opposite with gasket on two guide rails, push head device will box plate control processed in positioning strip and
Between pedestal, briquetting is used in combination to push down, it is rear to be pushed along perpendicular to the direction of positioning device and gasket, it realizes and box plate processed is come from
The active force of three directions, four contact points, it is therefore prevented that the problem of box plate processed rotates, while box plate processed is advanced every time
Position it is identical, to keep the position of box plate processed more accurate, make the effect of glue spraying better.
Further, the push head device includes pedestal, cylinder, briquetting and positioning strip, and the cylinder drives the briquetting
Rotation will box plate pressure processed on the base, the positioning strip is set to the pedestal both sides, and the positioning strip front end is at least
Part is higher than the pedestal, and box plate processed is abutted with the positioning strip.
The briquetting is driven by cylinder can effectively prevent box plate processed in the mistake of advance to push down box plate processed
It is rotated in journey, positioning strip is set to pedestal both sides, front end, which may make to cut somebody's hair between module and box plate processed higher than pedestal, two
A fixed stress point.
Further, the mold cavity forming module includes cavity unit, driving unit and is formed by two groups of cavity units
Receiving prepared by box body cavity, the cavity unit includes active part and secondary part, and the driving unit drives institute
State the active part of cavity unit.This cavity forming module is simple in structure, can be the space that box body reserves bigger, be applicable to
Make large-scale box body.
Further, the active part and secondary part respectively include cavity seat, are installed on cavity seat both ends
Belt wheel and the belt for being installed on the belt wheel, the respective pulley of at least one belt wheel and the secondary part of the active part
By connecting axis connection.
Cavity unit is divided into active part and secondary part, and active part and secondary part are by connecting axis connection, actively
Part is connect with driving unit, and so, after driving unit drives the belt wheel of active part, the belt wheel of active part can lead to
Cross the belt wheel of connecting shaft driving secondary part.
The present invention provides a kind of cassette method processed of high density plate box machine, be applied to it is described in claim 1 in it is highly dense
Plate box machine is spent, including：
The groove that is output to that the bottom plate material with groove being stored in feed bin detaches a sheet by a sheet is crossed rubber moulding block by step 1；
Step 2 carried out glue to the groove of bottom plate material, and is transported to side and crosses rubber moulding block；
Step 3 is crossed in side in rubber moulding block, carries out glue to the two sides of bottom plate material and be transported to mold to push module
Lower section；
Step 4, both sides side plate discharging output to mold push module, and revolve and be pivoted up；
Step 5, mold push module and drive side plate downward, and are pushed to bottom plate material；
Step 6, bottom plate and side plate enter mold cavity forming module, discharge at box.
Since bottom plate groove is carried out bending at step 5 to bottom plate material, and opposite side gluing is in order to viscous with side plate
It closes, therefore first groove is glued, then opposite side is glued, be more easy gluing form, and can reach more preferable
Adhesive effect.
Further, pre- to the head and the tail both ends of bottom plate groove when carrying out glue to the groove of bottom plate material in the step 2
Stay adhesive-spill-preventing section.Since bottom plate material is in bending, the glue in groove can automatically flow to head and the tail both ends, therefore in bottom plate material
The head and the tail both ends of groove reserve excessive glue when adhesive-spill-preventing section can effectively prevent bottom plate material bending.
Further, in the step 3, the positioning device of rubber moulding block is crossed in side and gasket coordinates, lateral to bottom plate material
Position is positioned, and push head device pushes bottom plate material to move forward, and in moving process, glue-spraying device is to bottom plate material both sides
Side carries out glue spraying.
The positioning device positions the lateral position of bottom plate material with gasket cooperation so that push head device pushes bottom
Plate material is not easy to move left and right and can limit bottom plate rotation when travelling forward.
Further, the step 3 and step 4 can be carried out at the same time.Since step 3 is carried out to the side of bottom plate material
Gluing, and conveyed toward next station, step 4 is to export left and right sides side plate as bottom plate to converge, so after two steps
Bottom plate and side plate will be in the same stations, therefore step 3 is carried out at the same time with step 4 can save the box time processed, allow entire box processed
Flow is compacter.
Further, glue is crossed to bottom plate material groove in the step 2 and uses white glue, to bottom plate material side in step 3
Glue spraying uses hot melt adhesive.
Due to first being glued to groove, the slower glue of application setting rate, so select white glue, also may be selected with
The glue of white glue same type, glue has solidified when preventing from not arriving bending also；Just enter after the glue spraying of side and glue the box stage, therefore in this rank
Section uses the faster glue of solidification, the optional approximate glue of hot melt adhesive, to achieve the effect that quick-binding.
Beneficial effects of the present invention：
A kind of high density plate box machine provided by the invention is crossed rubber moulding block by groove and is glued to bottom plate groove,
Rubber moulding block is crossed by side to glue the side of bottom plate, is realized each abutting edge and has been carried out gluing, in can meeting
The bonding requirement of high-density plate, while the bonding of cavity forming module energy further reinforcing soleplate and side sheet room, and it is easy to operate,
Simple in structure, practicability is high.
A kind of cassette method processed of high density plate box machine provided by the invention crosses glue, side by feed bin discharging, groove
Cross that glue, side plate discharging, mold pushes and mold cavity forming this six steps, each step is smart during full-automatic box processed
Really in place, it realizes and bottom plate groove gluing and side is glued, can reach good adhesive effect, ensure the beauty of box, and raw
Produce it is efficient, it is cost-effective.
Description of the drawings
Fig. 1 is a kind of three-dimensional structure diagram of box machine of the embodiment of the present invention；
Fig. 2 is the three-dimensional structure diagram of feed bin material discharging module of the embodiment of the present invention；
Fig. 3 is the sectional view of feed bin material discharging module of the embodiment of the present invention；
Fig. 4 is the three-dimensional structure diagram that groove of the embodiment of the present invention crosses rubber moulding block；
Fig. 5 is the three-dimensional structure diagram for crossing adhesive dispenser that groove of the embodiment of the present invention crosses rubber moulding block；
Fig. 6 is the explosive view for crossing adhesive dispenser that groove of the embodiment of the present invention crosses rubber moulding block；
Fig. 7 is the three-dimensional structure diagram for the pinch module of cutting somebody's hair that rubber moulding block is crossed in side of the embodiment of the present invention；
Fig. 8 be the embodiment of the present invention cut somebody's hair pinch module positioning device explosive view；
Fig. 9 be the embodiment of the present invention cut somebody's hair pinch module push head device explosive view；
Figure 10 is box plate of the embodiment of the present invention in the stress point schematic diagram for pinching module of cutting somebody's hair；
Figure 11 is the three-dimensional structure diagram that mold of the embodiment of the present invention pushes module；
Figure 12 is the three-dimensional structure diagram of mold cavity forming module of the embodiment of the present invention；
Figure 13 is the explosive view of mold cavity forming module of the embodiment of the present invention；
Figure 14 is that groove of the embodiment of the present invention crosses the box plate schematic diagram processed after glue；
Figure 15 is the box plate schematic diagram processed after the glue spraying of side of the embodiment of the present invention.
Reference sign：
1’：Box machine
1：Feed bin material discharging module；
101：Positioning framework； 102：Cardboard board separating device； 103：Front apron；
104：Rear baffle； 105：Right baffle-plate； 106：Right shell body；
107：Left supporting bar；108：Right supporting bar； 109：Left cushion block；
110：Right cushion block； 111：Left pushing block； 112：Right pushing block；
2：Groove crosses rubber moulding block：
21：Chain drive 22：Plastic roll device
23：Plastic roll unit； 24：Connecting rod； 25：Mounting plate； 26：Glue box；
27：Threaded rod； 28：Regulation handle； 29：Rotating mechanism； 261:Glue box pedestal；
231：Gluing wheel； 232：Plastic roll wheel； 233：Plastic roll movable plate； 234：Rubber tire plate；
235：Annular plastic roll line； 236：Rotary shaft； 237：Glue rotary sleeve； 238：Cylinder；
239：First auxiliary rubber tire； 2310：Second auxiliary rubber tire； 2311：Frictioning module；
2312：Frictioning bracket； 2313：Bracket clamping plate； 2314：Latch segment；
2315：Linear bearing； 2316：Glue hexagonal set 2317：Gland；
2318：Rubber tire mandrel； 2319：Plastic roll rotary sleeve 2320：First auxiliary wheel mandrel；
2321：Second auxiliary wheel mandrel； 2322：Elongate slots； 2323：Cylinder block；
3：Rubber moulding block is crossed in side；
31：Positioning clamps plate feeding device； 32：Glue-spraying device； 33：Guide rail； 34：Positioning device；
35：Push head device； 36：Gasket； 37：Driving device；
341：First driving unit； 342：Be located by connecting block； 343：Card mat； 344：Catch；
345：Adjusting screw； 346：Drive mounting blocks； 347：Gripping block； 348：Regulating nut；
349：Fastening screw；
351：Second driving unit； 352：Briquetting；
353：Positioning strip； 354：Pedestal；
355：Link mechanism；
3551：Cylinder link block； 3552：Cylinder connector sleeve； 3553：Rotary shaft；
3554：Connecting rod； 3555：Long axis；
4：Side plate material discharging module；
41：Left plate material discharging module；42：Right plate material discharging module；
5：Mold pushes module；
51：Mold； 52：Motor； 53：Belt wheel mounting plate； 54：Electrical machine belt pulley；
55：Big synchronizing wheel； 56：Belt wheel； 57：Belt；
6：Mold cavity forming module；
61：Cavity unit； 62：Cavity； 63：Active part； 64：Secondary part；
65：Driving unit； 66：Belt； 67：Connecting shaft 68：Side shield；
631：First cavity seat； 632：First pulley； 633：Second belt wheel； 634：First belt support plate；
641：Second cavity seat； 642：Third belt wheel； 643：4th belt wheel；
644：Second belt support plate； 645：Hexagonal set 646：Gasket； 647：Belt wheel mandrel；
651：Motor； 652：Big synchronizing wheel； 653：Electrical machine belt pulley； 654：Motor plate；
655：Shaft coupling； 656：Synchronous belt； 657：Motor adjustable plate； 658：Rotation axis；
659：Bearing block；
661：Belt gib block； 662：Belt wheel guide groove； 663：Belt support plate recess portion；
664：Belt support plate lug boss； 665:Belt support plate edge notch.
7：Transmission belt.
Specific implementation mode
It names out specific embodiment and the specific implementation mode of the present invention is described further in conjunction with attached drawing：
As shown in Figure 1, the present embodiment provides a kind of high density plate box machine 1 ', including feed bin material discharging module 1, groove mistake
Rubber moulding block 2, side cross rubber moulding block 3, side plate material discharging module 4, module and push module 5 and mold cavity forming module 6.Feed bin material discharging module
1 output end is connected to the input terminal that groove crosses rubber moulding block 2, and the output end that groove crosses rubber moulding block 2 is connected to side and crosses rubber moulding block 3
Input terminal, side cross rubber moulding block 3 output end be connected to module push module 5 input terminal, side plate material discharging module 4 include a left side
Side plate material discharging module 41 and right plate material discharging module 42, left plate material discharging module 41 and right plate material discharging module 42 are opposite to be set up simultaneously
It runs simultaneously, the output end of left plate material discharging module 41 and right plate material discharging module 42 is all connected with module and pushes the defeated of module 5
Entering end, the output end that rubber moulding block 3 is crossed in side is vertical with the output end of left plate material discharging module 41 and right plate material discharging module 42, and
The input terminal that module pushes module 5 is reached simultaneously, the input terminal that module pushes module 5 is connected to mold cavity forming module 6, meanwhile,
Groove crosses rubber moulding block 2 and side crosses rubber moulding block 3 and is equipped with transmission belt 7.
As shown in Figures 2 and 3, feed bin material discharging module 1 includes cardboard positioning framework 101 and cardboard board separating device 102, cardboard
Positioning framework 101 includes front apron 103, rear baffle 104, right baffle-plate 105 and right shell body 106, and cardboard board separating device 102 includes support
Bar assembly, supporting bar component include left supporting bar 107 and right supporting bar 108, and clamping plate and pad component, pad component are housed on supporting bar component
Including left cushion block 109 and right cushion block 110, the inside of right cushion block 110 is inclined-plane, and left pushing block 111 and the right side are additionally provided on supporting bar component
Pushing block 112, left pushing block 111 and right pushing block 112 are equipped with linear reciprocating mechanism, and the working face of right pushing block 112 is provided with inclined-plane.
As shown in Figures 4 to 6, it includes chain drive 21 and plastic roll device 22, chain drive machine that groove, which crosses rubber moulding block 2,
Structure 21 is oblique transmission, and plastic roll device 22 is across on chain drive 21.Plastic roll device 22 include two plastic roll units 23,
Connecting rod 24, mounting plate 25 and the glue box 26 that box glue processed is provided for plastic roll unit 23,24 both ends of connecting rod are separately fixed at two
On a mounting plate 25, plastic roll unit 23 is mounted on by compact heap 2314 and linear bearing 2315 in connecting rod 24.
Chain drive 21 will box plate processed to front transfer, chain drive 21 is oblique transmission, by chain drive
Mechanism is set as the oblique height that can effectively reduce feed bin, is conveniently operated personnel's operation.
Glue box 26 are placed on glue box pedestal 261, and glue box pedestal 261 is connected by connector with rotating mechanism 29, rotation
Mechanism 29 is mounted on mounting plate 25, and rotating mechanism 29 can be relative to 25 left-right rotation of mounting plate, as rotating mechanism 29 is left
It turns right dynamic, glue box pedestal 261 can move up and down, and glue box pedestal 261 moves up and down the glue for being conveniently replaceable and being placed on glue box pedestal 261
Box glue processed in box 261.
Plastic roll device 22 further includes distance adjusting means, and the distance adjusting means in the present embodiment are two threaded rods 27,
27 one end of threaded rod is fixed on mounting plate 25, and the other end of threaded rod 27 is provided with regulation handle 28, rotates regulation handle 28
Threaded rod 27 can be made to rotate.The plastic roll movable plate of each plastic roll unit 23 has been fixedly connected with a threaded rod 27, connects
Mode is that every threaded rod 27 is fixedly connected with the plastic roll movable plate 233 of a plastic roll unit 23, and passes through another plastic roll list
The plastic roll movable plate 233 of member 23.
By rotating regulation handle 28, threaded rod 27 rotates, and being fixed on plastic roll movable plate 233 on threaded rod 27 will be with
Threaded rod 27 rotates and transverse shifting, two threaded rods 27 control respectively, recessed so as to according to the difference of box plate size processed
The difference of spacing between slot changes the position of two plastic roll units 23 by way of rotating regulation handle 28, to meet not
Same demand, keeps the practicality more extensive.
Further, plastic roll wheel 232 can have displacement in the vertical direction.By then passing through plastic roll wheel to needing sizing materials
It is glued, there is displacement in the vertical direction by the way that plastic roll wheel 232 is arranged, the starting position of gluing can be controlled, terminated
Position or starting position and end position control the time of gluing, to meet different gluing demands.
Further, fixed plate includes plastic roll movable plate 233 and rubber tire plate 234, and rubber tire plate 234 is relative to plastic roll movable plate
233 can be lifted up, and gluing wheel 231 is mounted on plastic roll movable plate 233, and plastic roll wheel 232 is revolved by rubber tire mandrel 2318, plastic roll
Pivoted housing 2319 and bearing and gasket are mounted on rubber tire plate 234.
In order to enable plastic roll wheel 232 can more easily have displacement in the vertical direction, while gluing wheel 231 is not influenced
Work, gluing wheel 231 and plastic roll wheel 232 are separately positioned in different fixed plates, only fix plastic roll wheel 232 by change
The state of rubber tire plate 234, be more convenient gluing wheel 231 and plastic roll wheel 232 independent control, to realize more functions and
Better effect.
Further, plastic roll unit 23 further includes rotary shaft 236, and rotary shaft 236 is hexagonal axis, on plastic roll movable plate 233
237 gluing rotary sleeves are installed, gluing wheel 231 is mounted on gluing hexagonal set 2316, and rotary shaft 236 is by gluing hexagonal set
2316 and bearing be mounted on gluing rotary sleeve 237 in, rotary shaft 236 is driven by driving device.In order to enable annular plastic roll line
235 can be driven, it is necessary first to provide power to gluing wheel 231, gluing wheel 231 drives rotary shaft 236 by driving device
To realize rotation.
Further, plastic roll unit 23 further includes lifting gear, and 234 side of rubber tire plate is mounted on gluing rotary sleeve 237,
And compressed by gland 2317, the other side of rubber tire plate 234 is connect with lifting gear, and lifting gear is by promoting and declining control
Rubber tire plate 234 rotates, and the rotation of rubber tire plate 234 drives plastic roll wheel 232 to move up and down, and when plastic roll starts, plastic roll wheel 232 declines,
Plastic roll wheel 232 rises at the end of plastic roll.
Lifting gear is connect with rubber tire plate 234, and controlling rubber tire plate 234 by the operation of lifting gear rotates, and is fixed on glue
Plastic roll wheel 232 on wheel plate 234 is moved up and down as rubber tire plate 234 rotates.Specifically, when lifting gear is in falls downward shape
When state, rubber tire plate 234 is mounted on the side glued on rotary sleeve 237 and is rotated around gluing rotary sleeve 237, rubber tire plate 234 and liter
Falling unit connection side falls downward to need to box plate groove processed, at this time gluing wheel 231 with rotary shaft 236 rotate, drive
It is stained with annular plastic roll line 235 transmission of box glue processed, the annular plastic roll line 235 for being stained with box glue processed drives plastic roll wheel 232 to rotate,
And start to glue the groove of box plate processed；When lifting gear is when being lifted up state, rubber tire plate 234 is mounted on gluing
Side on rotary sleeve 237 rotates on gluing rotary sleeve 237, and the side that rubber tire plate 234 is connect with lifting gear carries upwards
It rises, plastic roll wheel 232 terminates to glue at this time far from box plate groove processed.
Further, lifting gear is cylinder 238, and one end of cylinder 238 is fixed on plastic roll movement by cylinder block 2323
On plate 233, the other end of cylinder 238 is fixedly connected with rubber tire plate 234, and cylinder 238 is controlled by programmable logic controller (PLC)
System opens and closes.The rotation angle of plastic roll wheel 232 do not need it is much, since cylinder can simply realize quick straight line cycle
Movement, simple in structure, easy to maintain, while can be used in various harsh environments, if any requirement of explosion proof, more dust or
Moist operating mode, therefore using cylinder 238 as lifting gear, can realize effect, moreover it is possible to simplify structure, it is cost-effective.It rises
The time that falling unit is opened and closed by PLC controls can be arranged as required to the length of time, more
The function of good realization automation.
Further, plastic roll unit 23 further includes auxiliary rubber tire, and auxiliary rubber tire is fixed on rubber tire plate 234, annular plastic roll
Line 235 is wrapped in gluing wheel 231, plastic roll wheel 232 and the diametric outside of auxiliary rubber tire.Auxiliary is set in plastic roll unit 23
Rubber tire can adjust the rate of tension for the annular plastic roll line 235 for being wrapped in gluing wheel 231 and plastic roll wheel 232, while make annular rolling
Tree lace 235 is preferably wrapped in gluing wheel 231,232 diametric outside of plastic roll wheel.Gluing wheel 231 is higher than plastic roll wheel 232,
Auxiliary rubber tire is located among gluing wheel 231 and plastic roll wheel 232.The annular plastic roll line 235 in 231 outside of gluing wheel is glued out of glue box 26
After glue, it is transmitted to plastic roll wheel 232, so that plastic roll wheel 232 more easily carries out plastic roll to the groove of bottom plate；It will assist glue
Wheel setting can allow annular plastic roll line 235 to be preferably stretched in gluing wheel 231 and plastic roll among gluing wheel 231 and plastic roll wheel 232
On wheel 232.
Further, auxiliary rubber tire includes that the first auxiliary rubber tire 239 and second assists rubber tire 2310, is set on rubber tire plate 234
It is equipped with arc groove and elongate slots 2322, the first auxiliary rubber tire 239 is fixed on rubber tire by the first auxiliary wheel mandrel 2320 and bearing
It on plate 234 or is movably mounted in the arc groove of rubber tire plate 234, the second auxiliary rubber tire 2310 passes through the second auxiliary wheel mandrel
2321 and bearing be movably mounted in the elongate slots 2322 of rubber tire plate 234.First auxiliary rubber tire 239 close to gluing wheel 231,
And higher than the bottom of gluing wheel 231.
Its role is to increase cornerite of the annular plastic roll line 235 on gluing wheel 231 for first auxiliary rubber tire 2310 so that on
When carrying out viscose glue, the annular plastic roll line 235 for being only wrapped in 231 bottom of gluing wheel stretches into glue box 26 rubber tire 231, to prevent
It is interfered between subsequent annular plastic roll line 235 and glue box 26；Annular plastic roll line and gluing wheel can be enhanced by increasing cornerite simultaneously
Between frictional force so that the driving force with bigger in entire transmission process.First auxiliary rubber tire 239 is fixed on glue
It on wheel plate 234 or is movably mounted in the arc groove of rubber tire plate 234, the second auxiliary rubber tire 2310 is movably mounted at glue
In the elongate slots 2322 of wheel plate 234, when the side of rubber tire plate 234 under the action of lifting gear around gluing rotary sleeve 237 rotate,
When the side of rubber tire plate 234 being connect with cylinder 238 moves up and down, the second auxiliary rubber tire 2310 is arranged to moveable shape
Formula can preferably be looped around rubber tire plate 234 the annular plastic roll line 235 of gluing wheel 231 and plastic roll wheel 232 in rotation process
Rate of tension is adjusted；Meanwhile between second assists rubber tire 2310 that can support 232 top of 231 top of gluing wheel and plastic roll wheel
Annular plastic roll line 235, prevent the annular plastic roll line 235 in itself and the first auxiliary rubber tire 239 outside from interfering.
Further, the outside of gluing wheel 231 is equipped with frictioning module 2311, frictioning module 2311 by frictioning bracket 2312 and
Bracket clamping plate 2313 is fixed on plastic roll movable plate 233, and there is frictioning module U-shaped opening, the width of U-shaped opening to be more than gluing wheel
231 thickness.Frictioning module 2311 is fixed on 231 outside of gluing wheel, when annular 235 viscose glue of plastic roll line in 231 outside of gluing wheel
Afterwards, the U-shaped opening of frictioning module 2311 can on the annular plastic roll line 235 in the outside of gluing wheel 231 box glue processed number into
Row control, to make box processed be distributed on annular plastic roll line 235 more uniformly with glue.
Utilize the method for 23 box processed of plastic roll unit, when box plate forward position processed reaches below plastic roll wheel 232, plastic roll wheel 232
Delay declines；Along preceding after plastic roll wheel 232 reaches box plate processed, plastic roll wheel 232 rises in advance.
When box plate forward position processed reaches plastic roll 232 lower section of wheel, the delay of plastic roll wheel 232 declines so that recessed in box plate processed
The forward position of slot is there are portion void, and along preceding after plastic roll wheel 232 reaches box plate groove processed, plastic roll wheel 232 rises in advance so that
On the rear edge of box plate groove processed, there are portion voids, so, box plate groove processed it is front and back along there are portion void,
Therefore, when box plate processed carries out bending, the box glue processed of bottom plate groove will be naturally to the gap along both ends before and after groove
Flowing, can effectively prevent excessive glue in this way, prevent the cancel closedown caused by glue problem, reduce time shut down by rubber
Number, to the stability in hoisting machine operational process.
As shown in Figure 7 to 9, it includes that positioning clamps plate feeding device 31 and glue-spraying device 32, locating clip that rubber moulding block 3 is crossed in side
For pushing box plate processed forward, positioning clamps plate feeding device 31 and includes guide rail 33, positioning device 34, pushes away tight plate feeding device 31
Head device 35, gasket 36 and driving device 37, positioning device 34 is opposite with gasket 36 to be built up on two guide rails 33, push head device
35 push box plate processed along 33 direction of guide rail.
Positioning device 34 includes the first driving unit 341 and the block 342 that is located by connecting；First driving unit 341 passes through clamping
Block 347 is connect with the block 342 that is located by connecting, and the first driving unit 341 drives the block 342 that is located by connecting back and forth to be transported with respect to 36 direction of gasket
It is dynamic.Push head device 35 includes the second driving unit 351, briquetting 352, positioning strip 353 and pedestal 354, the driving of the second driving unit
351 driving briquetting 352 rotations simultaneously control box plate processed between positioning strip 353 and pedestal 354.
Positioning device 34 and gasket 36 are built up on two guide rails 33 by the present invention relatively, and push head device 35 will box plate processed
Control is used in combination briquetting 352 to push down between positioning strip 353 and pedestal 354, rear along perpendicular to the side of positioning device 34 and gasket 36
It to promotion, realizes to active force of the box plate processed from three directions, four contact points, it is therefore prevented that box plate rotation processed is asked
Topic, while making the position that box plate processed advances every time identical, allow the position of box plate processed can be more accurate, the effect of glue spraying is more
Add.
Further, positioning device 34 is equipped with card mat 343, and card mat 343 is fixed on guide rail 33, and positioning device 34 passes through card
Pad 343 is stuck on guide rail 33, and the block 342 that is located by connecting is " L " shape, and 347 two sides of gripping block are equipped with groove, and the block that is located by connecting erects
Straight part is U-shaped opening, and the U-shaped opening for 342 vertical portion of block that is located by connecting is stuck in the groove of 347 both sides of gripping block, depending on
Position link block 342 is linked by gripping block 347 and the first driving unit 341, and the lateral part of the block that is located by connecting passes through institute
It states a through-hole of card mat and can be moved back and forth in through-hole.The block 342 that is located by connecting stretches into the through-hole of card mat 343, and stretches into
Into guide rail 33, while card mat 343 is by driving mounting blocks 346 to be connect with the first driving unit 341.It will be determined by card mat 343
Position device 34 is stuck on guide rail 33, and the block 342 that is located by connecting stretches into the through-hole of card mat 343, and extend into guide rail 33, when box processed
When bottom plate is reached on guide rail 33, the block 342 that is located by connecting of positioning device 34 pushes away box plate processed to 36 direction of gasket.
Further, driving device 37 is servo motor, and the first driving unit 341 and the second driving unit 351 are cylinder.
Since the driving device needs module 35 that will cut somebody's hair pushes forward, required driving force is larger, while the initial position of glue spraying, stop bits
Set and box plate processed advance when stop position and briquetting 352 push time and opening time, be all by servo arteries and veins
Realization is brought, therefore needs to use servo motor herein；And the driving of positioning device 34 need to only make to be located by connecting block 342 back and forth
Movement, the driving of push head device 35 need to be the powered rotation of briquetting, and the driving force that the two needs is little, since cylinder can
Simply to realize quick linear circulating motion, simple in structure, easy to maintain, therefore use cylinder.
Further, positioning device 34 further includes catch 344, and catch 344 is connected to by fastening screw 349 and is located by connecting
342 front end of block, catch 344 are moved back and forth with being located by connecting 342 pieces.Setting catch 344 can increase positioning device 34 and system
The contact area of box plate makes box plate processed be more uniformly stressed.
Further, catch 344 is spring leaf.Catch 344 is set to spring leaf, when catch is contacted with box plate processed
When, spring leaf has the effect of buffering, therefore can be to stress into row buffering.
Further, positioning device 34 includes adjusting screw 345, and adjusting screw 345 is used to limit the stroke of cylinder 341,
Adjusting screw 345 is mounted on by regulating nut 348 in card mat 343, when cylinder 341 is opened, adjusting screw 345 and gripping block
347 contacts are to adjust the displacement for the block 342 that is located by connecting.The stroke that cylinder 341 is limited by adjusting screw 345, to adjust
Strength size of 34 upper stop piece 344 of positioning device in positioning, and then control power of the positioning device 34 when pushing box plate processed
Amount.
Further, push head device 35 further includes link mechanism 355, and link mechanism 355 is mounted in pedestal 354, connecting rod
Structure 355 includes cylinder link block 3551, cylinder connector sleeve 3552 and rotary shaft 3553.It is through-hole among pedestal 354, cylinder connects
It connects block 3551 to connect with pedestal 354 by connecting rod 3554, cylinder 351 is mounted on pedestal 354 by cylinder link block 3551
In through-hole, briquetting 352 is connect by cylinder connector sleeve 3552 with cylinder 351, and briquetting 352 passes through rotation with cylinder connector sleeve 3552
Axis 3553 connects, and cylinder 351 drives briquetting 352 to be rotated around rotary shaft 3553.
Further, positioning strip 353 is set to 354 both sides of pedestal, and 353 front end of positioning strip is equipped with and protrudes from pedestal 354
Protrusion.Positioning strip 353 is arranged to cooperate with pedestal 354, by box plate processed control in push head device 35.
Referring to Fig.1 0, when positioning device pushes to box plate processed at gasket, the positioning strip and pedestal of push head device will
Box plate processed blocks, while briquetting pushes and push down bottom plate, and the contact point of box plate processed and positioning device is a, gasket and box processed
The contact point of bottom plate is b, and two card divisions formed between positioning strip and pedestal and the contact point of box plate processed are c1 and c2, from three
Four, direction point controls box plate processed, to solve the problems, such as that bottom plate rotates, while ensuring when bottom plate advances every time all
It is for same position so that the position of bottom plate can be more accurate.
Such as Figure 11, it includes mold 51, motor 52 and transmission device that mold, which pushes module 5, and transmission device includes belt wheel installation
Plate 53, electrical machine belt pulley 54 and big synchronizing wheel 55, electrical machine belt pulley 54 and big synchronizing wheel 55 are pacified by synchronous band connection, two belt wheels 56
On belt wheel mounting plate 53, two belt wheels 56 are connected by belt 57, and motor driving motor belt wheel, electrical machine belt pulley passes through synchronization
Band transmits the force to big synchronizing wheel, and big synchronous wheel belt moves the movement of one of belt wheel 56, and the belt wheel 56 of movement is driven by belt
Another belt wheel 56 moves, to realize that mold 51 is slided up and down in belt wheel mounting plate 53.
Such as Figure 12 and Figure 13, the receiving that mold cavity forming module 6 includes cavity unit 61 and formed by cavity unit 61 is made
The cavity 62 of standby box body, cavity unit 61 divide for active part 63 and secondary part 64, and active part 63 and secondary part 64 are logical
The connection of connecting shaft 67 is crossed, active part 63 is connect with driving unit 65, and so, driving unit 65 drives active part 63
After belt wheel, the belt wheel of active part 63 can drive the belt wheel of secondary part 64 by connecting shaft 67；Meanwhile 63 He of active part
Secondary part 64 respectively includes the belt wheel at cavity seat both ends and the belt 66 being installed on the belt wheel, in secondary part with connect
The belt wheel that axis 67 connects drives the belt wheel of the cavity seat other end by belt.Therefore driving unit 65 drives cavity unit 61,
And the effect for making the active part 63 of cavity unit 61 and secondary part 64 be linked, the mutual cooperation between each unit make
It obtains power and has played good effect, reduce power consumption.
Preferably, the active part 63 of cavity unit 61 includes the first belt support plate 634, and secondary part 64 includes second
Belt support plate 644,634 upper and lower ends of the first belt support plate are equipped with first pulley 632 and the second belt wheel 633, the second belt
644 belt support plate upper and lower ends of support plate are equipped with third belt wheel 642 and the 4th belt wheel 643, and the belt 66 of active part 63 twines
It is wound in first pulley 632, the second belt wheel 633 and the first belt support plate 634, the first belt support plate 634 is mounted on first
On cavity seat 631, the belt 66 of secondary part 64 is wrapped in third belt wheel 642, the 4th belt wheel 643 and the second belt support plate
On 644, the second belt support plate 644 is mounted on the second cavity seat 641.Setting belt support plate can so that belt wheel is better
On cavity seat, and belt is allowed to be wrapped in two belt wheels up and down and belt support plate, belt can be made preferably to wind
On two belt wheels so that can preferably drive the belt wheel of the cavity seat other side with the belt wheel for connecting axis connection.
Preferably, drive part 65 includes motor 651, big synchronizing wheel 652, electrical machine belt pulley 653, motor plate 654 and shaft coupling
Device 655, electrical machine belt pulley 653 are connect with motor 651, and motor 651 is mounted on motor adjustable plate 657, and motor 651 connects motor band
Wheel 653 is fixed on the lower end of motor plate 654, and big synchronizing wheel 652 is fixed on motor plate 654 by bearing block 659 and rotation axis 658
Upper end, electrical machine belt pulley 653 connect with big synchronizing wheel 652 by synchronous belt 656.
By 651 driving motor belt wheel 653 of motor, electrical machine belt pulley 653 drives 652 turns of big synchronizing wheel by synchronous belt 656
Dynamic, big synchronizing wheel 652 is connect by rotation axis 658 with shaft coupling 655, and driving force is passed to cavity unit 61 by shaft coupling 655 again.
In such a way that setting synchronous belt 656 drives, the structure of drive part 65 can be allowed compacter, make the occupation of land of drive part 65
Area reduces；Meanwhile by the way that synchronous belt 656 is arranged, so that electrical machine belt pulley 653 is driven big synchronizing wheel 652, torque can be increased, made
The power bigger of output.If in such a way that motor 651 directly drives big synchronizing wheel 652, more powerful motor is needed
Driving can increase the power consumption of machine operation and increase production cost.So can preferably be saved by the way of synchronous belt linkage
About cost.
Preferably, connecting shaft 67 is hexagonal axis, and 67 one end of connecting shaft and the third belt wheel 642 of secondary part 64 pass through hexagonal
Set 645 and bearing are connect with the second cavity seat 641, and gasket 646, connection are equipped between third belt wheel 642 and the second cavity seat 641
The other end of axis 67 is connect with the first pulley 632 of active part 63 and drive part 65 by bearing and pulley assemblies.
Connecting shaft 67 links together the active part 63 of cavity unit 61 and secondary part 64, when drive part 65 drives
After the belt wheel of dynamic active part 63, transferred force to by connecting shaft 67 on the belt wheel of secondary part 64, to make 66 turns of belt
It is dynamic.Connecting shaft 67 links together active part 63 and secondary part 64 so that can only be driven by a drive part 65
A cavity unit 61 is moved, can be very good to reduce power consumption.
Preferably, secondary part 64 divides for upper secondary part and lower secondary part, and the third belt wheel 642 of upper secondary part is logical
Cross hexagonal set 645 and bearing and connecting shaft 67 be fixed on the upper end of the second cavity seat 641, under from the 4th belt wheel of secondary part
643 are mounted on the lower end of the second cavity seat 641 by belt wheel mandrel 647.
The needs of secondary part 64 of cavity unit 61 are connect with active part 63 by connecting shaft 67, and are secondary parts
64 upper secondary part is connected with active part 63, connecting shaft 67 be hexagonal axis, therefore upper secondary part need by with hexagonal
The hexagonal that axis 67 matches covers 645 fitted bearings and third belt wheel 642 is mounted in connecting shaft 67, and is connected to the second cavity seat
4th belt wheel 643 of 641 upper end, the third belt wheel 642 of upper secondary part and lower secondary part is driven by belt 66,
Therefore 4th belt wheel 643 is mounted on to the lower end of the second cavity seat 641, the third band of upper secondary part by belt wheel mandrel 647
Wheel 642 can drive the 4th belt wheel 643 of lower secondary part to rotate by belt 66.
Preferably, active part 63 is connect with drive part 65 by shaft coupling 655, and shaft coupling 655 passes through rotation axis 658
It is connect with big synchronizing wheel 652.Drive part 65 needs to drive the active part 63 of cavity unit 61, in order to make drive part 65
Big synchronizing wheel 652 is connect with the connecting shaft 67 of cavity unit 61, using shaft coupling 655, so that one end is connect with connecting shaft 67, separately
One end is connect with the rotation axis 658 of big synchronizing wheel 652, to achieve the effect that linkage.
Preferably, 66 inside of belt is provided with belt gib block 661, is provided with and 661 phase of belt gib block on the outside of belt wheel
Matched belt wheel guide groove 662.Since belt 66 needs to connect two belt wheels, belt gib block 661 is set in 66 inside of belt,
Belt gib block 661 is stuck in the belt wheel guide groove 662 to match with belt gib block 661 on the outside of belt wheel, can effectively be prevented
The only landing of belt 66 and the problems such as move left and right, so that it is guaranteed that the stability that belt 66 is driven.
Preferably, cavity unit 61 further includes side shield 68, and it is adjacent with cavity seat mounting surface that side shield 68 is mounted on belt wheel
Cavity seat side.The cavity 62 that cavity unit is 61 formed therein, the bottom plate that the belt 66 of cavity unit 61 touch
Dogleg section, but powerful support, setting side shield 68 do not make it touch left and right side plate, can make left and right left and right side plate
Side plate is not easy evagination, to promote the flatness of finished product.
Preferably, jog is provided on the inside of belt support plate, the recess portion 663 is to be oriented to groove, and lug boss 664 is slow
Item is rushed, the buffer bar uses the flexible materials such as rubber, and the edge on the inside of belt support plate is equipped with notch 665.
Belt 66 is attached to two belt wheels and in order to keep belt 66 less easy to fall off a left side does not occur for belt support plate surface
Recess portion 663 is arranged in right displacement on the outside of belt support plate, is matched with the gib block 661 of 66 inside of belt, can be to belt 66
It play the guiding role.Simultaneously because high density plate material is crisp, easy fracture after bending, therefore protrusion is set in belt support plate
Using the buffer bar 664 of the flexible materials such as rubber, buffering can be provided when belt and box plate dogleg section processed contact, prevented
It is broken, and notch is arranged in the edge on the inside of belt support plate, can prevent from interfering with each other between belt support plate and side shield.
The present embodiment provides a kind of cassette methods processed of high density plate：
When bottom plate is placed in the bottom plate positioning framework being made of front apron, rear baffle, right baffle-plate and right shell body, the right side pushes away
It is pushed a bottom plate of the bottom by linear reciprocating mechanism by block to the left, and the bottom plate left end is made to be moved to front
Below plate, the left side that bottom plate right end removes right cushion block is fallen into freely falling body behind bevelled edge in right supporting bar, rear right pushing block
It resets, the bottom plate that right end is fallen into right supporting bar by left pushing block is pushed to the right it by linear reciprocating mechanism, and bottom plate left end moves
Go out after the right side edge of left cushion block and fallen into left supporting bar with the movement of falling object, completes discharging action, which will enter next
Box station processed.
The chain drive on slope drives bottom plate to be moved along, and starts to calculate after light eye detects bottom plate, works as bottom plate
It reaching below sizing unit, is opened by PLC controls cylinder, cylinder driving rubber tire plate is rotated around rotary shaft,
Because plastic roll wheel is mounted on rubber tire plate, so rubber tire strip is moved plastic roll wheel and moved down, gluing wheel is fixed on plastic roll movable plate,
Gluing wheel drives the rotation of plastic roll line, plastic roll line to be rotated on plastic roll wheel, to be glued to bottom plate groove, when light eye detects bottom plate
When reaching certain position, PLC controls cylinder is closed, and rubber tire plate is rotated back to initial position, glue around rotary shaft
Wheel plate drives plastic roll wheel to move upwards, and a wheel gluing terminates, and the glue used in the process of this is white glue.As shown in figure 14, herein, lead to
Cross initial point position and end point position that PLC controls cross glue, the member-retaining portion at the head and the tail of bottom plate groove
Gap, groove head and tail parts excessive glue when to avoid bottom plate bending.
When bottom plate falls into guide rail, the cylinder of locating module is opened, and cylinder imparts reciprocating motion to the block that is located by connecting, and drives
Bottom plate, be located by connecting block and the movement of the catch direction guiding rail other side, until stopping after contacts baseplate gasket, the cylinder for module of cutting somebody's hair is beaten
It opens, briquetting, cylinder connector sleeve and short axle is driven to be rotated around long axis, realize that briquetting pushes down bottom plate.Bottom plate is self-positioning by coming at this time
The power of module, three faces of gasket and positioning strip, four points, limits the position of bottom plate side-to-side movement, also limits bottom plate rotation
It may, it is ensured that bottom plate advances every time is at same position.Module of cutting somebody's hair continues to press on bottom plate and travels forward, and is reached in bottom plate
Designated position, glue-spraying device carry out glue spraying to bottom plate side, and bottom plate side is as shown in figure 15 after glue spraying.
Side plate is detached and is pushed to riser station by left and right side plate material discharging module a sheet by a sheet by cutting somebody's hair respectively, is reached vertical
After plate station, by driving turnover device to rotate side plate to holding up.
Bottom plate and left side plate in place after, servo motor drives synchronizing wheel rotation to drive synchronous belt to move, when same
When step band moves up and down, mold follows its up and down motion, mold to push in two grooves of mold alignment bottom plate of module with sliding rail
Between, and drive left side plate to move downward simultaneously.Bottom plate completes bending, and the glue inside groove can flow to the groove for not crossing glue automatically
Two ends form box embryo at this point, bonding is completed with side plate in bottom plate.
When box embryo reaches mold cavity forming module, the servo motor of mold cavity forming module receives enabling signal, then passes through
Electrical energy drive is operated, and electrical machine belt pulley will be driven to rotate after servo motor operating.Electrical machine belt pulley and big synchronizing wheel pass through mark
Quasi- closed-loop synchronization belt connection, it is big synchronous to drive to transfer force to big synchronizing wheel by belt when electrical machine belt pulley rotates
Wheel rotation.Rotation axis can be driven to rotate after big synchronous rotation is dynamic.Transmission is transported to by hexagonal by shaft coupling after rotation axis rotation
Axis, hexagonal axis drive belt wheel transmission, belt movement are driven by frictional force after belt wheel rotation.
When specified position is arrived in box embryo bottom (this position is calculated gained by PLC automatically), cavity belt is synchronous with mold
It does exercises a distance, the cavity belt stop motion when mold movement is to bottom position, while die servo is begun to ramp up, and is returned
Initial position is fallen back on, a wheel box processed is completed, and subsequent cycle is carried out after waiting for box embryo to reach designated position.
According to the disclosure and teachings of the above specification, those skilled in the art in the invention can also be to above-mentioned embodiment party
Formula is changed and is changed.Therefore, the invention is not limited in specific implementation modes disclosed and described above, to the one of invention
A little modifications and changes should also be as falling into the scope of the claims of the present invention.In addition, although being used in this specification
Some specific terms, these terms are merely for convenience of description, does not limit the present invention in any way.
Claims (15)
1. a kind of high density plate box machine, includes the bin blanking module to discharge for bottom plate, crosses glue for bottom plate groove
The side that groove crosses rubber moulding block, crosses glue for bottom plate side is crossed under rubber moulding block, the side plate material discharging module to discharge for side plate, mold
Die block and mold cavity forming module, it is characterised in that：
The input terminal that the output end of the bin blanking module crosses rubber moulding block with groove is connect, and the groove crosses the output of rubber moulding block
End is connected to the input terminal that rubber moulding block is crossed in side, and the side plate material discharging module is divided into arranged on left and right sides material discharging module, the side mistake
The input terminal of the output end of rubber moulding block and the output end of left and right side plate material discharging module as mold pushing module, under the mold
The input terminal of the output end connection cavity forming module of die block.
2. a kind of high density plate box machine as described in claim 1, which is characterized in that the groove crosses rubber moulding block using rolling
Glue mode.
3. a kind of high density plate box machine as claimed in claim 1 or 2, which is characterized in that the groove crosses rubber moulding block packet
Chain drive and plastic roll device are included, the chain drive is oblique transmission.
4. a kind of high density plate box machine as claimed in claim 3, which is characterized in that the plastic roll device includes two flat
The plastic roll unit that row is set up.
5. a kind of high density plate box machine as claimed in claim 4, which is characterized in that the plastic roll unit includes gluing
Wheel, plastic roll wheel, fixed plate and annular plastic roll line, the gluing wheel and the plastic roll wheel are mounted in the fixed plate, the ring
Shape plastic roll line is stretched on the gluing wheel and the plastic roll wheel, and the annular plastic roll line glues at the gluing wheel takes box processed to use
Glue is simultaneously transferred at the plastic roll wheel, and box processed is applied to box plate processed with glue at the plastic roll wheel.
6. a kind of high density plate box machine as claimed in claim 1 or 2, which is characterized in that the side is crossed rubber moulding block and adopted
With glue spraying mode.
7. a kind of high density plate box machine as claimed in claim 6, which is characterized in that it includes pushing away that rubber moulding block is crossed in the side
Head pinches module, glue-spraying device and guide rail, described to cut somebody's hair that pinch module include positioning device, push head device and gasket, described fixed
Device is opposite with gasket is built up on two guide rails for position, and by bottom plate along guide rail direction push, the glue spraying fills the push head device
The both sides for being placed in guide rail are installed, glue-spraying device is to the bottom plate during push head device pushes bottom plate along guide rail direction
Side carry out glue spraying.
8. a kind of high density plate box machine as claimed in claim 7, which is characterized in that the push head device include pedestal,
Cylinder, briquetting and positioning strip, the cylinder drive the briquetting rotation will box plate pressure processed on the base, the positioning strip
The pedestal both sides are set to, the positioning strip front end is at least partly higher than the pedestal, will box plate processed and the positioning
Item abuts.
9. a kind of high density plate box machine as described in claim 1, which is characterized in that the mold cavity forming module includes type
The cavity of box body, the cavity unit prepared by chamber unit, driving unit and the receiving that is formed by two groups of cavity units include
Active part and secondary part, the driving unit drive the active part of the cavity unit.
10. a kind of high density plate box machine as claimed in claim 9, which is characterized in that the active part and follower
Cavity seat is respectively included, the belt wheel at cavity seat both ends is installed on and is installed on the belt of the belt wheel, the initiative part
At least one belt wheel divided is with the respective pulley of the secondary part by connecting axis connection.
11. a kind of cassette method processed of high density plate box machine is applied to high density plate box machine described in claim 1,
Including：
The groove that is output to that the bottom plate material with groove being stored in feed bin detaches a sheet by a sheet is crossed rubber moulding block by step 1；
Step 2 carried out glue to the groove of bottom plate material, and is transported to side and crosses rubber moulding block；
Step 3 is crossed in side in rubber moulding block, carries out glue to the two sides of bottom plate material and be transported to mold to push under module
Side；
Step 4, both sides side plate discharging output to mold push module, and revolve and be pivoted up；
Step 5, mold push module and drive side plate downward, and are pushed to bottom plate material；
Step 6, bottom plate and side plate enter mold cavity forming module, discharge at box.
12. a kind of cassette method processed of high density plate box machine as claimed in claim 11, it is characterised in that：
In the step 2, adhesive-spill-preventing section is reserved to the head and the tail both ends of bottom plate groove.
13. a kind of cassette method processed of high density plate box machine as claimed in claim 11, it is characterised in that：
In the step 3, the positioning device of rubber moulding block is crossed in side and gasket coordinates, and is positioned to bottom plate material lateral position,
Push head device pushes bottom plate material to move forward, and in moving process, glue-spraying device carries out glue spraying to bottom plate material two sides.
14. a kind of cassette method processed of high density plate box machine as described in any one of claim 11-13, feature exist
In：
The step 3 and step 4 can be carried out at the same time.
15. a kind of cassette method processed of high density plate box machine as described in any one of claim 11-13, feature exist
In：
Glue is crossed to bottom plate material groove in the step 2 and uses white glue, hot melt is used to bottom plate material side glue spraying in step 3
Glue.
Applications Claiming Priority (2)
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| CN201810153202 | 2018-02-14 | ||
| CN2018101532028 | 2018-02-14 |
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| CN114311829A (en) * | 2022-01-06 | 2022-04-12 | 江苏鑫城包装科技有限公司 | Automatic packaging assembly line for cartons |
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| CN106553379A (en) * | 2016-12-07 | 2017-04-05 | 滁州源远纸制品有限公司 | A kind of device of portable Fast back-projection algorithm carton |
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| CN110834369B (en) * | 2019-11-24 | 2021-08-20 | 山东同其数字技术有限公司 | Device for processing side of fiber board |
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Denomination of invention: A box making machine for medium and high density boards and a box making method thereof Effective date of registration: 20221102 Granted publication date: 20200602 Pledgee: Zhejiang Rui'an Rural Commercial Bank Co.,Ltd. Pandai Sub branch Pledgor: WENZHOU GAOSHENG MACHINERY Co.,Ltd. Registration number: Y2022980020546 |
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