CN106106601B - A kind of shortening bread continuous production line apparatus - Google Patents

Abstract

The invention discloses a kind of shortening bread continuous production line apparatus, including central processor unit, quadrangle cutter, hexagonal trimmer, multiple roll grinding machine, refuelling device, platform machine is cut in folded face machine and split, the quadrangle cutter, hexagonal trimmer, multiple roll grinding machine, refuelling device, folded face machine and split are cut platform machine and are connect respectively with the central processor unit into line control circuit, by the central processor unit to quadrangle cutter, hexagonal trimmer, multiple roll grinding machine, refuelling device, folded face machine and split are cut platform machine and are controlled, so as to which unfashioned big dough is shaped to the uniform face band of thickness and broadband, it cooperates between each machine, the material information on each machine is fed back and handled by central processor unit, realize the automatic chemical conversion production of shortening bread continuous production line apparatus.The characteristics of present invention has working efficiency high, and the degree of automation is strong, safe operation, easy to disassemble and cleaning.

Description

A kind of shortening bread continuous production line apparatus

Technical field

The present invention relates to food processing equipment more particularly to a kind of shortening bread continuous production line apparatus.

Background technology

With the development of economy, robotic production replaces original hand-made, and people also get over the quality requirements of bread Come higher, demand is increasing, also increasingly causes the attention of food production quotient, how the bread for the quality that can have just made, The yield of product is improved, entire production cost is saved, becomes new research topic.Shortening bread production line currently on the market Usual machine construction is cumbersome, and cleaning, dismounting are inconvenient, it is difficult to accomplish the requirement of automatic continuous production and automation control, and And existing grinding machine is upe materials mostly, and 400mm wide is at most can only achieve during entire make dough, it is impossible to be met entire The demand of yield, the present invention in multiple roll grinding machine can reach 800-1200mm wide；It is of the prior art to make dough equipment usually The degree of automation is low, and it is uneven that dough rolls pressure, all can simultaneously to the mouthfeel of millet cake based food the defects of so as to cause food appearance It has an impact；Simultaneously because rolling pressure surface group using mechanization, mechanical cleaning can bring very big puzzlement again, of the prior art Equipment cleaning is more difficult, has to largely dismantle mechanical equipment generally for cleaning up, operating personnel are made Into very big workload；Trimmer working efficiency is low, connection structure is complicated and with very big noise, the present invention includes center Processor device, quadrangle cutter, hexagonal trimmer, multiple roll grinding machine, refuelling device, folded face machine and split cut platform machine and Control of the central processor unit to other each portion's machines is realized on the basis of the prior art, is realized by the cooperation of each machine The automated production of shortening bread production line.

Invention content

The invention discloses a kind of shortening bread continuous production line apparatus, to solve shortening bread production effect in the prior art Rate is low, machine cleaning, dismantles the technical issues of inconvenient, the degree of automation is low, and technical solution disclosed by the invention is as follows：

The invention discloses a kind of shortening bread continuous production line apparatus, including central processor unit, quadrangle cutter, Platform machine is cut in hexagonal trimmer, multiple roll grinding machine, refuelling device, folded face machine and split, by the unfashioned dough of monoblock during production It first puts into the cutter of quadrangle and carries out cutting into a certain size doughball, doughball is then transported to hexagonal trimmer Forming face band is inside processed, then the face band processed is transported in multiple roll grinding machine and roll pressure so as to which opposite band is determined The fixed thick processing of width, the refuelling device is externally conveyed for solid grease to be stirred evenly, defeated from refuelling device The thick grease spray attachment gone out is determined in the fixed width above thick face band, and to being stained with oil in the transmission process of next step The face band of fat carries out folding to wrap up grease, and the face band after package is transported to progress zigzag folding on the folded face machine Folded, the face band cut after platform machine will fold in a zigzag finally by split and wrap up grease carries out slitting processing, the face after slitting With the baking operation for carrying out next step, the quadrangle cutter, hexagonal trimmer, multiple roll grinding machine, refuelling device, folded face machine Platform machine is cut with split to connect into line control circuit with the central processor unit respectively, passes through the central processor unit pair Quadrangle cutter, hexagonal trimmer, multiple roll grinding machine, refuelling device, folded face machine and split are cut platform machine and are controlled, and realize The automated production of crisp bread continuous production line apparatus.

Further, quadrangle cutter includes supporting rack and conveying device, and the plate face of supporting rack is equipped with discharge hole, discharging The plate face of support frame as described above is run through in hole, and conveying device is arranged below discharge hole, and discharge hole is square hole, along square hole phase To two sides on it is each be equipped with one piece of support plate vertically, two pieces of support plates are opposite to be arranged in parallel and hangs down respectively with the plate face of supporting rack It is straight fixed, it is set in one of support plate there are two circular shaft bore, circular shaft bore runs through the support plate, the axis of circular shaft bore Vertical with the plate face of support plate, the center of circle of two circular shaft bores is located on same horizontal line, the opposite position of another piece of support plate Circular shaft bore there are two being also provided with is put, there are two the rectangular roller of same size, rectangular roller is length for setting between two pieces of support plates Cube structure, the bottom surface of rectangular roller is square, and four sides of rectangular roller are rectangle, solid on four ribs of rectangular roller Surely it is provided with X-shaped knife, the edge of a knife back of the body of X-shaped knife is directed toward the axis of rectangular roller, and opposite two X-shaped edges of a knife form one group of section, and one Four X-shaped edges of a knife on a rectangular roller form two groups of sections, and two groups of sections are intersected and the intersecting lens of two groups of sections and the side The axis of shape roller overlaps, and the both ends of two rectangular rollers are fixedly installed roll shaft, the axis of rectangular roller both ends roll shaft with it is described The axis of rectangular roller overlaps, and the circular shaft bore that the roll shaft at rectangular roller both ends is oppositely arranged respectively with two is fixedly connected, two sides Shape roller is arranged in parallel between support plate, and during operation, roll shaft is fixedly connected to drive two rectangular rollers around roller with external motor Shaft rotation is moved, while the rotating speed of two rectangular rollers is identical, and when two X-shaped edges of a knife are located at simultaneously in the plane of two groups of roll shafts compositions Realize the shearing to material.Further, fabric is accumulated at shaft in order to prevent, and the shaft rotation at support plate both ends is interfered to move, and two Two pieces of reinforcing plates are further fixedly arranged between block support plate, reinforcing plate is arranged in parallel with support plate, is also respectively set in two pieces of reinforcing plates Reinforced hole there are two putting, the size of two groups of reinforced holes is corresponding with the size of two groups of roll shafts, each rectangular roller Also respectively fixed setting is there are four meniscus at both ends, meniscus is fixed between two adjacent X-shaped knives, four meniscus and side The end of shape roller forms a circular end face, and rectangular roller is located between two pieces of reinforcing plates, and reinforced hole is fixedly connected with roll shaft.Half a month Plate can be used to limit the position of X-shaped knife, prevent X-shaped knife from deforming or damaging.Further, in order to realize two rectangular roller linear speeds It spends identical, acts in agreement, the end of two roll shafts that two rectangular rollers are located at the same side is fixedly installed gear, two gears Intermeshing connection, pitch wheel are located at the outside of one piece of support plate, another roller of one of them rectangular roller Axis is fixedly connected with external driving motor, two rectangular rollers is driven to be engaged rotation around axis by driving motor.So only Only driving motor with a roll shaft is connected and drives the rotation of this root roll shaft that can just be driven by two meshed gears on opposite Another roller is rotated.It can effectively avoid two rectangular roller running speeds are nonsynchronous from asking by gear engagement rotation Topic, it is only necessary to which a motor can be achieved with the rotation of device, simplify equipment.Further, dough can overflow in order to prevent, together When for the ease of maintenance, along discharge hole two other side vertically be equipped with two pieces of relatively parallel baffles, baffle and support plate Vertical fixed, two block baffles surround a square shape feed space with two pieces of support plates, and two rectangular rollers are fixed in feed space, gear Plate can be removed.Further, for safety and prevent foreign matter from falling into meshed gears in support plate, on supporting rack also Support plate mask is provided with, support plate face cover is arranged on the outside of two pieces of support plates and is fixedly connected with supporting rack.Support plate face Cover can effectively prevent fabric spilling.Further, barrier slides in order to prevent, and then damage equipment, two pieces of support plates it Between be fixedly installed two parallel push rods, push rod is vertical with support plate to be fixed, and two block baffles are located between two push rods, Flat-pushing is provided between push rod and the support plate, flat-pushing is fixedly connected with push rod.Flat-pushing with the connection of baffle significantly The contact surface of dam forces is increased, so as to effective anti-baffle plate damage, makes dam forces balanced.Further, in order to increase It big feed inlet and prevents fabric from splashing out feed space, hopper is additionally provided on the top of feed space, hopper passes through spiral shell with support plate Nail is fixedly connected.Further, for the ease of mobile and reduction hold facility space, conveying device is parallel with supporting rack to be set It puts and is fixedly connected with the side wall of supporting rack, conveying device is that material is conveyed by conveyer belt.Further, in order to just Dough on observation conveyer belt in time, is additionally provided with multiple windows on the side wall of supporting rack, and window runs through side wall, while also just In the maintenance of machine.Further, in order to extend the service life of equipment and prevent adherency of the fabric to equipment, in the table of hopper Teflon is coated on face and the surface of rectangular roller.Further, rectangular roller is caused position by the extruding of external force in order to prevent It moves, is further fixedly arranged on limit shaft in support plate, limit shaft is vertically arranged with support plate, the roll shaft being connected with external driving motor It is fixedly connected between limit shaft by limiting plate, limiting plate is arranged in parallel with support plate.

Further, hexagonal trimmer includes feed inlet, and apparatus for shaping, power plant and fixed frame, fixed frame is the bottom of by Plate, power cavity and plastic chamber composition, floor level setting, plastic chamber are located at the top of bottom plate and parallel with bottom plate, and power cavity erects Straight setting, the both ends of power cavity are fixedly connected respectively with bottom plate and plastic chamber, and fixed frame is inverted U shape structure, and apparatus for shaping is fixed It is arranged in plastic chamber, power plant is fixed in power cavity, and feed inlet is arranged on the top of plastic chamber, and apparatus for shaping is It is made of the identical hexagonal roller of two blocks of wallboards being mutually parallel, the two sizes pressure surface roller identical with two sizes, two wallboards It is fixedly connected with plastic chamber, the axis of wallboard is vertical with the axis of bottom plate, and a pair of of axis hole and a pair of rolls are equipped on two wallboards Hole, axis hole are round hole, and a pair of of roller aperture includes a round hole and a bar hole, and axis hole is located at the top of roller aperture, a pair of of axis The circle center line connecting in hole and the line of centres of a pair of of roller aperture are mutually parallel, and hexagonal roller and pressure surface roller are respectively positioned between two blocks of wallboards, and six The both ends of the surface of angle roller are respectively and fixedly provided with shaft, and the axis of shaft is overlapped with the axis of hexagonal roller, and the both ends of pressure surface roller are equipped with roll shaft, The axis of roll shaft is also overlapped with the axis of pressure surface roller, and the shaft of hexagonal roller both sides extends through the axis being oppositely arranged on two blocks of wallboards Hole, the roll shaft of pressure surface roller both sides extend through the roller aperture being oppositely arranged on two blocks of wallboards, two hexagonal rollers and two pressure surface rollers point It is not fixedly connected with plastic chamber.Further, in order to be equipped with power connector in shaft, in hexagonal roller both ends of the surface Shaft length is different, and the roll shaft length at pressure surface roller both ends is also different, and the length close to the shaft 27.3 of power cavity is more than far from dynamic The length of the shaft 27.1 of power chamber is more than the length of the roll shaft 28.2 far from power cavity close to the length of the roll shaft 28.1 of power cavity Degree, the end of shaft 27.3 are additionally provided with gear, and the axis of gear is overlapped with the axis of shaft 27.3, the tooth in two shafts 27.3 Wheel intermeshing, the end of roll shaft 28.1 are equipped with moving gear, and the axis of moving gear is overlapped with the axis of roll shaft 28.1, moving gear and Power plant is attached, and is stated moving gear and is rotated by two hexagonal rollers of chain-driving and two pressure surface rollers.Further, Feed and avoid the outside that dough overflows trimmer to make troubles to equipment cleaning in order to facilitate dough, the top of feed inlet is also Equipped with hopper, hopper is fixedly connected with feed inlet.The waste to raw material is also avoided in this way.Further, client thinks in order to obtain The bread type wanted, the outer surface of pressure surface roller are equipped with the screw thread of more than one, and the outer surface of pressure surface roller is divided into multiple by screw thread The identical channel of size.Other kinds of pressure surface roller can also be changed into according to client's needs simultaneously.Further, in order to prevent Dough adheres to the surface of hexagonal roller and pressure surface roller during shaping, and the bottom of pressure surface roller is equipped with scraper, scraper The outer surface of the edge of a knife and pressure surface roller is tangent, and the edge of a knife of scraper is directed toward the direction of motion with pressure surface roller on the contrary, the bottom of hexagonal roller is set There is scraper plate, the plate mouth of scraper plate and the outer surface of hexagonal roller are tangent, and the plate mouth direction of scraper plate is opposite with the direction of motion of hexagonal roller.Into One step, in order to preferably adjust, the thickness of band behind shaping is fixedly installed star grip knob on scraper and scraper plate, Spring is provided between star row handle and scraper, spring is fixed between star row handle and scraper plate, passes through rotating segment handle pressure Contracting spring makes scraper plate be bonded with hexagonal roller or scraper is made to be bonded with pressure surface roller.Further, for the ease of to shaping The inside of machine is cleaned and is repaired, and the top of plastic chamber is equipped with two levers, and two levers are separately positioned on feed inlet Both sides are simultaneously vertically arranged with plastic chamber respectively.Lever is motion bar, can control and move back and forth, when needing dismounting, by motion bar One end be moved to fulcrum, the arm of force reaches maximum, and gently firmly apparatus for shaping can be dismantled at this time.This partial devices can It is rotated with 90 degree along rotary shaft.Further, for the ease of fixation, the top of plastic chamber is equipped with locking post, and wallboard is equipped with column Hole, locking post are inserted into post holes through plastic chamber, plastic chamber are fixedly connected with apparatus for shaping.Further, in order to reality Existing mechanization continuous production, power plant are fixedly connected using motor, motor by chain and apparatus for shaping, Belt can also be used to transmit simultaneously.Further, it in order to cause the thickness of control plane band, is all provided on the outside of two blocks of wallboards There is sliding panel, sliding panel is arranged in parallel with wallboard, and sliding panel is equipped with slide opening, and slide opening is penetrated through with bar hole, pressure surface roller both ends Roll shaft sequentially passes through bar hole and slide opening and is fixed with wallboard, and the side wall of two on the outside of wallboard piece sliding panel is equipped with turbine and pushes away Bar, the lower part of turbine push rod are equipped with thread barrel, and thread barrel is threadedly coupled with the turbine push rod, and two thread barrels pass through one Connecting rod is fixedly connected, and is transported sliding panel drive pressure surface roller along bar hole hole wall by rotating the connecting rod It is dynamic.It is exactly motionless by a pressure surface roller, by changing the position of another pressure surface roller, realizes the output thickness of face band.

Further, multiple roll grinding machine includes face band conveying device and device of making dough, and device of making dough includes roller and pressure surface Roller, the both ends of roller are respectively equipped with connection sheet, and connection sheet is round pie structure, and connection sheet is opposite to be arranged in parallel, the axle center of roller Shaft is provided with, roller is fixedly connected with connection sheet, and connection sheet is equipped with axis hole, and axis hole runs through connection sheet, the axis of axis hole Line passes through the center of circle of connection sheet and vertical with the cake face of connection sheet, and shaft is crossed axis hole and is fixedly connected with device of making dough, rolling Cylinder is the cylinder-like structure formed by multiple planetary rollers around shaft, and the axis of planetary rollers is parallel with shaft, the both ends of planetary rollers Attachment cap is respectively equipped with, attachment cap is sleeved on the end of planetary rollers and is fixedly connected with connection sheet, and pressure surface roller is located at the lower part of roller, The axis of pressure surface roller is parallel with shaft, and conveying device is located at the front side for device of making dough, and dough is delivered to dress of making dough by conveying device It puts and carries out rolling pressure, planetary rollers can carry out rotation, and planetary rollers play the role of constantly downward pressure surface, will not be with following pressure surface Roller opposite band generates the phenomenon that interlocking hard draw.Further, the outer of connection sheet is equipped with U-shaped mouth, and U-shaped mouth is by square hole and circle Shape hole is formed, and for the opening of U-shaped mouth back to the center of circle of connection sheet, the diameter of round hole is more than the aperture of square hole, and attachment cap is circle Column structure, the intermediate position of attachment cap are provided with annulus, and annulus is sleeved on the outer surface of cylinder, the axis and cylinder of annulus Axis overlap, cylinder is divided into inner cylinder and exterior circular column two parts by annulus, and inner cylinder is hollow cylinder, inner circle It is set on the outer wall of cylinder there are two interior rectangle groove, interior rectangle groove is opposite to be arranged in parallel, and exterior circular column is solid cylinder, outside It is set on the outer wall of cylinder there are two outer rectangle groove, outer rectangle groove is opposite to be arranged in parallel, and interior rectangle groove is cutd open with outer rectangle It is mouthful parallel, during installation, interior rectangle groove and square hole are placed in parallel and attachment cap is fixed on the round hole along U-shaped mouth It is interior, so as to which attachment cap be fixedly connected with connection sheet.Such design is that planetary rollers are free to slide in order to prevent, due to U-shaped mouth Using square hole and round hole combination and round hole diameter be more than square hole aperture, attachment cap is fixed on U-shaped Mouthful after, only attachment cap could be taken out U-shaped mouth when square hole is parallel with interior rectangle groove, substantially increase attachment cap and The fastness of connection sheet connection.Further, it is additionally provided in order to be preferably attached with equipment of making dough, on the outside of attachment cap solid Determine block, fixed block is fixedly connected with the surface of exterior circular column, trepanning is additionally provided on attachment cap, trepanning is through fixed block with connecting Cap, the axis of trepanning are overlapped with the axis of attachment cap, and the diameter of inner cylinder is more than the diameter of exterior circular column.Simultaneously because connection Circle diameter on cap is bigger than the diameter of U-shaped mouth, prevents attachment cap meeting double swerve, causes mechanical movement shakiness and quickening zero The abrasion of component.Further, multiple companies are additionally provided in order to which connection sheet and other parts are fixedly connected, in connection sheet Hole is connect, connecting hole runs through connection sheet, and connecting hole is distributed in the both sides of U-shaped mouth, multiple through-core holes are additionally provided on the outside of axis hole, leads to The axis in heart hole is parallel with the axis of connecting hole.The setting of through-core hole is to pass through spiral shell with external update device and protecting crust Nail is fixedly connected, so as to fix device connection.Further, multiple fixinig plates are further respectively had on the outside of connection sheet, it is fixed Piece is arc-shaped structure, and the connection of these fixinig plates head and the tail is equipped with slot in ring-shaped structure, the fixinig plate, the slot Size is corresponding with the size of the exterior circular column, and multiple screw holes, screw hole distribution are additionally provided on the fixinig plate In the both sides of slot, screw hole is fixedly connected with connecting hole by screw.It is for the ease of clear by setting multiple fixinig plates It washes and repairs, when needing to dismantle part planetary rollers, it is only necessary to which the fixinig plate in this part planetary rollers is dismantled , and without all planetary rollers are all removed, attachment cap rotates attachment cap after being fixed in U-shaped mouth with planetary rollers After one angle, the slot on fixinig plate is just sleeved on the outer surface of exterior circular column, so as to limit freely turning for attachment cap It is dynamic.Attachment cap cannot be freely rotated, cannot be free to slide so as to cause planetary rollers, more ensure that the stability of machinery, planet Roller can only be rotated about axis.Further, in order to preferably control the thickness of face band, the side wall for device of making dough is equipped with fine tuning and revolves Button, vernier knob are equipped with screw thread, and shaft is equipped with elevating lever, and elevating lever is connected through a screw thread with vernier knob, passes through rotation Vernier knob lifts roller, so as to controlling the thickness of face band.Further, it in order to realize mechanization production, rolls Motor shaft is additionally provided on the side wall of face device, motor shaft is fixedly connected with pressure surface roller, and antiskid plate is further fixed on the motor shaft, One end of antiskid plate is equipped with plate hole, and plate hole is sleeved on the motor shaft, and the other end of antiskid plate is fixed with the device of making dough Connection, the diameter of plate hole is equal with the diameter of motor shaft, can effectively prevent the vibrations of motor in this way, prevents motor shaft back and forth It swings, motor shaft drives pressure surface roller to rotate by being fixedly connected with external motor.Motor drives motor shaft by transmission belt It is rotated with shaft, and the rotation direction of roller is opposite with the rotation direction of pressure surface roller.Further, dust in order to prevent It falls into and makes dough in device, protective cover is additionally provided at the top of device of making dough, protective cover is equipped with multiple windows, and protective cover is tied for wedge shape Structure, multiple windows are observed that the working order of face band.Further, in order to preferably press even face band and keep roller Symmetry, prevent face band unbalance stress, roller is made of 12 planetary rollers, and 12 planetary rollers are uniformly set around the shaft It puts, the number of U-shaped mouth is also 12, and U-shaped mouth is correspondingly arranged with planetary rollers.Further, face band is adhered to pressure surface in order to prevent The outer surface of roller, the bottom for device of making dough are further fixedly arranged on scraper, and scraper is located at the outer surface of pressure surface roller, and the edge of a knife of scraper refers to Tangential direction to pressure surface roller is simultaneously opposite with the rotation direction of pressure surface roller.

Further, refuelling device includes supporting rack, feed cavity, drive cavity, oil-discharging cavity and petroleum pipeline, and supporting rack is horizontal Setting, feed cavity are located at the top of drive cavity and are penetrated through with drive cavity, and feed cavity forms an open-topped box with drive cavity Shape structure, box like structure are horizontally disposed with and are fixedly connected with supporting rack, oil-discharging cavity be located at the outside of box like structure and with box-like knot Structure is disposed adjacent, and oil-discharging cavity is the tubular structure of both ends trepanning, and oil-discharging cavity is horizontally disposed with and is penetrated through with drive cavity, the one of drive cavity End is fixedly connected with one end of oil-discharging cavity and forms a horizontally disposed cylindric cavity, and the end face of oil-discharging cavity is fixed with row Oily axis hole, the side wall of drive cavity are equipped with transmission axis hole, and the axis of oil extraction axis hole is overlapped with the axis of transmission axis hole, oil-discharging cavity it is another One end is attached with petroleum pipeline, flat-pushing auger is equipped in cylindric cavity, flat-pushing auger is arranged in parallel with circular cylindrical chamber, flat-pushing The both ends of auger are equipped with fixing axle, and both ends fixing axle is fixedly connected with transmission axis hole and oil extraction axis hole, is also set in feed cavity respectively Pushing auger is equipped with, auger is pushed and is located at the side wall of feed cavity and, cylindric cavity, oil-discharging cavity, setting vertical with flat-pushing auger Flat-pushing auger in cylindric cavity forms a Transmission system with the pushing auger for being arranged on feed cavity side wall.Further , it is two groups in order to play the effect of mutual cooperation and increase formation efficiency, Transmission system, is put down between Transmission system It goes and is mutually communicated.Further, in order to which pushing auger is driven to be moved, the top of feed cavity is fixedly installed strand Imperial case, auger case are located at the side wall of feed cavity, and the one end for pushing auger is fixed in auger case, pushes the other end of auger It is inserted vertically into feed cavity.It can thus cause grease that can generate downward pressure to oil plant when being stirred, so as to It is more prone to oil plant discharging feed cavity.Further, in order to which flat-pushing auger is driven to be rotated, solid grease is beaten It is broken, flat-pushing auger motor is additionally provided on the side wall of feed cavity, flat-pushing auger motor is consolidated with one of them flat-pushing auger end Dead axle is attached, and the connection shaft end of flat-pushing auger and pushing auger is equipped with gear, passes through tooth between two flat-pushing augers Wheel engagement connects, and is also to engage to connect by gear between two pushing augers, flat-pushing auger motor drive two is mutually parallel Flat-pushing auger rotated around the axis of flat-pushing auger, be provided in auger case push auger motor, push auger motor with The axis for pushing auger is fixedly connected, and is pushed auger motor and is driven the axis rotation for pushing auger around pushing auger, two described flat The packing auger blade pushed away on auger is staggered, and two packing auger blades pushed on auger are also staggered, and are staggered Packing auger blade more smashes grease.Further, in order to preferably by the grease of dispersion discharge feed cavity, oil-discharging cavity with Screw pump is additionally provided between petroleum pipeline, spiral shell pump motor, the suction inlet and oil-discharging cavity of screw pump are further fixedly arranged on supporting rack It is fixedly connected, outlet and the petroleum pipeline of screw pump are fixedly connected, and rotation axis and the spiral shell pump motor of screw pump are fixed Connection, the rotation of spiral shell pump motor drive the rotation axis in the screw pump to be rotated, since the rotor in screw pump is with turning Moving axis ceaselessly moves up and down, and so as to preferably also ceaselessly stir the grease at tube wall, reduces the sticky of grease Degree, so as to be more prone to discharge grease.Further, in order to preferably control the thickness of grease discharge, petroleum pipeline Free end is equipped with nozzle, and nozzle is fixedly connected with petroleum pipeline, and the nozzle of nozzle is provided with lifter plate, the both sides difference of spout Reinforcing plate is fixed with, two reinforcing plates are arranged in parallel, and lifter plate is parallel with the reinforcing plate and the both ends of lifter plate The reinforcing plate with spout both sides is connect respectively, and lifter plate can be moved up and down along the spout, the two side walls of the lifter plate Handle is fixed with, two handles are vertical with the lifter plate, and two one or two are respectively provided on hand there are one bar hole, bar hole Axis it is parallel with the direction that lifter plate moves, two bar holes are opposite to be arranged in parallel, and two bar holes are connected by shaft It connects, the both ends of shaft are respectively covered there are one eccentric wheel, and the both ends of shaft to extend through the eccentric orfice on eccentric wheel, and eccentric wheel is located at institute State the outside of handle, the top of shaft is also fixed with handle, by rotational handle come lifter plate is moved up and down and then Control the openings of sizes of spout.The structure of eccentric wheel so that the amplitude that lifter plate lifts is not too large, can reduce human error, Dial can be provided on handle, the size degree of opening is shown by dial.Further, grease splashes in order to prevent Go out feed cavity, the top of feed cavity is further fixed on hopper, and hopper is disposed adjacent with auger case, and hopper is cavity body structure, hopper Cavity is penetrated through with feed cavity, and the side of hopper is equipped with feed openings, and side feed openings are attached with feed arrangement, and oil clot leads to The feed openings are crossed to enter in feed cavity.Further, in order to charging grease real time monitoring and self-feeding, oil extraction Intracavitary is fixed with pressure sensor, and pressure sensor is located at the end of flat-pushing auger, and pressure sensor is connected with outer circuits It connects.Be fixed with oil plant sensor in feed cavity, oil plant sensor is located at the side wall of feed cavity, oil plant sensor be located proximate into Material mouth, oil plant sensor can detect butter amount in hopper, and providing signal to conveying equipment if butter amount is relatively few conveys next shortcake Oil clot detects that butter block can provide the signal for stopping conveying after falling hopper.Butter is pushed away via flat-pushing auger and pushing auger It send to pump ante-chamber and forms certain pressure, pressure sensor can detect this pressure size and send out signal control to PLC and put down Push away the rotating speed speed of auger.It can ensure that butter continuous-stable reaches screw pump, through pusher auger, rotor, pipeline, arrives in this way Butter piece that is continuous, stablizing is formed up to nozzle.

Further, it folds face machine and includes conveying device and folded face device, conveying device is by driving wheel, driven wheel and conveying Belt connection composition folds face device and includes fixing bracket knead dough band hopper, and fixing bracket is horizontally disposed with, and face band hopper is sets vertically The square tube type structure put, face band hopper between fixing bracket and it is vertical with fixing bracket fix, face at the top of hopper with opening Mouth is equipped with a pair of of axis hole, and axis hole is located on side wall of the face with hopper and is arranged in parallel relatively, driving wheel opening with hopper with face Mouth is parallel, and driving wheel is arranged on open top and passes through shaft and is fixedly connected with axis hole, when folding the work of face machine, rolls the face band pressed It is attached on the surface of belt conveyor, the position of driving wheel is transported by the position of driven wheel and passes through face with being opened at the top of hopper Mouth is fallen into cavity of the face with hopper.Further, in order to which the face being vertically arranged band hopper is swung, fixed branch A bracket holes are respectively provided on the support plate of frame both sides, bracket holes run through supporting plate, and the axis of two bracket holes overlaps and and stent Plate is vertical, and driving wheel is arranged on top open part of the face with hopper and can be rotated in the axis of the spaced winding driving wheel of axis hole, In the outside of one piece of supporting plate be equipped with servo motor, the motor shaft of servo motor is through bracket holes, servo motor and the face band There are one shaft coupling, servo motor to be fixedly connected by motor shaft with the shaft coupling for fixed setting between hopper, during connection, Transfer the tip of the axis is inserted into the axocoel of the shaft coupling, and in addition the outside of one piece of supporting plate is equipped with FREQUENCY CONTROL motor, frequency Control motor and the beginning of driving wheel shaft are fixedly connected, when FREQUENCY CONTROL motor is worked at the same time with the servo motor, Face band hopper swings back and forth while can rotating belt conveyor.Servo motor enables to face band to be fallen into while conveying Face can also be folded with the face band in hopper.Further, for amplitude of fluctuation of the qualified surface with hopper, face with hopper with One piece of fan-shaped guard plate is also each provided between two pieces of supporting plates, two pieces of sectors are dutiful not to be fixedly connected with two pieces of supporting plates, is led to Cross fan-shaped guard plate limitation amplitude of fluctuation of the face with hopper.Further, in order to reduce the pressure born of machinery and convenient for into Row is processed in next step, and conveying device is obliquely installed, and driven wheel is located at the lower part of driving wheel.Further, skin is conveyed in order to prevent The face band rebound taken, may be provided with face band and rolls pressure device on a conveyor.Further, in order to realize automated production It needs, control system is provided on the machine of folded face, servo-driver is provided on servo motor, FREQUENCY CONTROL motor is equipped with frequency Rate controller, frequency controller are connect with servo-driver by circuit with control system.Further, it is sticky in order to prevent Face band is adhered on the surface of belt conveyor, and the bottom of belt conveyor is additionally provided with bar shaped scraper, and bar shaped scraper is parallel with driving wheel, The edge of a knife direction of bar shaped scraper is tangent with the outer surface of driving wheel, and bar shaped scraper is used to strike off the face being adhered on belt conveyor Material, the lower part of bar shaped scraper are equipped with storage panel, store up panel and the bar shaped scraper is fixedly connected with conveying device, and storage panel is used In the fabric that storage bar shaped scraper scrapes.The end of driving wheel is equipped with face band scraper, and face band scraper is fixedly connected with face band hopper, The outer surface of the edge of a knife of the face with scraper and driving wheel is tangent.

Further, due to face band, easily rebound causes face tape thickness and width unevenness after pressure is rolled, and shortening bread is continuous Product line device is equipped with the multiple roll grinding machine of more, one or more is equipped with wherein between hexagonal trimmer and refuelling device Multiple roll grinding machine also is provided with one or more multiple roll grinding machine between refuelling device and folded face machine device.

The present invention is on the basis of existing technology redesigned and has been assembled to dough or face carrying device, and is passed through Central processor device cuts platform machine to quadrangle cutter, hexagonal trimmer, multiple roll grinding machine, refuelling device, folded face machine and split It is controlled, realizes the automatic chemical conversion production of shortening bread continuous production line apparatus, the present invention has working efficiency high, automates journey The characteristics of degree is strong, safe operation, easy to disassemble and cleaning.

Description of the drawings

Fig. 1 is shortening bread tinuous production apparatus structure schematic diagram；

Fig. 2 is multiple roll grinding machine vertical view；

Fig. 3 schemes for multiple roll grinding machine partial disassembly；

Fig. 4 is multiple roll grinding machine rear dismounting figure；

Fig. 5 is the roller end connection diagram of multiple roll grinding machine；

Fig. 6 is the roller frame schematic diagram of multiple roll grinding machine；

Fig. 7 is that the vernier knob of multiple roll grinding machine connects perspective view；

Fig. 8 is the connection sheet structure diagram of multiple roll grinding machine；

Fig. 9 is the fixinig plate architecture figure of multiple roll grinding machine；

Figure 10 is the connection cap structure schematic diagram of multiple roll grinding machine；

Figure 11 is the attachment cap internal structure schematic diagram of multiple roll grinding machine；

Figure 12 is hexagonal trimmer overall structure diagram；

Figure 13 is the plastic chamber internal structure schematic diagram of hexagonal trimmer；

Figure 14 is the plastic chamber sectional view of hexagonal trimmer；

Figure 15 is the connection diagram of hexagonal roller and shaft in hexagonal trimmer；

Figure 16 is the pressure surface roller of hexagonal trimmer and the connection diagram of roll shaft；

Figure 17 is the star grip knob of hexagonal trimmer and spring connecting structure schematic diagram；

Figure 18 is hexagonal trimmer dead astern sectional view；

Figure 19 is hexagonal trimmer dead astern partial enlarged view；

Figure 20 is the pressure surface roller of hexagonal trimmer and wallboard connecting structure schematic diagram；

Figure 21 is the sectional view that the roll shaft of hexagonal trimmer is connect with wallboard；

Figure 22 is fuel charger overall structure diagram；

Figure 23 is fuel charger hopper construction schematic diagram；

Figure 24 is fuel charger feed cavity vertical view；

Figure 25 is fuel charger screw rod pump case schematic diagram；

Figure 26 is fuel charger oil-discharging cavity structure diagram；

Figure 27 is fuel charger oil-discharging cavity rearview；

Figure 28 is fuel charger screw pump internal component connection diagram；

Figure 29 is fuel charger nozzle structure schematic diagram；

Figure 30 is fuel charger nozzle enlarged diagram；

Figure 31 is fuel charger feed cavity internal anatomy figure；

Figure 32 is fuel charger feed cavity internal anatomy；

Figure 33 is the hopper construction schematic diagram of quadrangle cutter；

Figure 34 is quadrangle cutter structure diagram；

Figure 35 is the feed space partial structural diagram of quadrangle cutter；

Figure 36 is the support plate partial enlarged view of quadrangle cutter；

Figure 37 is the support plate partial elevation view of quadrangle cutter；

Figure 38 is the rectangular roll structure schematic diagram of quadrangle cutter；

Figure 39 is the flat-pushing chip architecture schematic diagram of quadrangle cutter；

Figure 40 is the sectional view of quadrangle cutter；

Figure 41 is the half a month plate structure schematic diagram in the cutter of quadrangle；

Figure 42 is quadrangle cutter gear engagement structure schematic diagram；

Figure 43 is the feed space vertical view of quadrangle cutter；

Figure 44 is folded face machine overall structure diagram；

Figure 45 is folded face device internal anatomy；

Figure 46 is fixing bracket and face band hopper construction schematic diagram in folded face machine；

Figure 47 is folded face device side view；

Figure 48 is servo cabinet internal anatomy in folded face machine；

Figure 49 is frequency motor case internal anatomy in folded face machine.

Specific embodiment

It elaborates below to the embodiment of the present invention, the present embodiment is carried out lower based on the technical solution of the present invention Implement, give detailed embodiment and specific operating process, but protection scope of the present invention is not limited to following implementation Example.

Embodiment 1

Embodiment 1 discloses a kind of shortening bread continuous production line apparatus, as shown in Figure 1, including central processor unit 7th, platform machine 6 is cut in quadrangle cutter 4, hexagonal trimmer 2, multiple roll grinding machine 1, refuelling device 3, folded face machine 5 and split, during production The unfashioned dough of monoblock is first put into quadrangle cutter 4 and carries out cutting into a certain size doughball, then by fritter Dough, which is transported in hexagonal trimmer 2, is processed forming face band, then by the face band processed be transported in multiple roll grinding machine 1 into Row rolls pressure so as to which opposite band carries out the fixed thick processing of fixed width, and refuelling device 3 is external for solid grease to be stirred evenly progress Conveying, from the thick grease spray attachment that refuelling device 3 exports on the fixed thick face band of the fixed width, and in next step The face band for being stained with grease fold so as to which grease be wrapped up in transmission process, the face band after package is transported to folded face Zigzag folding is carried out on machine 5, the face band cut after platform machine 6 folds zigzag finally by split and wrap up grease is cut Item processing, the face band after slitting carry out the baking operation of next step, quadrangle cutter 4, hexagonal trimmer 2, multiple roll grinding machine 1, Refuelling device 3, folded face machine 5 and split are cut platform machine 6 and are connect respectively with central processor unit 7 into line control circuit, in Central processor device 7 is to quadrangle cutter 4, hexagonal trimmer 2, multiple roll grinding machine 1, refuelling device 3, folded face machine 5 and split It cuts platform machine 6 to be controlled, realizes the automated production of shortening bread continuous production line apparatus.

Multiple roll grinding machine 1 includes face band conveying device 11 and device of making dough, and as shown in figs. 2-11, device of making dough includes roller 12 and pressure surface roller 18, the both ends of roller 12 are respectively equipped with connection sheet 19, and connection sheet 19 is round pie structure, and connection sheet 19 is relatively flat Row setting, the axle center of roller 12 are provided with shaft 14, and roller 12 is fixedly connected with connection sheet 19, and connection sheet 19 is equipped with axis Hole 19.1, axis hole 19.1 run through connection sheet 19, the axis of axis hole 19.1 pass through the center of circle of connection sheet 19 and with the circle of connection sheet 19 Cake face is vertical, and shaft 14 is crossed axis hole 19.1 and is fixedly connected with device of making dough, and roller 12 is surrounded by the planetary rollers 13 of 12 The cylinder-like structure that shaft 14 is formed, the axis of planetary rollers 13 is parallel with shaft 14, and the both ends of planetary rollers 13 are respectively equipped with connection Cap 114, attachment cap 114 are sleeved on the end of planetary rollers 13 and are fixedly connected with connection sheet 19, and attachment cap 114 is cylindrical structure, The intermediate position of attachment cap 114 is provided with annulus 114.3, and annulus 114.3 is sleeved on the outer surface of cylinder, the axis of annulus 114.3 Line is overlapped with the axis of cylinder, and cylinder is divided into 114.6 two parts of inner cylinder 114.1 and exterior circular column by annulus 114.3, Inner cylinder 114.1 is hollow cylinder, sets that there are two interior rectangle groove 114.2, interior rectangles on the outer wall of inner cylinder 114.1 Groove 114.2 is opposite to be arranged in parallel, and exterior circular column 114.6 is solid cylinder, set on the outer wall of exterior circular column 114.6 there are two Outer rectangle groove 114.7, outer rectangle groove 114.7 is opposite to be arranged in parallel, interior rectangle groove 114.2 and outer rectangle groove 114.7 Parallel, pressure surface roller 18 is located at the lower part of roller 12, and the axis of pressure surface roller 18 is parallel with shaft 14, and conveying device is located at device of making dough Front side, dough is delivered to device of making dough and carries out rolling pressure by conveying device.The outer of connection sheet 19 is equipped with U-shaped mouth 113, U-shaped mouth 113 are made of square hole 113.1 and round hole 113.2, and the diameter of annulus 114.3 is more than the diameter of round hole 113.2, U-shaped For mouthfuls 113 opening back to the center of circle of connection sheet 19, the diameter of round hole 113.2 is more than the aperture of square hole 113.1, during installation, Interior rectangle groove 114.2 and square hole 113.1 are placed in parallel and attachment cap 114 is fixed on round hole along U-shaped mouth 113 In 113.2, so as to which attachment cap 114 be fixedly connected with connection sheet 19.The outside of attachment cap 114 is additionally provided with fixed block 114.4, Gu The surface for determining block 114.4 with exterior circular column 114.6 is fixedly connected, and trepanning 114.5 is additionally provided on attachment cap 114, and trepanning 114.5 is passed through Fixed block 114.4 and attachment cap 114 are worn, the axis of trepanning 114.5 is overlapped with the axis of attachment cap 114, inner cylinder 114.1 Diameter is more than the diameter of exterior circular column 114.6.12 connecting holes 19.2 are additionally provided in connection sheet 19, connecting hole 19.2 is through connection Piece 19, connecting hole 19.2 are distributed in the both sides of U-shaped mouth 113, and the outside of axis hole 19.1 is additionally provided with 12 through-core holes 19.3, lead to the heart The axis in hole 19.3 is parallel with the axis of connecting hole 19.2.The outside of connection sheet 19 further respectively has 4 pieces of fixinig plates 12, fixinig plate 112 be arc-shaped structure, and 4 pieces of fixinig plates 112 are connected from beginning to end in ring-shaped structure, and fixinig plate 112 is equipped with slot 112.3, slot The size in hole 112.3 is corresponding with the size of exterior circular column 114.6, and slot 112.3 is sleeved on exterior circular column 114.6 Outer surface, the screw hole 112.1 of 3 is also set on each fixinig plate 12, and screw hole 112.1 is distributed in the both sides of slot 112.3, screw hole 112.1 are fixedly connected with connecting hole 19.2 by screw 112.2.Make dough device side wall be equipped with vernier knob 6, fine tuning Knob 16 is equipped with screw thread 16.1, and shaft 4 is equipped with elevating lever 111, and elevating lever 111 is connected through a screw thread with vernier knob 16, Rotary fine adjustment knob 16 lifts roller 12.Make dough device side wall on be additionally provided with motor shaft 15, motor shaft 15 and pressure Face roller 18 is fixedly connected, and antiskid plate 15.1 is further fixed on motor shaft 15, and one end of antiskid plate 15.1 is equipped with plate hole, plate hole suit On motor shaft 15, the other end of antiskid plate 15.1 is fixedly connected with device of making dough, the diameter of plate hole and the diameter of motor shaft 15 Equal, motor shaft 15 drives pressure surface roller 18 to rotate by being fixedly connected with external motor.It makes dough and is additionally provided at the top of device Protective cover 17, protective cover 17 are equipped with multiple windows 17.1, and protective cover 17 is wedge structure.12 planetary rollers 13 surround shaft 4 It is uniformly arranged, the number of U-shaped mouth 113 is also 12, and U-shaped mouth 113 is correspondingly arranged with planetary rollers 13.Make dough device bottom it is also solid Surely scraper is provided with, scraper is located at the outer surface of pressure surface roller 18, and the edge of a knife of scraper is directed toward the tangential direction of pressure surface roller 18, the edge of a knife It is directed toward opposite with the rotation direction of pressure surface roller 18.

Hexagonal trimmer 2 include feed inlet 25.1, apparatus for shaping, power plant and fixed frame, as shown in Figure 12-21, Gu Determine frame to be made of bottom plate 21, power cavity 22 and plastic chamber 23, bottom plate 21 is horizontally disposed, and plastic chamber 23 is located at the top of bottom plate 21 And it is parallel with bottom plate 21, power cavity 22 is vertically arranged, and the both ends of power cavity 22 are fixedly connected respectively with bottom plate 21 and plastic chamber 23, Fixed frame is inverted U shape structure, and apparatus for shaping is fixed in plastic chamber 23, and power plant is fixed in power cavity 22, Feed inlet 25.1 is arranged on the top of plastic chamber 23, and apparatus for shaping is identical by two blocks of wallboards being mutually parallel, 29, two sizes The pressure surface roller 28 identical with two sizes of hexagonal roller 27 form, two blocks of wallboards 29 are fixedly connected with plastic chamber 23, wallboard 29 Axis is vertical with the axis of bottom plate 21, and a pair of of axis hole and a pair of of roller aperture are equipped on two blocks of wallboards 29, and axis hole is round hole, a pair of Roller aperture includes a bar hole 220 and a round hole 221, and axis hole is located at the top of roller aperture 211 and 210, the circle of a pair of of axis hole Heart line and the line of centres of a pair of of roller aperture are mutually parallel, and hexagonal roller 27 and pressure surface roller 28 are respectively positioned between two blocks of wallboards 29, and two The both ends of the surface of a hexagonal roller 27 are respectively and fixedly provided with shaft 27.1 and shaft 27.3, and the axis of shaft is overlapped with the axis of hexagonal roller 27, The both ends of two pressure surface rollers 28 are equipped with roll shaft 28.1 and roll shaft 28.2, and the axis of roll shaft is also overlapped with the axis of pressure surface roller 28, The shaft 27.1 and 27.3 of 27 both sides of hexagonal roller extends through the axis hole being oppositely arranged on two blocks of wallboards 29,28 both sides of pressure surface roller Roll shaft 28.1 and 28.2 extends through the roller aperture being oppositely arranged on two blocks of wallboards 29, and two hexagonal rollers 27 and two pressure surface rollers 28 divide It is not fixedly connected with the wallboard 29 in plastic chamber 23.Shaft length in 27 both ends of the surface of hexagonal roller is different, 28 both ends of pressure surface roller Roll shaft length is also different, and the length of the shaft 27.1 far from power cavity 22 is more than close to the length of the shaft 27.3 of power cavity 22, It is more than the length of the roll shaft 28.2 far from power cavity 22 close to the length of the roll shaft 28.1 of power cavity 22, the end of shaft 27.3 is also Equipped with gear 27.2, the axis of gear 27.2 is overlapped with the axis of shaft 27.3, the gear intermeshing in two shafts 27.3, The end of roll shaft 28.1 is equipped with moving gear 28.3, and the axis of moving gear 28.3 is overlapped with the axis of roll shaft 28.1, moving gear 28.3 It is attached with power plant, moving gear 28.3 is rotated by two hexagonal rollers 27 of chain-driving and two pressure surface rollers 28. The top of feed inlet 25.1 is additionally provided with hopper 25, and hopper 25 is fixedly connected with feed inlet.The outer surface of pressure surface roller 28 is equipped with a plurality of The outer surface of pressure surface roller 28 is divided into the identical channel of multiple sizes by screw thread, screw thread.The bottom of pressure surface roller 28 is equipped with scraper 211, the outer surface of the edge of a knife and pressure surface roller 28 of scraper 211 is tangent, and the edge of a knife of scraper 211 is directed toward the direction of motion with pressure surface roller 28 On the contrary, the bottom of hexagonal roller 27 is equipped with scraper plate 214, the plate mouth of scraper plate 214 and the outer surface of hexagonal roller 27 are tangent, scraper plate 214 Plate mouth is directed toward opposite with the direction of motion of hexagonal roller 27.Star grip knob 210, star are fixedly installed on scraper 211 and scraper plate 214 Spring 12 is provided between row handle 210 and scraper 211, spring 212 is also fixed between star row handle 210 and scraper plate 214, is led to Crossing 210 compressed spring 212 of rotation star grip knob makes scraper plate 214 be bonded with hexagonal roller 27 or makes scraper 211 and pressure surface roller 28 It is bonded.The top of plastic chamber 23 is equipped with two levers 24, and two levers 24 are separately positioned on both sides and the difference of feed inlet It is vertically arranged with plastic chamber 23.The top of plastic chamber 23 is equipped with locking post 26, and wallboard 29 is equipped with post holes, and locking post 26 is through whole Shape chamber 23 is inserted into post holes, and plastic chamber 23 is fixedly connected with apparatus for shaping.Power plant is motor, and motor passes through chain It is fixedly connected with apparatus for shaping.The outside of two blocks of wallboards 29 is equipped with sliding panel 216, and sliding panel 216 is parallel with wallboard 29 Setting, sliding panel 216 are equipped with slide opening 216.1, and slide opening 216.1 is penetrated through with bar hole 220, the roll shaft 28.1 at 28 both ends of pressure surface roller It sequentially passes through bar hole 220 and slide opening 216.1 and is fixed with wallboard 29, the side wall of two pieces of sliding panels 216 in 29 outside of wallboard is equal Equipped with turbine push rod 215, the lower part of turbine push rod 215 is equipped with thread barrel 215.1, thread barrel 215.1 and 215 spiral shell of turbine push rod Line connects, and two thread barrels 215.1 are fixedly connected by a connecting rod 217, by being rotatablely connected bar 217 by sliding panel 216 drive pressure surface rollers 28 are moved along the hole wall of bar hole 220, so as to which the pressure surface roller of drive activity carries out displacement, adjustment Spacing between two pressure surface rollers.

Fuel charger 3 includes supporting rack 31, feed cavity 33, drive cavity, oil-discharging cavity 34 and petroleum pipeline, as shown in Figure 22-32, branch Support 31 is horizontally disposed, and feed cavity 33 is located at the top of drive cavity and is penetrated through with drive cavity, and feed cavity 33 forms one with drive cavity A open-topped box like structure, box like structure are horizontally disposed with and are fixedly connected with supporting rack 31, and oil-discharging cavity 34 is located at box-like knot The outside of structure is simultaneously disposed adjacent with box like structure, and oil-discharging cavity 34 is the tubular structure of both ends trepanning, and oil-discharging cavity 34 is horizontally disposed simultaneously It is penetrated through with drive cavity, one end of drive cavity is fixedly connected with one end of oil-discharging cavity 34 and forms a horizontally disposed cylindric chamber Body, the end face of oil-discharging cavity 34 are fixed with oil extraction axis hole 34.1, and the side wall of drive cavity is equipped with transmission axis hole, oil extraction axis hole 34.1 Axis is overlapped with the axis of transmission axis hole, and the other end and the petroleum pipeline 36 of oil-discharging cavity 34 are attached, and are equipped in cylindric cavity Flat-pushing auger 311, flat-pushing auger 311 are arranged in parallel with circular cylindrical chamber, and the both ends of flat-pushing auger 311 are equipped with fixing axle, and both ends are solid Dead axle is fixedly connected respectively with transmission axis hole and oil extraction axis hole 34.1, is additionally provided in feed cavity 33 and is pushed auger 312, is pushed and is twisted Dragon 312 is located at the side wall of feed cavity 33 and vertical with flat-pushing auger 311, and cylindric cavity, is arranged on cylindric chamber at oil-discharging cavity 34 Internal flat-pushing auger 311 forms a Transmission system with the pushing auger 312 for being arranged on 33 side wall of feed cavity.In the present embodiment Transmission system for two groups, it is parallel between two groups of Transmission systems and be mutually communicated.The top of feed cavity 33 is fixedly installed strand Imperial case 32, auger case 32 are located at the side wall of feed cavity 33, and the one end for pushing auger 312 is fixed in auger case 32, push The other end of auger 312 is inserted vertically into feed cavity 33.Flat-pushing auger motor 324 is additionally provided on the side wall of feed cavity 33, is put down It pushes away auger motor 324 and the fixing axle 323 of one of them flat-pushing 311 end of auger is attached, flat-pushing auger 311 and pushing twist The connection shaft end of dragon 312 is equipped with gear 322, is engaged and connected by gear 322 between two flat-pushing augers 311, under two It is also to engage to connect by gear between pressure auger 312, flat-pushing auger motor 324 drives two flat-pushing augers being mutually parallel 311 are rotated around the axis of flat-pushing auger 311, are provided in auger case 32 and are pushed auger motor, push auger motor under The axis of auger 312 is pressed to be fixedly connected, auger motor is pushed and pushing auger 312 is driven to be rotated around the axis for pushing auger 312, two Packing auger blade on flat-pushing auger 311 is staggered, and two packing auger blades pushed on auger 312 are also staggered.Oil-discharging cavity Screw pump 35 is additionally provided between 34 and petroleum pipeline 36, stator and rotor are equipped in screw pump, is also fixedly installed on supporting rack 31 Have spiral shell pump motor, suction inlet 35.1 and the oil-discharging cavity 34 of screw pump 35 are fixedly connected, the outlet 35.2 of screw pump 35 with Petroleum pipeline 36 is fixedly connected, and the rotation axis of screw pump 35 is fixedly connected with spiral shell pump motor, and the rotation of spiral shell pump motor drives spiral shell Rotation axis in bar pump 35 is rotated.The free end of petroleum pipeline 36 is equipped with nozzle 37, and nozzle 37 is fixed with petroleum pipeline 36 to be connected It connects, lifter plate 316 is provided at the spout 39 of nozzle 37, the both sides of spout 39 are fixed with reinforcing plate respectively, add described in two Strong plate is fixedly connected with the lifter plate 316, and lifter plate 316 can move up and down the size of control opening along 39 face of spout.It rises The two side walls of drop plate 316 are fixed with handle 318, and two handles 318 are vertical with lifter plate 316, are all provided on two handles 318 Bar hole 320 there are one putting, the axis of bar hole 320 is parallel with the direction that lifter plate 316 moves, and two bar holes 320 are opposite It is arranged in parallel, two bar holes 320 are attached by shaft 314, and respectively there are one eccentric wheels 315 for set at the both ends of shaft 314, turn The both ends of axis 314 extend through the eccentric orfice on eccentric wheel 315, and eccentric wheel 315 is located at the outside of handle 318, the top of shaft 314 End is also fixed with handle 319, and lifter plate 316 is moved up and down to control spout 39 by rotational handle 319 Openings of sizes.The top of feed cavity 33 is further fixed on hopper 310, and hopper 310 is disposed adjacent with auger case 32, and hopper 310 is chamber Body structure, the cavity of the hopper 310 are penetrated through with the feed cavity 33, and the side of the hopper 310 is equipped with feed openings, side Feed openings are attached with feed arrangement, and oil clot is entered by feed openings in feed cavity 33.Pressure is fixed in oil-discharging cavity 34 Force snesor 321, pressure sensor 321 are located at the end of the flat-pushing auger 311, pressure sensor 321 and outer circuits into Row connection.Oil plant sensor 313 is fixed in feed cavity 33, oil plant sensor 313 is located at the side wall of feed cavity 33, oil plant sensing Device 313 is located proximate to feed inlet.

Quadrangle cutter 4 includes supporting rack 419 and conveying device 42, as shown in Figure 33-43, in the plate face of supporting rack 419 Equipped with discharge hole 417, discharge hole 417 runs through the plate face of supporting rack, and conveying device 42 is arranged below discharge hole 417, discharges Hole 417 is square hole, is equipped with one piece of support plate 46 vertically along each on two opposite sides of square hole, two pieces of support plates 46 are opposite Be arranged in parallel and it is vertical with the plate face of supporting rack 419 respectively fix, set in one of support plate 46 there are two circular shaft bore, circle Shape axis hole runs through support plate 46, and the axis of circular shaft bore is vertical with the plate face of support plate 46, and the center of circle of two circular shaft bores is located at On same horizontal line, be also provided in the relative position of another piece of support plate 46 there are two circular shaft bore, two pieces of support plates 46 it Between setting there are two the rectangular roller 412 of same size, rectangular roller 412 is rectangular parallelepiped structure, and the bottom surface of rectangular roller 412 is pros Shape, four sides of rectangular roller 412 are rectangle, and X-shaped knife 414, X-shaped are fixedly installed on four ribs of rectangular roller 412 The edge of a knife back of the body of knife 414 is directed toward the axis of rectangular roller 412, and opposite two X-shaped edges of a knife form one group of section, on a rectangular roller Four X-shaped edges of a knife form two groups of sections, and two groups of sections are intersected and the axis weight of the intersecting lens of two groups of sections and rectangular roller 412 It closes, the both ends of two rectangular rollers 412 are fixedly installed roll shaft 49.1 and 49.2, rectangular 412 both ends roll shaft 49.1 and 49.2 of roller Axis of the axis with rectangular roller 412 overlap, the roll shaft 49.1 and 49.2 at rectangular 412 both ends of roller is oppositely arranged respectively with two Circular shaft bore be fixedly connected, the end of two roll shafts 49.2 that two rectangular rollers 412 are located at the same side is fixedly installed with teeth Wheel 418, two intermeshing connections of gear 418, pitch wheel 418 is located at the outside of one piece of support plate 46, wherein one Another roll shaft 49.1 of a rectangular roller 412 is fixedly connected with external driving motor, rectangular by driving motor drive two Roller 412 is engaged rotation around axis.Two rectangular rollers 412 are arranged in parallel between support plate 46, during operation, two rectangular rollers 412 rotating speed is identical, and the shearing to material is realized when two X-shaped edges of a knife are located at simultaneously in the plane of two groups of roll shafts compositions. Two pieces of reinforcing plates 420 are further fixedly arranged between two pieces of support plates 46, reinforcing plate 420 is arranged in parallel with support plate 46, and two pieces add Two reinforced holes, the size of two groups of reinforced holes and the size of two groups of roll shafts 49.1 and 49.2 are also each provided on strong plate 420 Size is corresponding, and the both ends of each rectangular roller 412 are also respectively fixedly installed there are four meniscus 416, and meniscus 416 to be fixed on two Between adjacent X-shaped knife 414, the end of four meniscus 416 and rectangular roller 412 forms a circular end face, and circular end face is also Screening glass 415 is provided with, rectangular roller 412 is located between two pieces of reinforcing plates 420, and reinforced hole is fixed with roll shaft 49.1 and 49.2 to be connected It connects.It is equipped with two pieces of relatively parallel baffles 43 vertically along the two other side of discharge hole, baffle 43 is vertical with support plate 46 solid Fixed, two block baffles 43 and two pieces of support plates 46 surround a square shape feed space, and two rectangular rollers 412 are fixed in feed space. Two parallel push rods 45 are fixedly installed between two pieces of support plates 46, push rod 45 is vertical with support plate 46 fixed, two block baffles 43 are located between two push rods 45, flat-pushing 44 are provided between push rod 45 and support plate 46, flat-pushing 44 is fixed with push rod 45 Connection.The top of feed space is additionally provided with hopper 41, and hopper 1 is fixedly connected with support plate 46 by screw.Conveying device 42 with Supporting rack 419 is arranged in parallel and is fixedly connected with the side wall of supporting rack 419, and conveying device 42 is that material is carried out by conveyer belt Conveying.Be additionally provided with support plate mask 48 on supporting rack 419, support plate mask 48 be arranged on the outside of two pieces of support plates 46 and with Supporting rack 419 is fixedly connected.Multiple windows 47 are additionally provided on the side wall of supporting rack 419, window 47 runs through supporting rack side wall.Support Limit shaft 411 is further fixedly arranged on plate 46, limit shaft 411 is vertically arranged with support plate 46, is connected with external driving motor It is fixedly connected between roll shaft 49.1 and limit shaft 411 by limiting plate 410, limiting plate 410 is arranged in parallel with support plate 46.

Folded face machine 5 includes conveying device and folded face device, and as shown in Figure 44-49, conveying device is by driving wheel 52, driven Wheel 53 and the connection composition of belt conveyor 51 fold face device and include fixing bracket knead dough band hopper 510, and fixing bracket is horizontally disposed with, The square tube type structure that face is vertically arranged with hopper 510, face band hopper 510 are between fixing bracket and vertical with fixing bracket It is fixed, a bracket holes are respectively provided on the supporting plate 56 of fixing bracket both sides, bracket holes run through the supporting plate 56, two stents The axis coincidence in hole is simultaneously vertical with supporting plate 56, and open top of the face with hopper 510 is equipped with a pair of of axis hole, and axis hole is located at face strip It is arranged in parallel on the side wall of bucket 510 and relatively, driving wheel 52 and opening parallel of the face with hopper 510, driving wheel 52 are arranged on Open top simultaneously passes through shaft 515 and is fixedly connected with axis hole, when folding the work of face machine, rolls the face band pressed and is attached to belt conveyor 51 Surface on, the position of driving wheel 52 transported by the position of driven wheel 53 and passes through open top of the face with hopper 510 fall into In cavity of the face with hopper 510.Driving wheel 52 is arranged on top open part of the face with hopper 510 and can be in the spaced winding master of axis hole The axis rotation of driving wheel 52, the outside of one of supporting plate 56 are equipped with servo motor 57, and the motor shaft of servo motor 57 runs through Bracket holes, shaft coupling 58, servo motor 57 to pass through motor shaft there are one fixed settings between servo motor 57 and face band hopper 510 It is fixedly connected with shaft coupling 58, support bracket fastened two side walls are equipped with servo motor cabinet 513 and FREQUENCY CONTROL motor case 512, servo motor cabinet 513 and FREQUENCY CONTROL motor case 513 are fixedly connected respectively with fixing bracket, and two pieces of supporting plates 56 divide Wei Yu not be in servo motor cabinet 513 and FREQUENCY CONTROL motor case 512, during connection, wherein shaft coupling is inserted into the end of shaft 515 In the axocoel of device 58, in addition the outside of one piece of supporting plate 56 is equipped with FREQUENCY CONTROL motor, and FREQUENCY CONTROL motor is fixed on frequency control In motor case 512 processed, FREQUENCY CONTROL motor and the beginning of driving wheel shaft 515 are fixedly connected, FREQUENCY CONTROL motor with When servo motor 57 works at the same time, face band hopper 510 swings back and forth while can rotating belt conveyor.Face band hopper 510 Be also each provided with one piece of fan-shaped guard plate 55 between two pieces of supporting plates 56, two pieces of fan-shaped guard plates 55 respectively with two pieces of stents Plate 56 is fixedly connected, and passes through fan-shaped amplitude of fluctuation of 56 inspection surface of guard plate with hopper 510.Conveying device tilts in the present embodiment Setting, driven wheel 53 are located at the lower part of driving wheel 52.The bottom of belt conveyor 51 is additionally provided with bar shaped scraper 54, bar shaped scraper 54 with Driving wheel 52 is parallel, and the edge of a knife of bar shaped scraper 54 is directed toward the plane tangent with driving wheel 52, and bar shaped scraper 54 is used to strike off adherency Fabric on belt conveyor 51, the lower part of bar shaped scraper 54 are equipped with storage panel 514, as shown in figure 47, store up panel 514 and bar shaped Scraper 54 is fixedly connected with conveying device, and storage panel 514 is used to store the fabric that bar shaped scraper 54 scrapes.The end of driving wheel 52 Portion is equipped with face band scraper (not shown), and face band scraper is fixedly connected with face band hopper, the edge of a knife and driving wheel of the face with scraper 52 outer surface is tangent.Preferably face band can be sent into the band hopper 510 of face by face band scraper, without face band is caused to glue It is attached on the surface of belt conveyor 51.

The face tape cut, which enters, carries out packaging processing in packing machine.

Embodiment 2

Identical with the attachment device in embodiment 1, difference lies in shortening bread continuous production line apparatus in embodiment 2 The multiple roll grinding machine of more is equipped with, two multiple roll grinding machines are equipped between hexagonal trimmer and the refuelling device, is refueled Three multiple roll grinding machines also are provided between machine device and folded face machine device, folded face machine is cut platform machine with split and also directly is provided with more than two Roller grinding machine.The face tape cut, which enters, carries out packing processes in packing machine.

Claims (8)

1. a kind of shortening bread continuous production line apparatus, including central processor unit, quadrangle cutter, hexagonal trimmer, more Platform machine is cut in roller grinding machine, refuelling device, folded face machine and split, and the unfashioned dough of monoblock is first put into quadrangle shearing during production It carries out cutting into a certain size doughball in machine, then is transported to doughball to be processed in hexagonal trimmer to be formed Face band, then the face band processed is transported in multiple roll grinding machine and roll pressure so as to which opposite band carries out the fixed thick processing of fixed width, institute Stating refuelling device is externally conveyed for solid grease to be stirred evenly, the thick grease exported from refuelling device Spray attachment rolls over the face band for being stained with grease in the transmission process of next step on the fixed thick face band of the fixed width It is folded that so as to which grease be wrapped up, the face band after package is transported to progress zigzag folding on the folded face machine, finally by point Body, which will be cut after platform machine will fold in a zigzag and wraps up the face band of grease, carries out slitting processing, and the face band after slitting carries out next step Bake operation, which is characterized in that the quadrangle cutter, hexagonal trimmer, multiple roll grinding machine, refuelling device, folded face machine and Split is cut platform machine and is connect respectively with the central processor unit into line control circuit, by the central processor unit to four Angle cutter, hexagonal trimmer, multiple roll grinding machine, refuelling device, folded face machine and split are cut platform machine and are controlled, and realize shortening The automated production of bread continuous production line apparatus；

The quadrangle cutter includes supporting rack and conveying device, and the plate face of support frame as described above is equipped with discharge hole, the discharging The plate face of support frame as described above is run through in hole, and the conveying device is arranged below the discharge hole, and the discharge hole is square hole, It is equipped with one piece of support plate vertically along each on two opposite sides of the square hole, two pieces of support plates are opposite to be arranged in parallel simultaneously It is vertical with the plate face of support frame as described above respectively to fix, it is set in one of support plate there are two circular shaft bore, the circle Axis hole runs through the support plate, and the axis of the circular shaft bore is vertical with the plate face of the support plate, two circular shaft bores The center of circle be located on same horizontal line, be also provided in the relative position of another piece of support plate there are two circular shaft bore, two Between support plate described in block setting there are two same size rectangular roller, the rectangular roller be rectangular parallelepiped structure, the rectangular roller Bottom surface for square, four sides of the rectangular roller are rectangle, are fixedly installed on four ribs of the rectangular roller There is X-shaped knife, the edge of a knife back of the body of the X-shaped knife is directed toward the axis of the rectangular roller, and opposite two X-shaped edges of a knife form one group of section, Four X-shaped edges of a knife on one rectangular roller form two groups of sections, two groups of sections intersect and two groups of sections it is intersecting Line is overlapped with the axis of the rectangular roller, and the both ends of two rectangular rollers are fixedly installed roll shaft, rectangular roller both ends roll shaft Axis of the axis with the rectangular roller overlap, the circular shaft that the roll shaft at the rectangular roller both ends is oppositely arranged respectively with two Hole is fixedly connected, and described two rectangular rollers are arranged in parallel between the support plate, and during operation, roll shaft is fixed with external motor to be connected It connects so as to which two rectangular rollers be driven to be rotated around roll shaft, while the rotating speed of two rectangular rollers is identical, and in two X-shaped edges of a knife while position The shearing to material is realized when in the plane formed in two groups of roll shafts；The hexagonal trimmer includes feed inlet, and apparatus for shaping moves Power apparatus and fixed frame, the fixed frame are made of bottom plate, power cavity and plastic chamber, the floor level setting, described whole Shape chamber is located at the top of the bottom plate and parallel with the bottom plate, and the power cavity is vertically arranged, the both ends point of the power cavity It is not fixedly connected with the bottom plate and the plastic chamber, the fixed frame is inverted U shape structure, and the apparatus for shaping is fixed at In the plastic chamber, the power plant is fixed in the power cavity, and the feed inlet is arranged on the plastic chamber Top, the apparatus for shaping are identical with two sizes by the identical hexagonal roller of two blocks of wallboards being mutually parallel, two sizes Pressure surface roller is formed, and two wallboards are fixedly connected with the plastic chamber, and the axis of the wallboard and the axis of the bottom plate hang down Directly, a pair of of axis hole and a pair of of roller aperture are equipped on two wallboards, the axis hole is round hole, and the pair of roller aperture is by one A round hole and bar hole composition, the axis hole are located at the top of the roller aperture, the circle center line connecting of the pair of axis hole and The line of centres of the pair of roller aperture is mutually parallel, and the hexagonal roller and the pressure surface roller are respectively positioned between two blocks of wallboards, The both ends of the surface of two hexagonal rollers are respectively and fixedly provided with shaft, and the axis of the shaft is overlapped with the axis of the hexagonal roller, two The both ends of the pressure surface roller are equipped with roll shaft, and the axis of the roll shaft is also overlapped with the axis of the pressure surface roller, the hexagonal roller The shaft of both sides extends through the axis hole being oppositely arranged on two blocks of wallboards, and the roll shaft of the pressure surface roller both sides extends through two The roller aperture being oppositely arranged on wallboard described in block, two hexagonal rollers and two pressure surface rollers are fixed respectively with the plastic chamber Connection.

A kind of 2. shortening bread continuous production line apparatus as described in claim 1, which is characterized in that the multiple roll grinding machine packet Face band conveying device and device of making dough are included, the device of making dough includes roller and pressure surface roller, and the both ends of the roller are respectively equipped with Connection sheet, the connection sheet are round pie structure, and the connection sheet is opposite to be arranged in parallel, and the axle center of the roller, which is provided with, to be turned Axis, the roller are the cylinder-like structure formed by more than one planetary rollers around the shaft, the roller and the company Contact pin is fixedly connected, and the connection sheet is equipped with axis hole, and the axis hole runs through the connection sheet, and the axis of the axis hole passes through institute State the center of circle of connection sheet and vertical with the cake face of the connection sheet, the shaft cross the axis hole and with the device of making dough It is fixedly connected, the axis of the planetary rollers is parallel with the shaft, and the both ends of the planetary rollers are respectively equipped with attachment cap, the company Cap sleeve is connect to be fixedly connected in the end of the planetary rollers and with the connection sheet, the pressure surface roller is located at the lower part of the roller, The axis of the pressure surface roller is parallel with the shaft, and the conveying device is located at the front side of the device of making dough, and conveying device will Dough is delivered to device of making dough and carries out rolling pressure.

A kind of 3. shortening bread continuous production line apparatus as described in claim 1, which is characterized in that the refuelling device packet Supporting rack, feed cavity, drive cavity, oil-discharging cavity and petroleum pipeline are included, support frame as described above is horizontally disposed with, and the feed cavity is located at the biography The top of dynamic chamber is simultaneously penetrated through with the drive cavity, and the feed cavity forms an open-topped box-like knot with the drive cavity Structure, the box like structure are horizontally disposed with and are fixedly connected with support frame as described above, and the oil-discharging cavity is located at the outer of the box like structure Side is simultaneously disposed adjacent with the box like structure, and the oil-discharging cavity is the tubular structure of both ends trepanning, and the oil-discharging cavity is horizontally disposed with And penetrated through with the drive cavity, one end of the drive cavity is fixedly connected with one end of the oil-discharging cavity and forms a level and sets The cylindric cavity put, the end face of the oil-discharging cavity are fixed with oil extraction axis hole, and the side wall of the drive cavity is equipped with transmission axis hole, The axis of the oil extraction axis hole is overlapped with the axis of the transmission axis hole, and the other end of the oil-discharging cavity is carried out with the petroleum pipeline Connection, the cylindrical shape cavity is interior to be equipped with flat-pushing auger, and the flat-pushing auger is arranged in parallel with the circular cylindrical chamber, described flat-pushing The both ends of auger are equipped with fixing axle, and fixing axle is fixedly connected respectively with the transmission axis hole and oil extraction axis hole described in both ends, described Pushing auger is additionally provided in feed cavity, the pushing auger is located at the side wall of the feed cavity and hangs down with the flat-pushing auger Directly, the cylindric cavity, oil-discharging cavity, the flat-pushing auger being arranged in cylindric cavity and the pushing for being arranged on feed cavity side wall Auger forms a Transmission system.

4. a kind of shortening bread continuous production line apparatus as claimed in claim 3, which is characterized in that the Transmission system is two Group, it is parallel between Transmission system described in two groups and be mutually communicated.

5. a kind of shortening bread continuous production line apparatus as described in claim 1, which is characterized in that the folded face machine includes defeated Device and folded face device are sent, the conveying device is connected with belt conveyor and formed by driving wheel, driven wheel, the folded face device Including fixing bracket knead dough band hopper, the fixing bracket is horizontally disposed with, the square tube type knot that the face is vertically arranged with hopper Structure, face band hopper between the fixing bracket and it is vertical with the fixing bracket fix, top of the face with hopper Portion's opening is equipped with a pair of of axis hole, and the axis hole is located on the side wall of the face with hopper and is arranged in parallel relatively, the active Wheel and opening parallel of the face with hopper, the driving wheel is arranged on the open top and passes through shaft to be consolidated with the axis hole Fixed connection when folding the work of face machine, is rolled the face band pressed and is attached on the surface of belt conveyor, master is transported by the position of driven wheel The position of driving wheel simultaneously passes through open top of the face with hopper and falls into cavity of the face with hopper.

6. a kind of shortening bread continuous production line apparatus as described in claim 1, which is characterized in that the shortening bread is continuous Product line device is equipped with the multiple roll grinding machine more than one, wherein being set between the hexagonal trimmer and the refuelling device There is a multiple roll grinding machine, a multiple roll grinding machine also is provided between the refuelling device and the folded face machine device.

7. a kind of shortening bread continuous production line apparatus as described in claim 1, which is characterized in that two pieces of support plates it Between be further fixedly arranged on two pieces of reinforcing plates, the reinforcing plate is arranged in parallel with the support plate, also each in two pieces of reinforcing plates There are two reinforced holes for setting, and the size of reinforced hole is corresponding with the size of roll shaft described in two groups described in two groups, each The both ends of the rectangular roller are also respectively fixedly installed there are four meniscus, and the meniscus is fixed between two adjacent X-shaped knives, The end of four meniscus and the rectangular roller forms a circular end face, and the rectangular roller is located at two pieces of reinforcing plates Between, the reinforced hole is fixedly connected with the roll shaft.

A kind of 8. shortening bread continuous production line apparatus as claimed in claim 2, which is characterized in that the bottom of the device of making dough Portion is further fixedly arranged on scraper, and the scraper is located at the outer surface of the pressure surface roller, and the edge of a knife of the scraper is directed toward the pressure surface The tangential direction of roller, the direction of the edge of a knife are opposite with the rotation direction of the pressure surface roller.