CN208987647U - A kind of equipment for making cookie - Google Patents

Abstract

The utility model relates to a kind of equipment for making cookie, including rack, rack-mounted elevating mechanism and conveyer mechanism, the supporting mechanism being fixed on the rack, shaping mechanism, power mechanism；Shaping mechanism includes discharging barrel, is mounted on the drum housing of discharging barrel lower end, is mounted on the molding assembly of drum housing lower end, is rotatably mounted on the intracorporal more rollers of cylinder shell；The inside of discharging barrel is communicated with the inside of drum housing, and it is open that the lower end of drum housing is equipped with longitudinal bar shaped；Molding assembly includes upper cover plate, lower cover plate, multiple hollow mold devices, the toothrow wheel being sleeved on mold device；Multiple mold devices are successively arranged in a longitudinal direction, and toothrow wheel is between upper cover plate and lower cover plate, adjacent two toothrow wheels intermeshing；Upper cover plate is fixed on the bar shaped open-mouth of drum housing lower end, the underface in mold device gap between adjacent two rollers.This equipment can be used for making cookie, belong to the molding technical field of cookie.

Description

A kind of equipment for making cookie

Technical field

The utility model relates to the molding technical field of cookie more particularly to a kind of equipment for making cookie.

Background technique

Cookies is due to sweet flavor, soft palatable feature, by the favor of all ages client, existing cookies Usually by moulded head, rack, workbench, holder combination forms biscuit production equipment, and discharge port and flower are arranged on moulded head Mouth.Currently, cookies develops towards various shapes and the diversified direction of color, existing cookies production equipment without Method converts the shape of biscuit according to actual needs, and is unable to accurately control the deal of cookies.So that the shape of cookies It is relatively simple, and structure is complicated, troublesome in poeration mostly for the equipment of existing biscuit production, it has not been convenient to mobile, production efficiency is low.

Also conveyer mechanism is not applied in cookies production equipment at present, previous conveyer belt is substantially in the factory It uses, after running for a period of time, conveyer belt can relax conveyer belt, influence daily production, now with many tensioning apparatus, still These tensioning device structures are relative complex, larger to the change of conventional conveyor structure, and volume is big, uses inconvenience, causes Conveyer belt input cost increases.And current conveyer belt cannot participate in the molding and transport of biscuit.

Utility model content

For the technical problems in the prior art, the purpose of this utility model is: providing a kind of for making cookies The equipment of cake can be used to make cookies.

In order to achieve the above object, the utility model adopts the following technical solution:

A kind of equipment for making cookie, including rack, rack-mounted elevating mechanism, lift are mounted on Conveyer mechanism in rack, the supporting mechanism being fixed on the rack, shaping mechanism, power mechanism；

Conveyer mechanism includes frame body, the driving shaft being rotatably mounted on frame body, the driven shaft being mounted on frame body, set Master end rubber roller on driving shaft, covers the slave end rubber roller on driven shaft, connects master end rubber roller and slave end rubber roller Conveyer belt；It is mounted on the rack to frame body lift, conveyer belt is arranged along transverse direction, for driving conveyer mechanism to go up and down The output end of elevating mechanism be connected with frame body；

Shaping mechanism includes discharging barrel, is mounted on the drum housing of discharging barrel lower end, be mounted on drum housing lower end at Type component is rotatably mounted on the intracorporal more rollers of cylinder shell；The inside of discharging barrel is communicated with the inside of drum housing, roller It is open that the lower end of shell is equipped with longitudinal bar shaped；Molding assembly includes upper cover plate, lower cover plate, multiple hollow mold devices, suit Toothrow wheel on mold device；Lower cover plate is relatively fixed with upper cover plate, and multiple mold devices are successively arranged in a longitudinal direction, mold Device runs through upper cover plate and lower cover plate, and toothrow wheel is between upper cover plate and lower cover plate, adjacent two toothrow wheels intermeshing；On Cover board is fixed on the bar shaped open-mouth of drum housing lower end, the underface in mold device gap between adjacent two rollers；

Drum housing is placed on supporting mechanism, and power mechanism is mounted on supporting mechanism, and shaping mechanism is located at conveyer belt Top, the first output end of power mechanism is connected on roller, and the second output terminal of power mechanism is connected to the toothrow on boundary On wheel.

Further, elevating mechanism includes handwheel, the lead screw of rotary type installation, the worm gear being sleeved on lead screw, with snail The worm screw being meshed is taken turns, is mounted on the support frame of lead screw end, third servo motor is mounted on third servo motor output end Third speed reducer, the shaft being mounted in third output end of reducer, the cam being sleeved in shaft is fixed on conveyer belt machine Output shelf on the frame body of structure, the first axle being mounted on output shelf bottom cover the first bearing in first axle；Lead screw is vertical Setting, worm screw is horizontally disposed, and hand wheel shaft and the worm screw of handwheel link together, and the end of lead screw is rotatably mounted on support frame On, third speed reducer is fixed on the support frame, and cam heads on first bearing.Elevating mechanism can be used to drive on conveyer mechanism Lower movement.

Further, conveyer mechanism further includes adjusting rod, adjusting block；It is mounted on frame body to driven axis movable, One end cap of adjusting block is threadedly coupled in the end of driven shaft, the other end of adjusting block with adjusting rod, and adjusting rod is mounted on frame body On.Adjusting rod and adjusting block can be used to adjust the tightness of conveyer belt.

Further, conveyer mechanism further includes hanger, driving motor, chain kit；Hanger is fixed on frame body, Hanger is located at the lower section of master end rubber roller, and hanger is equipped with backing plate, and driving motor is fixed on backing plate, the main chain of chain kit Wheel is mounted on the output end of driving motor, and the auxiliary chain wheel of chain kit is sleeved on driving shaft；Hanger, driving motor, chain Transmission component can be used to that conveyer belt is driven to operate.

Conveyer mechanism further includes secondary side rubber roller and asessory shaft, and secondary side rubber roller covers on asessory shaft, above and below asessory shaft It is mounted on frame body mobilely, secondary side rubber roller is located at below conveyer belt, connects for increasing conveyer belt with master end rubber roller Contacting surface product secondary side rubber roller it is upward conveyer belt.Secondary side rubber roller can be used to increase contact area, while can be slightly It is micro- to play the role of being tensioned conveyer belt.

Further, conveyer mechanism further includes scraper component, scraper component includes latch, material scraping plate, covers respectively Two connecting rods at driven shaft both ends；Wherein in a connecting rod, the other end of latch connects for one end connection of latch It connects in another connecting rod, material scraping plate is fixed on latch, and material scraping plate is located at the lower section of conveyer belt.Scraper component can incite somebody to action Glutinous material on a moving belt is wiped off.

Further, the upper end of lead screw is equipped with spherical surface body, the lower end of support frame is equipped with link block, link block be equipped with The adaptable spherical concave surface of spherical surface body, spherical surface body is embedded in link block and the spherical concave surface sphere-contact with link block；Screw rod is logical Crossing spherical surface body can drive entire support frame to move up and down.

Support frame includes horizontally disposed bottom plate, the first plate and the second plate being fixed on bottom plate vertically, connection the The connecting plate of one plate and the second plate；Link block is fixed on the lower end surface of bottom plate, and third speed reducer is fixed on the second plate, Shaft is pivotally mounted on the first plate and the second plate, is equipped with deep groove ball bearing on the first plate and the second plate, Shaft passes through deep groove ball bearing；

Elevating mechanism further includes spacer, and shaft is equipped with the shaft shoulder, and the end of the shaft shoulder nestles up cam, and one end of spacer abuts Cam, the other end of spacer nestle up the deep groove ball bearing at the first plate.The structure of support frame is simple, can be used to install Third speed reducer, shaft, cam can head on first bearing.Spacer and the shaft shoulder can be used to carry out axially position to cam.

Further, elevating mechanism further includes pedestal, bearing block and the rolling bearing units being fixed on bearing block；Bearing block It is fixed on pedestal, rolling bearing units are sleeved on hand wheel shaft, and hand wheel shaft is linked together by shaft coupling and worm screw；Bearing block and Rolling bearing units can be used to support handwheel, and handwheel can drive worm screw to rotate by shaft coupling.

Elevating mechanism further includes the pedestal being fixed on pedestal；Horizontally disposed worm screw runs through pedestal, worm screw rotary type peace On the base, worm gear is placed in the inside of pedestal to dress, and the inner wall of worm gear is equipped with the internal screw thread matched with lead screw, the silk being vertically arranged Thick stick runs through pedestal.Pedestal is used to install worm and wormwheel and screw rod, and worm and wormwheel and screw rod is made to work good.

Further, drum housing includes drum upper cover, roller lower cover, two pieces of roller upper blocks, two pieces of rollers downsides Block, drum upper cover and roller lower cover are sealed connected together, and one piece of roller upper block is arranged in one end of drum upper cover, and another piece The other end of drum upper cover is arranged in roller upper block, and the one end covered under the rollers, another piece of rolling is arranged in lateral mass under one piece of roller The other end covered under the rollers is arranged in the lower lateral mass of cylinder, and roller upper block is fixed together with lateral mass under roller, lateral mass under roller Lower part is equipped with arc-shaped concave；The structure of drum housing is simple, low manufacture cost.

Discharging barrel lower end is equipped with longitudinal bar shaped opening, and it is spacious that the top and bottom of drum housing are equipped with longitudinal bar shaped Mouthful, bar shaped open-mouth in drum housing upper end is sealed connected together with discharging barrel lower end bar shaped open-mouth, and upper cover plate passes through press strip It is fixed on the lower end of drum housing.The internal cavity of the internal cavity and drum housing of realizing discharging barrel communicates, the internal cavity of discharging barrel, The hollow of gap, mold device between the internal cavity of drum housing, adjacent two roller forms the channel fallen for slurry.

Further, supporting mechanism includes first support, second support, two circles being arranged side by side in a longitudinal direction Bar；One end of round bar is fixed in first support, and the other end of round bar is fixed on the secondary support bracket, and the arc of lateral mass is recessed under roller Face is placed on round bar, and round bar is linked together by pin and lateral mass under roller；Supporting mechanism can branch supporting power mechanism and Shaping mechanism.

Power mechanism includes first servo motor, the first speed reducer being mounted on first servo motor output end, installation Pulp gear in the first output end of reducer, the second servo motor, second be mounted on the second servo motor output end Speed reducer, the gear-box being mounted in the second output end of reducer；Pulp gear is meshed with the toothrow wheel for being located at boundary, and first Servo motor and the first speed reducer are respectively mounted on the secondary support bracket, and the output end of gear-box is connected to the end of roller, gear-box Installation is on the secondary support bracket.Power mechanism structure is simple, at low cost, roller and toothrow wheel can be driven to rotate, to make cookies Cake.

Further, mold device includes tubular locknut, mold；Toothrow wheel is sleeved on locknut, and locknut lower end is inserted Enter in mold, locknut and mold are fixed together, and the lower end surface of mold is equipped with the engraved structure for formed product.Different hollow outs Structure can be used for making cookie of different shapes.

Generally speaking, the utility model has the advantages that

The equipment for making cookie can be used to make biscuit of different shapes, and can produce the cookies of different-thickness Biscuit.The structure change of conveyer mechanism is smaller, and structure is simple, small in size, is easy to use, at low cost, can be used to adjust Save the tightness of conveyer belt.Scraper component can wipe glutinous material on a moving belt off.Secondary side rubber roller can be used to increase Large access area, while can slightly play the role of being tensioned conveyer belt.Baffle can prevent material from dropping out.Elevating mechanism structure It is compact, straight reciprocating motion can be exported in relatively short stroke.Worm and gear and lead screw can change the rotation of horizontal direction For the rotation of vertical direction and the lifting of vertical direction；Screw rod can drive entire support frame to move up and down by spherical surface body；Branch The structure of support is simple, can be used to install third speed reducer, shaft；Cam just will drive entire conveyer mechanism when swinging It moves up and down.Slot of shaking hands can be moved easily entire shaping mechanism.Toothrow wheel can facilitate power mechanism to drive.Replace different hollow outs The mold of structure can be used for making cookie of different shapes.The device structure of this production cookie is simple and convenient to operate, side Just it moves, high production efficiency, versatility is wide, can be adapted to different power mechanisms, charging mechanism, platform.And this production cookie Equipment making go out cookies various shapes.Supporting mechanism can branch supporting power mechanism and shaping mechanism.Power mechanism Structure is simple, at low cost, roller and toothrow wheel can be driven to rotate, to make cookie.

Detailed description of the invention

Fig. 1 is the perspective view of this production cookie equipment.

Fig. 2 is the top view of this production cookie equipment.

Fig. 3 is the structural schematic diagram of conveyer mechanism and elevating mechanism cooperation.

Fig. 4 is the perspective view of the first direction of conveyer mechanism.

Fig. 5 is the perspective view of the second direction of conveyer mechanism.

Fig. 6 is the enlarged drawing at Fig. 4 A.

Fig. 7 is the perspective view of elevating mechanism first direction.

Fig. 8 is the perspective view of elevating mechanism second direction.

Fig. 9 is the perspective view of this shaping mechanism first direction.

Figure 10 is the perspective view of this shaping mechanism second direction, is not drawn into lower cover plate.

Figure 11 is the perspective view of this shaping mechanism third direction, only draws a roller.

Figure 12 is the structural schematic diagram of this supporting mechanism and power mechanism.

Figure 13 is the structural schematic diagram of this cutting mechanism.

Figure 14 be the 4th servo motor, thread spindle, guide pad, revolving meber, second bearing structural schematic diagram.

Figure 15 is the structural schematic diagram of guide pad and second bearing.

Figure 16 is that this cutting mechanism applies the structural schematic diagram on cookie molding machine.

Specific embodiment

Below in conjunction with the drawings and specific embodiments, the utility model is described in more detail.

It is now attached to what is occurred in Figure of description for the ease of uniformly checking each appended drawing reference inside Figure of description Icon note is unitedly described as follows:

1 is conveyer mechanism, and 2 be elevating mechanism, and 3 be shaping mechanism, and 4 be power mechanism, and 5 be supporting mechanism, and 6 be cutting Mechanism, 7 be rack, and 8 be cookie, and 9 be slurry, and 1-1 is housing, and 1-2 is top plate, and 1-3 is rib, and 1-4 is hanger, and 1-5 is Driving motor, 1-6 are chain kit, and 1-7 is driving shaft, and 1-8 is slave end rubber roller, and 1-9 is asessory shaft, and 1-10 is secondary side Rubber roller, 1-11 are conveyer belt, and 1-12 is adjusting rod, and 1-13 is adjusting block, and 1-14 is connecting rod, and 1-15 is latch, and 1-16 is Material scraping plate, 1-17 are right cover, and 1-18 is the rolling bearing units of conveyer mechanism, and 1-19 is baffle, and 1-20 is backing plate, and 2-1 is handwheel, 2-2 is bearing block, and 2-3 is the rolling bearing units of elevating mechanism, and 2-4 is shaft coupling, and 2-5 is worm screw, and 2-6 is lead screw, and 2-7 is base Seat, 2-8 are substrate, and 2-9 is frame plate, and 2-10 is gusset, and 2-11 is link block, and 2-12 is bottom plate, and 2-13 is the first plate, 2-14 For the second plate, 2-15 is connecting plate, and 2-16 is third servo motor, and 2-17 is third speed reducer, and 2-18 is the shaft shoulder of shaft, 2-19 is spacer, and 2-20 is cam, and 2-21 is guide rail, and 2-22 is sliding block, and 2-23 is output shelf, and 2-24 is first axle, and 2-25 is First bearing, 2-26 are the first supporting plate, and 2-27 is the first inductive switch, and 3-1 is discharging barrel, and 3-2 is drum upper cover, and 3-3 is rolling Cylinder lower cover, 3-4 are roller upper block, and 3-5 is lateral mass under roller, and 3-6 is roller, and 3-7 is upper cover plate, and 3-8 is lower cover plate, 3-9 For toothrow wheel, 3-10 is locknut, and 3-11 is press strip, and 3-12 is slot of shaking hands, and 4-1 is first servo motor, and 4-2 is the first deceleration Machine, 4-3 are pulp gear, and 4-4 is the second servo motor, and 4-5 is the second speed reducer, and 4-6 is gear-box, and 5-1 is matrix, 5-2 For upright bar, 5-3 is vertical plate, and 5-4 is set square, and 5-5 is round bar, and 6-1 is edge-on bar, and 6-2 is stringer board, and 6-3 is upper connecting rod, 6-4 For lower link, 6-5 is the first swing rod, and 6-6 is the second swing rod, and 6-7 is the 4th servo motor, and 6-8 is revolving meber, 6-9 second Bearing, 6-10 are nut, and 6-11 is guide pad, and 6-12 is stopper, and 6-13 is sliding groove, and 6-14 is cutting line, 6-15 Two supporting plates.

In conjunction with shown in Fig. 1, Fig. 2, Fig. 3, a kind of equipment for making cookie, including rack, it is rack-mounted Elevating mechanism, the rack-mounted conveyer mechanism of lift, the supporting mechanism being fixed on the rack, shaping mechanism, power Mechanism, cutting mechanism.Conveyer mechanism is located at the top of elevating mechanism, this conveyer mechanism and elevating mechanism are to apply making On cookies, the molding and transport of cookies can be participated in.

First conveyer mechanism is described in detail below:

For sake of convenience, be now described as follows to hereafter described orientation: the direction of conveyer belt transport is transverse direction, laterally Direction, that is, left and right directions, the axis direction of driving shaft are longitudinal direction, longitudinal direction, that is, front-rear direction.

In conjunction with shown in Fig. 4, Fig. 5, Fig. 6, conveyer mechanism includes frame body, the driving shaft being rotatably mounted on frame body, peace Driven shaft on frame body covers the master end rubber roller on driving shaft, covers the slave end rubber roller on driven shaft, connection is actively The conveyer belt of side rubber roller and slave end rubber roller, adjusting rod, adjusting block.It is mounted on the rack to frame body lift, i.e., entire transmission Band mechanism can move up and down, and frame body installs the form that can use sliding block and guide rail with rack lift；Elevating mechanism is used In driving conveyer mechanism lifting, the output end of elevating mechanism is connected with frame body.Driving shaft passes through master end rubber roller, driving shaft It is integrated structure with master end rubber roller, the length of master end rubber roller is slightly less than the length of driving shaft.Driven shaft passes through slave end Rubber roller, driven shaft and slave end rubber roller can be integrated structure, be also possible to fission, slave end rubber roller can be relatively driven Axis rotation, slave end rubber roller can also be rotated as driven shaft rotates, and the length of slave end rubber roller is slightly less than the length of driven shaft Degree.Conveyer belt is arranged along transverse direction, and conveyer belt is operated along transverse direction, and driving shaft and driven shaft are each along longitudinal direction Direction setting.Conveyer belt bypasses master end rubber roller and slave end rubber roller, is mounted on frame body to driven axis movable, meanwhile, from Moving axis can integrally move in a lateral direction.One end (right end) of adjusting block is covered in the end of driven shaft, adjusting block it is another End (left end) is threadedly coupled with adjusting rod, and adjusting rod is mounted on frame body.In conjunction with shown in Fig. 4, Fig. 6, adjusting block and adjusting rod are equal There are two, the front end of driven shaft is arranged in an adjusting block and an adjusting rod, another adjusting block and another adjusting rod are set It sets in the rear end of driven shaft.The end of conveyer belt is equipped with the right cover for covering driven shaft and scraper component.The two sides of conveyer belt are equipped with Baffle.

Frame body includes two housings, top plates；Frame body further includes the part that other are used to support, and is not unfolded to illustrate here.Top One end (front end) of plate is fixed therein the lower end surface of (front) housing, and the other end (rear end) of top plate is fixed on another The lower end surface of a (subsequent) housing, driving shaft and driven shaft are installed on housing, and adjusting rod is mounted on housing.Housing Cross sectional shape is in groove profile, and the lower end surface of top plate is equipped with more ribs.

Conveyer mechanism further includes hanger, driving motor, chain kit.Hanger is fixed on the left part of frame body, and hanger is solid It is scheduled on the lower section of housing left end, and hanger is located at the lower section of master end rubber roller, hanger is equipped with backing plate, and backing plate is fixed on hanger On, driving motor is fixed on backing plate, and the head sprocket of chain kit is mounted on the output end of driving motor, chain kit Auxiliary chain wheel be sleeved on driving shaft.

Rolling bearing units are equipped on driving shaft and driven shaft, cover the housing that the rolling bearing units on driving shaft are fixed on frame body On, the rolling bearing units covered on driven shaft are fixed on the housing of frame body.

In conjunction with shown in Fig. 4, Fig. 6, conveyer mechanism further includes scraper component, and scraper component includes latch, material scraping plate, divides Two connecting rods at driven shaft both ends are not covered.Connecting rod is obliquely installed, and can be rotated around driven shaft, an end cap of connecting rod On driven shaft, the other end and the latch of connecting rod are fixed together, and one end of latch connects a connecting rod wherein On, the other end of latch is connected in another connecting rod, and material scraping plate is fixed on latch, and material scraping plate is located at conveyer belt Lower section, material scraping plate have small gap close to conveyer belt or apart from conveyer belt.Material scraping plate and latch are in bar shaped, and It is arranged in a longitudinal direction.

As shown in connection with fig. 5, conveyer mechanism further includes secondary side rubber roller and asessory shaft, and asessory shaft passes through secondary side rubber roller, Asessory shaft and secondary side rubber roller are integrated structures, and the length of secondary side rubber roller is slightly less than the length of asessory shaft.Secondary side rubber roller It covers on asessory shaft, asessory shaft is mounted on frame body with moving up and down formula, and a variety of prior arts can be used to allow asessory shaft can be with It moves up and down, and realizes rotation simultaneously.Secondary side rubber roller is located at below conveyer belt, and secondary side rubber roller is in contact with conveyer belt, And secondary side rubber roller is located at master end rubber roller slightly the right a bit, for increasing the auxiliary of conveyer belt and master end rubber roller contact area The conveyer belt that helps side rubber roller upward, secondary side rubber roller it is upward conveyer belt, the contact of conveyer belt and master end rubber roller Area will more greatly, and secondary side rubber roller also opens the effect of tensioning conveyer belt while increasing contact area.

The principle of this conveyer mechanism: driving motor by chain kit drive driving shaft rotate, master end rubber roller with Driving shaft rotation, the rotate driving conveyer belt of master end rubber roller, the rotation of slave end rubber roller, to realize the operating of conveyer belt.If When needing to adjust the tightness of conveyer belt, adjusting rod is turned, since adjusting rod and adjusting block are threadedly engaged, turns adjusting After bar, adjusting block can move in a lateral direction, move in driven shaft entirety transverse direction to push, so as to adjust transmission Band it is elastic.When sticking face on a moving belt there are some slurries, it is swung up connecting rod, makes material scraping plate close to conveyer belt, this Sample material scraping plate can wipe glutinous material on a moving belt off.When not needing scraper, backswing connecting rod, so that material scraping plate Slightly a little further from conveyer belt, such slurry would not encounter material scraping plate.

Elevating mechanism is described in detail below:

In conjunction with shown in Fig. 4, Fig. 7 and Fig. 8, elevating mechanism includes handwheel, pedestal, and the lead screw of rotary type installation is sleeved on silk Worm gear on thick stick, the worm screw being meshed with worm gear are mounted on the support frame of lead screw end, and third servo motor is mounted on third Third speed reducer on servo motor output end, the shaft being mounted in third output end of reducer are sleeved on convex in shaft Wheel, the output shelf being fixed on the frame body of conveyer mechanism, the first axle being mounted on output shelf bottom cover in first axle First bearing；Lead screw is vertically arranged, and worm screw is horizontally disposed, and hand wheel shaft and the worm screw of handwheel link together, and the end of lead screw turns Dynamic formula is installed on the support frame, and third speed reducer is fixed on the support frame, and cam heads on first bearing.As shown in figure 4, output shelf It is fixed on the top plate of conveyer mechanism frame body, first axle is installed in a longitudinal direction, and first axle can be rotated or be fixed. This elevating mechanism can drive conveyer mechanism to move up and down, i.e., entire elevating mechanism is that vertical direction is placed.Handwheel is wave Line handwheel, handwheel are equipped with hand wheel shaft, and hand wheel shaft is fixed on handwheel, and hand wheel shaft and the worm screw of handwheel link together, The upper end of lead screw is rotatably mounted on support frame, and support frame includes bottom plate, the first plate, the second plate, connecting plate.Worm screw Axis and lead screw axis perpendicular, what the axis of worm screw was horizontally oriented, the axis of lead screw is vertical direction.

Referring to figs. 7 and 8, the pedestal of elevating mechanism includes substrate and frame plate fixed with each other, substrate water Flat setting, frame plate are vertically arranged, and gusset is equipped between frame plate and bottom plate, and gusset can reinforce the connection between frame plate and bottom plate. Elevating mechanism further includes bearing block and the rolling bearing units that are fixed on bearing block.Bearing block is fixed on the substrate of pedestal, is usherd to seat For bearing holder (housing, cover) on hand wheel shaft, hand wheel shaft passes through rolling bearing units, and hand wheel shaft is linked together by shaft coupling and worm screw.

Referring to figs. 7 and 8, elevating mechanism further includes the pedestal being fixed on pedestal, and pedestal is fixed on substrate.Water The worm screw of flat setting runs through pedestal, and worm screw is rotatably mounted on pedestal, and worm gear is placed in the inside of pedestal, and the inner wall of worm gear is equipped with The internal screw thread matched with lead screw, the inner wall of worm gear and threads of lead screw cooperate, and the lead screw being vertically arranged runs through pedestal, and lead screw can be with Opposite base rotation.

Referring to figs. 7 and 8, the upper end of lead screw is equipped with spherical surface body, and spherical surface body and lead screw are integrated structure, a bodily form At.The lower end of support frame is equipped with link block, and link block is fixed on the bottom plate of support frame, and link block is equipped with and spherical surface body phase The spherical concave surface of adaptation, link block is made of seperated two parts, such as link block is fixed together by two pieces of iron blocks and is formed, even The a part for connecing block is equipped with half of spherical concave surface, and another part of link block is equipped with half of spherical concave surface, two parts of link block It is fixed together and then forms complete spherical concave surface, first spherical surface body is put into half of spherical concave surface, then by two hemisphericals Concave surface is stitched together, then spherical surface body can be embedded in link block.Spherical surface body is embedded in link block and the spherical female with link block Face sphere-contact, lead screw are that bulb contacts with link block, i.e., spherical surface body is located in the spherical concave surface of link block, may be implemented in this way Lead screw is rotated relative to link block, while lead screw up and down motion can drive link block to move up and down.The shape of spherical surface body be greater than 1/2 hemispherical.

Referring to figs. 7 and 8, support frame includes horizontally disposed bottom plate, the first plate being fixed on bottom plate vertically With the second plate, the connecting plate of the first plate and the second plate is connected.Link block is fixed on the lower end surface of bottom plate, third speed reducer It is fixed on the second plate, shaft is pivotally mounted on the first plate and the second plate, on the first plate and the second plate It is equipped with deep groove ball bearing, i.e., there are two deep groove ball bearings, are separately mounted on the first plate and the second plate, then shaft is worn Cross two deep groove ball bearings.The structure of support frame is simple, low manufacture cost, and shaft can opposite first plate and the second plate turn It is dynamic, realize rotary type installation.Frame plate is equipped with two guide rails, and the first plate is equipped with the sliding block slided on guide rail, and sliding block is solid It is scheduled on the first plate.Guide rail and sliding block can play the role of straight-line guidance, guarantee the accuracy of elevating mechanism linear motion And stability.Second plate is equipped with the first supporting plate, and the first supporting plate is equipped with the first inductive switch, the first inductive switch and third The connection of servo motor signal.First supporting plate is fixed on the second plate, and the first inductive switch is mounted on the first supporting plate, works as output Frame moves downward when encountering the first inductive switch, and the first inductive switch sends signal, and third servo motor stops rotating or instead To rotation, avoids output shelf from continuing to move downward, encounter other component.Control between first inductive switch and third servo motor Principle processed belongs to existing technology.

Referring to figs. 7 and 8, elevating mechanism further includes spacer, and shaft is equipped with the shaft shoulder, and the end of the shaft shoulder nestles up convex Wheel, one end of spacer nestle up cam, and the other end of spacer nestles up the deep groove ball bearing at the first plate, the both sides point of cam It is not nestled up with spacer and the shaft shoulder, the axially position of cam may be implemented in this way.Shaft can be connected by key or shaft coupling On the output end of third speed reducer, when shaft rotates, band moving cam and spacer rotate together.

This elevating mechanism can be exported in relatively short stroke and be pumped, and rotate handwheel with hand, handwheel passes through shaft coupling Device drives worm screw rotation, and worm screw drives worm gear rotation, and worm gear and threads of lead screw cooperate, and worm gear drives the lead screw rotation placed vertically Turn, while lead screw is risen or fallen, i.e., lead screw rises or falls while rotating, and lead screw is driven by spherical surface body and supported Frame rises or falls, and support frame drives third servo motor, third speed reducer, cam to move up and down in overall, and cam heads on the again One bearing, so that entire conveyer mechanism is driven to move up and down, it, can be by conveyer belt to ensure that conveyer mechanism moves up and down in overall The frame body of mechanism is mounted on the rack by way of sliding block and guide rail.Third servo motor is after the deceleration of third speed reducer, and the Three speed reducers drive shaft rotation, and cam is the output end of elevating mechanism, and cam heads on first bearing, and cam will when swinging First bearing is driven to move up and down, so that entire conveyer mechanism be driven to move up and down.

Conveyer mechanism and elevating mechanism are combined, and the molding and transport of cookies, elevating mechanism can be participated in It drives conveyer mechanism to move up and down, can prepare as required with certain thickness biscuit, after making biscuit, transmission Band mechanism operates, and biscuit can be transported to suitable place.

Supporting mechanism, shaping mechanism, power mechanism are described in detail below:

In conjunction with shown in Fig. 9, Figure 10, Figure 11, wherein shaping mechanism includes discharging barrel, is mounted on the roller of discharging barrel lower end Shell is mounted on the molding assembly of drum housing lower end, is rotatably mounted on the intracorporal more rollers of cylinder shell.Discharging barrel, rolling Cylinder shell, molding assembly successively connect and are connected in turn from top to bottom, and junction should keep leakproofness.Cylinder axis institute Direction be longitudinal direction, longitudinal direction, that is, front-rear direction.The inside of discharging barrel is communicated with the inside of drum housing, i.e. blowing The internal cavity of bucket is connected to the internal cavity of drum housing.It is open that the lower end of drum housing is equipped with longitudinal bar shaped, i.e., along Longitudinal direction has opened up opening.Molding assembly includes upper cover plate, lower cover plate, and multiple hollow mold devices are sleeved on mold device Toothrow wheel.Toothrow wheel with mold device be it is relatively-stationary, the rotation of toothrow wheel will drive the rotation of mold device, lower cover plate and upper cover Plate is relatively fixed, and lower cover plate can mutually be fixed by bolt with upper cover plate.Multiple mold devices are successively arranged in a longitudinal direction, more A mold device is placed vertically, and then multiple mold devices are set gradually in a longitudinal direction, and mold device sequentially passes through from top to bottom Cover board and lower cover plate, the upper cover plate and lower cover plate of bar shaped are arranged in a longitudinal direction, toothrow wheel be located at upper cover plate and lower cover plate it Between, adjacent two toothrow wheels intermeshing.Upper cover plate is fixed on the bar shaped open-mouth of drum housing lower end, and mold device is located at phase The underface in gap between adjacent two rollers, the gap between two rollers are placed exactly in the hollow surface of mold device.It is located at The toothrow wheel at edge exposes the end of lower cover plate.

Drum housing is placed on supporting mechanism, and power mechanism is mounted on supporting mechanism, and shaping mechanism is located at conveyer belt Top, the first output end of power mechanism is connected on roller, and the second output terminal of power mechanism is connected to the toothrow on boundary On wheel, the toothrow wheel on boundary or the toothrow wheel at edge, i.e. the toothrow wheel of least significant end or head end (front end or rear end).

As shown in connection with fig. 9, drum housing includes drum upper cover, roller lower cover, two pieces of roller upper blocks, two pieces of rollers downsides Block.The lower end of drum upper cover and the upper end of roller lower cover are sealed connected together, and one piece of roller upper block is arranged in drum upper cover Front end, the rear end of drum upper cover is arranged in another piece of roller upper block, before lateral mass setting is covered under the rollers under one piece of roller It holds, the rear end covered under the rollers is arranged in lateral mass under another piece of roller, and roller upper block is fixed together with lateral mass under roller, roller Upper block and drum upper cover are to be tightly connected, and lateral mass and roller lower cover are to be tightly connected under roller.Under roller under lateral mass Portion is equipped with arc-shaped concave, the arc-shaped concave be it is concave up, lateral mass is mutually fitted with round bar there are two arc-shaped concave under a roller It answers, for being placed on round bar.

In conjunction with shown in Fig. 9, Figure 11, discharging barrel lower end is equipped with longitudinal bar shaped opening, and the top and bottom of drum housing are equal Open equipped with longitudinal bar shaped, i.e., the lower end of discharging barrel, the upper end of drum upper cover, the lower end of roller lower cover are equal in a longitudinal direction Opening is opened up.Bar shaped open-mouth in drum housing upper end is sealed connected together with discharging barrel lower end bar shaped open-mouth, i.e. roller The corresponding bar shaped open-mouth with discharging barrel of the bar shaped open-mouth of upper cover is sealedly connected.Upper cover plate is fixed on roller by press strip The lower end of shell is fixed on the bar shaped open-mouth of roller lower cover.Press strip compresses upper cover plate, and press strip is bolted on roller The lower end of shell.

Supporting mechanism includes first support, second support, two round bars being arranged side by side in a longitudinal direction.Round bar is edge Longitudinal direction setting, the direction of two round bars side by side be it is lateral, one end of round bar is fixed in first support, round bar The other end is fixed, and the arc-shaped concave of lateral mass is placed on round bar under roller on the secondary support bracket, and round bar passes through under pin and roller Lateral mass links together, i.e., the inside of lateral mass under pin insertion round bar and roller.

In conjunction with shown in Figure 12, first support includes matrix and two upright bars being fixed on matrix, and second support includes perpendicular The vertical plate directly placed and two pieces of set squares for being fixed on vertical plate side；Wherein one end of a round bar is fixed therein a upright bar Upper end, the other end of the round bar is fixed on vertical plate, and one end of another round bar is fixed on the upper end of another upright bar, the circle The other end of bar is fixed on vertical plate.

In conjunction with shown in Figure 12, power mechanism includes first servo motor, be mounted on first servo motor output end It is defeated to be mounted on the second servo motor for one speed reducer, the pulp gear being mounted in the first output end of reducer, the second servo motor The second speed reducer in outlet, the gear-box being mounted in the second output end of reducer.Pulp gear, that is, power mechanism second Output end, the first output end of gear-box, that is, power mechanism.At least there are two outputs for gear-box, are respectively intended to driving roller and turn It is dynamic.Pulp gear is meshed with the toothrow wheel for being located at boundary, and first servo motor and the first speed reducer are installed in second support Vertical plate on, the output end of gear-box is connected to the end of roller, and gear-box is mounted on the vertical plate of second support, gear-box position In the top of pulp gear.

In conjunction with shown in Fig. 9, Figure 11, the quantity of roller has two, and two rollers are arranged side by side in a longitudinal direction, two rollings Cylinder both ends it is concordant, roller is arranged in a longitudinal direction, the direction of two rollers side by side be it is lateral, be located at drum housing Two through-holes are collectively formed in lateral mass under the roller upper block and roller of the same side, and the end of two rollers is worn from two through-holes respectively Out, the rear and front end of two rollers is pierced by from corresponding through-hole.

The upper surface of lateral mass fits closely under the lower end surface of roller upper block and roller, and roller upper block passes through bolt and rolling The lower lateral mass of cylinder is fixed together.

The end of upper cover plate is equipped with slot of shaking hands, and slot of shaking hands is in kidney-shaped.Manpower holds slot of shaking hands, can be convenient pulling entirely at Type mechanism.Using after a certain period of time, the arc-shaped concave of lateral mass may get rusty with round bar under roller, and slot of shaking hands can be convenient pulling Entire shaping mechanism.

In conjunction with shown in Fig. 9, Figure 10, mold device includes tubular locknut, mold；Toothrow wheel is sleeved on locknut, toothrow The rotation of wheel will drive locknut rotation, and locknut lower end is inserted into mold, and mold is wrapped in the inner circumference side of locknut lower end and outer Circumference side, locknut and mold are fixed together, and mold is also hollow, and the lower end surface of mold is equipped with for formed product Engraved structure.

First cutting mechanism is described in detail below:

In conjunction with shown in Figure 13, Figure 14, Figure 15, a kind of cutting mechanism, cutting mechanism includes vertical frame, is rotatably mounted on The upper connecting rod on vertical frame top covers the first swing rod and the second swing rod in upper connecting rod, connects the first swing rod and the second swing rod Lower link, the 4th servo motor being fixed on vertical frame, the revolving meber being mounted on the 4th servo motor output end, Gu The guide pad being scheduled on the second swing rod, thread spindle, cutting line.The rectangular axis of upper connecting rod is longitudinal direction, upper connecting rod, lower company Bar, cutting line are arranged in a longitudinal direction.Upper connecting rod sequentially passes through the upper end of the first swing rod and the upper end of the second swing rod, Lower link is located at the lower part of swing rod, and one end of lower link is fixed on the lower part of the first swing rod, and the other end of lower link is fixed on The lower part of two swing rods, cutting line are located at the lower section of lower link.Guide pad is bolted on the second swing rod, is set in guide pad There is sliding groove, one end of thread spindle is fixed on the eccentric position of revolving meber, and the other end of thread spindle is located in sliding groove, cutting One end of line is connected on the first swing rod, and the other end of cutting line is connected on the second swing rod.Revolving meber is equipped with multiple bias Hole, and the distance at these eccentric orfices to revolving meber center is each unequal.Thread spindle is fixed on the eccentric position of revolving meber, i.e. spiral shell Line axis is not the center for being fixed on revolving meber, and the center apart from revolving meber has a certain distance, i.e. thread spindle is across bias Hole is simultaneously fixed on revolving meber.Cutting line is made of steel wire.

In conjunction with shown in Figure 14, Figure 15, cutting mechanism further includes second bearing, and thread spindle is equipped with nut and the shaft shoulder, nut It is tightened on thread spindle, one end of revolving meber nestles up nut, and the other end of revolving meber nestles up the shaft shoulder, and second bearing is sleeved on On the shaft shoulder of thread spindle, second bearing is located in sliding groove, and the width of sliding groove is greater than the outer diameter of second bearing, but less than second 1.5 times of bearing outside diameter, sliding groove is U-shaped.

In conjunction with shown in Figure 14, Figure 15, the two sides of guide pad end are equipped with stopper, and the distance between two stoppers are less than The outer diameter of second bearing.

First swing rod and the second swing rod are fixed by a pin in upper connecting rod.

Vertical frame includes stringer board and two edge-on bars, and one end of stringer board is fixed therein the top of an edge-on bar, is indulged The other end of plate is fixed on the top of another edge-on bar, and the 4th servo motor is fixed on stringer board.Stringer board is equipped with multiple sides V notch v.

Edge-on bar is equipped with the second supporting plate, and the second supporting plate is equipped with the second inductive switch, and the second inductive switch is watched with the 4th Take motor signal connection.When the second swing rod encounters the second inductive switch, the second inductive switch sends signal, the 4th servo motor It stops rotating or reversely rotates, so that cutting line has a extreme position.Between second inductive switch and the 4th servo motor Control principle belongs to existing technology.

This is used to make the working principle of the equipment of cookie: cookie is a kind of biscuit, and cookie can there are many more The shape of sample, the upper surface of cookie can be flat, be also possible to of various shapes.In the equipment using this production cookie When, to improve the degree of automation, charging mechanism should be set, charging mechanism belongs to existing mature technology.Charging mechanism can be with Slurry is added into discharging barrel, slurry can also be added into discharging barrel by the way of artificial.And there are two defeated for power mechanism Outlet, for driving two roller rotations, another output is used to that the toothrow wheel positioned at edge to be driven to rotate an output end, That is for first servo motor after the deceleration of the first speed reducer, the first speed reducer drives the rotation of pulp gear, pulp gear and and boundary Toothrow wheel be meshed, therefore all toothrow wheels can successively be driven to rotate；Second servo motor through the second speed reducer deceleration after, Second speed reducer drives gear-box work, and output there are two gear-boxes, gear-box directly drive roller rotation.In elevating mechanism Driving under, conveyer belt can be moved along up and down direction, using this production cookie equipment when, conveyer belt is located at mold The lower end of the lower section of device, mold device should be in contact close to conveyer belt, the i.e. lower surface of mold with conveyer belt, then to discharging barrel Interior addition slurry, power mechanism drive roller rotation, are pasted onto the slurry on cylinder surface with the rotation of roller, roll from two Gap between cylinder is fallen down, and then slurry is fallen on platform from locknut and the hollow of mold, since mold has hollow out knot Structure, therefore after slurry comes out and is shaped to biscuit, the shape of biscuit and the engraved structure are adapted, in the initial rank of sizing material forming Section, conveyer belt is close to the lower end of mold device, and during sizing material forming, conveyer belt holds in the palm biscuit always, and conveyer belt moves down, The cookies then made has corresponding thickness.After biscuit is made, conveyer belt, can be by cookies along operating It is transported to appropriate place.During sizing material forming, if toothrow wheel does not rotate, the upper surface for the cookies made is Smooth, if toothrow wheel rotates, the rotation of toothrow wheel will drive locknut and mold rotation, with mold rotation, slurry continue to fall, Conveyer belt moves down, then the cookie made has corresponding thickness, and the upper surface of cookie has specific shape Shape.

Cutting mechanism can be used for cutting the slurry of suspension, now first be illustrated to the principle of cutting mechanism: cutting mechanism one As be mounted in rack, the 4th servo motor drive revolving meber rotation, revolving meber drive thread spindle around revolving meber axis turn Dynamic, since there are gap, then second bearing can touch guide pad between second bearing and guide pad, guide pad is again with second Swing rod is fixed, so that the first swing rod and the second swing rod be driven to swing, and then cutting line is driven to swing, with the swing of cutting line, Soft target object can be cut in half.

Cutting mechanism is applied in the equipment of production cookie, and conveyer mechanism is located at below shaping mechanism, shaping mechanism Above, conveyer mechanism is set gradually in lower section, shaping mechanism and cutting mechanism along the transporting direction of conveyer mechanism, is passed Sending the direction with transport is transverse direction, and shaping mechanism and cutting mechanism are set gradually in a lateral direction.As shown in figure 16, at Type mechanism is used to slurry being fabricated to cookie, and after shaping mechanism forms cookie, some slurries still be suspended on, and It is connected to molding cookie, at this moment uses cutting mechanism, so that cutting line is swung towards the direction that suspended on slurry, To which the slurry that suspended on be cut off.

Above-described embodiment is the preferable embodiment of the utility model, but the embodiments of the present invention is not by above-mentioned The limitation of embodiment, it is made under other any spiritual essence and principles without departing from the utility model to change, modify, replacing In generation, simplifies combination, should be equivalent substitute mode, is included within the protection scope of the utility model.

Claims (10)

1. a kind of equipment for making cookie, it is characterised in that: including rack, rack-mounted elevating mechanism is risen The rack-mounted conveyer mechanism of drop formula, the supporting mechanism being fixed on the rack, shaping mechanism, power mechanism；

Conveyer mechanism includes frame body, the driving shaft being rotatably mounted on frame body, and the driven shaft being mounted on frame body is covered in master Master end rubber roller on moving axis covers the slave end rubber roller on driven shaft, connects the transmission of master end rubber roller and slave end rubber roller Band；It is mounted on the rack to frame body lift, conveyer belt is arranged along transverse direction, the liter for driving conveyer mechanism to go up and down The output end of descending mechanism is connected with frame body；

Shaping mechanism includes discharging barrel, is mounted on the drum housing of discharging barrel lower end, is mounted on the molding group of drum housing lower end Part is rotatably mounted on the intracorporal more rollers of cylinder shell；The inside of discharging barrel is communicated with the inside of drum housing, drum housing To be equipped with longitudinal bar shaped open for lower end；Molding assembly includes upper cover plate, lower cover plate, and multiple hollow mold devices are sleeved on mould Has the toothrow wheel on device；Lower cover plate is relatively fixed with upper cover plate, and multiple mold devices are successively arranged in a longitudinal direction, and mold device passes through Cover board and lower cover plate are put on, toothrow wheel is between upper cover plate and lower cover plate, adjacent two toothrow wheels intermeshing；Upper cover plate It is fixed on the bar shaped open-mouth of drum housing lower end, the underface in mold device gap between adjacent two rollers；

Drum housing is placed on supporting mechanism, and power mechanism is mounted on supporting mechanism, and shaping mechanism is located at the upper of conveyer belt Side, the first output end of power mechanism are connected on roller, and the second output terminal of power mechanism is connected on the toothrow wheel on boundary.

2. a kind of equipment for making cookie described in accordance with the claim 1, it is characterised in that: elevating mechanism includes hand Wheel, the lead screw of rotary type installation, the worm gear being sleeved on lead screw, the worm screw being meshed with worm gear are mounted on the branch of lead screw end Support, third servo motor, the third speed reducer being mounted on third servo motor output end are mounted on the output of third speed reducer Shaft on end, the cam being sleeved in shaft, the output shelf being fixed on the frame body of conveyer mechanism are mounted on output shelf bottom First axle in portion covers the first bearing in first axle；Lead screw is vertically arranged, and worm screw is horizontally disposed, the hand wheel shaft of handwheel with Worm screw links together, and the end of lead screw is rotatably mounted on support frame, and third speed reducer is fixed on the support frame, cam top First bearing.

3. a kind of equipment for making cookie described in accordance with the claim 1, it is characterised in that: conveyer mechanism further includes Adjusting rod, adjusting block；It is mounted on frame body to driven axis movable, an end cap of adjusting block is in the end of driven shaft, adjusting block The other end be threadedly coupled with adjusting rod, adjusting rod is mounted on frame body.

4. a kind of equipment for making cookie described in accordance with the claim 1, it is characterised in that: conveyer mechanism further includes Hanger, driving motor, chain kit；Hanger is fixed on frame body, and hanger is located at the lower section of master end rubber roller, and hanger is equipped with Backing plate, driving motor are fixed on backing plate, and the head sprocket of chain kit is mounted on the output end of driving motor, chain conveyer group The auxiliary chain wheel of part is sleeved on driving shaft；

Conveyer mechanism further includes secondary side rubber roller and asessory shaft, and secondary side rubber roller covers on asessory shaft, and asessory shaft moves up and down It is mounted on frame body, secondary side rubber roller is located at below conveyer belt, for increasing conveyer belt and master end rubber roller contact surface likes Long-pending secondary side rubber roller it is upward conveyer belt.

5. a kind of equipment for making cookie described in accordance with the claim 1, it is characterised in that: conveyer mechanism further includes Scraper component, scraper component include latch, material scraping plate, two connecting rods for being respectively fitted over driven shaft both ends；The one of latch End connection is wherein in a connecting rod, and the other end of latch is connected in another connecting rod, and material scraping plate is fixed on locking On plate, material scraping plate is located at the lower section of conveyer belt.

6. a kind of equipment for making cookie according to claim 2, it is characterised in that: the upper end of lead screw is equipped with ball Face body, the lower end of support frame are equipped with link block, and link block is equipped with the spherical concave surface being adapted with spherical surface body, and spherical surface body insertion connects It connects in block and the spherical concave surface sphere-contact with link block；

Support frame includes horizontally disposed bottom plate, the first plate and the second plate being fixed on bottom plate vertically, and connection first is flat The connecting plate of plate and the second plate；Link block is fixed on the lower end surface of bottom plate, and third speed reducer is fixed on the second plate, shaft It is pivotally mounted on the first plate and the second plate, is equipped with deep groove ball bearing, shaft on the first plate and the second plate Across deep groove ball bearing；

Elevating mechanism further includes spacer, and shaft is equipped with the shaft shoulder, and the end of the shaft shoulder nestles up cam, and one end of spacer nestles up convex Wheel, the other end of spacer nestle up the deep groove ball bearing at the first plate.

7. a kind of equipment for making cookie according to claim 2, it is characterised in that: elevating mechanism further includes base Frame, bearing block and the rolling bearing units being fixed on bearing block；Bearing block is fixed on pedestal, and rolling bearing units are sleeved on hand wheel shaft On, hand wheel shaft is linked together by shaft coupling and worm screw；

Elevating mechanism further includes the pedestal being fixed on pedestal；Horizontally disposed worm screw runs through pedestal, and worm screw is rotatably mounted on On pedestal, worm gear is placed in the inside of pedestal, and the inner wall of worm gear is equipped with the internal screw thread matched with lead screw, and the lead screw being vertically arranged passes through Wear pedestal.

8. a kind of equipment for making cookie described in accordance with the claim 1, it is characterised in that: drum housing includes roller Lateral mass under upper cover, roller lower cover, two pieces of roller upper blocks, two pieces of rollers, drum upper cover and roller lower cover are sealed connected together, One piece of roller upper block is arranged in one end of drum upper cover, and another piece of roller upper block is arranged in the other end of drum upper cover, and one The one end covered under the rollers is arranged in lateral mass under block roller, and the other end covered under the rollers, roller is arranged in lateral mass under another piece of roller Upper block is fixed together with lateral mass under roller, and the lower part of lateral mass is equipped with arc-shaped concave under roller；

Discharging barrel lower end is equipped with longitudinal bar shaped opening, and the top and bottom of drum housing are equipped with longitudinal bar shaped opening, rolling Bar shaped open-mouth in cylinder shell upper end is sealed connected together with discharging barrel lower end bar shaped open-mouth, and upper cover plate is fixed on by press strip The lower end of drum housing.

9. a kind of equipment for making cookie according to claim 8, it is characterised in that: supporting mechanism includes first Bracket, second support, two round bars being arranged side by side in a longitudinal direction；One end of round bar is fixed in first support, round bar The other end it is fixed on the secondary support bracket, the arc-shaped concave of lateral mass is placed on round bar under roller, and round bar passes through pin and roller Lower lateral mass links together；

Power mechanism includes first servo motor, the first speed reducer being mounted on first servo motor output end, is mounted on Pulp gear in one output end of reducer, the second servo motor, second be mounted on the second servo motor output end are slowed down Machine, the gear-box being mounted in the second output end of reducer；Pulp gear is meshed with the toothrow wheel for being located at boundary, the first servo Motor and the first speed reducer are respectively mounted on the secondary support bracket, and the output end of gear-box is connected to the end of roller, gear-box installation On the secondary support bracket.

10. a kind of equipment for making cookie described in accordance with the claim 1, it is characterised in that: mold device includes in cylinder The locknut of shape, mold；Toothrow wheel is sleeved on locknut, and locknut lower end is inserted into mold, and locknut and mold are fixed together, mold Lower end surface be equipped with for formed product engraved structure.