CN205865937U

CN205865937U - Steamed corn bread mould and utilize steamed corn bread make -up machine of this mould

Info

Publication number: CN205865937U
Application number: CN201620555595.1U
Authority: CN
Inventors: 张荣波
Original assignee: Hangzhou Beijiaer Food Co Ltd
Current assignee: Hangzhou Beijiaer Food Co Ltd
Priority date: 2016-06-08
Filing date: 2016-06-08
Publication date: 2017-01-11
Anticipated expiration: 2026-06-08

Abstract

The utility model discloses a steamed corn bread mould and utilize steamed corn bread make -up machine of this mould, its technical scheme main points are: be used for being processed into the surface fabric a banding conveyor of advancing, advancing a conveyor connecting gradually and cutting off the pre -compaction with the surface fabric and become pre -press forming device that cap form and bottom be half concave form, carry out the steamed corn bread after the shaping shaping processing's shaping device and coil the device with the row that the steamed corn bread after the plastic goes on collecting including connecting gradually, rub the dough and suppress plane band -pass into and cross into a conveyor and flatten and form the convenient strip surface fabric of cuting, make fabric sleeve connect the steamed corn bread model that is tentatively become the cap form on the mould through the pre -press forming device, it obtains ultimate steamed corn bread appearance to carry out the mellow and full processing of shaping by shaping device to it again, collecting through row dish device, reach and make fashioned steamed corn bread with the surface fabric automatically, the efficiency of its production is improved, the material resources of effectively using manpower sparingly, realize automatic batch production's effect.

Description

Steamed corn bread mould and use the steamed bread of corn forming machine of this mould

Technical field

This utility model relates to food processing equipment technical field, more specifically, it relates to a kind of steamed corn bread mould with And use the steamed bread of corn forming machine of this mould.

Background technology

Mould is used to the instrument of formed article, and this instrument is made up of various parts, and different moulds is by different zero Part is constituted, and it mainly realizes the processing of article profile by the change of institute's moulding material physical state；Some steamed breads of corn at present Being the most all hand finishing, also have some to use steamed corn bread mould, the Chinese patent such as Publication No. CN201146776 discloses one Planting steamed corn bread mould, be made up of Nei Mo and external mold, interior mould hypomere is cylindrical, and epimere is circular arc taper, and top in shape is integrally formed； External mold is circular arc taper, and there is circular arc taper hole centre, installs supporting rod on the circular arc vertex of a cone of external mold, and external mold is buckled on interior mould, makes The circular arc taper hole of external mold is corresponding with the circular arc of interior mould cone, is steamed bread of corn between Nei Mo and external mold.

It is integrally formed on peg-top inner membrance by fabric is positioned over, holds supporting rod and be connected to outer die casing on inner membrance make The profile that fabric forms lower hollow, appearance is hat shape, although reduce artificial kneading or bottom is emptied, but or need Want artificial carrying out to operate, by hand-held external mold, inner membrance is pressed, increase its labor intensity, cause inefficiency.

Utility model content

The deficiency existed for prior art, the purpose of this utility model one is that providing a kind of improves production efficiency, The steamed corn bread mould used manpower and material resources sparingly.

For achieving the above object, this utility model provides following technical scheme:

A kind of steamed corn bread mould, including the upper die component being sequentially arranged up and down for severing strip fabric, in hat shape and the end Mould that portion empties setting and the lower mold assemblies coordinated with upper die component, described upper die component sets towards the center of lower mold assemblies Be equipped with and match with mould and the depression of hemispherical setting, described mould be arranged between upper die component and lower mold assemblies and with Forming the cavity of steamed bread of corn model between depression, described upper die component connects to be had for driving upper die component to control its opening and closing by bar The driving assembly that shape fabric cuts off, described lower mold assemblies connects to be had by driving lower mold assemblies to be socketed on lower mold assemblies by mould And towards the cam pack of upper die component direction motion.

It is arranged such, by driving assembly to control the opening and closing of its upper die component, strip fabric is carried out severing, when upper module When part gradually closes, bar shaped fabric is the most gradually extruded by upper die component, and now cam pack drives lower mold assemblies by lower mold assemblies Being socketed on lower mold assemblies by mould and move towards upper die component, when upper die component is of completely closed, the fabric of strip is by severing One trifle just for making the amount of a steamed bread of corn, now lower mold assemblies and mould continue to rise with extruded by the fabric of severing and When being positioned at peak, lower mold assemblies promote between mould and upper die component internus in the annular compartment of umbrella shape, now fabric Just be extruded full whole chamber formed the preliminary steamed bread of corn model of a hat shape and the hemispherical recess in bottom cover in On the outer surface of mould；Controlled lower mold assemblies self-return by cam pack again, complete a steamed bread of corn and automatically process preliminary one-tenth The operation of type；It is greatly saved manpower and materials, it is achieved batch production processing, is greatly improved its production efficiency, it is achieved nest nest Head automatic moulding operation and collecting process.

Arrange further: described upper die component includes for severing and the module of pressing fabric molding, for placement module And logical base and the driving ring that is slidably connected with module in middle part, described module is that triangle bulk is arranged, and with drive ring Being provided with strip groove on the triangular facet of contact, some described modules are spliced to form regular polygon, and this regular polygon is towards lower mold The end face center of assembly is spliced to form described depression by module, and described driving ring is provided with for driving module in base The litter slided, described litter is arranged in strip groove and is slidably connected with strip groove, described base is provided with for Drive the stopper slot that ring driving module is spacing when rotating in base, described regular polygon center when module is inconsistent with stopper slot Place is formed and the opening being connected in the middle part of base, and described driving ring is in back rotation and and mould in module by driving assembly Block is slidably connected.

Being arranged such, when in module is in stopper slot and with stopper slot clamping, litter is in the end of strip groove, this Time multiple modules be arranged in stopper slot in the shape of a spiral, and middle part formed opening, this be opened on driving ring and base in the middle part of The coaxial passage for the conveying of strip fabric is formed between middle through hole；When driving ring to rotate in module when driving assembly to control, Make to be arranged at and drive the litter on ring to be in the strip groove in module Nei slip, promote modules to synchronize to be in by litter Sliding in base, now the other end of litter gradually phase strip groove slides, and the opening that multiple modules are formed is gradually reduced, module Progressively disengaging stopper slot, lower mold assemblies moves closer to towards module direction simultaneously, the strip fabric of opening part now with in corner block Shape module drift angle contact and with opening reduction and with extruded by module, when litter is in the end of the strip groove other end Time, now modules is spliced to form variants the most, and its central shaft is the habitat of modules drift angle, towards charging aperture side To end face completely enclose, and by bar shaped fabric severing, the center of the other end of the most variants forms a hemisphere simultaneously The depression of shape, from forming the annular compartment being similar to umbrella between lower mold assemblies and depression, the fabric after severing is full of this chamber, Make fabric cover on lower mold assemblies, i.e. form the basic model of steamed bread of corn, complete preliminary molding procedure；Drive this device therewith Controlling to drive ring reversion, make module by sliding in driving ring phase stopper slot, now modules is expansion towards stopper slot direction Shape sliding, forms helical form and stopper slot clamping, and middle part forms opening, continues manufacturing procedure next time.

Arrange further: be provided with on described module and the end face of base contacts for guiding and spacing module is at base The bar shaped limited block of interior slip, described base is provided with and the strip-shaped clamp groove of bar shaped limited block phase clamping, and described module is passed through Bar shaped limited block slides in strip-shaped clamp groove and base is slidably connected, and promotes to be slidably connected between adjacent block.

It is arranged such, when driving air cylinder driven universal driving shaft to move back and forth together, drives the axis on ring at universal driving shaft Sliding in groove, universal driving shaft promotes to drive ring to rotate on mould, now drives the bar shaped in module of the litter on ring Slide in groove, it is achieved control the positive gengon that multiple module spliced is connected into and launch in the shape of a spiral in base and close, complete sanction The operation of broken strip shape fabric.

Arrange further: described driving assembly includes driving cylinder, universal driving shaft and being arranged at the pivot pin driven on ring, institute Stating and be provided with for the groove movable for pivot pin when driving ring to rotate on universal driving shaft, described cylinder is fixing with base to be connected, described Universal driving shaft one end is fixing with the piston of cylinder to be connected, and the other end is rotationally connected with pivot pin.

Arrange further: described lower mold assemblies include being arranged in frame for delivery mold the first conveyer belt and with The push rod that cam pack is connected, described push rod is provided with and empties the boss of portion's phase fit with mold bottom, described first defeated Sending band to be divided into left conveyer belt and right conveyer belt, described mould is positioned between left conveyer belt and right conveyer belt on the passage formed, Described cam pack is by driving push rod to be socketed on the boss of push rod by mould and towards the motion of upper die component direction, described mould Described cavity is formed when being at the highest notch and between upper die component.

Being arranged such, when cam pack drives push rod to move towards upper die component direction, push rod is defeated from left conveyer belt and the right side Send the passage between band up to move, the mould between left conveyer belt and right conveyer belt be socketed on the boss of push rod simultaneously, Mould is made to move towards upper die component direction together with push rod, when the opening of upper die component closes and during by the fabric severing of strip, Fabric after mould and severing is inconsistent, it is ensured that the fabric having no progeny drops, and therewith mould continuation near and extrude, work as cam When Component driver push rod is at the highest notch, now between mould and upper die component, form the annular compartment being similar to umbrella, severing After fabric be full of this chamber, i.e. form the basic model of steamed bread of corn, make fabric cover uniformly on the outer surface of mould, complete Become preliminary molding procedure；Cam pack drives push rod back to move, under push rod is repositioned to left conveyer belt and right conveyer belt therewith Fang Shi, mould is blocked on the passage helping be formed between left conveyer belt and right conveyer belt by left conveyer belt and right conveyer belt, with a left side Conveyer belt and right tape transport are to next process, and now upper die component forms opening, and the center of opening is in push rod On same straight line；The most left conveyer belt and right tape transport next one mould, push rod continues will towards the motion of account assembly direction Mould is socketed on boss, repeats above-mentioned operation and completes molding procedure.

Arrange further: described cam pack includes cam that connecting rod is connected with gantry rotation and is arranged at frame Upper for driving the driving motor of cam rotation, described cam drives push rod to move back and forth towards upper die component by connecting rod.

It is arranged such, when driving driven by motor cam rotation, makes the connecting rod being rotationally connected with on cam with cam Push rod is promoted to move back and forth towards upper die component during rotation；When connecting rod is turned to minimum point by cam, now push rod is in a left side Underface between conveyer belt and right conveyer belt, when cam driven push rod rotates, push rod gradually moves towards upper die component direction, Simultaneously when through passage left conveyer belt and right conveyer belt, the boss on push rod is just nested with the mold bottom portion of emptying Connect, make mould be socketed on boss and move with the reciprocating motion of push rod, it is achieved being socketed on push rod of mould is completed tentatively The conveying of processing and forming.

Arrange further: be disposed with on described first conveyer belt for control on the first conveyer belt two adjacent molds it The control device of spacing, described control device includes the first gate for stopping the first conveyer belt mold and the second gate And drive the first gate and the second gate alternately to drive towards the first driving cylinder and second of the first belt direction motion respectively Dynamic air cylinder, described first drives cylinder and second to drive cylinder to be all connected with frame by the gate support being arranged in frame.

It is arranged such, when mould is carried towards upper die component and lower mold assemblies end by mould from the first conveyer belt feed end, First pass through the first gate controlled in device, make first driving air cylinder driven the first gate move towards the first belt direction, logical Crossing the first gate first makes mould and the first conveyer belt be slidably connected mould interception, then by first driving air cylinder driven the first lock Door deviates from the first belt direction motion, makes mould be delivered at the second gate with conveyer device, and now the second gate is by the Two drive cylinder to move towards the first conveyer device, mould carries out interception again, is then letting pass, and make mould with the first conveying Band is delivered to lower mold assemblies direction；By the first gate and the barrier effect of the second gate, make originally to be positioned over the first conveyer belt The mould of upper Unequal distance, by can be equidistant after twice stop be arranged on the first conveyer belt, the push rod making lower mold assemblies is every Just it is socketed on next mould after moving back and forth once when moving to upper die component, completes automatically to be socketed mould and carry out pre-again Molded operation.

Another object of the present utility model is that providing a kind of improves production efficiency, it is achieved the steamed bread of corn of automated production becomes Type machine.

A kind of steamed bread of corn forming machine, including entering face conveyer device for what fabric was processed into strip, described in enter face conveying Device is connected with in turn to cut off fabric and is pressed into the pre-molding device of the hemispherical recess of hat shape and bottom in advance, by after molding The steamed bread of corn apparatus for shaping that carries out shaping processing and row's dish device that the steamed bread of corn after shaping is collected, described precompressed Shaped device includes above-mentioned steamed corn bread mould, described pre-molding device is provided with for fabric is passed through upper die component with Charging aperture between lower mold assemblies.

It is arranged such, dough is rubbed and is pressed into the fabric of plane band and is positioned over into face conveyer device, through entering face conveying dress Putting and be delivered to pre-molding device after being processed into the noodles of strip, the fabric of strip enters being carried out by the charging aperture in frame The machine-shaping that row is preliminary；The opening and closing of its upper die component are controlled, to strip fabric by the assembly that drives in pre-molding device Carrying out severing, when upper die component gradually closes, bar shaped fabric is the most gradually extruded by upper die component, under now cam pack drives Lower mold assemblies is moved by membrane module towards upper die component, and when upper die component is of completely closed, the fabric of strip is by severing one trifle just Well for making the amount of a steamed bread of corn, when now lower mold assemblies continues to rise and extruded by the fabric of severing and be positioned at peak, Between lower mold assemblies and upper die component, internus is in the annular compartment of umbrella shape, and now fabric is just extruded full whole chamber Form the preliminary steamed bread of corn model of the hemispherical recess of a hat shape and bottom；Lower mold assemblies is controlled again automatic by cam pack Return, completes the operation of one-step forming at the beginning of a steamed bread of corn is processed automatically；It is delivered to apparatus for shaping again by pre-molding device, will Steamed bread of corn after molding carries out shaping processing so that it is surface is rounder and more smooth and is uniformly distributed, and improves the aesthetics of steamed bread of corn, finally The row's of being delivered to dish device is collected when steamed bread of corn is by time on the conveyer belt of row's dish device, and steamed bread of corn is arranged in catch tray In；Realize from preliminary plane fabric through entering face conveyer device, pre-molding device, apparatus for shaping and row's dish device, By carrying out end plate just at row Pan Zhuanzhichu after soft for fabric being positioned on the conveyer device of face, it is greatly saved manpower thing Power, it is achieved batch production processing, is greatly improved its production efficiency, it is achieved steamed bread of corn automatic moulding operation and collecting process.

Arrange further: described apparatus for shaping includes bracing frame and the trim panel being arranged on bracing frame, shaping conveying Band, the second conveyer belt of band steamed bread of corn after carry molding and for driving shaping conveyer belt and the second conveyer belt transmission Driving motor, is formed between described trim panel, shaping conveyer belt and the second conveyer belt and leads to for the shaping of steamed bread of corn shaping after molding Road, described shaping conveyer belt is in shaping channel by the steamed bread of corn after driving motor to make shaping and rotates, and with trim panel and Shaping conveyer belt rotates contact.

Being arranged such, just the steamed bread of corn of tool shape is delivered on the second conveyer belt and along with second is defeated through pre-molding device Sending band to move, the steamed bread of corn entering shaping channel rotates under the effect of shaping conveyer belt, steamed bread of corn in rotation process Conical side surface rotates under the common effect of shaping conveyer belt and trim panel and rubs simultaneously；Horizontal stroke due to shaping channel Cross section is fixing and is normal size, and the pattern through the steamed bread of corn of this shaping channel shaping is unified, the difference in size opposite sex is low, and face Material is evenly distributed, it is adaptable to large-scale production, the most effectively uses manpower and material resources sparingly simultaneously.

Arrange further: described row's dish device includes body and is arranged on body steamed bread of corn after carrying shaping 3rd conveyer belt, for promoting the push pedal of steamed bread of corn on the 3rd conveyer belt, for driving push pedal driving cylinder, the use of push pedal campaign The slide plate that slides in catch tray during in collecting the catch tray of steamed bread of corn, for push pedal being pushed steamed bread of corn and be arranged at the 3rd It is used for controlling apparatus for shaping on conveyer belt and is delivered to the sensor of the spacing of two adjacent steamed breads of corn on the 3rd conveyer belt, described cunning Plate is obliquely installed in the side of the 3rd conveyer belt, and described 3rd conveyer belt opposite side is connected with push pedal, and slide plate and push pedal are to it It is arranged in the 3rd conveyer belt both sides.

It is arranged such, the distance between steamed bread of corn after shaped device shaping is adjacent, defeated by being arranged at the 3rd Send and be delivered to the sensor of the spacing of two adjacent steamed breads of corn on the 3rd conveyer belt for controlling apparatus for shaping on band, make to be delivered to On 3rd conveyer belt, the distance between adjacent steamed bread of corn is equal, when neat being arranged in the 3rd conveyer belt and push away of several steamed breads of corn During the front of plate, push pedal drives air cylinder driven push pedal towards the direction promotion that steamed bread of corn arrange, the steamed bread of corn several arranged Promote simultaneously, then make steamed bread of corn slide in neat catch tray by slide plate, defeated by be arranged at below catch tray the most again Roller is sent to drive catch tray to deviate from conveying one end, direction distance of slide plate, it is simple to steamed bread of corn row's plate in catch tray next time, real Now automatically collect and the function of row's plate.

By using technique scheme, this utility model hinge structure compares: by dough is rubbed be pressed into flat Planar band, is carried out flattening and being formed the strip fabric of convenient shearing, then is made by pre-molding device by entering face conveyer device Fabric is socketed on mould the steamed bread of corn model tentatively being become hat shape, then by apparatus for shaping, it is shaped mellow and full process To final steamed bread of corn profile, it is being collected by row's dish device, is reaching automatically to be supported by fabric the steamed bread of corn of molding；Have Improving its production efficiency, effectively use manpower and material resources sparingly, the pattern of steamed bread of corn is unified, the difference in size opposite sex is little, it is to avoid manual operation, green Color is pollution-free, further ensures that the safety and sanitation of food produce, realizes the effect of automatic batch production simultaneously.

Accompanying drawing explanation

Fig. 1 is steamed bread of corn shaping machine structure schematic diagram；

Fig. 2 is the structural representation into face conveyer device and partial sectional view；

Fig. 3 is the enlarged drawing in Fig. 2 at A；

Fig. 4 is pre-molding apparatus structure schematic diagram and partial sectional view；

Fig. 5 is the partial exploded view at upper die component；

Structural representation when Fig. 6 is to drive Component driver mould to launch；

Structural representation when Fig. 7 is to drive Component driver mould Guan Bi；

Partial sectional view when Fig. 8 is that in pre-molding device, push rod is in lowermost end；

Partial sectional view when Fig. 9 is that in pre-molding device, push rod is at the highest notch；

Figure 10 is the enlarged drawing in Fig. 9 at B；

Figure 11 is the structural representation of apparatus for shaping；

Figure 12 is the structural representation of row's dish device.

In figure: 1, enter face conveyer device；2, pre-molding device；3, apparatus for shaping；4, row's dish device；11, face conveying is entered Band；12, pre-pressure surface roller；13, lower conveyer belt；14, wheel assembly is thinned；141, roller is thinned；142, wheel support is thinned；15, volume face roller Assembly；151, volume face roller；152, volume face motor；16, guidance set；161, guide roller；162, guide roller support；21, frame； 22, upper die component；220, protective cover；221, module；222, base；223, ring is driven；224, strip groove；225, litter； 226, stopper slot；227, bar shaped limited block；228, ventilative groove；23, mould；24, lower mold assemblies；241, the first conveyer belt； 2411, left conveyer belt；2412, right conveyer belt；2413, passage；242, conveying motor；243, push rod；244, limiting plate；245, lead To plate；246, device is controlled；2461, the first gate；2462, the second gate；2463, first cylinder is driven；2464, second drive Cylinder；2465, gate support；25, assembly is driven；251, cylinder is driven；252, universal driving shaft；253, pivot pin；254, groove；26、 Cam pack；261, connecting rod；262, cam；263, boss；27, cavity；28, depression；29, charging aperture；31, bracing frame；32、 Trim panel；33, shaping conveyer belt；34, the second conveyer belt；35, driving motor；36, shaping channel；37, shaping support；38, adjust Joint screw rod；39, leg；41, body；42, the 3rd conveyer belt；43, push pedal；44, push pedal drives cylinder；45, catch tray；46, sliding Plate；47, sensor；48, conveying roller.

Detailed description of the invention

To steamed corn bread mould and the steamed bread of corn forming machine of this mould is used to be described further referring to figs. 1 through Figure 12.

Embodiment 1: as it is shown in figure 1, a kind of steamed bread of corn forming machine, including be sequentially connected with for fabric is processed into strip Enter face conveyer device 1, fabric is cut off to be pressed into the pre-molding device 2 of the hemispherical recess of hat shape and bottom in advance, will become Apparatus for shaping 3 that steamed bread of corn after type carries out shaping processing and row's dish device 4 that the steamed bread of corn after shaping is collected, nest Steamed bread of corn mould is upper die component 22 and the ligand of lower mold assemblies 24.

As shown in Figures 2 and 3, wherein, enter face conveyer device 1 to include into face conveyer belt 11, pre-pressure surface roller 12, lower conveyer belt 13, wheel assembly 14, volume face roll assembly 15 and guidance set 16 are thinned；Enter the pre-pressure surface roller 12 of face conveyer belt 11 and pressing fabric Connecting, pre-pressure surface roller 12 is made up of two live-rollers, and two rotation directions rotating rolling are contrary；Arrange below pre-pressure surface roller 12 Have for carrying the lower conveyer belt 13 that pressing is expected below, on lower conveyer belt 13 with thin wheel for carry out pressing fabric thinning Assembly 14 connects；Thin wheel assembly 14 thinned roller 141 by several and thin wheel support 142 and form, some thin roller 141 in Circle-shaped being arranged in thins on wheel support 142 and is rotationally connected with thinning wheel support 142, thins wheel assembly 14 and lower conveyer belt 13 Between leave for plane fabric conveying gap, thin wheel support 142 by driving and make to thin roller 141 on tabular fabric Rolling carries out thinning operation；Thin wheel assembly 14 to be connected with for fabric is rolled into the volume face roll assembly 15 of strip, volume face roller group Part 15 is by volume face roller 151 and drives the volume face motor 152 of volume face roller 151 to form, and volume face roller 151 and lower conveyer belt 13 are spaced cloth Put, and at a certain angle with the conveying direction shape of lower conveyer belt 13, motor, by driving volume face roller 151 to rotate, makes plane The fabric of band is rolled into strip, to coordinate the basic profile of steamed bread of corn molding；As it is shown in figure 1, on lower conveyer belt 13 and for inciting somebody to action Strip fabric guides the guidance set 16 of the charging aperture 29 being delivered in frame 21 and connects, and guidance set 16 is by guide roller 161 He Guide roller 161 support forms, and some guide rollers 161 are linearly arranged and are rotationally connected with guide roller support 162, guide roller 161 Support is connected with lower conveyer belt 13, and strip fabric is delivered to pre-molding device 2.

As shown in Figure 4, pre-molding device 2 include frame 21 and be arranged in frame 21 and be sequentially arranged up and down for The upper die component 22 of severing strip fabric, in hat shape and under bottom empties the mould 23 of setting and coordinate with upper die component 22 Membrane module 24, also have and drive assembly 25 and for driving the cam set of lower mold assemblies 24 for drive upper die component 22 simultaneously Part 26；Upper die component 22 is provided with towards the center of lower mold assemblies 24 and matches with mould 23 and the depression of hemispherical setting 28, mould 23 is arranged between upper die component 22 and lower mold assemblies 24 and and the cavity of formation steamed bread of corn model between 28 that caves in 27, the driving assembly 25 that strip fabric cuts off is connected by upper die component 22 with for driving upper die component 22 to control its opening and closing, under Membrane module 24 is by being socketed on mould 23 on lower mold assemblies 24 with driving lower mold assemblies 24 and moving towards upper die component 22 direction Cam pack 26 connect, frame 21 is provided with for fabric being passed through the charging between upper die component 22 and lower mold assemblies 24 Mouth 29.

As shown in Figure 4 and Figure 5, upper die component 22 includes for severing and the module 221 of pressing fabric molding, for placing Base 222 logical in module 221 and middle part and the driving ring 223 being slidably connected with module 221, module 221 is block in triangle Arrange, and be provided with strip groove 224, as shown in Figure 6 and Figure 7, some described modules on the triangular facet driving ring 223 to contact 221 are spliced to form positive gengon, and in the program, preferably nine are spliced into positive nonagon, and these positive nine limit bodies are towards lower mold assemblies 24 End face center is described hemispherical depression shape, forms described cavity 27 between depression 28 and mould 23, drives and arranges on ring 223 There is the litter 225 for driving module 221 to slide in base 222, in litter 225 is arranged at strip groove 224 and and bar shaped Groove 224 is slidably connected, base 222 is provided with for drive ring 223 drive module 221 when rotating in base 222 spacing Stopper slot 226, when module 221 is inconsistent with stopper slot 226 described positive gengon center be formed with base 222 in the middle part of phase The opening of connection；It is provided with on the end face that module 221 contacts with base 222 simultaneously and exists for guiding and spacing module 221 The bar shaped limited block 227 slided in base 222, be provided with bar shaped limited block 227 is to arrange that one has bar shaped at interval of two The module 221 of limited block 227, and nine modules 221 there are three have bar shaped limited block 227, are provided with on base 222 simultaneously For guide bar shaped limited block 227 slide and with the strip-shaped clamp groove of bar shaped limited block 227 phase clamping, strip-shaped clamp groove length is longer than bar Shape limited block 227 length, module 221 is slided in strip-shaped clamp groove by bar shaped limited block 227 and base 222 is slidably connected, and Promote to be slidably connected between adjacent block 221；It is provided with ventilative groove 228 on contact surface between adjacent described module 221, Described ventilative groove 228 connects with two triangle end faces of module 221；Base 222 is provided with the guarantor for protecting module 221 Guard shield 220, protective cover 220 is removably connected by bolt with base 222.

As shown in Figure 4 and Figure 6, assembly 25 is driven to include driving cylinder 251, universal driving shaft 252 and being arranged at driving ring 223 On pivot pin 253, universal driving shaft 252 is provided with and drives ring 223 when rotating for the groove 254 for pivot pin 253 activity, cylinder with Base 222 is fixing to be connected, and universal driving shaft 252 one end is connected with cylinder, and the other end is rotationally connected with pivot pin 253, drives ring 223 to pass through The universal driving shaft 252 in assembly 25 is driven to be in module 221 back rotation and be slidably connected with module 221.

As shown in Figure 4 and Figure 5, lower mold assemblies 24 includes being arranged in frame 21 the first conveyer belt for delivery mold 23 241, the conveying motor 242 driving the first conveyer belt 241 and the push rod 243 being connected with cam pack 26；First conveyer belt 241 are divided into left conveyer belt 2411 and right conveyer belt 2412, formed and place mould between left conveyer belt 2411 and right conveyer belt 2412 The passage 2413 of 23, mould 23 two ends respectively with left conveyer belt 2411 and have conveyer belt to contact；Frame 21 is provided with for Limiting the limiting plate 244 of the first conveyer belt 241 mold 23 position, limiting plate 244 is arranged in the first conveyer belt 241 both sides and puts down Row is arranged at above the first conveyer belt 241, and limiting plate 244 is provided with for being directed to by mould 23 towards mould 23 feed end simultaneously Guide plate 245 in the middle part of first conveyer belt 241, guide plate 245 is that arc-shaped is arranged towards the first conveyer belt 241 two ends；First It is disposed with on conveyer belt 241 for controlling the control device of the spacing of two adjacent molds 23 on the first conveyer belt 241 246, control device 246 include being arranged at be disposed with for controlling on the first conveyer belt 241 on the first conveyer belt 241 biphase First gate 2461 and the second gate 2462 of the spacing of adjacent mould 23, the first gate 2461 and the second gate 2462 connect respectively It is connected to for driving the first gate 2461 and the second gate 2462 alternately towards the first driving gas of the first conveyer belt 241 direction motion Cylinder 2463 and second drives cylinder 2464, and first drives cylinder 2463 and second to drive cylinder 2464 all by being arranged at frame 21 On gate support 2465 be connected with frame 21.

As it is shown in figure 5, cam pack 26 includes cam 262 that connecting rod 261 and frame 21 be rotationally connected and is arranged at For the driving motor driving cam 262 to rotate in frame 21, cam 262 drives push rod 243 module upward by connecting rod 261 Part 22 moves back and forth；Being provided with on push rod 243 and empty the boss 263 of portion's phase fit bottom mould 23, cam pack 26 passes through Drive push rod 243 to be socketed on the boss 263 of push rod 243 by mould 23 and transport towards upper die component 22 direction；As shown in Figure 10, mould Tool 23 is when being at the highest notch and is spliced between the depression 28 of positive gengon module 221 lower end and forms described cavity 27.

As shown in figures 1 and 11, apparatus for shaping 3 includes bracing frame 31 and the trim panel 32 being arranged on bracing frame 31, whole Shape conveyer belt 33, after carry molding steamed bread of corn the second conveyer belt 34 and for driving shaping conveyer belt 33 and second defeated Send the driving motor 35 with 34 transmissions；Trim panel 32, formed for molding postfovea between shaping conveyer belt 33 and the second conveyer belt 34 The shaping channel 36 of steamed bread of corn shaping, shaping conveyer belt 33 is transmitted towards the second conveyer belt 34 direction by driving motor 35, and with the Two conveyer belt 34 conveying directions are consistent, make the steamed bread of corn after shaping rotate in being in shaping channel 36 and with trim panel 32 and shaping Conveyer belt 33 rotates contact；Trim panel 32 is connected with bracing frame 31 by shaping support 37, and shaping support 37 is provided with regulation The adjusting screw rod 38 of angle between trim panel 32 and the second conveyer belt 34, the bottom of bracing frame 31 is provided with for passive Leg 39, each leg 39 is provided with and connects for the adjusting screw rod 38 being easy to regulate bracing frame 31 height, with preferably with first Conveyer belt 241 and row's dish device 4 match.

Such as Fig. 1 and as shown in figure 12, row's dish device 4 includes body 41 and is arranged on body 41 after carrying shaping 3rd conveyer belt 42 of steamed bread of corn, for promoting the push pedal 43 of steamed bread of corn on the 3rd conveyer belt 42, being used for driving push pedal 43 to move Push pedal drive cylinder 44, for collecting the catch tray 45 of steamed bread of corn, for push pedal 43 is pushed steamed bread of corn time slide into collection Slide plate 46 in dish 45 and be arranged on the 3rd conveyer belt 42 and be delivered on the 3rd conveyer belt 42 two for controlling apparatus for shaping 3 The sensor 47 of the spacing of adjacent steamed bread of corn, makes to be delivered on the 3rd conveyer belt 42 distance between adjacent steamed bread of corn equal； Slide plate 46 is obliquely installed in the side of the 3rd conveyer belt 42, and the 3rd conveyer belt 42 opposite side is connected with push pedal 43, and slide plate 46 with Push pedal 43 is arranged in the 3rd conveyer belt 42 both sides to it；When several steamed breads of corn neat be arranged in the 3rd conveyer belt 42 and push pedal 43 front time, push pedal drives cylinder 44 to drive push pedal 43 towards the promotion of direction that steamed bread of corn arrange, the nest several arranged A steamed bread of corn promotes simultaneously, then makes steamed bread of corn slide in neat catch tray 45, the most again by being arranged at catch tray by slide plate 46 Conveying roller 48 below 45 drives catch tray 45 to deviate from conveying one end, direction distance of slide plate 46, it is simple to steamed bread of corn is being received next time Row's plate in catch basin 45.

Operation principle: be pressed into plane band by being rubbed by dough, carries out flattening and the side of being formed by entering face conveyer device 1 Just the strip fabric sheared, then control mould 23 in its upper die component 22 by the assembly 25 that drives in pre-molding device 2 Opening and closing, carry out severing to strip fabric；As shown in Fig. 8 to Fig. 9, when splicing mould 23 and gradually closing, bar shaped fabric is the most gradually Being extruded by module 221, now cam pack 26 drives push rod 243 to be moved towards upper die component 22 by lower mold assemblies 24, when upper module When part 22 is of completely closed, the fabric of strip is by severing, as shown in Figure 10, and now push rod 243 and be socketed on the mould on push rod 243 Tool 23 continuation rises and extrudes and when being positioned at peak with by the fabric of severing, the lower end of mould 23 and the positive nine limit bodies being spliced to form Between the hemispherical depression 28 of bottom, internus is in the annular compartment of umbrella shape, and now fabric is just extruded full whole chamber Form the preliminary steamed bread of corn model of the hemispherical recess of a hat shape and bottom；Push rod 243 is controlled certainly again by cam pack 26 Dynamic return, makes fabric be bonded on mould 23 and falls between left conveyer belt 2411 and right conveyer belt 2412, completing a nest nest The operation of the head just one-step forming of processing automatically；As shown in figure 11, then by the first conveyer belt 241 it is delivered to apparatus for shaping 3, by molding After steamed bread of corn carry out shaping processing, make the steamed bread of corn surface on its mould 23 round and smooth by shaping channel 36 and be uniformly distributed place Reason, is finally collected by the second conveyer belt 34 row of being delivered to dish device 4, as shown in figure 12, when steamed bread of corn is by row's dish device 4 Conveyer belt on time, the distance made to be delivered on the 3rd conveyer belt 42 between adjacent steamed bread of corn by its sensor 47 is equal, when When what several steamed breads of corn were neat is arranged in the front of the 3rd conveyer belt 42 and push pedal 43, push pedal drives cylinder 44 to drive push pedal 43 Direction towards steamed bread of corn arrangement promotes, and the steamed bread of corn several arranged promotes simultaneously, then makes steamed bread of corn sliding by slide plate 46 To neat catch tray 45, catch tray 45 is driven to deviate from slide plate by being arranged at the conveying roller 48 below catch tray 45 the most again Conveying one end, direction distance of 46, it is simple to steamed bread of corn row's plate in catch tray 45 next time, it is achieved automatically collect and arrange plate Function；As it is shown in figure 1, pass through from preliminary plane fabric through entering face conveyer device 1, pre-molding device 2, apparatus for shaping 3 and row's dish device 4, end plate will be carried out after soft for fabric being positioned on face conveyer device 1 at row's dish device 4 by pre- Pressing molding device 2 makes fabric be socketed on the steamed bread of corn model tentatively being become hat shape on mould 23, then is entered it by apparatus for shaping 3 The mellow and full process of row molding obtains final steamed bread of corn profile, is being collected by row's dish device 4, reaches automatically to be made by fabric The steamed bread of corn of molding.

Embodiment 2: a kind of steamed bread of corn moulding process, including above-mentioned steamed bread of corn forming machine, step is as follows:

1) dough-making powder: by agitated to flour, water and flavoring agent dough of making, then dough is rubbed be pressed into plane band.

2) precompressed: the fabric of plane band is put into entering on face conveyer device 1, be delivered to precompressed by entering face conveyer belt 11 Face roller 12 carries out preliminary precompressed and flattens, and enters by the wheel assembly 14 that thins on lower conveyer belt 13 being delivered to lower conveyer belt 13 One step thin pressing, finally by volume face roll assembly 15, the fabric of plane band is rolled into strip fabric, by its lower conveying With the guidance set 16 on 13, strip fabric is delivered to pre-molding device 2.

3) first one-step forming: strip fabric upper die component 22 in pre-molding device 2 and lower mold assemblies 24 match, Strip fabric is cut into segment and makes fabric be placed on the surface of mould 23 by pressure assembly down and the cavity 27 that pressure assembly is formed down Form the basic profile of preliminary steamed bread of corn of cone shape, then be delivered to apparatus for shaping 3 by the first conveyer belt 241.

4) shaping: by the steamed bread of corn of first one-step forming through by the second conveyer belt 34, shaping conveyer belt 33 and trim panel 32 it Between the shaping channel 36 that formed steamed bread of corn outer surface is carried out pressing, mellow and full, make steamed bread of corn outer surface fabric smooth and uniform, then By the second conveyer belt 34 row of being delivered to dish device 4.

5) row's dish is collected: the steamed bread of corn after the molding of shaped device 3 passes through its sensor 47 by arrangement equidistant for steamed bread of corn On the 3rd conveyer belt 42, by push pedal 43 by steamed bread of corn through neat being arranged in catch tray 45 of slide plate 46, it is achieved steamed bread of corn Automatic molding process.

The above is only the preferred embodiment of the present invention, and protection scope of the present invention is not limited merely to above-mentioned enforcement Example, all technical schemes belonged under thinking of the present invention belong to protection scope of the present invention.It should be pointed out that, for the art Those of ordinary skill for, some improvements and modifications without departing from the principles of the present invention, these improvements and modifications are also Should be regarded as protection scope of the present invention.

Claims

1. a steamed corn bread mould, it is characterised in that: include being sequentially arranged the upper die component for severing strip fabric up and down (22), in hat shape and the bottom mould (23) of emptying setting and the lower mold assemblies (24) that coordinates with upper die component (22), described Upper die component (22) is provided with towards the center of lower mold assemblies (24) and matches and the depression of hemispherical setting with mould (23) (28), described mould (23) is arranged between upper die component (22) and lower mold assemblies (24) and and the formation nest nest between (28) that caves in The cavity (27) of head model, described upper die component (22) connects to be had for driving upper die component (22) to control its opening and closing by strip-shaped surface The driving assembly (25) that material cuts off, described lower mold assemblies (24) connects to be had by driving lower mold assemblies (24) to be socketed by mould (23) In lower mold assemblies (24) cam pack (26) that is upper and that move towards upper die component (22) direction.

Steamed corn bread mould the most according to claim 1, it is characterised in that: described upper die component (22) include for severing and The module (221) of pressing fabric molding, base (222) logical in placement module (221) and middle part and with module (221) The driving ring (223) being slidably connected, described module (221) is arranged in triangle bulk, and the triangular facet contacted with driving ring (223) On be provided with strip groove (224), some described modules (221) are spliced to form regular polygon, and this regular polygon module down The end face center of part (24) is spliced to form described depression (28) by module (221), described driving ring (223) is provided with for Driving the litter (225) that module (221) is slided in base (222), described litter (225) is arranged in strip groove (224) And be slidably connected with strip groove (224), described base (222) is provided with for driving ring (223) to drive module (221) to exist Stopper slot (226) spacing when rotating in base (222), described regular polygon when module (221) is inconsistent with stopper slot (226) Center is formed with the opening being connected with base (222) middle part, and described driving ring (223) is in mould by driving assembly (25) Block (221) comes up back rotation and being slidably connected with module (221).

Steamed corn bread mould the most according to claim 2, it is characterised in that: described module (221) contacts with base (222) The bar shaped limited block (227) for guiding and spacing module (221) is slided in base (222) it is provided with on end face, described Being provided with on base (222) and the strip-shaped clamp groove of bar shaped limited block (227) phase clamping, described module (221) is spacing by bar shaped Block (227) slides in strip-shaped clamp groove and base (222) is slidably connected, and promotes to be slidably connected between adjacent block (221).

Steamed corn bread mould the most according to claim 2, it is characterised in that: described driving assembly (25) includes driving cylinder (251), universal driving shaft (252) and be arranged at the pivot pin (253) driven on ring (223), described universal driving shaft (252) is provided with and drives For the groove (254) movable for pivot pin (253) when rotating ring (223) rotates, described cylinder is fixing with base (222) to be connected, institute Stating that the piston of universal driving shaft (252) one end and cylinder is fixing to be connected, the other end is rotationally connected with pivot pin (253).

Steamed corn bread mould the most according to claim 1, it is characterised in that: described lower mold assemblies (24) includes being arranged at frame (21) upper the first conveyer belt (241) being used for delivery mold (23) and the push rod (243) being connected with cam pack (26), institute State to be provided with on push rod (243) and empty the boss (263) of portion's phase fit, described first conveyer belt (241) with mould (23) bottom Being divided into left conveyer belt (2411) and right conveyer belt (2412), described mould (23) is positioned over left conveyer belt (2411) and right conveyer belt (2412), on the passage (2413) formed between, mould (23) is socketed by described cam pack (26) by driving push rod (243) Boss (263) in push rod (243) is upper and moves, with upper when described mould (23) is at the highest notch towards upper die component (22) direction Described cavity (27) is formed between membrane module (22).

Steamed corn bread mould the most according to claim 5, it is characterised in that: described cam pack (26) includes connecting rod And the cam (262) that is rotationally connected of frame (21) and be arranged in frame (21) and be used for driving cam (262) to rotate (261) Driving motor, described cam (262) by connecting rod (261) drive push rod (243) towards upper die component (22) move back and forth.

Steamed corn bread mould the most according to claim 5, it is characterised in that: set gradually on described first conveyer belt (241) There are the control device (246) of spacing for controlling upper two adjacent molds of the first conveyer belt (241) (23), described control device (246) include the first gate (2461) for stopping the first conveyer belt (241) mold (23) and the second gate (2462) with And drive the first gate (2461) and the second gate (2462) alternately to drive towards the first of the motion of the first conveyer belt (241) direction respectively Dynamic air cylinder (2463) and second drives cylinder (2464), and described first drives cylinder (2463) and second to drive cylinder (2464) equal It is connected with frame (21) by the gate support (2465) being arranged in frame (21).

8. a steamed bread of corn forming machine, including entering face conveyer device (1) for what fabric was processed into strip, it is characterised in that: Described enter face conveyer device (1) be connected with in turn by fabric cut off be pressed into the pre-of hat shape and bottom hemispherical depression (28) shape in advance Pressing molding device (2), the steamed bread of corn after molding is carried out the apparatus for shaping (3) of shaping processing and the steamed bread of corn after shaping is entered Row's dish device (4) that row is collected, described pre-molding device (2) includes the steamed bread of corn as described in claim 1-7 any one Mould, described pre-molding device (2) is provided with for being passed through by fabric between upper die component (22) and lower mold assemblies (24) Charging aperture (29).

Steamed bread of corn forming machine the most according to claim 8, it is characterised in that: described apparatus for shaping (3) includes bracing frame And the trim panel (32), shaping conveyer belt (33), the band that are arranged on bracing frame (31) are used for carrying steamed bread of corn after molding (31) The second conveyer belt (34) and be used for driving the driving motor (35) of shaping conveyer belt (33) and the second conveyer belt (34) transmission, Formed between described trim panel (32), shaping conveyer belt (33) and the second conveyer belt (34) for the shaping of steamed bread of corn shaping after molding Passage (36), described shaping conveyer belt (33) turns in being in shaping channel (36) by the steamed bread of corn after driving motor to make shaping Dynamic, and contact with trim panel (32) and shaping conveyer belt (33) rotation.

Steamed bread of corn forming machine the most according to claim 8, it is characterised in that: described row's dish device (4) includes body (41) And it is arranged at the 3rd conveyer belt (42) of steamed bread of corn after body (41) is above used for carrying shaping, for promoting the 3rd conveyer belt (42) push pedal (43) of steamed bread of corn on, the push pedal being used for driving push pedal (43) to move drive cylinder (44), are used for collecting steamed bread of corn Catch tray (45), for push pedal (43) push steamed bread of corn time slide into the slide plate (46) in catch tray (45) and be arranged at It is used for controlling apparatus for shaping (3) on 3rd conveyer belt (42) and is delivered to the spacing of the 3rd upper two adjacent steamed breads of corn of conveyer belt (42) Sensor (47), described slide plate (46) is obliquely installed in the side of the 3rd conveyer belt (42), and described 3rd conveyer belt (42) is another Side is connected with push pedal (43), and slide plate (46) is arranged in the 3rd conveyer belt (42) both sides with push pedal (43) to it.