CN205512299U

CN205512299U - Be used for fashioned device of drier multilayer food

Info

Publication number: CN205512299U
Application number: CN201520955178.1U
Authority: CN
Inventors: 黄松; 彭涛
Original assignee: Chengdu Soontrue Rainbow Machinery Equipment Co Ltd
Current assignee: Chengdu Soontrue Rainbow Machinery Equipment Co Ltd
Priority date: 2015-11-26
Filing date: 2015-11-26
Publication date: 2016-08-31
Anticipated expiration: 2025-11-26

Abstract

The utility model discloses a be used for fashioned device of drier multilayer food, include the conveyer, disclose skin mechanism, annotate filling mechanism, disclose filling mechanism and forming die, forming die fixes on the conveyer, disclose skin mechanism, annotate filling mechanism and disclose filling mechanism and arrange in the top of conveyer, according to the direction of delivery of conveyer, it is located notes filling mechanism the place ahead to disclose skin mechanism, notes filling mechanism is located discloses filling mechanism the place ahead. The utility model discloses can be used for the dry filling of shaping material food, good, the broken skin of food appearance quality after the shaping, not give the game away, the taste is good moreover.

Description

A kind of device for siccative multilayer food product molding

Technical field

This utility model belongs to food machinery field, particularly relates to a kind of device for siccative multilayer food product molding.

Background technology

If Authorization Notice No. is CN204540554U, authorized announcement date is that the Chinese invention patent on August 12nd, 2015 discloses a kind of New Modlel Dumpling Machine, and it includes frame, flour bucket, bark press structure, guided plate, winding up roller, revolving die, stuffing material bucket, outlet slot.Described flour bucket is located at frame upper left；Described bark press structure and stuffing material bucket are respectively provided at centre and the right side of frame, corresponding in the frame of described bark press structure and stuffing material bucket bottom are provided with revolving die, and described revolving die is circular configuration and can rotate along its center of circle；The described exit below flour bucket is provided with two relative pressure rollers, and the described gap between two guided plates is corresponding with two above-mentioned pressure rollers；The described frame above guided plate end is provided with winding up roller；Described outlet slot is corresponding with revolving die and stuffing material bucket.This invention overall structure is simple, and for comparing traditional equipment, this structure floor space is less, and in work efficiency for the work efficiency of this structure also there is no reduction；Meanwhile, the internal mode using multiple modules to work independently of the revolving die of this structure, it is individually replaced when breaking down, time saving and energy saving.

Authorization Notice No. is CN203028079U, authorized announcement date is that the Chinese invention patent on July 3rd, 2013 discloses a kind of polychrome stuffed dumplings machine, including at least three feeding machines, feeding pipe and ball of glutinous rice forming tank, also include bidirectional screw follower and loading head, described loading head is the concentric ladder pipe that radius is incremented by successively from top to bottom, the upper end closed of described concentric ladder pipe, lower end is discharging opening, and on concentric ladder pipe, the homonymy of each ladder is provided with feeding mouth；Every feeding machine is by a feeding pipe feeding mouth connecting loading head on corresponding with bidirectional screw follower, and the discharging opening of described loading head has ball of glutinous rice forming tank.This polychrome stuffed dumplings machine can process the ball of glutinous rice of multiple stuffing material, and these ball of glutinous rice present the color of different levels, and mouthfeel is more preferable, meets people's pursuit to color；This polychrome stuffed dumplings machine simple and reasonable for structure, easy to operate, process velocity is fast, it is achieved that produce in enormous quantities；This invention can not only process the ball of glutinous rice of multiple stuffing material, it is also possible to processes the pellet food of various multiple-layer polychromatic.

Authorization Notice No. is CN204617037U, authorized announcement date is that in JIUYUE, 2015 Chinese invention patent of 9 days discloses a kind of enclosed-type steamed bun steamed dumpling with the dough gathered at the top former, including frame, described frame is provided with chain belt molding assembly, pressure surface roller assembly, quantitatively note filling assembly, extruded assembly, sizing assembly, pushes away bag assembly.The enclosed-type steamed bun steamed dumpling with the dough gathered at the top former that this invention proposes, achieve steamed bun, steamed dumplings the most faric, become machine from manual manufacture improvement automatically to make, avoid factors to cooking steamed bun, the impact of steamed dumplings make efficiency, greatly improve the production efficiency cooking steamed bun, steamed dumplings, save time and recruitment cost.

Authorization Notice No. is CN204157540U, authorized announcement date is point filling that the Chinese invention patent on February 18th, 2015 discloses a kind of full-automatic wonton machine, fall filling, sprinkle water and rush skin structure, include stuffing separating machine structure, it is positioned at that side of stuffing output port of filling case of stuffing separating machine structure for blocking, open the Feng Xian mechanism of stuffing output port, and it is positioned at Luo Xianchong skin mechanism and the watering mechanism of the stuffing output port front upper of filling case, thus one can carry out a point filling consistently, fall filling, sprinkle water and rush skin action, a series of work is carried out for last lock skin forming process, therefore this invention is rational in infrastructure

The food machinerys such as above-mentioned existing dumpling machine, stuffed dumplings machine, steamed dumpling with the dough gathered at the top machine and wonton machine, used stuffing material is all that viscosity is big, the wet feed that moisture is more, will not be scattered everywhere in dough cover because using such stuffing material stuffing material when noting stuffing material to fall, could well be wrapped in dough cover by stuffing material.And forming action cannot be completed for the food that stuffing material is siccative at random, that viscosity is relatively low and moisture is few.

Authorization Notice No. is CN204351664U, authorized announcement date is that the Chinese invention patent on May 27th, 2015 discloses a kind of dry filling and wet filling all-in-one, including mixed organization, and the disintegrating mechanism with mixed organization input is set, and arranges and mixed organization outfan wet filling device and dry filling device；And coordinate the pulverizing motor installed with disintegrating mechanism, and coordinate the hybrid electric motor installed with mixed organization；Described wet filling device is directly constituted by corrugated tube；Described dry filling device is constituted by arranging water squeezing sector inside return bend；Multiple micro through-hole is offered at described return bend least significant end, the dry filling of this invention and wet filling all-in-one, use disintegrating mechanism material is tentatively pulverized, after pulverizing by mixed organization spiral shell by stuffing material by rotation by the way of send, stuffing material shape after sending is made to can guarantee that unanimously, neat appearance；Additionally stuffing material is after being extruded by it by wet filling device and dry filling device so that stuffing material is more abundant, be not easy to be scattered；People can be according to filling skin thickness, and self hobby of people selects the dryness of stuffing material or moist stuffing material.

This invention is, by the way of extruding rotates, dry stuffing material is squeezed into one, the most just falls and carries out inclusion on dough cover, although this device is capable of the inclusion of dry stuffing material, but needs dry stuffing material is squeezed into one, affects the mouthfeel of stuffing material；And the stuffing material pressed together interacts, easily cause dough cover when inclusion damaged；Dry stuffing material when extruding for some crisp stuffing material extruding be will squeeze broken in powder, it is impossible to agglomerating, during inclusion, Sichuan is at random, it is impossible to normal inclusion, it may appear that the defect of leakage filling；Owing to stuffing material is squeezed broken, destroy the original form of stuffing material, the aesthetic property of the food after molding can be caused certain impact.

Utility model content

In order to overcome drawbacks described above, this utility model provides a kind of device for siccative multilayer food product molding, and this device can be used in molding dry stuffing material food, the food appearance quality after molding is good, not broken skin, do not give the game away, and in good taste.

This utility model be the technical scheme is that by the above-mentioned technical problem of solution

A kind of device for siccative multilayer food product molding, it is characterized in that: include conveyer, first dough-sheet shaping mechanism, second dough-sheet shaping mechanism, Tong Pi mechanism, stuffing filling machine structure, Tong Xian mechanism, reshaping device and mould, described mould is fixing on a conveyor, described first dough-sheet shaping mechanism, second dough-sheet shaping mechanism, Tong Pi mechanism, stuffing filling machine structure and Tong Xian mechanism are arranged in the top of conveyer according to the conveying direction of conveyer, described first dough-sheet shaping mechanism is positioned at Tong Pi mechanism front, described Tong Pi mechanism is positioned at described stuffing filling machine structure front, described stuffing filling machine structure is positioned at described Tong Xian mechanism front, described Tong Xian mechanism is positioned at described second dough-sheet shaping mechanism front, described reshaping device is positioned at the rear of described second dough-sheet shaping mechanism, pusher is positioned at reshaping device rear.

Described conveyer includes cycloconveyor belt, drive roll, driven voller and driving motor, and cycloconveyor belt is enclosed within drive roll and driven voller, drives motor to be connected with drive roll by belt, and described shaping mould has multiple, and fixes on the conveyor belt.

Described mould includes mold base, Die and mould plate and bracket, and described mold base is fixing on the conveyor belt, and described Die and mould plate is fixed on mold base, and described Die and mould plate is provided with molding groove, and described bracket hangs on Die and mould plate, and bracket is positioned at below molding groove.

Described molding groove includes spherical groove and cylindrical groove, and the bottom of spherical groove connects with cylindrical groove, and spherical groove is provided with multiple muscle groove.

Described Tong Pi mechanism includes mounting seat, discloses skin zone's part and driver part, and driver part is fixed in mounting seat, discloses skin zone's part and is connected with driver part, and driver part drives discloses skin zone's part up and down motion.

Described driver part is cylinder or oil cylinder, described skin zone's part of disclosing includes connecting plate, T-shaped plate, transverse slat and discloses Pi Zhu, described cylinder or oil cylinder are fixed in mounting seat, described connecting plate is fixed on the push rod of cylinder or oil cylinder, one end of described T-shaped plate is fixed on connecting plate, described transverse slat is connected on the other end of T-shaped plate, described in disclose Pi Zhu and be fixed on transverse slat.

Described cylinder or oil cylinder are fixed in mounting seat by bolt or rivet, described connecting plate is welded on cylinder or oil cylinder, described T-shaped plate is bolted on connecting plate, and described transverse slat is bolted on T-shaped plate, described in disclose Pi Zhu and be fixed by screws on transverse slat.

The described shaft disclosing Pi Zhu is cylinder, and end is spherical.

The described Pi Zhu of disclosing has three and is equidistantly distributed on transverse slat.

Described stuffing filling machine structure includes hopper, discloses material parts, material shaking parts and soleplate, it is provided with material path on described soleplate, described hopper is positioned at above material shaking parts, described material shaking parts are positioned at above soleplate, and level can slide on soleplate, described in disclose material parts and be positioned at above soleplate, and can move up and down, stuffing material is transported in the material path of soleplate by described material shaking parts, discloses material parts and is disclosed in dough cover from the material path of soleplate by stuffing material.

Described material parts of disclosing include disclosing material cam, disclose material actuator, disclose material linking arm, disclose material the first swing arm, disclose material connecting rod, disclose material the second swing arm, disclose material the 3rd swing arm, disclose flitch and material poking rod；Described disclose material actuator one end with disclose material linking arm be connected, the other end with disclose expect cam be connected；Described disclose material connecting rod one end with disclose material the first swing arm be connected, the other end with disclose material the second swing arm be connected, described in disclose expect the 3rd swing arm one end with disclose expect the second swing arm be connected, the other end is connected with disclosing flitch, and described material poking rod is fixed on to be disclosed on flitch.

Described material shaking parts include material shaking cam, material shaking actuator, material shaking linking arm, material shaking swing arm, material shaking connecting rod, pull bar, arm-tie and measuring cup plate；Described material shaking actuator one end is connected with material shaking linking arm, and the other end is connected with material shaking cam；Described material shaking swing arm one end is connected with material shaking linking arm, and the other end is connected with material shaking connecting rod, and described pull bar one end is connected with material shaking connecting rod, and the other end is connected with arm-tie；Described measuring cup plate one end is fixed on arm-tie, and described measuring cup plate is provided with stuffing material hole.

Being provided with chute on described soleplate, be provided with raised line bottom described measuring cup plate, raised line is spacing in chute.

Described stuffing filling machine structure also includes installing plate, cam box, swing arm case and installing rack, cam box and swing arm case are fixing on a mounting board, swing arm case is positioned at cam box rear, soleplate is fixed on cam box, described hopper is fixed on soleplate, and measuring cup plate is positioned at below the discharging opening of hopper, and soleplate is positioned at below measuring cup plate, described installing rack is fixed on soleplate, and installing rack is positioned at hopper front.

Being provided with camshaft in described cam box, camshaft is logical by driven by motor, described in disclose material cam and material shaking cam sleeve is connected on camshaft.

Described disclosing expects that the first swing arm is positioned at swing arm case, described disclose material first swing arm one end with disclose material linking arm hinged, the other end is together with disclosing material rod hinge connection, disclose material the first swing arm to be hinged on swing arm case, described disclose material the connecting rod other end with disclose material the second swing arm hinged, on described installing rack, rotary shaft is installed, described in disclose material the second swing arm the other end be socketed on the rotating shaft, described in disclose material the 3rd swing arm one end be socketed on the rotating shaft.

Described material shaking swing arm is positioned at swing arm case, described material shaking swing arm one end is hinged with material shaking linking arm, other end material shaking connecting rod is connected, material shaking swing arm is hinged on swing arm case, described pull bar has two, is connected as an entirety by one piece of contiguous block, and material shaking connecting rod is connected on contiguous block, pull bar is fixed on cam box by bracing frame, and the other end of two pull bars is connected on arm-tie.

The driving principle disclosing material parts is: discloses material cam rotation drive and discloses material actuator swing, disclose and expect that actuator swing drive is disclosed material linking arm and moved forward and backward, disclose and expect that linking arm drive is disclosed material the first swing arm and swung up and down, disclose and expect that the first swing arm drive is disclosed material connecting rod and moved forward and backward, disclose and expect that connecting rod drive is disclosed material the second swing arm and swung up and down, disclose material the second swing arm to drive and disclose material the 3rd swing arm and swing up and down, disclose material the 3rd swing arm and drive and disclose flitch and move up and down, disclose flitch and move up and down drive material poking rod and move up and down.

The driving principle of material shaking parts is: material shaking cam rotation drives material shaking actuator to swing, material shaking actuator swings and drives material shaking linking arm to move forward and backward, material shaking linking arm drives material shaking swing arm to swing up and down, material shaking swing arm drives material shaking connecting rod to move forward and backward, material shaking connecting rod drives pull bar to move forward and backward, pull bar pulls arm-tie to move forward and backward, and arm-tie pulls measuring cup plate slide anteroposterior in chute.

Material shaking parts with the matching relationship disclosing material parts are: assuming that material poking rod is just disclosed material and completed, material poking rod is in extreme higher position, disclose material cam and are in the section of stopping.Measuring cup plate moves to the back-end from the position concentric with material path soleplate, move to rearmost end end motion 10mm further along, rearmost end is moved to again at 10mm, so 3 times repeatedly, so that material can be sufficient filling with, after completing when the 3rd time, when measuring cup plate is in rearmost end, now measuring cup plate moves forward to again the filling hole on measuring cup plate and the material path on soleplate is located with one heart, and now measuring cup plate is in foremost, and material shaking cam enters the section of stopping.Now measuring cup plate is failure to actuate, disclose material cam driven and disclose material actuator work regularity swing, disclose and expect that actuator swing drive is disclosed material linking arm and moved forward and backward, disclose and expect that linking arm drive is disclosed material the first swing arm and swung up and down, disclose and expect that the first swing arm drive is disclosed material connecting rod and moved forward and backward, disclose and expect that connecting rod drive is disclosed material the second swing arm and swung up and down, disclose and expect that the second swing arm drive is disclosed material the 3rd swing arm and swung up and down, disclose and expect that the 3rd swing arm drive is disclosed flitch and moved up and down, disclose flitch move up and down drive material poking rod move up and down, material poking rod completes to disclose material action through the filling hole of measuring cup plate and the material path of soleplate, siccative is disclosed in dough cover.

Described Tong Xian mechanism is just the same with the structure of Tong Pi mechanism, simply both installation sites are different, the purpose reached is different, the effect of Tong Pi mechanism is that dough cover is shaped to a spill, it is easy to stuffing filling machine structure note filling, and Tong Xian mechanism is the stuffing material that will be implanted in dough cover again squeezes in dough cover, allows stuffing material fully drop in dough cover, allow the product design being manufactured into be more nearly manual product.

Described reshaping device is that the product manufactured is carried out shaping, produces the product that appearance looks elegant is beautiful, also functions to an effect mediated simultaneously, dough cover carries out a sealing action.This reshaping device includes: base plate, two reforming stations being oppositely arranged, shaping piece and shaping cylinder, the base of described shaping cylinder is fixed on base plate side, one of them reforming station is fixed on the opposite side of base plate, another one reforming station is fixed on the push rod of shaping cylinder, two reforming stations are provided with guide hole, it is fixed with guide rod in the guide hole of the reforming station being fixed on base plate, guide rod is through the guide hole of another reforming station, at least fixing a shaping piece on one reforming station, the end face of shaping piece is arc-shaped concave.

Described reshaping device also includes bearing, and base plate is fixed on bearing.

The effect of described pusher is to be shifted onto from mould above conveyer belt by the product produced, this pusher includes: portal trestle, pusher cylinder, scraping wings and charging ram, portal trestle is crossed on cycloconveyor belt, pusher cylinder is fixed on portal trestle, scraping wings is fixed on the push rod of pusher cylinder, and charging ram is fixed on scraping wings.

Compared with prior art, this utility model has the advantages that

1, the food wanting molding stuffing material to be siccative due to this utility model.Due to siccative exist at random, viscosity is low, moisture is low, causes siccative easily give the game away when inclusion and shine.nullFor this，This utility model is for this feature of siccative，It is provided with Tong Pi mechanism、Stuffing filling machine structure and Tong Xian mechanism，Deliver to after dough cover molding below Liao Yutong skin mechanism，Yu Tong skin mechanism contacts with the center of dough cover，Under the active force of Yu Tong skin mechanism，Dough cover is trapped in the spherical groove of molding groove of mould，Dough cover is formed as spill，The dough cover being shaped to spill is sent to below stuffing filling machine structure，Stuffing material is injected in the dough cover of spill by note stuffing material mechanism，Owing to dough cover realizes being shaped to nest dress，Siccative is injected in the dough cover of nest dress and will not trickle down，After installing stuffing material，Under the effect of stuffing filling machine structure，Dough cover is by the molding groove disclosing mould，Fall on the bracket of mould，Then it is being sent to below Tong Xian mechanism，Under the effect of Tong Xian mechanism，Siccative is extruded the bottom being pressed to dough cover，The so not only appearance looks elegant of the food after molding but also stuffing material is difficult to scatter，Will not drop out from the sealing part of dough cover.By under the common effect of these three mechanism, siccative, will not be given the game away by inclusion in dough cover, also will not squeeze broken stuffing material as prior art, simultaneously because the interaction force between stuffing material is relatively small, does not results in dough cover when inclusion damaged.

2, this utility model also includes that the first dough-sheet shaping mechanism, the second dough-sheet shaping mechanism, reshaping device and pusher, described first dough-sheet shaping mechanism, the second dough-sheet shaping mechanism, Tong Pi mechanism, stuffing filling machine structure, Tong Xian mechanism, reshaping device and pusher are arranged in the top of conveyer.Reshaping device carries out shaping to the food that inclusion is good, mediates the sealing part of food, mediates sealing, so mediates more tight, and profile is more nearly manual food.If the food that need not sealing avoids the need for this mechanism, first dough-sheet shaping mechanism, the second dough-sheet shaping mechanism are mainly used in dough cover molding, send skin, need which type of food of molding just with the dough-sheet shaping mechanism of what food of molding, work can be completed, it is not necessary to individually designed dough-sheet shaping mechanism with existing dough-sheet shaping mechanism.The effect of pusher be by molding after food shift onto see off on conveyer belt.

3, this utility model Tong Pi mechanism includes mounting seat, discloses skin zone's part and driver part, and driver part is fixed in mounting seat, discloses skin zone's part and is connected with driver part, and driver part drives discloses skin zone's part up and down motion.Described driver part is cylinder or oil cylinder, described skin zone's part of disclosing includes connecting plate, T-shaped plate, transverse slat and discloses Pi Zhu, described cylinder or oil cylinder are fixed in mounting seat, described connecting plate is fixed on the push rod of cylinder or oil cylinder, one end of described T-shaped plate is fixed on connecting plate, described transverse slat is connected on the other end of T-shaped plate, described in disclose Pi Zhu and be fixed on transverse slat.Described cylinder or oil cylinder are fixed in mounting seat by bolt or rivet, described connecting plate is welded on cylinder or oil cylinder, described T-shaped plate is bolted on connecting plate, and described transverse slat is bolted on T-shaped plate, described in disclose Pi Zhu and be fixed by screws on transverse slat.The described shaft disclosing Pi Zhu is cylinder, and end is spherical.The described Pi Zhu of disclosing has three and is equidistantly distributed on transverse slat.Operationally, cylinder or hydraulic oil cylinder driving connecting plate move up and down, and connecting plate moves up and down with T-shaped plate in Tong Pi mechanism, T-shaped strip transverse slat and is moved up and down, transverse slat moves up and down with disclosing Pi Zhu, during disclosing the moving up and down of Pi Zhu, so that it may dough cover is shaped to spill.Being spherical owing to disclosing the end of Pi Zhu, the beneficially molding of dough cover, and dough cover drops in the spherical groove of molding groove.Disclose Pi Zhu have three and be equidistantly distributed on transverse slat and so can improve work efficiencies with three food of one-shot forming, it is of course possible to being more, this needs to consider workshop and dough cover shaping efficiency.

4, this utility model stuffing filling machine structure includes hopper, discloses material parts, material shaking parts and soleplate, it is provided with material path on described soleplate, described hopper is positioned at above material shaking parts, described material shaking parts are positioned at above soleplate, and level can slide on soleplate, described in disclose material parts and be positioned at above soleplate, and can move up and down, stuffing material is transported in the material path of soleplate by described material shaking parts, discloses material parts and is disclosed in dough cover from the material path of soleplate by stuffing material.By the effect of material shaking parts siccative delivered in the material path of soleplate, then disclose material parts and siccative is expressed into from material path at the spill of dough cover, the effect of material shaking parts is to shake the siccative in hopper to be sent in material path, effect by material shaking parts, siccative will not press together, so enter siccative just can smoothly enter in material path, will not get lodged at material path.The effect disclosing material parts has 2 points, and one is to be disclosed from material path by siccative, but allows dough cover fall on bracket from molding groove, completes to note filling and forming action.

5, this utility model is disclosed material parts and is included disclosing material cam, discloses material actuator, discloses material linking arm, discloses material the first swing arm, discloses material connecting rod, discloses material the second swing arm, discloses material the 3rd swing arm, discloses flitch and material poking rod；Described disclose material actuator one end with disclose material linking arm be connected, the other end with disclose expect cam be connected；Described disclose material connecting rod one end with disclose material the first swing arm be connected, the other end with disclose material the second swing arm be connected, described in disclose expect the 3rd swing arm one end with disclose expect the second swing arm be connected, the other end is connected with disclosing flitch, and described material poking rod is fixed on to be disclosed on flitch.Disclose material cam rotation drive and disclose material actuator swing, disclose and expect that actuator swing drive is disclosed material linking arm and moved forward and backward, disclose and expect that linking arm drive is disclosed material the first swing arm and swung up and down, disclose and expect that the first swing arm drive is disclosed material connecting rod and moved forward and backward, disclose and expect that connecting rod drive is disclosed material the second swing arm and swung up and down, disclose and expect that the second swing arm drive is disclosed material the 3rd swing arm and swung up and down, disclose and expect that the 3rd swing arm drive is disclosed flitch and moved up and down, disclose flitch to move up and down drive material poking rod and move up and down, realize disclosing material action by disclosing the dry effect up and down of material.

6, this utility model material shaking parts include material shaking cam, material shaking actuator, material shaking linking arm, material shaking swing arm, material shaking connecting rod, pull bar, arm-tie and measuring cup plate；Described material shaking actuator one end is connected with material shaking linking arm, and the other end is connected with material shaking cam；Described material shaking swing arm one end is connected with material shaking linking arm, and the other end is connected with material shaking connecting rod, and described pull bar one end is connected with material shaking connecting rod, and the other end is connected with arm-tie；Described measuring cup plate one end is fixed on arm-tie, and described measuring cup plate is provided with stuffing material hole.Material shaking cam rotation drives material shaking actuator to swing, material shaking actuator swings and drives material shaking linking arm to move forward and backward, material shaking linking arm drives material shaking swing arm to swing up and down, material shaking swing arm drives material shaking connecting rod to move forward and backward, material shaking connecting rod drives pull bar to move forward and backward, pull bar pulls arm-tie to move forward and backward, and arm-tie pulls measuring cup plate slide anteroposterior in chute.Pulled the movement realizing measuring cup plate by arm-tie, based on measuring cup plate moves, feeding shaken by plate, and such feeding is uniform, and loose.

7, being provided with chute on this utility model soleplate, be provided with raised line bottom described measuring cup plate, raised line is spacing in chute.The chute arranged and the effect of raised line are the sliding traces limiting measuring cup plate, measuring cup plate also can be allowed can to slide at soleplate upper limit, it is possible to be accurately sent in the material path of soleplate by siccative simultaneously.Material shaking parts with the matching relationship disclosing material parts are: assuming that material poking rod is just disclosed material and completed, material poking rod is in extreme higher position, disclose material cam and are in the section of stopping.Measuring cup plate moves to the back-end from the position concentric with material path soleplate, move to rearmost end end motion 10mm further along, rearmost end is moved to again at 10mm, so 3 times repeatedly, so that material can be sufficient filling with, after completing when the 3rd time, when measuring cup plate is in rearmost end, now measuring cup plate moves forward to again the filling hole on measuring cup plate and the material path on soleplate is located with one heart, and now measuring cup plate is in foremost, and material shaking cam enters the section of stopping.Now measuring cup plate is failure to actuate, disclose material cam driven and disclose material actuator work regularity swing, disclose and expect that actuator swing drive is disclosed material linking arm and moved forward and backward, disclose and expect that linking arm drive is disclosed material the first swing arm and swung up and down, disclose and expect that the first swing arm drive is disclosed material connecting rod and moved forward and backward, disclose and expect that connecting rod drive is disclosed material the second swing arm and swung up and down, disclose and expect that the second swing arm drive is disclosed material the 3rd swing arm and swung up and down, disclose and expect that the 3rd swing arm drive is disclosed flitch and moved up and down, disclose flitch move up and down drive material poking rod move up and down, material poking rod completes to disclose material action through the filling hole of measuring cup plate and the material path of soleplate, siccative is disclosed in dough cover.

8, this utility model Tong Xian mechanism is just the same with the structure of Tong Pi mechanism, simply both installation sites are different, the purpose reached is different, the effect of Tong Pi mechanism is that dough cover is shaped to a spill, it is easy to stuffing filling machine structure note filling, and Tong Xian mechanism is the stuffing material that will be implanted in dough cover again squeezes in dough cover, allows stuffing material fully drop in dough cover, allow the product design being manufactured into be more nearly manual product.

9, this utility model reshaping device includes: base plate, two reforming stations being oppositely arranged, shaping piece and shaping cylinder, the base of described shaping cylinder is fixed on base plate side, one of them reforming station is fixed on the opposite side of base plate, another one reforming station is fixed on the push rod of shaping cylinder, two reforming stations are provided with guide hole, it is fixed with guide rod in the guide hole of the reforming station being fixed on base plate, guide rod is through the guide hole of another reforming station, at least fixing a shaping piece on one reforming station, the end face of shaping piece is arc-shaped concave.Shaping cylinder drives two reforming stations close to each other, thus drives shaping piece mutually to draw close, and completes the sealing part kneading action to food, it is thus achieved that the siccative food of appearance looks elegant.

10, this utility model pusher includes: portal trestle, pusher cylinder, scraping wings and charging ram, portal trestle is crossed on conveyer belt, pusher cylinder is fixed on portal trestle, and scraping wings is fixed on the push rod of pusher cylinder, and charging ram is fixed on scraping wings.The effect of described pusher is to be shifted onto from mould above conveyer belt by the product produced, it is simple to the packaging for foodstuff after molding.

Accompanying drawing explanation

Fig. 1 is this utility model overall structure schematic diagram；

Fig. 2 is that this utility model discloses skin mechanism structure schematic diagram；

Fig. 3 is this utility model stuffing filling machine structure structural representation；

Fig. 4 is the top view of this utility model stuffing filling machine structure；

Fig. 5 is that the B-B of Fig. 4 is to profile；

Fig. 6 is that the C-C of Fig. 4 is to profile；

Fig. 7 is that measuring cup plate moves to measuring cup plate and the position view of soleplate during rearmost end；

Fig. 8 is that measuring cup plate moves to measuring cup plate and the position view of soleplate during front end；

Fig. 9 is measuring cup plate position view of measuring cup plate and soleplate when moving to foremost；

Figure 10 is reshaping device structural representation；

Figure 11 is pusher structural representation；

Figure 12 is forming die structure schematic diagram.

nullLabelling in figure: 1、Conveyer，2、First dough-sheet shaping mechanism 201、Second dough-sheet shaping mechanism 202，3、Tong Pi mechanism，30、Mounting seat，31、Driver part，32、Connecting plate，33、T-shaped plate，34、Transverse slat，35、Disclose Pi Zhu，4、Stuffing filling machine structure，40、Hopper，41、Soleplate，42、Material path，43、Disclose material cam，44、Disclose material actuator，45、Disclose material linking arm，46、Disclose material the first swing arm，47、Disclose material connecting rod，48、Disclose material the second swing arm，49、Disclose material the 3rd swing arm，410、Disclose flitch，411、Material poking rod，412、Material shaking cam，413、Material shaking actuator，414、Material shaking linking arm，415、Material shaking swing arm，416、Material shaking connecting rod，417、Pull bar，418、Arm-tie，419、Measuring cup plate，420、Stuffing material hole，421、Installing plate，422、Cam box，423、Swing arm case，424、Installing rack，425、Contiguous block，426、Bracing frame，5、Tong Xian mechanism，6、Reshaping device，60、Base plate，61、Reforming station，62、Shaping piece，63、Shaping cylinder，64、Guide hole，65、Guide rod，66、Bearing，67、Arc-shaped concave，7、Mould，70、Mold base，71、Die and mould plate，72、Bracket，73、Molding groove，74、Muscle groove， 8、Pusher，80、Portal trestle，81、Pusher cylinder，82、Scraping wings，83、Charging ram.

Detailed description of the invention

Below in conjunction with embodiment, the utility model will be further described, and described embodiment is only a part of embodiment of this utility model, is not whole embodiments.Based on the embodiment in this utility model, those of ordinary skill in the art obtained under not making creative work premise other used by embodiment, broadly fall into protection domain of the present utility model.

Embodiment 1

nullPresent embodiment discloses a kind of device for siccative multilayer food product molding，It is characterized in that: include conveyer 1、First dough-sheet shaping mechanism 201、Second dough-sheet shaping mechanism 202、Tong Pi mechanism 3、Stuffing filling machine structure 4、Tong Xian mechanism 5、Reshaping device 6 and mould 7，Described mould 7 is fixed on conveyer 1，Described first dough-sheet shaping mechanism 201、Second dough-sheet shaping mechanism 202、Tong Pi mechanism 3、Stuffing filling machine structure 4 and Tong Xian mechanism 5 is arranged in the top of conveyer 1 according to the conveying direction of conveyer 1，Described first dough-sheet shaping mechanism 201 is positioned at Tong Pi mechanism 3 front，Described Tong Pi mechanism 3 is positioned at described stuffing filling machine structure 4 front，Described stuffing filling machine structure 4 is positioned at described Tong Xian mechanism 5 front，Described Tong Xian mechanism 5 is positioned at described second dough-sheet shaping mechanism 202 front，Described reshaping device 6 is positioned at the rear of described second dough-sheet shaping mechanism 202，Pusher 8 is positioned at reshaping device 6 rear.

Described mould 7 includes that mold base 70, Die and mould plate 71 and bracket 72, described Die and mould plate 71 are fixed on mold base 70, and described Die and mould plate 71 is provided with molding groove 73, and described bracket 72 hangs on Die and mould plate 71, and bracket 72 is positioned at below molding groove 73.

Described molding groove includes spherical groove and cylindrical groove, and the bottom of spherical groove connects with cylindrical groove, and spherical groove is provided with multiple muscle groove 74.The number of molding groove is at least one, and the present embodiment is three.And the number also at least of mould on the conveyor belt is set, concrete number determines according to shaping efficiency.

Described Tong Pi mechanism 3 includes mounting seat 30, discloses skin zone's part and driver part 31, and driver part 31 is fixed in mounting seat 30, discloses skin zone's part and is connected with driver part 31, and driver part 31 drives discloses skin zone's part up and down motion.

Described driver part 31 is cylinder, described skin zone's part of disclosing includes connecting plate 32, T-shaped plate 33, transverse slat 34 and discloses Pi Zhu 35, described mounting seat 30 is fixed in frame 1, described cylinder or oil cylinder are fixed in mounting seat 30, described connecting plate 32 is fixed on the push rod of cylinder, one end of described T-shaped plate 33 is fixed on connecting plate 32, and described transverse slat 34 is connected on the other end of T-shaped plate 33, described in disclose Pi Zhu 35 and be fixed on transverse slat 34.

Described mounting seat 30 is bolted on ground, the conveyer belt of conveyer passes through between the gap of mounting seat, described cylinder is bolted in mounting seat 30, described connecting plate 32 is welded on cylinder, described T-shaped plate 33 is bolted on connecting plate 32, described transverse slat 34 is bolted on T-shaped plate 33, described in disclose Pi Zhu 35 and be fixed by screws on transverse slat 34.Owing to the molding groove of the present embodiment has three, then disclose Pi Zhu and also to arrange three accordingly, thus can be with three food of one-shot forming.

The described shaft disclosing Pi Zhu 35 is cylinder, and end is spherical.

Described stuffing filling machine structure 4 includes hopper 40, discloses material parts, material shaking parts and soleplate 41, it is provided with material path 42 on described soleplate 41, described hopper 40 is positioned at above material shaking parts, described material shaking parts are positioned at above soleplate 41, and level can slide on soleplate 41, described in disclose material parts and be positioned at above soleplate 41, and can move up and down, stuffing material is transported in the material path 42 of soleplate 41 by described material shaking parts, discloses material parts and is disclosed in dough cover from the material path 42 of soleplate 41 by stuffing material.

Described material parts of disclosing include disclosing material cam 43, disclose material actuator 44, disclose material linking arm 45, disclose material the first swing arm 46, disclose material connecting rod 47, disclose material the second swing arm 48, disclose material the 3rd swing arm 49, disclose flitch 410 and material poking rod 411；Described disclose material actuator 44 one end with disclose material linking arm 45 be connected, the other end with disclose expect cam 43 be connected；Described disclose material connecting rod 47 one end with disclose material the first swing arm 46 be connected, the other end is connected with disclosing material the second swing arm 48, described disclose material the 3rd swing arm 49 one end with disclose material the second swing arm 48 be connected, the other end is connected with disclosing flitch 410, and described material poking rod 411 is fixed on to be disclosed on flitch 410.

Described material shaking parts include material shaking cam 412, material shaking actuator 413, material shaking linking arm 414, material shaking swing arm 415, material shaking connecting rod 416, pull bar 417, arm-tie 418 and measuring cup plate 419；Described material shaking actuator 413 one end is connected with material shaking linking arm 414, and the other end is connected with material shaking cam 412；Described material shaking swing arm 415 one end is connected with material shaking linking arm 414, and the other end is connected with material shaking connecting rod 416, and described pull bar 417 one end is connected with material shaking connecting rod 416, and the other end is connected with arm-tie 418；Described measuring cup plate 419 one end is fixed on arm-tie 418, and described measuring cup plate 419 is provided with stuffing material hole 420.

Being provided with chute on described soleplate 41, be provided with raised line bottom described measuring cup plate, raised line is spacing in chute.

Described stuffing filling machine structure also includes installing plate 421, cam box 422, swing arm case 423 and installing rack 424, installing plate 421 is fixed in frame 1, cam box 422 and swing arm case 423 are fixed on installing plate 421, swing arm case 423 is positioned at cam box 422 rear, soleplate 41 is fixed on cam box 422, described hopper 40 is fixed on soleplate 41, measuring cup plate 419 is positioned at below the discharging opening of hopper 40, soleplate 41 is positioned at below measuring cup plate 419, described installing rack 424 is fixed on soleplate 41, and installing rack 424 is positioned at hopper 40 front.

Being provided with camshaft in described cam box 422, camshaft is logical by driven by motor, described in disclose material cam 43 and material shaking cam 412 is socketed on camshaft.

Described disclosing expects that the first swing arm 46 is positioned at swing arm case 423, described disclose material first swing arm 46 one end with disclose material linking arm 45 hinged, with disclosing, the other end expects that connecting rod 47 is hinged, disclose material the first swing arm 46 to be hinged on swing arm case 423, described disclose material connecting rod 47 other end with disclose material the second swing arm 48 hinged, on described installing rack 424, rotary shaft is installed, the described other end disclosing material the second swing arm 48 is socketed on the rotating shaft, described material the 3rd swing arm 49 one end of disclosing is socketed on the rotating shaft, and the other end is connected with disclosing flitch 410.

Described material shaking swing arm 415 is positioned at swing arm case 423, described material shaking swing arm 415 one end is hinged with material shaking linking arm 414, other end material shaking connecting rod 416 is connected, material shaking swing arm 415 is hinged on swing arm case 423, described pull bar 417 has two, is connected as an entirety by one piece of contiguous block 425, and material shaking connecting rod 416 is connected on contiguous block 425, pull bar 417 is fixed on cam box 422 by bracing frame 426, and the other end of two pull bars 417 is connected on arm-tie 418.

Stuffing material hole in this enforcement, material path, material poking rod are three, its objective is to mate with mould, three food of one-shot forming.

As shown in figs. 7 to 9, material shaking parts with the matching relationship disclosing material parts are: assuming that material poking rod is just disclosed material and completed, material poking rod is in extreme higher position, disclose material cam and are in the section of stopping.Measuring cup plate is (left end in figure) motion to the back-end from the position concentric with material path soleplate, move to rearmost end and hold (right-hand member in figure) motion 10mm further along, rearmost end is moved to again at 10mm, so 3 times repeatedly, so that material can be sufficient filling with, after completing when the 3rd time, when measuring cup plate is in rearmost end, now measuring cup plate moves forward to again the filling hole on measuring cup plate and the material path on soleplate is located with one heart, and now measuring cup plate is in foremost, and material shaking cam enters the section of stopping.Now measuring cup plate is failure to actuate, disclose material cam driven and disclose material actuator work regularity swing, disclose and expect that actuator swing drive is disclosed material linking arm and moved forward and backward, disclose and expect that linking arm drive is disclosed material the first swing arm and swung up and down, disclose and expect that the first swing arm drive is disclosed material connecting rod and moved forward and backward, disclose and expect that connecting rod drive is disclosed material the second swing arm and swung up and down, disclose and expect that the second swing arm drive is disclosed material the 3rd swing arm and swung up and down, disclose and expect that the 3rd swing arm drive is disclosed flitch and moved up and down, disclose flitch move up and down drive material poking rod move up and down, material poking rod completes to disclose material action through the filling hole of measuring cup plate and the material path of soleplate, siccative is disclosed in dough cover.

Embodiment 2

Described molding groove includes spherical groove and cylindrical groove, and the bottom of spherical groove connects with cylindrical groove, and spherical groove is provided with multiple muscle groove 74.

Described driver part 31 is oil cylinder, described skin zone's part of disclosing includes connecting plate 32, T-shaped plate 33, transverse slat 34 and discloses Pi Zhu 35, described mounting seat 30 is fixed in frame 1, described oil cylinder is fixed in mounting seat 30, described connecting plate 32 is fixed on the push rod of oil cylinder, one end of described T-shaped plate 33 is fixed on connecting plate 32, and described transverse slat 34 is connected on the other end of T-shaped plate 33, described in disclose Pi Zhu 35 and be fixed on transverse slat 34.

Described mounting seat 30 is bolted on ground, described cylinder or oil cylinder are fixed in mounting seat 30 by rivet, described connecting plate 32 is welded on cylinder or oil cylinder, described T-shaped plate 33 is bolted on connecting plate 32, described transverse slat 34 is bolted on T-shaped plate 33, described in disclose Pi Zhu 35 and be fixed by screws on transverse slat 34.

The described shaft disclosing Pi Zhu 35 is cylinder, and end is spherical.

The described Pi Zhu of disclosing 35 has three and is equidistantly distributed on transverse slat 34.

The effect of described reshaping device 6 is that the product manufactured is carried out shaping, produces the product that appearance looks elegant is beautiful, also functions to an effect mediated simultaneously, dough cover carries out a sealing action.This reshaping device 6 includes: base plate 60, two reforming stations being oppositely arranged 61, shaping piece 62 and shaping cylinder 63, the base of described shaping cylinder 63 is fixed on base plate 60 side, one of them reforming station 61 is fixed on the opposite side of base plate 60, another one reforming station 61 is fixed on the push rod of shaping cylinder 63, two reforming stations 61 are provided with guide hole 64, guide rod 65 it is fixed with in the guide hole of the reforming station being fixed on base plate, guide rod 65 is through the guide hole 64 of another reforming station, a shaping piece 62 is at least fixed on one reforming station 61, the end face of shaping piece 62 is arc-shaped concave 67.

Described reshaping device also includes bearing 66, and bearing is fixed on the conveyer belt both sides of conveyer, and base plate 60 is fixed on bearing 66.

Embodiment 3

Described driver part 31 is cylinder or oil cylinder, described skin zone's part of disclosing includes connecting plate 32, T-shaped plate 33, transverse slat 34 and discloses Pi Zhu 35, described mounting seat 30 is fixed in frame 1, described cylinder or oil cylinder are fixed in mounting seat 30, described connecting plate 32 is fixed on the push rod of cylinder or oil cylinder, one end of described T-shaped plate 33 is fixed on connecting plate 32, and described transverse slat 34 is connected on the other end of T-shaped plate 33, described in disclose Pi Zhu 35 and be fixed on transverse slat 34.

Described mounting seat 30 is bolted on ground, described cylinder or oil cylinder are fixed in mounting seat 30 by bolt or rivet, described connecting plate 32 is welded on cylinder or oil cylinder, described T-shaped plate 33 is bolted on connecting plate 32, described transverse slat 34 is bolted on T-shaped plate 33, described in disclose Pi Zhu 35 and be fixed by screws on transverse slat 34.

The described shaft disclosing Pi Zhu 35 is cylinder, and end is spherical.

Described reshaping device also includes that bearing 66, bearing 66 are fixed on the both sides of conveyer belt, and base plate 60 is fixed on bearing 66.

The effect of described pusher 8 is to be shifted onto from mould above conveyer belt by the product produced, this pusher 8 includes: portal trestle 80, pusher cylinder 81, scraping wings 82 and charging ram 83, portal trestle 82 is crossed on conveyer belt, pusher cylinder 81 is fixed on portal trestle 80, scraping wings 82 is fixed on the push rod of pusher cylinder 81, and charging ram 83 is fixed on scraping wings 82.

Claims

null1. the device for siccative multilayer food product molding，It is characterized in that: include conveyer (1)、First dough-sheet shaping mechanism (201)、Second dough-sheet shaping mechanism (202)、Tong Pi mechanism (3)、Stuffing filling machine structure (4)、Tong Xian mechanism (5)、Reshaping device (6) and mould (7)，Described mould (7) is fixed on conveyer (1)，Described first dough-sheet shaping mechanism (201)、Second dough-sheet shaping mechanism (202)、Tong Pi mechanism (3)、Stuffing filling machine structure (4) and Tong Xian mechanism (5) are arranged in the top of conveyer (1) according to the conveying direction of conveyer (1)，Described first dough-sheet shaping mechanism (201) is positioned at Tong Pi mechanism (3) front，Described Tong Pi mechanism (3) is positioned at described stuffing filling machine structure (4) front，Described stuffing filling machine structure (4) is positioned at described Tong Xian mechanism (5) front，Described Tong Xian mechanism (5) is positioned at described second dough-sheet shaping mechanism (202) front，Described reshaping device (6) is positioned at the rear of described second dough-sheet shaping mechanism (202)，Pusher (8) is positioned at reshaping device (6) rear.
A kind of device for siccative multilayer food product molding the most according to claim 1, it is characterized in that: described mould (7) includes mold base (70), Die and mould plate (71) and bracket (72), described Die and mould plate (71) is fixed on mold base (70), molding groove (73) it is provided with on described Die and mould plate (71), described bracket (72) hangs on Die and mould plate (71), and bracket (72) is positioned at molding groove (73) lower section.
A kind of device for siccative multilayer food product molding the most according to claim 1 and 2, it is characterized in that: described Tong Pi mechanism (3) includes mounting seat (30), discloses skin zone's part and driver part (31), driver part (31) is fixed in mounting seat (30), disclosing skin zone's part to be connected with driver part (31), driver part (31) drives discloses skin zone's part up and down motion.
A kind of device for siccative multilayer food product molding, it is characterized in that: described stuffing filling machine structure (4) includes hopper (40), disclose material parts, material shaking parts and soleplate (41), material path (42) it is provided with on described soleplate (41), described hopper (40) is positioned at above material shaking parts, described material shaking parts are positioned at soleplate (41) top, and can slide in the upper level of soleplate (41), described material parts of disclosing are positioned at soleplate (41) top, and can move up and down, stuffing material is transported in the material path (42) of soleplate (41) by described material shaking parts, disclose material parts to be disclosed in dough cover from the material path (42) of soleplate (41) by stuffing material.
A kind of device for siccative multilayer food product molding the most according to claim 4, it is characterised in that disclose material parts described in: and include disclosing material cam (43), disclose material actuator (44), disclose material linking arm (45), disclose material the first swing arm (46), disclose material connecting rod (47), disclose material the second swing arm (48), disclose material the 3rd swing arm (49), disclose flitch (410) and material poking rod (411)；Described material actuator (44) one end of disclosing is connected with disclosing material linking arm (45), and the other end is connected with disclosing material the first swing arm (46)；Described material connecting rod (47) one end of disclosing is connected with disclosing material the first swing arm (46), the other end is connected with disclosing material the second swing arm (48), described material the 3rd swing arm (49) one end of disclosing is connected with disclosing material the second swing arm (48), the other end is connected with disclosing flitch (410), and described material poking rod (411) is fixed on to be disclosed on flitch (410).
A kind of device for siccative multilayer food product molding the most according to claim 4, it is characterised in that: described material shaking parts include material shaking cam (412), material shaking actuator (413), material shaking linking arm (414), material shaking swing arm (415), material shaking connecting rod (416), pull bar (417), arm-tie (418) and measuring cup plate (419)；Described material shaking actuator (413) one end is connected with material shaking linking arm (414), and the other end is connected with material shaking cam (412)；Described material shaking swing arm (415) one end is connected with material shaking linking arm (414), and the other end is connected with material shaking connecting rod (416), and described pull bar (417) one end is connected with material shaking connecting rod (416), and the other end is connected with arm-tie (418)；Described measuring cup plate (419) one end is fixed on arm-tie (418), and described measuring cup plate (419) is provided with stuffing material hole (420).
nullA kind of device for siccative multilayer food product molding the most according to claim 1，It is characterized in that: described stuffing filling machine structure (4) also includes installing plate (421)、Cam box (422)、Swing arm case (423) and installing rack (424)，Installing plate (421) is fixed in frame，Cam box (422) and swing arm case (423) are fixed on installing plate (421)，Swing arm case (423) is positioned at cam box (422) rear，Soleplate (41) is fixed on cam box (422)，Described hopper (40) is fixed on soleplate (41)，Measuring cup plate (419) is positioned at below the discharging opening of hopper (40)，Soleplate (41) is positioned at measuring cup plate (419) lower section，Described installing rack (424) is fixed on soleplate (41)，Installing rack (424) is positioned at hopper (40) front.
nullA kind of device for siccative multilayer food product molding the most according to claim 2，It is characterized in that: described reshaping device (6) includes base plate (60)、Two reforming stations being oppositely arranged (61)、Shaping piece (62) and shaping cylinder (63)，The base of described shaping cylinder (63) is fixed on base plate (60) side，One of them reforming station (61) is fixed on the opposite side of base plate (60)，Another one reforming station (61) is fixed on the push rod of shaping cylinder (63)，Two reforming stations (61) are provided with guide hole (64)，It is fixed with guide rod (65) in the guide hole (64) of the reforming station (61) being fixed on base plate (60)，Guide rod (65) is through the guide hole (64) of another reforming station (61)，A shaping piece (62) is at least fixed on one reforming station (61)，The end face of shaping piece (62) is arc-shaped concave (67).
A kind of device for siccative multilayer food product molding the most according to claim 2, it is characterized in that: described pusher (8) includes portal trestle (80), pusher cylinder (81), scraping wings (82) and charging ram (83), portal trestle (80) is crossed on conveyer belt, pusher cylinder (81) is fixed on portal trestle (80), scraping wings (82) is fixed on the push rod of pusher cylinder (81), and charging ram (83) is fixed on scraping wings (82).