CN213127815U - Fried dumpling forming equipment - Google Patents

Abstract

The utility model belongs to the technical field of food processing, especially, relate to an automatic dumpling former is fried in shallow oil of dumpling is fried in shallow oil in production of changing, include the frame and be located the carousel device in the frame, carousel device middle part is provided with the through-hole that is used for carrying incomplete skin, and it has a plurality of rotary table device pivoted forming die that can revolute to distribute on the carousel device, carousel device outside surface is provided with the cam groove that drives the forming die action, shaping top attaches together the device and closes power unit including the top, top closes power unit and links to each other with the jacking electric jar, the jacking electric jar passes through the jacking connecting piece and links to each other with the press. Fry in shallow oil dumpling former wholly carried out the miniaturation and handled, adjusted to the forming die's of forming device part structure very much, made it more be fit for processing and fried in shallow oil the dumpling, through the through-hole that carousel device middle part set up to and be provided with a plurality of cam grooves that are used for the direction on the carousel device body circumference, realized the motion control of each station, replaced complicated track setting before.

Description

Fried dumpling forming equipment

Technical Field

The application belongs to the technical field of food processing, and particularly relates to an automatic fried dumpling forming device for producing fried dumplings.

Background

The fried dumplings and boiled dumplings have different appearances, the thickness of the outer skin is also distinguished, and the difference of the fillings is the second difference, so that the fried dumplings cannot be directly processed by automatic dumpling processing equipment. For fried dumplings, the existing automatic production equipment is an invention patent with the patent number of CN 201910866097.7, the application date of 2019-09-12 and the name of 'a dumpling vending machine', and the technical scheme is as follows: the invention relates to the field of food processing equipment, in particular to a dumpling vending machine. This kind of machine is selld to dumpling, including the shell, the shell is provided with gets meal mouthful, still including setting up in inside flour storage device of shell, clear water feeding mechanism, dough mixing device, dough kneading device, dumpling skin forming device, filling material storage extrusion device, dumpling forming device, dumpling cooking device and the device of meal of making of wrapping out of the filling material, this dumpling sells the machine can full automatization the completion fry in shallow oil the dumpling preparation, cook and sell.

The above patent aims to miniaturize the forming device of fried dumplings, but the forming device of the dumpling forming machine cannot well solve the problems of dumpling forming, waste wrapper treatment in the dumpling making process, and the like, so that the effect of the forming device in actual production is not good.

Disclosure of Invention

In order to overcome the problems of poor dumpling forming effect and difficult processing and recycling of waste wrappers existing in the existing dumpling frying production equipment, the dumpling frying forming equipment based on annular station arrangement and optimized and improved structures is provided.

In order to achieve the technical effects, the technical scheme of the application is as follows:

a fried dumpling forming device is characterized in that: including the frame and be located the carousel device in the frame, set gradually around the carousel device and connect the skin station, annotate filling station, shaping station and ejection of compact station, connect the skin station to be provided with the system skin device, annotate the filling station and be provided with and annotate the filling device, the shaping station is provided with the shaping top and closes the device, and ejection of compact station is provided with discharging device, carousel device middle part is provided with the through-hole that is used for carrying incomplete skin, and it has a plurality of dish device pivoted forming die to distribute on the carousel device, carousel device outside surface is provided with the cam groove that drives the forming die action, the shaping top closes power unit including the top, the top closes power unit and links to each other with the jacking electric jar, the jacking electric jar passes through the jacking connecting piece and links.

Further, the forming die comprises a press forming block a, a press forming block B and a press forming block c, the press forming block a is connected with a push plate B, the push plate B is connected with an ejector rod A, and the ejector rod A is connected with a push plate D; the press-fit forming block B is connected with a push plate A, the push plate A is connected with an ejector rod B, the ejector rod B is connected with a push plate C, and the push plate C and the push plate D are both provided with rollers moving in cam grooves of the turntable device; and the press-fit forming block c is provided with a roller which is matched with the outer track and the forming jacking device, and the outer track is arranged on the frame and is positioned at a forming station.

Further, the carousel device is provided with cylindric barrel including driving forming die pivoted carousel body, the below of carousel body, the outside circumferential surface of barrel is provided with a plurality of cam grooves that drive forming die action.

Further, system skin device is including system skin driving motor, system skin driving motor passes through the motor cam and links to each other with the connecting rod, and the connecting rod lower extreme links to each other with the embossing mold utensil, be provided with in the embossing mold utensil and push away the skin part, it links to each other with pushing away the skin cylinder to push away the skin part.

Further, annotate the filling device and include filling hopper, push away filling structure and annotate the filling structure, filling hopper bottom with push away the filling structure and link to each other, it transversely sets up to push away the filling structure, the end and the filling structure intercommunication of pushing away the filling structure, annotate the vertical setting of filling structure.

Furthermore, the discharging station is also provided with a demoulding device, the demoulding device comprises a demoulding driving motor, a connecting rod structure and a carrying mould, the demoulding driving motor is connected with the connecting rod mechanism and drives the tail end of the connecting rod mechanism to do linear reciprocating motion, and the tail end of the connecting rod mechanism is connected with the carrying mould.

Still further, the carrying mold comprises a vertically arranged vertical template and a bending template with a bending structure, and the horizontal position of the bottom of the bending template is higher than that of the bottom of the vertical template.

Further, discharging device includes the conveyer belt and drives the ejection of compact driving motor of conveyer belt motion, and ejection of compact driving motor provides power and drives whole conveyer belt motion, will press from both sides from shedder and get the dumpling fried in shallow oil outward transmission to on the conveyer belt.

The working principle of this application does:

the dumpling frying and forming equipment comprises a wrapper making device, a stuffing filling device, a forming and jacking device, a demoulding device and a discharging device in sequence. The forming die on the rotary table device catches the well pressed dough cover at the position of the dough cover making device, the forming die rotates to the position of the stuffing filling device to fill stuffing, after the stuffing filling is completed, the forming die continues to rotate to the position of the forming jacking device to further form, and finally, the formed fried dumplings are conveyed to the discharging device through the demolding device.

The application has the advantages that:

fry in shallow oil dumpling former whole miniaturized processing of having carried out, the structure to the forming die of forming device part has been adjusted very much, make it more be fit for processing and fry in shallow oil the dumpling, the transmission structure has been simplified, and carry out the degree of depth adaptation with the carousel device that is provided with the through-hole, through the through-hole that sets up in the middle part of the carousel device, and be provided with a plurality of cam grooves that are used for the direction on the carousel device body circumference, the motion control of each station has been realized, complicated track setting before having replaced.

Drawings

Fig. 1 is a general schematic diagram of the present application.

Fig. 2 is a schematic diagram of the station where the turntable device is matched with the forming die.

Fig. 3-5 are schematic views of the forming die structure.

FIG. 6 is a schematic view of the state of the forming mold located at the skin receiving station and the filling injecting station.

Fig. 7 is a schematic view of the state of the forming die at the forming station.

FIG. 8 is a schematic view of the molding die in the discharge station.

Fig. 9 is a schematic view of a part of the structure of the turntable device.

Fig. 10 is a schematic structural view of the forming header.

Fig. 11 is a schematic structural view of a stuffing filling device.

FIG. 12 is a schematic view of the structure of the demolding device.

FIG. 13 is a schematic view of the skin-making device.

FIG. 14 is a schematic view of the structure of the discharging device.

In the drawings:

100-frame, 200-turntable device, 300-skin making device, 301-skin receiving station, 400-filling device, 401-filling station, 500-forming and jacking device, 501-forming station, 600-discharging device, 601-discharging station, 700-forming die and 800-demoulding device.

201-through hole, 202-cam groove, 203-turntable body, 204-cylinder, 205-outer track.

302-leather making driving motor, 303-motor cam, 304-connecting rod and 305-pressing die.

402-filling hopper, 403-filling pushing structure and 404-filling injecting structure.

502-jacking power mechanism, 503-jacking electric cylinder, 504-jacking connecting piece and 505-pressing piece.

603-conveyor belt, 602-discharge drive motor.

701-press-fit forming block a, 702-press-fit forming block B, 703-press-fit forming block C, 704-push plate B, 705-ejector a, 706-push plate D, 707-push plate a, 708-ejector B, 709-push plate C, 710-roller.

801-demoulding driving motor, 802-connecting rod structure and 803-carrying mould.

Detailed Description

Example 1

As shown in fig. 1 and 2, a fried dumpling forming device comprises a frame 100 and a turntable device 200 positioned on the frame 100, the periphery of the turntable device 200 is sequentially provided with a skin receiving station 301, a stuffing filling station 401, a forming station 501 and a discharging station 601, the skin receiving station 301 is provided with a skin making device 300, the filling injecting station 401 is provided with a filling injecting device 400, the forming station 501 is provided with a forming and jacking device 500, the discharging station 601 is provided with a discharging device 600, a through hole 201 for conveying the residual leather is arranged in the middle of the turntable device 200, a plurality of forming dies 700 which can rotate around the turntable device 200 are distributed on the turntable device 200, the outer side surface of the turntable device 200 is provided with a cam groove 202 for driving the forming die 700 to move, the forming jacking device 500 comprises a jacking power mechanism 502, the jacking power mechanism 502 is connected with a jacking electric cylinder 503, and the jacking electric cylinder 503 is connected with a pressed piece through a jacking connecting piece. The jacking electric cylinder 503 and the jacking power mechanism 502 are connected with the belt through the shell, the jacking power mechanism 502 provides power to drive the jacking electric cylinder 503 to reciprocate up and down, and the jacking electric cylinder 503 drives the pressing piece to press down when contracting down, so that the fried dumplings are further formed.

The dumpling frying and forming equipment comprises a wrapper making device 300, a stuffing filling device 400, a forming and jacking device 500, a demoulding device 800 and a discharging device 600 in sequence. The forming mold 700 on the turntable device 200 catches the pressed dough cover at the wrapper making device 300, the forming mold 700 rotates to the stuffing filling device 400 to fill stuffing, after the stuffing filling is completed, the forming mold 700 continues to rotate to the forming jacking device 500 to further form, and finally the formed fried dumplings are conveyed to the discharging device 600 by the demolding device 800.

Fry in shallow oil dumpling former whole miniaturized processing of having carried out, the structure to the forming die 700 of forming device part has been adjusted very much, make it more be fit for processing and fry in shallow oil the dumpling, the transmission structure has been simplified, and carry out the degree of depth adaptation with the carousel device 200 that is provided with through-hole 201, through the through-hole 201 that sets up in the middle part of carousel device 200, and be provided with a plurality of cam grooves 202 that are used for the direction on the carousel device 200 body circumference, the motion control of each station has been realized, the complicated track setting in the past has been replaced.

Example 2

As shown in fig. 1 and 2, a fried dumpling forming device comprises a frame 100 and a turntable device 200 positioned on the frame 100, the periphery of the turntable device 200 is sequentially provided with a skin receiving station 301, a stuffing filling station 401, a forming station 501 and a discharging station 601, the skin receiving station 301 is provided with a skin making device 300, the filling injecting station 401 is provided with a filling injecting device 400, the forming station 501 is provided with a forming and jacking device 500, the discharging station 601 is provided with a discharging device 600, a through hole 201 for conveying the residual leather is arranged in the middle of the turntable device 200, a plurality of forming dies 700 which can rotate around the turntable device 200 are distributed on the turntable device 200, the outer side surface of the turntable device 200 is provided with a cam groove 202 for driving the forming die 700 to move, as shown in fig. 10, the forming jacking device 500 includes a jacking power mechanism 502, the jacking power mechanism 502 is connected to a jacking electric cylinder 503, and the jacking electric cylinder 503 is connected to a pressing member through a jacking connector. The jacking electric cylinder 503 and the jacking power mechanism 502 are connected with the belt through the shell, the jacking power mechanism 502 provides power to drive the jacking electric cylinder 503 to reciprocate up and down, and the jacking electric cylinder 503 drives the pressing piece to press down when contracting down, so that the fried dumplings are further formed.

As shown in fig. 3-5, the forming mold 700 includes a press-fit forming block a701, a press-fit forming block B702, and a press-fit forming block c703, the press-fit forming block a701 is connected to a push plate B704, the push plate B704 is connected to a push rod a705, and the push rod a705 is connected to a push plate D706; the press-fit molding block B702 is connected with a push plate A707, the push plate A707 is connected with a push rod B708, the push rod B708 is connected with a push plate C709, and the push plate C709 and the push plate D706 are both provided with a roller 710 moving in the cam groove 202 of the turntable device 200; the press-fit forming block c703 is provided with a roller 710 which cooperates with the outer rail 205 and the forming and laminating device 500, and the outer rail 205 is arranged on the machine frame 100 and located at the forming station 501.

As shown in fig. 2 and 9, the turntable device 200 includes a turntable body 203 for driving the molding die 700 to rotate, a cylindrical cylinder 204 is disposed below the turntable body 203, and a plurality of cam grooves 202 for driving the molding die 700 to move are disposed on an outer circumferential surface of the cylinder 204. The cam groove 202 includes at least an upper limit groove and a lower limit groove.

The forming die 700 is mounted on the turntable device 200, the rollers 710 on the forming die 700 complete the actions of the four stations of product skin-receiving, stuffing-receiving, pressing and demoulding under the action of the cam grooves 202 on the outer side of the cylinder 204, and meanwhile, the extrusion and exhaust actions of the finished product are completed through the forming and jacking device 500 during the pressing station. When the turntable completes one circle of rotation, the output of a whole product is completed under the action of each station.

Skin grafting station 301: the press-fit forming block C on the forming die 700 forms the state of the skin-grafting station 301 under the limiting action of the cam groove 202 and the roller 710;

a stuffing receiving station: after the skin grafting operation of the skin grafting station 301 is completed, the roller 710 smoothly rolls in the cam groove 202 in the process of moving to the stuffing receiving station along with the rotation of the turntable body 203, the same state is kept, and the roller 710 on the press-fit forming block C is completely overlapped with the outer rail 205 at the station.

Pressing a station: after the stuffing receiving station finishes stuffing receiving action, the pressing station is pressed along with the rotation of the turntable body 203, in the process, the roller 710 rolls in the cam groove 202 and is lifted along with the change of the track, the push plates C709 and D706 respectively act on the ejector rod B708 and the ejector rod A705, so that the push plate A707 and the push plate B704 respectively act to respectively drive the pressing forming block B702 and the pressing forming block a701 to be attached together for lifting action, the die closing action of the product is finished, and meanwhile, the roller 710 on the pressing forming block C703 rolls on the outer track 205 and is lifted along with the change of the rolling and stops at the station state. After stopping, the jacking electric cylinder 503 of the forming jacking device 500 quickly rises to quickly press and press the roller 710 on the forming block c703, so as to complete the exhaust pressing action of the final product and return to the original position.

Demoulding station: after the pressing station finishes the product forming action, the product comes to the demolding station along with the rotation of the turntable body 203, in the process, the roller 710 rolls in the cam groove 202 and descends along with the change of the track, the push plates C709 and D706 respectively act on the ejector rod B708 and the ejector rod A705, so that the push plate A707 and the push plate B704 respectively act, wherein the upper roller 710 rolls smoothly, the upper roller 710 descends to separate the pressing forming block B702 from the pressing forming block a701 to finish the product releasing action, meanwhile, the roller 710 on the pressing forming block C703 rolls smoothly on the outer track 205 until the separating track falls back to the original position, and then the finished product is demolded through the mechanical arm.

Demolding station → skinning station 301: after the product molding action is completed at the demolding station, the skin grafting station 301 returns along with the rotation of the turntable body 203, in the process, the press-fit molding block b702 and the press-fit molding block a701 descend along with the change of the cam groove 202 through the rollers 710 on the push plates C709 and D706, and then return to the skin grafting station 301.

As shown in fig. 13, the skin-making device 300 comprises a skin-making driving motor 302, the skin-making driving motor 302 is connected with a connecting rod 304 through a motor cam 303, the lower end of the connecting rod 304 is connected with a pressing die 305, a skin-pushing component is arranged in the pressing die 305, and the skin-pushing component is connected with a skin-pushing cylinder. The rotation of system skin driving motor 302 cam 303 structure drives connecting rod 304 up-and-down motion to make embossing mold 305 who links to each other also do the up-and-down motion, embossing mold 305 cuts the face skin down, pushes down fast under pushing away the skin cylinder effect with pushing away the skin part that the skin cylinder links to each other, pushes down the face skin fast on the forming die 700 on the carousel, makes the face skin break away from, avoids the adhesion.

As shown in fig. 11, the stuffing filling device 400 includes a stuffing hopper 402, a stuffing pushing structure 403 and a stuffing filling structure 404, the bottom of the stuffing hopper 402 is connected to the stuffing pushing structure 403, the stuffing pushing structure 403 is transversely disposed, the end of the stuffing pushing structure 403 is communicated with the stuffing filling structure 404, and the stuffing filling structure 404 is vertically disposed. After filling got into filling hopper 402, filling was impressed and is pushed away in filling structure 403, pushes away filling in filling structure 403 and is impressed annotate filling structure 404 under the effect of motor or cylinder in, then annotate the inside notes filling pipe of filling structure 404 and drive filling downstream, when annotating the filling pipe and moving to annotating the filling height, annotate the filling pipe this moment and tentatively impress the dough cover on the forming die 700 of carousel, can let in the air supply and discharge filling.

As shown in fig. 12, the discharging station 601 is further provided with a demolding device 800, the demolding device 800 includes a demolding driving motor 801, a link structure 802 and a carrying mold 803, the demolding driving motor 801 is connected with the link 304 mechanism and drives the end of the link 304 mechanism to make a linear reciprocating motion, and the end of the link 304 mechanism is connected with the carrying mold 803. The demoulding driving motor 801 provides power for the connecting rod 304 mechanism to enable the connecting rod 304 mechanism to do linear motion according to the limitation, and the carrying mould 803 connected with the connecting rod carries the formed fried dumplings from the discharging station 601 to the discharging device 600 along with the linear motion.

The carrying mold 803 includes a vertically arranged vertical mold plate and a bending mold plate with a bending structure, and the bottom horizontal position of the bending mold plate is higher than that of the vertical mold plate. When the formed fried dumplings are demolded, the conveying mold 803 may be directly horizontally clamped by the exposed notch of the forming mold 700 and horizontally pushed onto the discharging device 600. As shown in fig. 14, the discharging device 600 includes a conveyor belt pressed piece, 603 and a discharging driving motor 602 for driving the conveyor belt pressed piece, 603 to move, the discharging driving motor 602 provides power to drive the whole conveyor belt pressed piece, 603 to move, and the fried dumplings clamped to the conveyor belt pressed piece from the demolding device 800 are conveyed outwards.

The dumpling frying and forming equipment comprises a wrapper making device 300, a stuffing filling device 400, a forming and jacking device 500, a demoulding device 800 and a discharging device 600 in sequence. The forming mold 700 on the turntable device 200 catches the pressed dough cover at the wrapper making device 300, the forming mold 700 rotates to the stuffing filling device 400 to fill stuffing, after the stuffing filling is completed, the forming mold 700 continues to rotate to the forming jacking device 500 to further form, and finally the formed fried dumplings are conveyed to the discharging device 600 by the demolding device 800.

Fry in shallow oil dumpling former whole miniaturized processing of having carried out, the structure to the forming die 700 of forming device part has been adjusted very much, make it more be fit for processing and fry in shallow oil the dumpling, the transmission structure has been simplified, and carry out the degree of depth adaptation with the carousel device 200 that is provided with through-hole 201, through the through-hole 201 that sets up in the middle part of carousel device 200, and be provided with a plurality of cam grooves 202 that are used for the direction on the carousel device 200 body circumference, the motion control of each station has been realized, the complicated track setting in the past has been replaced.

Claims (8)

1. A fried dumpling forming device is characterized in that: the forming machine comprises a rack (100) and a rotary table device (200) positioned on the rack (100), wherein a skin receiving station (301), a stuffing injecting station (401), a forming station (501) and a discharging station (601) are sequentially arranged on the periphery of the rotary table device (200), the skin receiving station (301) is provided with a skin making device (300), the stuffing injecting station (401) is provided with a stuffing injecting device (400), the forming station (501) is provided with a forming jacking device (500), the discharging station (601) is provided with a discharging device (600), a through hole (201) for conveying residual skins is formed in the middle of the rotary table device (200), a plurality of forming molds (700) capable of rotating around the rotary table device (200) are distributed on the rotary table device (200), a cam groove (202) for driving the forming molds (700) to act is formed in the outer side surface of the rotary table device (200), and the forming jacking device (500) comprises a jacking power mechanism (502, the jacking power mechanism (502) is connected with the jacking electric cylinder (503), and the jacking electric cylinder (503) is connected with the pressing piece through the jacking connecting piece.

2. A fried dumpling forming apparatus as claimed in claim 1, wherein: the forming die (700) comprises a press-fit forming block a (701), a press-fit forming block B (702) and a press-fit forming block c (703), the press-fit forming block a (701) is connected with a push plate B (704), the push plate B (704) is connected with a top rod A (705), and the top rod A (705) is connected with a push plate D (706); the press-fit forming block B (702) is connected with a push plate A (707), the push plate A (707) is connected with a push rod B (708), the push rod B (708) is connected with a push plate C (709), and the push plate C (709) and the push plate D (706) are both provided with a roller (710) moving in a cam groove (202) of the turntable device (200); the press-fit forming block c (703) is provided with a roller (710) matched with the outer rail (205) and the forming jacking device (500), and the outer rail (205) is arranged on the rack (100) and is positioned at the forming station (501).

3. A fried dumpling forming apparatus as claimed in claim 1, wherein: carousel device (200) is provided with cylindric barrel (204) including driving forming die (700) pivoted carousel body (203) below carousel body (203), the outside circumferential surface of barrel (204) is provided with a plurality of cam grooves (202) that drive forming die (700) action.

4. A fried dumpling forming apparatus as claimed in claim 1, wherein: the system skin device (300) is including system skin driving motor (302), system skin driving motor (302) link to each other with connecting rod (304) through motor cam (303), and connecting rod (304) lower extreme links to each other with embossing mold utensil (305), be provided with in embossing mold utensil (305) and push away the skin part, it links to each other with pushing away the skin cylinder to push away the skin part.

5. A fried dumpling forming apparatus as claimed in claim 1, wherein: annotate filling device (400) including filling hopper (402), push away filling structure (403) and annotate filling structure (404), filling hopper (402) bottom with push away filling structure (403) and link to each other, it transversely sets up to push away filling structure (403), the end and the notes filling structure (404) intercommunication of pushing away filling structure (403), annotate the vertical setting of filling structure (404).

6. A fried dumpling forming apparatus as claimed in claim 1, wherein: the discharging station (601) is further provided with a demolding device (800), the demolding device (800) comprises a demolding driving motor (801), a connecting rod structure (802) and a carrying mold (803), the demolding driving motor (801) is connected with the connecting rod (304) mechanism and drives the tail end of the connecting rod (304) mechanism to do linear reciprocating motion, and the tail end of the connecting rod (304) mechanism is connected with the carrying mold (803).

7. A fried dumpling forming apparatus as claimed in claim 6, wherein: the carrying mold (803) comprises a vertically arranged vertical template and a bending template with a bending structure, and the horizontal position of the bottom of the bending template is higher than that of the bottom of the vertical template.

8. A fried dumpling forming apparatus as claimed in claim 1, wherein: discharging device (600) include conveyer belt (603) and drive the ejection of compact driving motor (602) of conveyer belt (03) motion, and ejection of compact driving motor (602) provide power and drive whole conveyer belt (603) motion, will press from both sides from shedder (800) and get fried dumpling outward transmission on conveyer belt (603).

Images