CN217564754U - Automatic production line for making integrated wonton - Google Patents

Abstract

The invention discloses an automatic production line for making integrated wonton, which aims to solve the technical problems of easy adhesion of skins, more leftover materials, unstable support placing and low working efficiency of the existing wonton production line. The invention comprises a frame, a dough belt pressing device, a dough belt cutting device, a dough belt conveying device, a stuffing supply and wonton folding device, a wonton forming device, an automatic tray placing device, a wonton tray box supply device and a control system; the device comprises a flour belt pressing device, a flour belt cutting device, a stuffing supply and wonton folding device, a wonton forming device, an automatic dish placing device and a wonton support box supply device, wherein the automatic dish placing device and the wonton support box supply device are sequentially arranged on a rack, the chaos forming device comprises a pinching claw and a pinching claw driving mechanism, the automatic dish placing device comprises a wonton supporting mechanism, the wonton supporting mechanism corresponds to a setting in a manner of being matched with the pinching claw, and the wonton support box supply device corresponds to a setting in a manner of being matched with the chaos supporting mechanism. The invention has the beneficial technical effects that: the wonton can be automatically packed, and the working efficiency is high.

Description

Automatic production line for making integrated wonton

Technical Field

The invention belongs to the field of food machinery, and particularly relates to an automatic production line for making integrated wonton.

Background

The wonton is a wheaten food which is formed by wrapping outer-layer wonton wrappers and wrapping stuffing in the outer-layer wonton wrappers, and is one of the varieties of wheaten food in China; generally, the preparation method of wonton comprises the working procedures of skin preparation, stuffing preparation, steamed stuffed bun preparation and cooking; with the acceleration of life rhythm and the improvement of technological level, the traditional manual wonton making is gradually completed by mechanical equipment, namely, a professional manufacturer makes a frozen product, and a eater can eat the frozen product by only purchasing the frozen product and then boiling the frozen product; the existing mechanical equipment for making wonton is mainly divided into manual operation and semi-automatic operation; taking semi-automatic wonton making equipment commonly used in the industry as an example, the semi-automatic wonton making equipment has the structure and the working principle that the equipment comprises a flour belt pressing device, a wonton wrapper forming device, a filling material supplying device, a wonton wrapper device and a wonton forming device; pressing the kneaded dough into a flour belt by a flour belt pressing device, wherein the flour belt is pressed into a belt with the thickness meeting the requirement in general by pressing for multiple times; the method comprises the following steps that the flour tapes are made into single wonton wrappers by a wonton wrapper forming device, most of the existing wonton wrapper forming devices adopt a die pressing method, namely, a dough sheet which meets the size of the wonton wrappers is cut on the flour tapes by a die to serve as the wonton wrappers, and the rest of the flour tapes are continuously recycled as the side wrappers to be rolled for the second time; injecting quantitative stuffing into the formed wonton wrappers by a stuffing supply device; the wonton wrapper device folds the wonton wrapper, and wraps the stuffing in the wonton wrapper; the wonton forming device is an innovation in recent years, namely, a mechanical device is adopted to simulate a manual process for the wonton wrapped with stuffing to form the shape of the wonton so as to meet the recognition habit of people on the traditional wonton; in the prior art, after the formed wontons are produced by equipment, the formed wontons are discharged onto a conveyor belt through a matched plate arranging machine, and then the wontons are grabbed by a grabbing mechanism and placed into a tray, the prior patent technology 'wonton grabbing device', patent No. CN211197814U, is used for innovating the grabbing mechanism in the prior art, two pairs of clamping plates which are arranged oppositely are arranged in the middle of a sliding rod, the upper end parts of the clamping plates are in sliding fit with the sliding rod, and the lower ends of each pair of clamping plates form a clamping part; the wonton is obtained in a downward grabbing mode.

The research shows that the existing wonton making equipment has the following problems: the wonton wrappers are made by adopting a die pressing method, a large amount of leftover materials of the noodles can be generated after the wonton wrappers are pressed on the noodles, the leftover materials of the noodles can continuously return to a dough working procedure, the process is complicated, the utilization rate of the noodles is low, and the production efficiency and the energy waste are reduced; the conventional wonton making equipment needs to manually put the formed wonton into a wonton tray for tray filling after the wonton is formed, so that for professional quick-frozen food enterprises, a large amount of manual work is needed, and the wonton can be contacted with the tray filling by manual participation, so that the food safety risk of food pollution is increased, and the product production cost is increased; in the prior art, after the formed wonton is separated from the forming mechanism, the wonton is placed on the conveying belt through the plate arranging machine, the grabbing mechanism grabs the wonton from the conveying belt and places the wonton in the tray in a chaotic manner, the wonton is contacted with the conveying belt, the safety risk of food pollution is increased, the formed wonton is not directly placed in the tray after being separated from the forming mechanism, the wonton transferring link is increased, and the plate loading efficiency of the wonton is reduced; according to the patent grant publication No. CN211197814U patent scheme, the wonton gripping mode is not easy to control, soft wonton skins are easily damaged due to overlarge clamping force of the clamping plate, and the wonton easily falls off due to the factor of self weight of the wonton in the transferring process due to the overlarge clamping force of the clamping plate; when square wonton wrappers are manufactured in the prior art, the flour tapes are cut transversely and longitudinally at one time to form the wonton wrappers, and the wonton wrappers are small in size and light in weight, are easily adhered by a cutter device, are easily formed into waste wonton wrappers, and are recovered to reduce the production efficiency and improve the cost; the current equipment of preparation wonton mostly belongs to semi-automatization state, lacks from the automatic chaos preparation production line of integral type that carries behind the tape pressing, skin preparation, wonton shaping, wonton sabot to sabot.

Disclosure of Invention

Aiming at the problems of the existing wonton making equipment, the invention provides an automatic production line for making wonton, which can efficiently utilize a flour belt and realize the automatic dishing and placing of the formed wonton, and the specific technical scheme is that the automatic production line for making integrated wonton comprises a frame, a flour belt pressing device, a flour belt cutting device, a flour belt conveying device, a filling material supplying and wonton folding device, a wonton forming device, an automatic dish placing device, a wonton support box supplying device and a control system; the frame is arranged on a working site and can support and install functional components; the utility model discloses a set of the wonton, including the wonton folding device, the wonton forming device, the automatic setting device, the wonton holds in the palm box feeding device and sets up in the frame, the wonton folding device, the wonton forming device, the automatic setting device, the wonton holds in the palm the box feeding device and installs in the frame and be connected with control system respectively, the setting of the wonton folding device, the wonton forming device is held in the wonton to the face area cutting device, filling material supply and wonton folding device, wonton forming device, automatic setting device, wonton hold in the palm the box feeding device and install in the frame in proper order, the chaos forming device is including holding between the fingers the claw and holding between the claw actuating mechanism, the automatic setting device includes the wonton receiving mechanism, the wonton receiving mechanism with hold between the claw matching and correspond the setting, wonton holds in the box feeding device with the chaos receiving mechanism matches and corresponds the setting.

Above-mentioned integral type wonton preparation automation line will make the face skin, annotate the filling, knead the shaping, the wonton is put the dish and is integrated into a complete machine all around, adopts the mode of lifting the transfer when the wonton is put the dish, compares the mode of snatching among the prior art and more can keep the shape of wonton intact, more can keep stable at the in-process of adjusting.

Further, the noodle belt cutting device comprises a noodle belt longitudinal cutting mechanism and a noodle belt transverse cutting mechanism, wherein the noodle belt longitudinal cutting mechanism comprises a mounting frame, a cutter shaft, a longitudinal cutter and a noodle belt pressing sleeve; the mounting rack is arranged on the machine frame on two sides of the surface belt conveying device; the cutter shaft is arranged on the mounting rack and can rotate on the mounting rack; the longitudinal cutter is arranged on the cutter shaft; the longitudinal cutter is disc type; the noodle belt pressing sleeve is arranged between two adjacent longitudinal cutters, so that the noodle belt is prevented from being stuck and carried by the cutters. The dough belt conveying device comprises a dough belt bearing surface, the longitudinal cutter is arranged above the dough belt bearing surface in a close mode, the longitudinal cutter comprises a cutting edge outer edge, the dough belt bearing surface and the cutting edge outer edge are arranged at a distance of 1/10-1/2 of the thickness of the dough belt bearing surface, and the longitudinal cutter can form an indentation with a certain depth on the dough belt and can not cut off the dough belt. The surface belt pressing sleeve is annular, the diameter of an inner hole is larger than the radius of the longitudinal cutter, and when the sleeve is sleeved on the cutter shaft, the pressing of the surface belt can be kept by the self weight of the surface belt pressing sleeve to prevent the longitudinal cutter from being adhered. The transverse cutting mechanism of the dough belt comprises a transverse cutter and a cutter driving component, and the transverse cutter moves up and down under the driving of the cutter driving component so as to transversely cut off the dough belt.

The noodle belt is cut into single square wonton wrappers through two procedures of longitudinal cutting and transverse cutting, wherein the longitudinal cutting cutter generates an indentation on the noodle belt but does not cut off, the wrappers are guaranteed not to deviate in the transportation process and overlap with each other, the indentation can be broken into disconnected independent wontons by slightly exerting force in the subsequent wonton forming procedure, and the pressing sleeve is arranged between the longitudinal cutting cutters and can prevent the noodle belt from being brought up when the cutter cuts are made by utilizing the dead weight of the pressing sleeve.

Further, the automatic wonton plate placing device further comprises a wonton transferring mechanism and a wonton plate placing device mounting frame, the wonton bearing mechanism is mounted on the plate placing device mounting frame, the wonton transferring mechanism is connected with the wonton plate placing device mounting frame in a driving mode, the wonton transferring mechanism comprises a swing arm and a driving mechanism power source, the driving mechanism power source is a pneumatic driving type component or a hydraulic driving type component or an electric driving type component, the swing arm is connected with the plate placing device mounting frame, the driving mechanism power source is connected with the swing arm in a driving mode, and the wonton bearing mechanism is made to reciprocate between the wonton forming device and the wonton plate holding box supply device.

Furthermore, the wonton bearing mechanism comprises a wonton bearing member and a hand grip moving member, the chaotic bearing member comprises a groove-shaped bearing claw and a handle, the hand grip moving member is a pneumatic driving member or a hydraulic driving member or an electric driving member, and the hand grip moving member is connected with the handle in a driving mode to enable the wonton bearing member to horizontally move.

Furthermore, the hand grab moving member comprises a first flat plate, a sliding sleeve, a sliding rod and a first power source, wherein at least two wonton bearing members are horizontally arranged on the first flat plate, the first flat plate is fixedly connected with the sliding sleeve, and the first power source drives the sliding sleeve to horizontally move on the sliding rod so that the wonton bearing members can horizontally move integrally.

Furthermore, at least two second flat plates are arranged below the first flat plate in a sliding mode, at least one wonton bearing member is arranged on each second flat plate, and a second power source is connected to each second flat plate to adjust the distance between the second flat plates.

Furthermore, the second flat plate is provided with at least two slidable wonton bearing members and a third power source, and the third power source is used for adjusting the distance between the wonton bearing members on the second flat plate.

The distance between the plurality of wonton bearing members can be accurately adjusted through the first flat plate, the second flat plate and the third power source, and the first flat plate, the second flat plate and the third power source comprise whole horizontal movement, grouped horizontal movement and relative positions between every two wonton bearing members, so that when the wonton bearing member bears wonton released by the wonton forming device, the distance between each group of wonton bearing members is matched with the distance between the pinching claws of the wonton forming device, and when the wonton bearing member releases wonton to the wonton supporting box feeding device, the distance between each group of wonton bearing members is matched with the distance between the wonton grooves of the wonton supporting box feeding device.

Furthermore, the wonton support box supply device is a stepping type conveying device, the stepping type conveying device comprises a belt, a clamping block is arranged on the belt, and the clamping block is matched and clamped with a groove in the bottom of the support box. The clamping blocks are divided into a plurality of groups with different specifications, and each group corresponds to the support box with one size, so that one belt can stably transmit the support boxes with different sizes.

Further, the dough belt pressing device comprises at least two groups of pressing and facing rollers, and the width of the pressing and facing rollers is equal to that of the dough belt conveying device. The extruded flour belt is cut without generating excess materials, and no excess material recovery device is arranged, so that the structure is simplified, and the utilization rate of the flour belt is improved.

Compared with the prior art, the invention has the beneficial technical effects that:

1. the invention integrates all processes for making wonton into a whole machine which is connected in front and back, has higher integration level, can realize full-automatic making of wonton and placing of the wonton into the support box, and improves the production efficiency.

2. The wonton is transferred to the upper part of the support box and then placed down by adopting the lifting mode, so that the wonton can be well kept in a complete shape, the transfer process is smooth and stable, the distance between the chaotic bearing members can be automatically adjusted according to the distance between the kneading claw of the wonton forming device and the wonton groove on the support box during transfer, and the kneading claw and the support box are effectively connected.

3. The invention forms the flour belt with the thickness meeting the requirement by repeatedly pressing a plurality of groups of compression rollers, the flour belt and the flour belt conveying device have the same width, and the wonton wrappers are completely formed after cutting, so that leftover materials are not produced, and the recycling process is omitted. When the flour belt is longitudinally cut, the flour belt is only provided with the indentation but not completely cut off, so that the wonton wrappers are still in a row in the transportation process, the wonton wrappers cannot be staggered with each other, and the wonton can be broken into a plurality of independent wontons by applying force slightly during subsequent forming. In addition, a noodle belt pressing sleeve is additionally arranged between the longitudinal cutters, so that the noodle belt is prevented from being adhered to the cutters during cutting.

4. According to the invention, the clamping blocks with different sizes are arranged on the conveying belt to adapt to different types of support boxes, so that the conveying belt can support the change of the types of the support boxes, and the re-change of the conveying belt is avoided.

Drawings

Fig. 1 is a schematic structural view of an automatic production line for making integrated wonton according to the present invention.

Fig. 2 is a schematic structural view of the noodle band cutting device of the present invention without a noodle band pressing sleeve.

FIG. 3 is a schematic view of the noodle band cutting device of the present invention including a noodle band pressing sleeve.

Fig. 4 is a schematic structural view of the automatic wobble plate apparatus of the present invention.

Fig. 5 is a schematic structural diagram of a mounting frame of the automatic balance device according to the present invention.

FIG. 6 is a schematic structural view of a chaotic carrier of an automatic wobble plate apparatus according to the present invention.

Fig. 7 is a plan view of a mounting bracket of the automatic disc-swinging apparatus of the present invention.

Fig. 8 is a rear view of a mounting bracket of the automatic disc-swinging apparatus of the present invention.

Fig. 9 is a schematic structural view of a tray of the automatic disc-swinging device of the present invention.

Fig. 10 is a schematic structural view of the conveyor belt of the present invention.

Fig. 11 is a top view of three types of support boxes of the wonton support box supply device.

Fig. 12 is a front view of three types of support boxes of the wonton support box supply device.

In the figure, a dough belt pressing device 1, a pressing roller 11, a dough belt 101, a longitudinal cutter 102, a longitudinal cutter shaft 103, a transverse cutter 104, wonton wrappers 105, a dough belt pressing sleeve 106, a transverse cutter shaft 107, a dough belt cutting device 2, a dough belt conveying device 3, a filling supply and wonton folding device 4, a wonton forming device 5, an automatic tray placing device 6, a mounting frame 601, a slide way 602, a connecting rod 603, a supporting box 604, a first groove 6041, a second groove 6042, a first fixture 6043, a second fixture 6044, a wonton groove gap 6045, a conveying belt 605, a swing arm 606, a chaotic bearing member 6011, a second flat plate 6012, a first flat plate 6013, a slide bar 6014, a roller 5, a V-shaped push rod 6016, a supporting claw 1101, a clamping part 1102, a rotating shaft, a right carrier 11a, a left carrier 11B, a middle carrier 11c, a right second flat plate 12a, a left second flat plate 12B, a middle second flat plate 12c, a right air cylinder 60115 a, a left air cylinder 15B, a slide sleeve 15B, a groove 16B and a groove 16B.

Detailed Description

The following examples are intended to illustrate the present invention in detail and should not be construed as limiting the scope of the present invention in any way.

Example 1: an automatic production line for making integrated wonton comprises a flour belt pressing device 1, a flour belt cutting device 2, a flour belt conveying device 3, a filling material supplying and wonton folding device 4, a wonton forming device 5, an automatic tray placing device 6 and a wonton tray box supplying device 7 which are connected in a front-back mode. The flour belt pressing device 1 comprises two groups of oppositely arranged pressing rollers 11 (a plurality of groups of pressing rollers 11 can be arranged according to the requirement of the thickness of the flour belt), flour and water are mixed according to the proportion for making the wonton wrappers and then are sent into the pressing rollers 11, the first group of pressing rollers 11 are pre-pressed and fixed in width, the flour belt is pressed into a flour belt with a certain width, the second group of pressing rollers 11 extrude the pre-pressed flour belt again to form a thin flour belt with a fixed width, and then the flour belt enters the flour belt cutting device 2.

The structure of the noodle belt cutting device 2 is shown in fig. 2 and fig. 3, and is arranged above the noodle belt conveying device 3, and comprises a noodle belt longitudinal cutting mechanism and a noodle belt transverse cutting mechanism, wherein the noodle belt longitudinal cutting mechanism comprises a longitudinal cutter shaft 103, and a plurality of circular longitudinal cutters 102 are arranged on the longitudinal cutter shaft 103 in parallel. The distance between the extension of the cutting edge of the longitudinal cutter 102 and the surface bearing surface of the noodle belt conveying device 3 is 1/10 to 1/2 of the thickness of the noodle belt, 1/4 is selected as the thickness of an indentation, the longitudinal cutter 102 presses the noodle belt 101 to form the indentation but does not cut off the thin noodle belt, the depth of the indentation is three quarters of the thickness of the noodle belt 101, the problem that a plurality of separated wrappers formed by transversely and longitudinally cutting off the noodle belt are not easy to keep stable during transportation and overlap each other is solved, and the creases can be easily broken to prepare the separated wontons when the wontons are folded in the subsequent process. A noodle belt pressing sleeve 106 is arranged between every two longitudinal cutters 102, the noodle belt pressing sleeve 106 is hollow cylindrical and is sleeved on the longitudinal cutter shaft 103, the diameter of an inner hole of the noodle belt pressing sleeve 106 is larger than the radius of the longitudinal cutters 102, the width of the noodle belt pressing sleeve 106 is the same as the distance between the longitudinal cutters 102, and the noodle belt 101 is not stuck by the longitudinal cutters 102 when being cut by the self weight of the noodle belt pressing sleeve 106. The transverse cutting mechanism is arranged behind the longitudinal noodle strip cutting mechanism and comprises a transverse cutter shaft 107, a transverse cutter 104 is fixed on the transverse cutter shaft 107 through screws, the longitudinal cutter 104 is in contact with a noodle strip bearing surface of the noodle strip conveying device 3 when rotating to the lowest part, the longitudinal cutter shaft 103 rotates to enable the longitudinal cutter 102 to generate longitudinal indentation on the noodle strip 101 in the process of backward conveying of the noodle strip 101, and then the second cutter roller 107 rotates to enable the transverse cutter 104 to cut off in the transverse direction of the noodle strip 101, and finally a rectangular wonton wrapper 105 is formed.

The flour belt cutting device 2 sends the wonton wrappers 105 into the stuffing supply and wonton folding device 4, stuffing is added into the wonton wrappers 105 and is folded in half, and longitudinal indentations between the wonton wrappers 105 can be separated by a little force in the process of folding in half. The half-folded wonton products are conveyed to a wonton forming device 5 along with a conveying belt, the wonton forming device 5 is provided with side-by-side kneading claws, the half-folded wonton products are kneaded and formed one by one and then released, and the formed wonton falls into an automatic tray placing device 6.

The automatic balance device 6 is structurally characterized by referring to fig. 4 to 9, and further comprising a mounting frame 601, a slide 602, a connecting rod 603 and a swing arm 606, wherein the slide 602 is arranged on two sides of the conveying belt 605, the slide 602 is in a zigzag shape, the turning part of the slide is in a smooth arc shape, two sides of the mounting frame 601 are provided with rollers 6015 matched with the slide 602, and the mounting frame 601 is driven to move up and down along the slide 602 by the rotation of the swing arm 606. The chaotic bearing members 6011 are mounted on the mounting rack 601, when the mounting rack 601 is above the slide 607, wontons kneaded by the wonton forming device 5 fall into the chaotic bearing members 6011, and when the mounting rack 601 moves to the lower side of the slide 607, the chaotic bearing members 6011 are opened, and the wontons borne by the chaotic bearing members 6011 fall into the tray 604. The chaotic bearing member 6011 is structurally characterized by comprising a pair of receiving claws 1101 with clamping parts 1102 at the bottoms, wherein the two receiving claws 1101 can perform opening and closing actions around a rotating shaft 1103 in a handle, a driving part of the receiving claws 1101 is of a pneumatic or electric two-finger clamping jaw structure, a pair of receiving claws 1101 are combined to form a containing groove for receiving wontons, and the clamping parts 1102 prevent the wontons from sliding off.

The mounting bracket 601 is provided with a first stroke part, a second stroke part and a third stroke part for adjusting the distance between the chaotic carrier 6011. The process is as follows: the first stroke part comprises a first flat plate 6013, an upper air cylinder 15c and a sliding rod 6014, an action part of the upper air cylinder 15c is fixedly connected with the first flat plate 6013, a right sliding sleeve 16a and a left sliding sleeve 16b are arranged on the sliding rod 6014, the two sliding sleeves are fixedly connected with the first flat plate 6013, and the upper air cylinder 15c drives the first flat plate 6013 to move left and right along the sliding rod 6014, so that all chaotic bearing members 6011 move left and right synchronously. The second stroke portion includes three second plates 6012, which are a right second plate 12a, a left second plate 12b, and a middle second plate 12c, wherein sliders are disposed on upper surfaces of the right second plate 12a and the left second plate 12b, and slide rails matched with the sliders are disposed on a bottom surface of the first plate 6013, so that the middle right second plate 12a and the left second plate 12b can slide left and right on the first plate 6013. In some embodiments, the middle second plate 12c is fixed to the first plate 6013, while in other embodiments the middle second plate 12c may be provided in the same slidable configuration as the left and right second plates. Two wonton carriers are arranged on the lower surface of each second flat plate 6012, namely a right carrier 11a below a right second flat plate 12a, a left carrier 11b below a left second flat plate 12b, a middle carrier 11c below a middle second flat plate 12c, and a right cylinder 15a and a left cylinder 15b are arranged on the bottom surface of the first flat plate 6013 and drive the right second flat plate 12a and the left second flat plate 12b to move horizontally. The third stroke part comprises a sliding rail arranged on the lower surface of the second flat plate 6012 and a sliding block arranged on the chaotic carrier 6011, so that the chaotic carrier 6011 can slide on the second flat plate 6012, a V-shaped push rod 6016 is arranged on the lower surface of the second flat plate 6012, when the V-shaped push rod 6016 is pushed downwards and expands, two carrier plates on the mounting plate can be pushed towards both sides to adjust the distance between the two carrier plates, or a transverse cylinder can be arranged between two chaotic carrier members 6011 on the same second flat plate 6012 to adjust the distance between every two chaotic carrier members 6011.

During the falling process of the mounting rack 601, the positions of the first flat plate 6013 and the second flat plate 6012 and the distance between every two chaotic bearing members 6011 are adjusted according to the setting, so that the chaotic bearing members 6011 correspond to the grooves of the group A of the tray 604, wontons are released, then the mounting rack 601 returns to the lower part of the wonton forming device 5 to receive the wontons and return the wontons to the upper part of the tray 604 again, at the moment, the positions of the first flat plate 6013 and the second flat plate 6012 and the distance between every two chaotic bearing members 6011 are adjusted again, so that the chaotic bearing members 6011 correspond to the grooves of the group B of the tray 4, the group B is loaded firstly in the next cycle, and then the group A is loaded.

In this embodiment, the conveying belt 605 is provided with clamping blocks to adapt to three different sizes of supporting boxes, referring to fig. 10 to 12, the conveying belt 605 is provided with a first clamping block 6043 located in the middle and second clamping blocks 6044 located at two sides, and the bottoms of the three supporting boxes are provided with different grooves and clamping blocks on the conveying belt 605 to be correspondingly clamped. Wherein, the first recess 6041 of holding in the palm box I corresponds first fixture block 6043, and second recess 6042 corresponds second fixture block 6044, and the wonton groove clearance 6045 of holding in the palm box II can hold first fixture block 6043 and second fixture block 6044 simultaneously, and the second recess 6042 of holding in the palm box III corresponds second fixture block 6044, and its wonton groove clearance 6045 corresponds first fixture block 6043. The position of the overlapping gap positions of the wonton grooves in the three support boxes is found out through calculation, the fixture block is arranged at the position, so that the fixture block can be adapted to the three support boxes simultaneously, a conveying belt is adapted to different types of support boxes, the conveying belt does not need to be detached when the support boxes need to be replaced, and another support box can be directly placed.

The work process of the wonton automatic production system is as follows: the flour belt pressing device 1 presses flour into a thin flour belt with a certain width, the flour belt cutting device 2 cuts the thin flour belt into wonton wrappers, the flour belt conveying module 3 conveys the wrappers to the position below the filling material supplying and wonton folding device 4, filling materials are filled into the wonton wrappers and folded by the filling material supplying and wonton folding device 4, then the wonton forming device 5 kneads and forms the wonton wrappers wrapped with the filling materials, the automatic plate placing device 6 receives the wontons kneaded and formed and places the wontons on the wonton support box supplying device 7, and finally the wontons packed in the box are output from the left side of a conveying belt below the automatic plate placing device 6. The invention integrates all processes for making wonton into a whole machine which is connected in front and back, has higher integration level, can realize full-automatic making of wonton and placing of the wonton into the support box, and improves the production efficiency.

While the present invention has been described in detail with reference to the drawings and the embodiments, those skilled in the art will understand that various specific parameters in the above embodiments can be changed without departing from the spirit of the present invention, and a plurality of specific embodiments are formed, which are common variation ranges of the present invention, and will not be described in detail herein.

Claims (12)

1. Integral type wonton preparation automation line, its characterized in that: including frame, flour tape suppression device, flour tape cutting device, flour tape conveyor, filling material supply and wonton folding device, wonton forming device, automatic set device, wonton support box feeding device, control system, flour tape suppression device, flour tape cutting device, flour tape conveyor, filling material supply and wonton folding device, wonton forming device, automatic set device, wonton support box feeding device install in the frame and be connected with control system respectively, flour tape cutting device, filling material supply and wonton folding device, wonton forming device set up the flour tape conveyor top, flour tape suppression device, flour tape cutting device, filling material supply and wonton folding device, wonton forming device, automatic set device, wonton support box feeding device install in the frame in proper order, wonton forming device includes claw and hold between the fingers the claw actuating mechanism, automatic set device includes the mechanism of holding between the fingers of wonton, the wonton claw correspond the setting of holding between the fingers of holding between the claws of wonton and set up with the wonton matching of holding between the claws of wonton matching sets up with the set up of holding between the wonton matching of holding between the wonton.

2. The automatic production line for making integrated wonton according to claim 1, characterized in that: the noodle belt cutting device comprises a noodle belt longitudinal cutting mechanism and a noodle belt transverse cutting mechanism, wherein the noodle belt longitudinal cutting mechanism comprises a mounting frame, a cutter shaft, a longitudinal cutter and a noodle belt pressing sleeve; the mounting rack is arranged on the machine frames on the two sides of the dough belt conveying device; the cutter shaft is arranged on the mounting frame and can rotate on the mounting frame; the longitudinal cutter is arranged on the cutter shaft; the longitudinal cutter is disc type; the noodle belt pressing sleeve is arranged between two adjacent longitudinal cutters, so that the noodle belt is prevented from being stuck and carried by the cutters.

3. The automatic production line for making integrated wonton according to claim 2, characterized in that: the dough belt conveying device comprises a dough belt bearing surface, the longitudinal cutter is arranged above the dough belt bearing surface in a close mode, the longitudinal cutter comprises a cutting edge outer edge, the dough belt bearing surface and the cutting edge outer edge are arranged at a distance of 1/10-1/2 of the thickness of the dough belt bearing surface, and the longitudinal cutter can form an indentation with a certain depth on the dough belt and can not cut off the dough belt.

4. The automatic production line for making integrated wonton according to claim 2, characterized in that: the surface belt pressing sleeve is annular, the diameter of an inner hole is larger than the radius of the longitudinal cutter, and when the sleeve is sleeved on the cutter shaft, the pressing of the surface belt can be kept by the self weight of the surface belt pressing sleeve to prevent the longitudinal cutter from being adhered.

5. The automatic production line for making integrated wonton according to claim 2, characterized in that: the transverse cutting mechanism of the dough belt comprises a transverse cutter and a cutter driving component, and the transverse cutter moves up and down under the driving of the cutter driving component so as to transversely cut off the dough belt.

6. The automatic production line for making integrated wonton according to claim 1, characterized in that: the automatic wonton plate placing device further comprises a wonton transfer mechanism and a plate placing device mounting frame, the wonton bearing mechanism is mounted on the plate placing device mounting frame, the wonton transfer mechanism is connected with the plate placing device mounting frame in a driving mode, the wonton transfer mechanism comprises a swing arm and a driving mechanism power source, the driving mechanism power source is a pneumatic driving type component or a hydraulic driving type component or an electric driving type component, the swing arm is connected with the plate placing device mounting frame, the driving mechanism power source is connected with the swing arm in a driving mode, and the wonton bearing mechanism is made to reciprocate between the wonton forming device and the wonton support box supply device.

7. The automatic production line for making integrated wonton according to claim 6, characterized in that: the wonton bearing mechanism comprises a wonton bearing member and a hand grip moving member, the wonton bearing member comprises a groove-shaped bearing claw and a handle, the hand grip moving member is a pneumatic driving member or a hydraulic driving member or an electric driving member, and the hand grip moving member is connected with the handle in a driving mode to enable the wonton bearing member to move horizontally.

8. The automatic production line for making integrated wonton according to claim 7, characterized in that: the hand grip moving member comprises a first flat plate, a sliding sleeve, a sliding rod and a first power source, at least two wonton bearing members are horizontally arranged on the first flat plate, the first flat plate is fixedly connected with the sliding sleeve, and the first power source drives the sliding sleeve to horizontally move on the sliding rod so that the plurality of wonton bearing members horizontally move integrally.

9. The automatic production line for making integrated wonton according to claim 8, characterized in that: at least two second flat plates are arranged below the first flat plate in a sliding mode, at least one wonton bearing member is arranged on each second flat plate, and a second power source is connected to each second flat plate to adjust the distance between the second flat plates.

10. The automatic production line for making integrated wonton according to claim 9, characterized in that: the second flat plate is provided with at least two slidable wonton bearing members and a third power source, and the third power source is used for adjusting the distance between the wonton bearing members on the second flat plate.

11. The automatic production line for making integrated wonton according to claim 6, characterized in that: the wonton support box feeding device is a stepping type conveying device, the stepping type conveying device comprises a belt, clamping blocks of different specifications are arranged on the belt, the clamping blocks are matched and clamped with grooves in the bottom of the support box, and the clamping blocks of each specification correspond to the support box of one size.

12. The automatic production line for making integrated wonton according to claim 1, characterized in that: the dough belt pressing device comprises at least two groups of pressing and facing rollers, and the width of the pressing and facing rollers is equal to that of the dough belt conveying device.

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