Small imitation handmade dumpling machine
By using a combination of single-row forming molds and multiple mechanisms in a small-scale imitation handmade dumpling machine, the problem of the inability to miniaturize large-scale imitation handmade dumpling machines has been solved, achieving the effect of imitation handmade dumplings while saving space, and meeting consumers' high requirements for appearance and taste.
Patent Information
- Application Number
- CN202520115155.3
- Authority / Receiving Office
- CN · China
- Patent Type
- Utility models(China)
- Current Assignee / Owner
- Filing Date
- 2025-01-17
- Publication Date
- 2025-12-05
- Estimated Expiration
- 2035-01-17
AI Technical Summary
Large-scale imitation handmade dumpling machines cannot be miniaturized, and small dumpling machines cannot achieve the imitation handmade function. The forming molds take up a lot of space and cannot meet consumers' high requirements for appearance and taste.
It adopts a single-row forming mold with the mold axis perpendicular to the central axis of the pressing roller. Combined with the pressing, filling and forming mechanisms, it achieves the effect of single-row forming and imitation of handmade dumplings. It includes a pressing mechanism, dough conveyor belt, flour sprinkling mechanism, dough positioning mechanism, kneading roller, filling mechanism and elastic demolding mechanism.
This invention achieves a miniaturized, handmade dumpling machine that produces dumplings that look and taste similar to handmade dumplings, meeting consumer demand, saving space, and improving the versatility of the equipment.
Smart Images
Figure CN223626839U_ABST
Abstract
Description
TECHNICAL FIELD
[0001] The utility model relates to a small -size imitation handmade dumpling machine. BACKGROUND
[0002] With the improvement of people's living standards, higher requirements are put forward for the dumpling machine technology, and the dumpling is closer to handmade dumpling in appearance and taste. At present, large -scale dumpling machine can reach the function of imitation handmade dumpling machine, but the forming die of large -scale imitation handmade dumpling machine is double -row forming, and a row of dumplings is formed on the left and right sides of the dumpling die, so the shaft center of the dumpling forming die and the shaft center of the pressure roller are parallel, resulting in that the forming part occupies too large space, and miniaturization cannot be realized. At the same time, small -size dumpling machine, especially small -size desktop dumpling machine cannot realize the function of imitation handmade. CONTENT OF UTILITY MODEL
[0003] The utility model aims at solving the above -mentioned problems, and provides a small -size imitation handmade dumpling machine.
[0004] The above -mentioned purpose is realized by the following technical scheme:
[0005] A small -size imitation handmade dumpling machine, its composition includes the machine shell for containing each component of dumpling machine, the pressure mechanism of installing on the machine shell is used for continuously extruding the dough strip, the dough wrapper conveyor belt is arranged under the pressure mechanism and is used for receiving and conveying the dough strip, the flour scattering mechanism is installed above the dough wrapper conveyor belt and is used for demolding when dumpling is formed, the dough strip positioning mechanism is installed below the dough wrapper conveyor belt outlet and is used for stabilizing the position of the dough strip, preventing shaking or deviation, the kneading roller is installed below the dough strip positioning mechanism and is used for extruding the dough strip into the stuffing dough pipe, the outlet of the stuffing injection mechanism is installed above the kneading roller and is used for injecting stuffing into the dough strip, the single -sided forming die is installed below the kneading roller and is composed of a pair of upper rollers with imitation handmade dumpling model, and the axis is perpendicular to the central axis of the pressure roller, realizing single -row forming, the elastic demolding mechanism is installed in the forming die and is used for ejecting dumplings and cutting off the excess dough edge.
[0006] The small -size imitation handmade dumpling machine, the pressure mechanism includes primary pressure upper roller, primary pressure lower roller, secondary pressure upper roller and secondary pressure lower roller, the primary pressure upper roller is coaxial with gear h, the primary pressure lower roller is coaxial with gear e, gear f, the secondary pressure upper roller is coaxial with gear b, the secondary pressure lower roller is coaxial with chain wheel b, gear a, gear e and intermediate gear b are engaged, the intermediate gear b and gear i are engaged, and gear i and face brush shaft are coaxial, the face brush shaft is connected with the flour scattering mechanism, gear a is connected through gear c and gear d, gear d is connected with the dough wrapper conveyor belt driving shaft, and then is connected with the dough wrapper conveyor belt, chain wheel b is connected with chain wheel a, and the chain wheel a is connected with motor.
[0007] The injection mechanism includes an injection eccentric disc, a stuffing connecting rod, an outer rocker arm, an inner rocker arm, a secondary pressure roller and a chain wheel c, the chain wheel c and the chain wheel d are connected through a chain, the chain wheel d, the gear n, the shaft c and the injection eccentric disc are coaxial, the injection eccentric disc is connected with the shaft b, the shaft b is connected with the stuffing connecting rod, the stuffing connecting rod is connected with the outer rocker arm through the shaft e, and the outer rocker arm is connected with the inner rocker arm through the shaft d.
[0008] The forming mechanism includes a forming die and a kneading roller, the gear n is connected with the gear m, the gear m is fixedly connected with the chain wheel e, the chain wheel e is connected with the chain wheel h through a chain, the chain wheel h is connected with a bevel gear shaft, the bevel gear shaft is connected with a bevel gear a, the bevel gear a is connected with a bevel gear b, the bevel gear b is connected with a forming die shaft, the forming die shaft is connected with the forming die, the forming die shaft is connected with the gear j, the gear j is connected with an intermediate gear c, the intermediate gear c is connected with a gear k, the gear k is connected with the shaft f, and the shaft f is connected with the kneading roller. Beneficial effects
[0009] 1. The utility model discloses a pair of moulds which are processed with imitation hand-made dumpling lace, and the dumplings with similar appearance and taste of hand-made dumplings are prepared, so that the increasing quality requirement of consumers can be met.
[0010] 2. The utility model discloses a single-row forming type forming die, and the central axis of the die is perpendicular to the central axis of the pressure roller, so that the installation space of the forming mechanism is saved, and the miniaturization of the imitation hand-made dumpling machine is realized.
[0011] 3. The utility model discloses a pressure mechanism which can be composed of one pair or multiple pairs of pressure rollers, so that the thickness requirement of different face belts can be met, and the versatility of the equipment is improved. DRAWINGS
[0012] Figure 1 It is a side view of the utility model;
[0013] Figure 2 It is a front view of the utility model;
[0014] Figure 3 It is a schematic diagram of the transmission relationship of the utility model;
[0015] Figure 4 It is a schematic diagram of the transmission relationship of the utility model;
[0016] Fig. 1, motor; 2, upper primary pressing roller; 3, lower primary pressing roller; 4, upper secondary pressing roller; 5, lower secondary pressing roller; 6, flour sprinkling mechanism; 7, dough sheet conveying belt; 8, dough sheet conveying belt driving shaft; 9, stuffing injection mechanism; 10, dough sheet positioning mechanism; 11, kneading roller; 12, forming die; 13, dumpling ejection mechanism; 14, sprocket a; 15, sprocket b; 16, gear a; 17, gear b; 18, gear c; 19, gear d; 20, intermediate gear a; 21, gear e; 22, gear f; 23, gear h; 24, intermediate gear b; 25, gear i; 26, dough brush shaft; 27, bevel shaft; 28, bevel gear a; 29, bevel gear b; 30, forming die shaft; 31, gear j; 32, intermediate gear c; 33, shaft f; 34, gear k; 35, gear l; 36, sprocket c; 37, sprocket d; 38, gear n; 39, gear m; 40, sprocket e; 41, sprocket h; 42, stuffing injection eccentric disc; 43, shaft b; 44, stuffing injection connecting rod; 45, shaft e; 46, outer rocker arm; 47, inner rocker arm; 48, shaft c; 49, shaft d. DETAILED DESCRIPTION
[0017] Referring to Figures 1 to 4 A small hand-imitating dumpling machine, which comprises a machine shell, a dough pressing mechanism, a stuffing injection mechanism, and a forming mechanism.
[0018] The dough pressing mechanism is installed on the machine shell and used for continuously pressing out dough sheets. The dough sheet conveying belt is arranged below the dough pressing mechanism and used for receiving and conveying the dough sheets. The flour sprinkling mechanism is installed above the dough sheet conveying belt and used for demolding during dumpling forming. The dough sheet positioning mechanism is installed below the outlet of the dough sheet conveying belt and used for stabilizing the position of the dough sheet to prevent shaking or deviation. The kneading roller is installed below the dough sheet positioning mechanism and used for pressing the dough sheet into a stuffing-containing dough tube. The outlet of the stuffing injection mechanism is installed above the kneading roller and used for injecting stuffing into the dough sheet. The single-sided forming die is installed below the kneading roller and comprises a pair of circular rollers with hand-imitating dumpling models engraved thereon, and the axis of the forming die is perpendicular to the central axis of the dough pressing roller, so that single-row forming is realized. The elastic demolding mechanism is installed in the forming die and used for ejecting dumplings and cutting off excess dough edges.
[0019] The dough pressing mechanism comprises two pairs of dough pressing rollers and a dough conveying belt, which extrudes the incoming dough into a dough sheet. The thickness of the dough sheet can be changed by adjusting the gap between the dough pressing rollers. Then the dough sheet is received and conveyed to the next step by the dough conveying belt. A flour sprinkling mechanism is arranged beside the dough conveying belt to uniformly sprinkle flour onto the conveying belt to prevent the dough sheet from sticking.
[0020] The pressing mechanism comprises a primary pressing upper roller, a primary pressing lower roller, a secondary pressing upper roller and a secondary pressing lower roller, the primary pressing upper roller is coaxial with gear h, the primary pressing lower roller is coaxial with gear e21 and gear f22, the secondary pressing upper roller is coaxial with gear b17, the secondary pressing lower roller is coaxial with sprocket b15 and gear a16, gear e21 is engaged with intermediate gear b24, intermediate gear b24 is engaged with gear i25, gear i25 is coaxial with flour brushing shaft 26, flour brushing shaft 26 is connected with the flour scattering mechanism, gear a16 is connected with gear c18 and gear d19, gear d19 is connected with the flour wrapper conveying belt driving shaft, and then connected with the flour wrapper conveying belt, sprocket b15 is connected with sprocket a14, and sprocket a14 is connected with the motor.
[0021] When the dough needs to be extruded into a dough strip, the motor is turned on, sprocket a14 starts to work, through the chain, sprocket b15 starts to rotate, sprocket b15 and gear a16 rotate coaxially, the secondary pressing lower roller starts to work, gear a16 drives gear b17 and intermediate gear a20 to rotate together, the secondary pressing upper roller starts to work, intermediate gear a20 drives gear e21 to rotate, gear e21 and gear f22 rotate coaxially, the primary pressing lower roller starts to work, gear f22 drives gear h23 to rotate, the primary pressing upper roller starts to work, the dough is extruded into a dough strip, the dough strip falls onto the flour wrapper conveying belt, gear a16 drives gear d19 to rotate through intermediate gear c18, the flour wrapper conveying belt driving shaft rotates, and then the flour wrapper conveying belt works, receives the dough strip extruded by the pressing roller and conveys to the next step, gear e21 drives gear i25 to rotate through intermediate gear b24, and then drives the flour brushing shaft to rotate, so that the flour scattering mechanism scatters flour onto the flour wrapper conveying belt to prevent the dough strip from sticking.
[0022] The stuffing injection mechanism comprises a stuffing injection eccentric disc, a stuffing adding connecting rod, an outer rocker arm, an inner rocker arm, the secondary pressing lower roller is coaxial with sprocket c36, sprocket c36 is connected with sprocket d37 through a chain, sprocket d37 is connected with gear n38, shaft c48 and the stuffing injection eccentric disc, the stuffing injection eccentric disc is connected with shaft b43, shaft b43 is connected with the stuffing adding connecting rod, the stuffing adding connecting rod is connected with the outer rocker arm through shaft e45, and the outer rocker arm is connected with the inner rocker arm through shaft d49.
[0023] When the stuffing needs to be injected into the dough strip, the secondary pressing lower roller rotates coaxially with sprocket c36, sprocket c36 drives sprocket d37 to rotate through the chain, sprocket d37 is connected with shaft c48, gear n38 and the stuffing injection eccentric disc 42, so that the stuffing injection eccentric disc starts to work, and then controls the inner and outer rocker arms to start to work through the stuffing adding connecting rod, and injects the stuffing into the curved flour wrapper.
[0024] The forming mechanism comprises a forming die and a kneading roller, the dough strip with stuffing is kneaded by the kneading roller, then shaped into a hand-made dumpling shape by the forming die, and then demoulded by the demoulding mechanism at the outlet of the forming die.
[0025] The forming mechanism comprises a forming die and a kneading roller, the gear n38 is connected with the gear m39, the gear m39 is fixedly connected with the sprocket e40, the sprocket e40 is connected with the sprocket h41 through a chain, the sprocket h41 is connected with the bevel gear 27, the bevel gear 27 is connected with the bevel gear a28, the bevel gear a28 is connected with the bevel gear b29, the bevel gear b29 is connected with the forming die shaft 30, the forming die shaft a30 is connected with the forming die, the forming die shaft 30 is connected with the gear j31, the gear j31 is connected with the intermediate gear c32, the intermediate gear c32 is connected with the gear k34, the gear k34 is connected with the shaft f33, the shaft f33 is connected with the kneading roller, and the demoulding mechanism is installed at the outlet of the forming mechanism.
[0026] When the dumplings need to be shaped, the gear i38 drives the gear m39 to rotate, the gear m39 and the sprocket e40 rotate coaxially, the sprocket e40 drives the sprocket h41 to rotate through the chain, the bevel gear and the sprocket h41 are connected, so that the bevel gear a28 and the bevel gear b29 start to rotate, the bevel gear b29 drives the forming die shaft a30 to rotate, the forming die shaft a30 is connected with the forming die 12, the forming die shaft 30 is connected with the gear j31, the gear j31 is connected with the intermediate gear c32, the intermediate gear c32 is connected with the gear k34, the gear k34 is connected with the shaft 33, and the shaft f33 is connected with the kneading roller 11. The forming die shaft works, and then the forming die and the kneading roller work, so that the dumplings conveyed by the conveying belt are kneaded and shaped, and then demoulded by the demoulding mechanism at the outlet of the forming die.
[0027] Working principle: refer to Figure 3 — Figure 4, open motor, make sprocket a14 start work, through the chain, drive sprocket b15 start rotating, sprocket b15 and gear a16 coaxial rotation, make the secondary pressure surface down roller start working, gear a16 drive gear b17 and intermediate gear a20 together rotating, make the secondary pressure surface upper roller start working, intermediate gear a20 drive gear e21 rotating, gear e21 and gear f22 coaxial rotation, make the primary pressure surface down roller start working, gear f22 drive gear h23 rotating, make the primary pressure surface upper roller start working, extruding dough into noodles, noodles fall to the wrapper conveyor belt, gear a16 through intermediate gear c18 drive gear d19 rotating, make the wrapper conveyor belt driving shaft rotating, and then make the wrapper conveyor belt work, receiving noodles extruded by the pressure roller and conveying to the next step, gear e21 through intermediate gear b24 drive gear i25 rotating, and then drive the face brush shaft rotating, make the flour scattering mechanism scattering flour to the wrapper conveyor belt, prevent the noodles of the conveyor belt from sticking, secondary pressure surface down roller and sprocket c36 coaxial rotation, sprocket c36 through the chain drive sprocket d37 rotating, sprocket d37 and shaft c48, gear n38, filling eccentric disc 42 connected, make the filling eccentric disc start working, and then through the filling connecting rod control inside and outside rocker arm start working, inject stuffing into the curved wrapper, gear n38 drive gear m39 rotating, gear m39 and sprocket e40 coaxial rotation, sprocket e40 through the chain drive sprocket h41 rotating, bevel gear and sprocket h41 connected, make bevel gear a28 and bevel gear b29 start rotating, bevel gear b29 drive forming die shaft a30 rotating, forming die shaft a30 and forming die 12 connected, forming die shaft 30 and gear j31 connected, gear j31 and intermediate gear c32 connected, intermediate gear c32 and gear k34 connected, gear k34 and shaft 33 connected, shaft f33 and kneading roller 11 connected. Forming die shaft works, and then make the forming die and kneading roller work, make the dumplings conveyed by the conveyor knead and shape, and then be demoulded by the demoulding mechanism of the forming die outlet.
Claims
1. A small-sized, hand-made dumpling machine, characterized in that: The machine shell is used for containing each component of the dumpling machine; The dough pressing mechanism is installed on the machine shell and used for continuously pressing out dough strips; The flour sprinkling mechanism is installed above the dough conveying belt and used for demolding during dumpling forming; The dough strip positioning mechanism is installed below the dough conveying belt outlet and used for stabilizing the dough strip position and preventing shaking or deviation; 2. The small-sized dumpling machine of claim 1, wherein: The forming mechanism includes a forming die and a kneading roller, and the forming die is installed below the kneading roller and includes a pair of upper rollers with a manual dumpling model and an axis perpendicular to the central axis of the dough pressing roller, so as to realize single-row forming.
3. A small-sized hand-imitated dumpling making machine according to claim 2, characterized in that: The dough pressing mechanism includes a primary upper dough pressing roller, a primary lower dough pressing roller, a secondary upper dough pressing roller and a secondary lower dough pressing roller, the primary upper dough pressing roller is coaxial with gear h, the primary lower dough pressing roller is coaxial with gear e and gear f, the secondary upper dough pressing roller is coaxial with gear b, the secondary lower dough pressing roller is coaxial with chain wheel b and gear a, gear e is engaged with intermediate gear b, the intermediate gear b is engaged with gear i, gear i is coaxial with a flour brush shaft, the flour brush shaft is connected with the flour sprinkling mechanism, gear a is connected with gear c and gear d, gear d is connected with a dough conveying belt driving shaft, and then the dough conveying belt driving shaft is connected with the dough conveying belt, chain wheel b is connected with chain wheel a, and chain wheel a is connected with a motor.
4. A small dumpling machine according to claim 3, characterized in that: The stuffing injection mechanism includes a stuffing injection eccentric disc, a stuffing injection connecting rod, an outer rocker arm and an inner rocker arm, the secondary lower dough pressing roller is coaxial with chain wheel c, chain wheel c is connected with chain wheel d through a chain, chain wheel d is coaxial with gear n, shaft c and the stuffing injection eccentric disc, the stuffing injection eccentric disc is connected with shaft b, shaft b is connected with the stuffing injection connecting rod, the stuffing injection connecting rod is connected with the outer rocker arm through shaft e, the outer rocker arm is connected with the inner rocker arm through shaft d. The forming mechanism includes a forming die and a kneading roller, gear n is connected with gear m, gear m is fixedly connected with chain wheel e, chain wheel e is connected with chain wheel h through a chain, chain wheel h is connected with a bevel gear shaft, the bevel gear shaft is connected with bevel gear a, bevel gear a is connected with bevel gear b, bevel gear b is connected with a forming die shaft, the forming die shaft is connected with the forming die, the forming die shaft is connected with gear j, gear j is connected with intermediate gear c, intermediate gear c is connected with gear k, gear k is connected with shaft f, shaft f is connected with the kneading roller, and the demolding mechanism is installed at the outlet of the forming mechanism.