TWI797777B - Semi-finished food product manufacturing machine - Google Patents

Abstract

A semi-finished food product manufacturing machine includes a conveyor platform, a plurality of feeding devices, a plurality of leveling devices, and a cutting device. Each feeding device is disposed on the conveying platform. The feeding device has a feeding area, a stirring area, and an output head that are connected with each other. The feeding area provides raw materials into the mixing area for mixing. The output head has a portioning member uniformly outputting the raw materials in identical quantities onto the conveyor platform to form flat raw materials. The flat raw materials output by the feeding device are stacked. The leveling devices are disposed on the conveyor platform and arranged at intervals corresponding to each feeding device. The leveling devices flatten the flat raw materials output by the feeding devices. The cutting device is disposed on the conveyor platform for cutting the stacked flat raw materials, thereby forming flatly stacked semi-finished food products.

Description

Semi-finished food making machine

The invention relates to a manufacturing-related field, in particular to a manufacturing machine capable of manufacturing stacked semi-finished food.

By the way, in general Chinese or Western food, there are pasta products, and through different cooking techniques, various changes can be produced. Among them, before making pasta, kneading and cutting the dough is the initial and most basic step. However, in response to market demand, manually kneading and kneading dough does not meet the needs of mass production. Therefore, many automatic dough kneading machines can be seen on the market at present, so that it can be mass-produced.

However, after the kneading and kneading of the dough by the general automatic dough kneading machine, the cutting of the dough still has to be done manually. The dough cut by the manual method can not only effectively control its size, but also cannot be produced quickly and in large quantities. In the process of cooking, because of the touch through the skin, it is impossible to effectively grasp its hygiene degree, and the hygiene of the produced pasta products is considered unsatisfactory, and may also have adverse effects on the human body.

In addition, the general automatic dough kneading machine can only produce a single dough group, and most of the dough groups are irregular in shape. If it is necessary to produce other types of dough, such as stacked layers, it needs to be cut and pushed manually. Stacking can only be completed after leveling, so it will still cost a lot The mass production time cannot achieve the effect of rapid mass production.

In order to solve the above problems, the present invention provides a semi-finished food manufacturing machine, which can quickly and mass-produce flat stacked semi-finished foods through a conveying platform and multiple feeding devices.

One embodiment of the present invention provides a semi-finished food manufacturing machine, which includes: a conveying platform, which has a conveyor belt and a power module, the power module can drive the conveyor belt to move, and the opposite ends of the conveyor belt are respectively a A head end and an end, a conveying path is provided between the head end and the end; a plurality of feeding devices, which are respectively erected on the conveying platform along the conveying path, wherein two feeding devices are respectively adjacent to the head end and the end; each feeding device has A feed area, a stirring area and a discharge head, the feed area, the stirring area and the discharge head are connected to each other, the feed area is used for feeding raw materials and stirring in the stirring area, the discharge head has a limit Material parts and material limiting parts can make the raw materials evenly and quantitatively output to the conveyor belt, and form a flat raw material on the conveyor belt, wherein, the flat raw materials output by each feeding device can be stacked sequentially along the conveying path; multiple leveling devices, the respectively erected on the conveying platform along the conveying path, and each leveling device is arranged at intervals corresponding to each feeding device, and each leveling device can flatten the flat raw material output by each feeding device; and a cutting device, which is erected on The conveying platform is adjacent to the end, and the cutting device can cut the stacked flat raw materials to form a flat stacked semi-finished food.

Based on the above, the present invention can quickly and mass-produce flat raw materials through multiple feeding devices, and the flat raw materials can be properly stacked through the conveying platform, and the flat raw materials can be tightly pressed and stacked through the multiple leveling devices. The stacked flat raw materials are then cut by a cutting device to obtain stacked semi-finished food; thereby, stacked semi-finished food can be obtained quickly and in large quantities, improving the conventional automatic dough kneading machine that cannot cut and produce layered dough lack of point.

10: Conveyor platform

11: Conveyor belt

111: Head end

112: end

12: Power module

20: Feeding device

20a: the first feeding device

20b: Second feeding device

20c: The third feeding device

21: Feed area

22: Stirring area

23: Discharge head

231: connecting pipe

232: Into the Department

233: body

234: Departure

235: Baffle

24:Stir structure

241: Drive group

242: screw

25:Limited parts

251: opening

26: Manipulation module

30: leveling device

31: Base

32:Roller

33: shaft

40: Edge finishing device

41: Cutting group

411: cutter

412: distance adjustment piece

50: cutting device

51: cutter

52: Air pressure source

L: conveying path

R: raw material

F: flat material

S: semi-finished food

Figure 1 is a schematic view of the three-dimensional appearance of the present invention.

Fig. 2 is a schematic diagram of the three-dimensional appearance of the feeding device of the present invention.

Fig. 3 is an exploded schematic view of the feeding device of the present invention.

Fig. 4 is a schematic cross-sectional view of the feeding device of the present invention.

Fig. 5 is a three-dimensional schematic diagram of an embodiment of the present invention.

Fig. 6 is a side view of an embodiment of the present invention.

Fig. 7 is a partially enlarged schematic diagram of Fig. 6 of the present invention.

Fig. 8 is a partial top view of the embodiment of the present invention.

In order to illustrate the central idea of the present invention expressed in the column of the above-mentioned summary of the invention, it is expressed in specific embodiments. Various objects in the embodiments are drawn according to proportions, sizes, deformations or displacements suitable for illustration, rather than drawn according to the scale of actual components.

The directional terms mentioned in the present invention, such as "up", "down", "front", "rear", "left", "right", "inside", "outside", "side", etc., are only diagrams The direction of the formula; therefore, the directional terms used are used to illustrate and understand the present invention, but not to limit the present invention, and are described first.

Please refer to Figures 1 to 8, the present invention provides a semi-finished food manufacturing machine, which includes: A conveyor platform 10 has a conveyor belt 11 and a power module 12, the power module 12 can drive the conveyor belt 11 to move; There is a conveying path L between the end 112. In the embodiment of the present invention, the power module 12 is a motor; the conveying belt 11 is long, as shown in FIG. 1 .

A plurality of feeding devices 20, which are erected on the conveying platform 10 along the conveying path L, wherein two feeding devices 20 are respectively adjacent to the head end 111 and the end 112, in the embodiment of the present invention, the number of feeding devices 20 is 3, They are respectively the first feeding device 20a, the second feeding device 20b and the third feeding device 20c. The first feeding device 20a is arranged at the head end 111, and the second feeding device 20b is erected on the first feeding device 20a and the third feeding device 20c. Between the third feeding device 20c, the third feeding device 20c is adjacent to the end 112, as shown in Figure 1 and Figure 5, but the present invention does not limit the number of feeding devices 20, the aforementioned first feeding device 20a, the second The feeding device 20b and the third feeding device 20c are for illustrating the embodiment of the present invention, and are not used to limit the quantity of the feeding device 20 .

Please refer to shown in Fig. 2 to Fig. 4, each feeding device 20 has a feed area 21, a stirring area 22, a discharge head 23 and a stirring structure 24, the feeding area 21, the stirring area 22 and The discharge heads 23 are connected to each other, the stirring structure 24 is arranged in the stirring area 22, and the feeding area 21 supplies a raw material R to feed into the stirring area 22, and is stirred by the stirring structure 24, wherein the discharging head 23 has a The material limiting member 25 faces the conveyor belt 11, the material limiting member 25 is equally spaced with a plurality of openings 251, the raw material R is extruded to the conveyor belt 11 from each opening 251, and the material limiting member 25 can make the raw material R Average and quantitative output to the conveyor belt 11 , forming a flat raw material F on the conveyor belt 11 , the flat raw materials F output by each feeding device 20 can be stacked sequentially along the conveying path L.

In the embodiment of the present invention, the conveyor belt 11 can transport the flat material F produced by the first feeding device 20a to the second feeding device 20b along the conveying path L, and then the flat material F produced by the second feeding device 20b The flat raw material F can be stacked above the flat raw material F produced by the first feeding device 20a, and then, the conveyor belt 11 can transport the stacked two flat raw materials F along the conveying path L to the third feeding device 20c, and the second feeding device 20c The flat raw material F produced by the third feeding device 20c can be stacked above the flat raw material F produced by the second feeding device 20b, so that three layers of flat raw material F can be stacked, and so on. When the number of material devices 20 is larger, more layers of flat materials F can be stacked.

It should be noted that when the raw materials R put into the feeding devices 20 are of different colors, the stacked flat raw materials F will show color changes. It can be understood that when the first feeding device 20a and the first feeding device 20a and The colors of the raw materials R put into the third feeding device 20c are the same, and when the colors of the raw materials R put into the second feeding device 20b are different, the stacked flat raw materials F will still show color changes. Food with color changes can be produced by manual stacking.

2 and 3, the discharge head 23 has a connecting pipe 231, an inlet 232, a body 233, an outlet 234 and two baffles 235, and the connecting pipe 231 is detachably connected to the mixing area. 22 and the inlet 232, the inlet 232 is set between the connecting pipe 231 and the outlet 234, the body 233 is integrally connected between the inlet 232 and the outlet 234, and the material limiting member 25 is arranged outside the outlet 234 , two baffles 235 are arranged at intervals inside the inlet portion 232 and the body portion 233, wherein the connecting pipe 231 is curved, the inlet portion 232 is approximately cylindrical, the body portion 233 is approximately flat trapezoid, and the outlet portion 234 is approximately Rectangular body, the size of the body 233 gradually expands from the inlet 232 to the outlet 234, so that the raw material R can be squeezed through the narrow diameter of the curved connecting pipe 231 and the inlet 232, and then through the flat transverse direction of the body 233 The expansion and stretching of the material R can be more effectively and evenly output from the openings 251 of the material limiting member 25, so as to avoid the output of an excessive amount of raw material R from the material limiting member 25 at one time.

Furthermore, each feeding device 20 further has a control module 26, and the control module 26 is located on one side of the feeding area 21, as shown in Figures 2 and 3; the stirring structure 24 of each feeding device 20 There is a driving group 241 and a plurality of screw rods 242, the control module 26 is coupled with the driving group 241, and the driving group 241 can drive Make each screw 242 rotate, and when each screw 242 rotates, the raw material R can continue to enter the stirring area 22 from the feeding area 21 and be driven to the discharge head 23; the control module 26 provides an action time setting, and the control module 26 The actuation of the driving group 241 is controlled according to the actuation time, and the actuation time set by the control module 26 of each feeding device 20 is different.

In the embodiment of the present invention, the driving group 241 is a gear group, the number of the screw rods 242 is two, and the sizes of the two screw rods 242 are different, wherein one screw rod 242 is adjacent to the feeding area 21, the other screw rod 242 is adjacent to the connecting pipe 231, and adjacent to the connecting pipe 231. The size of the screw 242 in the feeding area 21 is larger than the size of the screw 242 adjacent to the connecting pipe 231, wherein the large-sized screw 242 can knead the raw material R, and can drive the raw material R to the small-sized screw 242. The screw 242 kneads and disperses the raw material R in an appropriate amount and drives it to the discharge head 23 .

Please refer to Fig. 5 to Fig. 7, in the embodiment of the present invention, the actuation time set by the control module 26 of the first feeding device 20a is the first actuation time, and the control module 26 of the second feeding device 20b The set actuation time is the second actuation time, the actuation time set by the control module 26 of the third feeding device 20c is the third actuation time, and the first actuation time is earlier than the second actuation time, and the second actuation time is earlier At the third actuation time, it can be seen that the control module 26 controls the first feeding device 20a to produce the flat material F first according to the first actuation time, and the conveyor belt 11 can transport the flat material F produced by the first feeding device 20a along the The conveying path L is transported to the second feeding device 20b; then, the control module 26 controls the flat raw materials F produced by the second feeding device 20b according to the second actuation time, and the flat raw materials F produced by the second feeding device 20b can be stacked Above the flat raw material F produced by the first feeding device 20a, then, the conveyor belt 11 can transport the stacked two flat raw materials F along the conveying path L to the third feeding device 20c, and the control module 26 according to the third The operating time controls the flat raw material F produced by the third feeding device 20c, and the flat raw material F produced by the third feeding device 20c can be stacked on the flat raw material F produced by the second feeding device 20b In this way, three layers of flat material F can be stacked.

A plurality of flattening devices 30 are respectively installed on the conveying platform 10 along the conveying path L, and each flattening device 30 is arranged at intervals corresponding to each feeding device 20, and each flattening device 30 can output the flat raw materials output by each feeding device 20 F is tightly pressed and flattened. When the flat raw materials F are stacked, the flattening device 30 can further tightly press the flat raw materials F; in the embodiment of the present invention, the number of flattening devices 30 is three, and the first one A leveling device 30 is provided between the feeding device 20a and the second feeding device 20b, a leveling device 30 is provided between the second feeding device 20b and the third feeding device 20c, and the third feeding device 20c is different from the first feeding device 20c. One side of the second feeding device 20b is provided with a leveling device 30 .

Each leveling device 30 has a base 31, a roller 32 and a shaft 33, the roller 32 is sleeved on the shaft 33, the shaft 33 is erected on the base 31, there is a distance between the roller 32 and the conveyor belt 11, every A roller 32 can flatten the flat material F and cooperate with the conveyor belt 11 to transport the flat material F to the end 112; wherein, the distance between the roller 32 of each leveling device 30 and the conveyor belt 11 can be the same or different, and can be According to the required thickness adjustment of the flat material F, when the distance between the rollers 32 of each flattening device 30 and the conveyor belt 11 is different, the distance between the adjacent head end 111 and the distance between the end 112 increases progressively.

An edge-receiving device 40, which is located on one side of the third feeding device 20c, the edge-receiving device 40 can cut the two long sides of each flat material F stacked on each other to make it smooth, as shown in Figure 7 and Figure 8; wherein, The edge receiving device 40 has two cutting groups 41, each cutting group 41 has a cutting knife 411 and a distance adjusting member 412, and the two cutting groups 41 are erected on the two long sides of the conveyor belt 11 at intervals, and the two distance adjusting members 412 can adjust the distance between the two cutting parts. The distance between the knives 411 is used to cut the width of each flat material F stacked on each other. In the embodiment of the present invention, the distance adjusting member 412 is used to adjust the distance by screw locking.

A cutting device 50, which is erected on the conveying platform 10 and adjacent to the end 112, in the embodiment of the present invention, the trimming device 40 is arranged between the third feeding device 20c and the cutting device 50, as shown in Figure 1 and As shown in FIG. 5 , the cutting device 50 has a cutting knife 51 and an air pressure source 52. The air pressure source 52 can drive the cutting knife 51 to cut the stacked flat raw materials F to form a flat stacked semi-finished food S.

Based on the above, the present invention can achieve the following effects:

1. The semi-finished food manufacturing machine of the present invention can quickly and mass-produce the flat raw materials F through the multiple feeding devices 20, and the flat raw materials F can be properly stacked through the conveying platform 10, and the flat raw materials F can be properly stacked through the multiple leveling devices 30. The flat raw materials F are tightly pressed, and then the stacked flat raw materials F are cut by the cutting device 50, so as to obtain stacked semi-finished foods S quickly and in large quantities.

2. In the semi-finished food manufacturing machine of the present invention, the edge trimming device 40 can adjust the side leftovers of each flat raw material F, so as to properly adjust the width of each flat raw material F.

3. In the semi-finished food manufacturing machine of the present invention, through the repeated operation of the cutting device 50, it can be continuously and quantitatively divided to form quantified flat stacked semi-finished food S.

4. The semi-finished food manufacturing machine of the present invention can preliminarily limit the amount of raw material R delivered to the outlet 234 through the two baffles 235, and achieve an average and quantitative output effect through the material limiting member 25.

The above-mentioned embodiments are only used to illustrate the present invention, and are not intended to limit the scope of the present invention. All modifications or changes that do not violate the spirit of the present invention belong to the intended protection category of the present invention.

10: Conveyor platform

11: Conveyor belt

111: Head end

112: end

12: Power module

20: Feeding device

20a: the first feeding device

20b: Second feeding device

20c: The third feeding device

30: leveling device

31: base

32:Roller

33: shaft

40: Edge finishing device

50: cutting device

51: cutter

52: Air pressure source

L: conveying path

Claims (10)

A semi-finished food manufacturing machine, which includes: a conveying platform, which has a conveyor belt and a power module, the power module can drive the conveyor belt to move, and the opposite ends of the conveyor belt are a head end and an end respectively , there is a conveying path between the head end and the end; a plurality of feeding devices, which are respectively erected on the conveying platform along the conveying path, wherein two feeding devices are respectively adjacent to the head end and the end; each feeding device It has a feed area, a stirring area and a discharge head, the feed area, the stirring area and the discharge head are connected to each other, and the feed area is used to feed a raw material and go to the stirring area for stirring , the discharge head has a material limiting member, which can make the raw material output to the conveyor belt uniformly and quantitatively, and form a flat raw material on the conveyor belt, wherein, the flat raw material output by each feeding device can Stacking each other in sequence along the conveying path; a plurality of leveling devices, which are respectively erected on the conveying platform along the conveying path, and each leveling device is arranged at intervals corresponding to each feeding device, and each leveling device can hold each feeding device The output flat raw materials are flattened; and a cutting device is erected on the conveying platform and adjacent to the end, and the cutting device can cut each of the stacked flat raw materials to form a flat stacked semi-finished food. The semi-finished food manufacturing machine as described in claim 1 further has an edge-receiving device, which is arranged between one of the feeding devices and the cutting device, and the edge-receiving device can make the two lengths of each of the flat raw materials stacked on each other The edges are cut flat. The semi-finished food manufacturing machine as described in Claim 2, wherein, the edge-receiving device has two cutting groups, each cutting group has a cutting knife and a distance adjusting member, and the two cutting groups are installed on the two long sides of the conveyor belt at intervals , the two distance-adjusting members can adjust the distance between the two cutters to cut each of the stacked The width of the flat stock. The semi-finished food manufacturing machine as described in claim 1, wherein each leveling device has a base, a roller and a shaft, the roller is sleeved on the shaft, the shaft is mounted on the base, the roller and There is a distance between the conveyor belts; each roller can flatten the flat material and cooperate with the conveyor belt to transport the flat material to the end. The semi-finished food manufacturing machine according to claim 1 or 4, wherein the material limiting member faces the conveyor belt, and the material limiting member is provided with a plurality of openings, and the raw material is extruded to the conveyor belt through each opening. The semi-finished food manufacturing machine as described in claim 5, wherein the discharge head has a connecting pipe, an inlet, a body and an outlet, and the connecting pipe is detachably connected to the stirring area and the inlet The inlet part is set between the connecting pipe and the outlet part, the body part is integrally connected between the inlet part and the outlet part, the material limiting part is arranged outside the outlet part, and the inlet part is generally It is cylindrical, the body is generally trapezoidal, the outlet is generally rectangular, and the size of the body gradually expands from the inlet to the outlet. The semi-finished food manufacturing machine as described in Claim 6, wherein the discharge head further has two baffles, and the two baffles are spaced between the inlet and the body. The semi-finished food manufacturing machine as described in Claim 1, wherein, each feeding device further has a stirring structure, and the stirring structure is arranged in the stirring area, and is stirred by the stirring structure. The semi-finished food manufacturing machine as described in Claim 8, wherein, the stirring structure of each feeding device has a driving group and a plurality of screws, and the driving group can drive each screw to rotate; each feeding device has a control module The control module is coupled to the driving group, and the control module provides setting an actuation time, and the control module controls the actuation of the driving group according to the actuation time. The semi-finished food manufacturing machine as described in claim 9, wherein the operating time set by the control module of each feeding device is different.

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