TWI829587B - Dough cutting machine with adjustable cutting force - Google Patents

Abstract

The invention is a dough cutting machine with adjustable cutting force, which includes a machine platform, which is surrounded by a cutting chamber; a cutting device, which includes a cutting piston, a piston rod and an opening and closing door, and the cutting piston can move Passed through the cutting chamber, one end of the piston rod is connected to the cutting piston, and the opening and closing door is movably installed on the machine platform and closes or opens the cutting chamber; a driving device is connected to the other end of the piston rod; a conveyor belt device is provided On the machine table and located below the cutting chamber; a pressure adjustment device, connected to the piston rod, the pressure adjustment device is used to control the force of the cutting piston; by setting the pressure adjustment device, the pushing pressure of the cutting piston can be controlled The size and appropriate dividing pressure can avoid destroying the separated dough gluten and maintain the original softness and hardness of the dough.

Description

Dough cutting machine with adjustable cutting force

The invention relates to a kind of food equipment, in particular to a dough cutting machine with adjustable cutting force.

The main structure of the dough cutting machine in the prior art includes a piston chamber. The piston chamber has an upper opening and an end opening. The upper opening is connected to a feed funnel. The end opening has an opening and closing door and is located above a conveyor belt; A piston is movably installed in the piston chamber. When the dough is put in from the feeding funnel, a certain amount of dough is sucked into the piston chamber by the backward movement of the piston, and then the certain amount of dough is pushed out by opening and closing the door and pushing the piston. and falls onto the conveyor belt.

However, the thrust force of the aforementioned pistons is fixed, but the softness and hardness of the dough are different. Therefore, the pistons often apply inappropriate dividing pressure and destroy the separated dough gluten, thereby affecting the characteristics of the dough. and edible taste; therefore, the overall structure of the dough cutting machine in the prior art has the aforementioned problems and shortcomings and needs to be improved.

In view of the shortcomings of the prior art, the present invention provides a dough cutting machine with adjustable cutting force, which can achieve the purpose of changing the pressure of the cutting piston by providing a pressure adjustment device on the machine table.

In order to achieve the above-mentioned object of the invention, the technical means adopted in the present invention is to design a dough cutting machine with adjustable cutting force, which includes: A machine platform is surrounded by a cutting chamber. The cutting chamber has an upper opening, a front opening and a rear opening. The upper opening is located between the front opening and the rear opening. The machine platform is provided with a position at the upper opening. A feeding funnel communicates with the upper opening; a cutting device including a cutting piston, a piston rod and an opening and closing door, the cutting piston is movably installed in the rear opening of the cutting chamber, the One end of the piston rod is connected to the cutting piston, and the opening and closing door is movably provided on the machine platform and can open or close the front opening; a driving device includes a motor, a main crank connecting rod, a secondary crank connecting rod, A main transmission rod and a first auxiliary transmission rod, the motor is arranged on the machine platform, the main crank connecting rod and the auxiliary crank connecting rod are rotatably arranged on the machine platform, the motor is connected to the main crank connecting rod, The two ends of the main transmission rod are respectively pivotally connected to the main crank connecting rod and the opening and closing door, and the two ends of the first auxiliary transmission rod are respectively pivotally connected to the auxiliary crank connecting rod and the other end of the piston rod; a conveyor belt device, which is installed on the machine platform and located below the front opening; a pressure adjustment device, one end of which is pivotally connected to the main crank connecting rod, and the other end is pivotally connected to the auxiliary crank connecting rod and the first auxiliary transmission rod , the pressure adjustment device is used to control the force applied by the cutting piston.

Furthermore, in the dough cutting machine with adjustable cutting force, the pressure adjustment device includes an oil tank, a hydraulic cylinder and a proportional valve. The oil tank is provided on the machine platform, and one end of the hydraulic cylinder is pivoted. On the main crank connecting rod, the other end of the hydraulic cylinder is pivotally connected to the auxiliary crank connecting rod and the first auxiliary transmission rod. The proportional valve is arranged on the machine platform, and a first proportional valve is connected between the oil tank and the proportional valve. An oil pipe is connected, the hydraulic cylinder and the proportional valve are connected by a second oil pipe, and the hydraulic cylinder and the oil tank are connected by a third oil pipe.

Furthermore, in the dough cutting machine with adjustable cutting force, the hydraulic cylinder includes a front pivot joint, a front cylinder, a rear cylinder, a rear pivot joint, a hydraulic piston and a hydraulic cylinder. The spring, the front pivot joint, the front cylinder, the rear cylinder and the rear pivot joint are connected in sequence, the front pivot joint has a slide groove, the slide groove, the front cylinder and the rear cylinder are connected, the One end of the hydraulic piston is movably threaded through the The slide groove and the front cylinder, the other end of the hydraulic piston is pivotally connected to the auxiliary crank connecting rod through a first connecting rod, the hydraulic spring is disposed in the front cylinder and one end is against the hydraulic piston, A one-way valve is installed between the front cylinder and the rear cylinder. The front cylinder runs through a front through hole. One end of the second oil pipe is connected to the front through hole. The rear cylinder runs through a rear through hole. The third oil pipe One end is connected to the rear through hole, and the rear pivot portion is pivoted to the main crank connecting rod through a second connecting rod.

Furthermore, the dough cutting machine with adjustable cutting force, wherein the cutting device further includes a cutting knife and a cutting rod, the cutting knife is movably installed in the rear opening of the cutting chamber and is located at the edge of the cutting piston. Above, one end of the cutting rod is connected to the cutter. The driving device further includes a second auxiliary transmission rod and an elastic member. The two ends of the second auxiliary transmission rod are respectively pivotally connected to the auxiliary crank connecting rod and the cutting rod. The other end of the elastic member is pivotally connected to the main crank connecting rod and the auxiliary crank connecting rod respectively.

Furthermore, the dough cutting machine with adjustable cutting force, wherein the cutting device further includes two slide rails, a dividing chamber, a plurality of dividing pistons and a plurality of partitions, the two slide rails are longitudinally spaced on the machine platform and Adjacent to the front opening of the cutting chamber, the dividing chamber has a dividing opening and a pushing opening. The dividing opening and the pushing opening are respectively located at the front and rear ends of the dividing chamber. One end of the opening and closing door is provided in the dividing chamber and The two sides of the opening and closing door are longitudinally movably assembled on the two slide rails, one end of each dividing piston is movably inserted into the push port of the dividing chamber, and the other end of each dividing piston is connected to a power device , one end of each partition plate is passed between two of the split pistons of each split piston, and the other end of each partition plate is connected with a positioning tenon, and the positioning tenon can be selectively fixed to the split piston. .

Furthermore, in the dough cutting machine with adjustable cutting force, the upper position of each partition is pivotally connected to one end of the positioning tenon, and the other end of the positioning tenon has a positioning rod. The plate recess is provided with a rear positioning groove, and the top surface of each divided piston is concavely formed with a groove. Each of the grooves and each of the rear positioning grooves are arranged in a straight line. A plurality of front positioning grooves are formed on the top surface of the dividing chamber. The positioning rod can selectively engage with one of the front positioning grooves or the rear positioning groove and the rear positioning groove. in the groove.

Furthermore, in the dough cutting machine with adjustable cutting force, the elastic member is a compression spring.

The advantage of the present invention is that by setting a pressure adjustment device on the machine, the pushing pressure of the cutting piston can be changed, and the appropriate dividing pressure can be adjusted according to dough with different glutens, thereby avoiding damage to the separated dough gluten and achieving The function of maintaining the original softness and hardness of the dough; and the user can change the engagement state of the positioning latch, change the operating state of the piston and the partition, and then change the amount and weight of the dough that can be divided, which is fast and easy The effect of setting changes.

10:Machine

11:Cutting room

111:Open the top

112:Front opening

113:Rear opening

12:Feeding funnel

20: Cutting device

21: Cutting Piston

22:piston rod

23:Cutter

24: Chip

25:Slide rail

26:Dividing room

261: Split port

262: Push port

263: Front positioning slot

27:Open and close the door

28: Split the piston

281: Groove

29:Partition

291: Positioning tenon

292: Positioning rod

293:Rear positioning slot

30:Driving device

31: Motor

32: Main crank connecting rod

321:Second connecting rod

33: Auxiliary crank connecting rod

331:First connecting rod

34: Elastic parts

35:Main drive rod

36:First pair of transmission rod

37: Second auxiliary transmission rod

40: Conveyor belt device

50: Pressure adjustment device

51:Fuel tank

52:Hydraulic cylinder

521: Front pivot joint

522:Front cylinder

523:Rear cylinder

524: Rear pivot joint

525:Hydraulic piston

526:Hydraulic spring

527:Chute

528:Front through hole

529:Rear through hole

53: Proportional valve

531: One-way valve

54:First Oil Pipe

55:Second oil pipe

56:Third oil pipe

60:Control device

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

Figure 2 is another three-dimensional appearance view of the present invention.

Figure 3 is a side view of the internal structure of the present invention.

Figure 4 is a top view of the internal structure of the present invention.

Figure 5 is another side view of the internal structure of the present invention.

Figure 6 is an exploded view of some components of the present invention.

Figure 7 is an exploded view of some components of the present invention.

Figure 8 is a schematic cross-sectional view of the operation of the present invention.

Figure 9 is a schematic cross-sectional view of the operation of the present invention.

Figure 10 is a schematic cross-sectional view of the operation of the present invention.

Figure 11 is a schematic top view of the dividing chamber of the present invention.

Figure 12 is a schematic top view of the dividing chamber of the present invention.

The technical means adopted by the present invention to achieve the intended invention purpose will be further described below with reference to the drawings and preferred embodiments of the present invention.

Referring to FIG. 1 , the dough cutting machine with adjustable cutting force of the present invention includes a machine table 10 , a cutting device 20 , a driving device 30 , a conveyor belt device 40 and a pressure adjustment device 50 .

Please refer to Figures 1 to 3. The machine 10 is assembled from two side plates and a plurality of cross bars. An internal space is formed between the two side plates. A cutting chamber 11 is formed in the internal space adjacent to the upper position. The cutting chamber 11 has a There is an upper opening 111, a front opening 112 and a rear opening 113. The upper opening 111 is located between the front opening 112 and the rear opening 113. The machine 10 is provided with a feeding funnel 12 at the position of the upper opening 111. The feeding funnel 12 is connected with the cutting machine. Room 11 is connected.

Please refer to Figures 2 to 4, Figure 6 and Figure 7. The cutting device 20 includes a cutting piston 21, a piston rod 22, a cutting knife 23, a cutting rod 24, two slide rails 25, a dividing chamber 26, an opening and closing A door 27, a plurality of dividing pistons 28 and a plurality of partitions 29, the cutting piston 21 is movably inserted into the rear opening 113 of the cutting chamber 11, one end of the piston rod 22 is connected to the cutting piston 21, and the cutter 23 is movably inserted into the cutting chamber. The rear opening 113 of the chamber 11 is located above the cutting piston 21. One end of the cutting rod 24 is connected to the cutter 23. Two slide rails 25 are longitudinally spaced between the two side plates of the machine 10 and adjacent to the front opening 112 of the cutting chamber 11. ; The dividing chamber 26 has a dividing opening 261 and a pushing opening 262. The dividing opening 261 and the pushing opening 262 are respectively located at the front and rear ends of the dividing chamber 26. A plurality of front positioning grooves 263 are formed on the top surface of the dividing chamber 26; the opening and closing door 27 One end is provided on the top surface of the dividing chamber 26 and the two sides of the opening and closing door 27 are assembled on the two slide rails 25 in a longitudinally movable manner. The opening and closing door 27 can cyclically open or close the front opening 112 of the cutting chamber 11; each dividing piston One end of 28 is movably inserted into the push port 262 of the dividing chamber 26, and the other end of each dividing piston 28 is connected to a power device (not shown in the drawings) through a connecting rod assembly. This is a detailed structure of the prior art. No more details; Please refer to Figure 7, Figure 11 and Figure 12. One end of each partition plate 29 is inserted between the divided pistons 28. The other end of each partition plate 29 is connected with a positioning tenon 291. The positioning tenon 291 is optional. Fixed to the dividing chamber 26 or each dividing piston 28, specifically, the position above the rear end of each partition 29 is pivotally connected to the positioning tenon 291, and the positioning tenon 291 is pivoted relative to the other position of the partition 29. One end has a positioning rod 292, and the partition plate 29 is recessed with a rear positioning groove 293 relative to the other end that is pivotally connected to the positioning latch 291. The top surface of the rear end of each dividing piston 28 is concavely formed with a groove 281, each of which has a positioning rod 292. The groove 281 is arranged in a straight line with each rear positioning groove 293. The positioning tenon 291 can pivot between the front positioning groove 263 and the rear positioning groove 293, and the positioning rod 292 can selectively engage with the front positioning groove 263 or the rear positioning groove 293. in the positioning groove 293 and the groove 281.

Please refer to Figures 1 to 3, Figure 5 and Figure 8. The driving device 30 includes a motor 31, a main crank connecting rod 32, a secondary crank connecting rod 33, an elastic member 34, a main transmission rod 35, a first A pair of transmission rods 36 and a second auxiliary transmission rod 37, the motor 31 is arranged on the machine platform 10, the main crank connecting rod 32 and the auxiliary crank connecting rod 33 are rotatably arranged on the machine platform 10, the motor 31 is connected by a chain One end of the main crank connecting rod 32 is used to drive the main crank connecting rod 32 to rotate. This power connection method is an existing technology and will not be described in detail. The two ends of the elastic member 34 are respectively pivotally connected to the main crank connecting rod 32 and the auxiliary crank connecting rod 33. In this embodiment, the elastic member 34 is a compression spring, but it is not limited to this. The main transmission rod 35 is an arc-shaped rod, and its two ends are pivoted to the main crank connecting rod 32 and the dividing chamber 26 respectively. One end of 35 connected to the main crank connecting rod 32 performs circular motion with the main crank connecting rod 32 as the center. One end of the main transmission rod 35 connected to the dividing chamber 26 moves in the up and down direction. The two ends of the first auxiliary transmission rod 36 are respectively pivoted to The other ends of the auxiliary crank connecting rod 33 and the piston rod 22, and the two ends of the second auxiliary transmission rod 37 are respectively pivotally connected to the auxiliary crank connecting rod 33 and the other end of the cutting rod 24.

The conveyor belt device 40 is disposed on the machine platform 10 and is located below the front opening 112. In this embodiment, the conveyor belt device 40 is also located below the dividing opening 261 and is disposed on the machine platform in the form of penetrating two side plates of the machine platform 10. 10, this is the prior art and will not be described again.

Please refer to Figures 2, 3, 5 and 8. The pressure adjustment device 50 includes an oil tank 51, a hydraulic cylinder 52 and a proportional valve 53. The oil tank 51 is provided on the machine platform 10, and one end of the hydraulic cylinder 52 pivoted to The main crank connecting rod 32 and the other end of the hydraulic cylinder 52 are pivotally connected to the auxiliary crank connecting rod 33 and the first auxiliary transmission rod 36. The proportional valve 53 is arranged on the machine 10. There is a first connecting rod between the oil tank 51 and the proportional valve 53. The oil pipe 54 is connected, the hydraulic cylinder 52 and the proportional valve 53 are connected by a second oil pipe 55, the hydraulic cylinder 52 and the oil tank 51 are connected by a third oil pipe 56, the oil tank 51, the hydraulic cylinder 52 and the proportional valve 53 are integrally connected to form a circuit, but this is not a limitation. The form of the pressure adjustment device 50 can be changed according to the user's needs; please refer to Figure 5, Figure 8 to Figure 10. In this embodiment, the oil The pressure cylinder 52 includes a front pivot joint 521, a front cylinder 522, a rear cylinder 523, a rear pivot joint 524, a hydraulic piston 525 and a hydraulic spring 526. The front pivot joint 521, the front cylinder 522, The rear cylinder 523 and the rear pivot joint 524 are connected in sequence. The front pivot joint 521 has a slide groove 527. The slide groove 527, the front cylinder 522 and the rear cylinder 523 are connected. One end of the hydraulic piston 525 is movably inserted through In the slide groove 527 and the front cylinder 522, the other end of the hydraulic piston 525 is pivotally connected to the auxiliary crank connecting rod 33 through a first connecting rod 331. The hydraulic spring 526 is disposed in the front cylinder 522 and one end is against the hydraulic pressure. One end of the piston 525 and the other end of the hydraulic spring 526 are against the front cylinder 522 and adjacent to the rear cylinder 523. A one-way valve 531 is installed between the front cylinder 522 and the rear cylinder 523. The wall of the front cylinder 522 has a front cylinder 522. Through hole 528, one end of the second oil pipe 55 is connected to the front through hole 528, the wall surface of the rear cylinder 523 passes through a rear through hole 529, one end of the third oil pipe 56 is connected to the rear through hole 529, and the rear pivot portion 524 is connected by a The second connecting rod 321 is pivotally connected to the main crank connecting rod 32 .

The operating mode of the present invention is explained as follows. Please refer to Figures 1 and 8. The cutting pressure of the dough (ie, the pushing pressure of the cutting piston 21) is set in advance through a control device 60, and the cutting piston 21 is located at the end of the closed cutting chamber 11. At the position of the upper opening 111, when the dough is put into the feeding funnel 12, the cutting piston 21 moves backward and uses negative pressure to suck the dough into the cutting chamber 11, and then uses the cutter 23 to move forward to cut the dough, please refer to Figure 9 As shown, the cutting piston 21 moves forward to push the dough, and at the same time, each dividing piston 28 moves backward, so that the dough enters the space formed between the partitions 29 to complete the dividing action. Please refer to Figure 10. At this time, the dividing chamber 26 and The opening and closing door 27 descends until the opening and closing door 27 closes the front opening 112 of the cutting chamber 11 and opens the dividing port 261. Each dividing piston 28 moves forward to push the divided dough to the conveyor belt device below. 40. In addition, the user can change the dividing state of the dough by adjusting the positioning latch 291. Specifically, please refer to Figure 11. When the positioning rod 292 is fixed in the front positioning groove 263, each partition 29 is not When activated, only the dividing piston 28 can move, so multiple pieces of dough can be divided at one time. Please refer to Figure 12. When the positioning rod 292 is fixed on each rear positioning groove 293, each partition 29 is linked with each dividing piston 28. It can be used as a single-port piston. Although it can only divide one dough at a time, it can increase the upper limit of the dough weight.

In the foregoing process, by setting the pressure adjustment device 50, the pushing pressure of the cutting piston 21 can be controlled. Specifically, the proportional valve 53 is used to adjust the pressure of the oil passing through, and the front cylinder 522 is compressed by the hydraulic piston 525 to generate pressure. , when the oil flowing out of the second oil pipe 55 passes through the proportional valve 53, if the pressure exceeds the setting value of the proportional valve 53, the proportional valve 53 will discharge the oil from the first oil pipe 54 to the oil tank 51, and the pressure set by the proportional valve 53 is low, the pushing pressure of the cutting piston 21 is low. On the contrary, when the set pressure of the proportional valve 53 is high, the front cylinder 522 must generate a higher pressure after being compressed by the hydraulic piston 525 to reach the set value of the proportional valve 53, and cutting The pushing pressure of the piston 21 is high. In other words, assuming that the opening of the proportional valve 53 is set to 30kg, when the hydraulic cylinder 52 is compressed and the oil pressure flows from the front cylinder 522 back to the proportional valve 53 through the second oil pipe, the oil pressure is greater than 30kg. , the proportional valve 53 will release the pressure to allow the excess oil to be drained into the oil tank 51 through the first oil pipe 54, and the hydraulic piston 525 will absorb the oil in the rear cylinder 523 to replenish it during the return of the hydraulic spring 526. , the oil lacking in the rear cylinder 523 is replenished by the oil in the oil tank 51 through the third oil pipe 56. Appropriate dividing pressure can avoid destroying the separated dough gluten and maintain the original softness and taste of the dough.

The above descriptions are only preferred embodiments of the present invention and are not intended to limit the present invention in any form. Although the present invention has been disclosed above in terms of preferred embodiments, it is not intended to limit the present invention. Any technical field that has A person with ordinary knowledge, without departing from the scope of the technical solution of this invention, can use the technical content disclosed above to make some changes or modifications as equivalent embodiments of equivalent changes. However, any content that does not deviate from the technical solution of this invention shall be based on this invention The technical essence of creation is very important to the above practice. Any simple modifications, equivalent changes and modifications made to the embodiments still fall within the scope of this creative technical solution.

10:Machine

11:Cutting room

112:Front opening

12:Feeding funnel

20: Cutting device

21: Cutting Piston

22:piston rod

23:Cutter

24: Chip

25:Slide rail

26:Dividing room

27:Open and close the door

28: Split the piston

29:Partition

30:Driving device

31: Motor

32: Main crank connecting rod

33: Auxiliary crank connecting rod

34: Elastic parts

35:Main drive rod

40: Conveyor belt device

50: Pressure adjustment device

52:Hydraulic cylinder

60:Control device

Claims (7)

A dough cutting machine with adjustable cutting force, which includes: a machine platform, which is surrounded by a cutting chamber. The cutting chamber has an upper opening, a front opening and a rear opening. The upper opening is located at the front opening and the rear opening. Between the openings, the machine is provided with a feeding funnel at the upper opening, which is communicated with the upper opening; a cutting device, which includes a cutting piston, a piston rod and an opening and closing door. The cutting piston can The opening and closing door is movably installed in the rear opening of the cutting chamber, one end of the piston rod is connected to the cutting piston, the opening and closing door is movably provided on the machine platform and can open or close the front opening; a driving device, which includes a A motor, a main crank connecting rod, a auxiliary crank connecting rod, a main transmission rod and a first auxiliary transmission rod. The motor is arranged on the machine platform, and the main crank connecting rod and the auxiliary crank connecting rod are rotatably arranged at intervals. On the machine platform, the motor is connected to the main crank connecting rod, the two ends of the main transmission rod are respectively pivoted to the main crank connecting rod and the opening and closing door, and the two ends of the first auxiliary transmission rod are respectively pivoted to the auxiliary transmission rod. The crank connecting rod and the other end of the piston rod; a conveyor belt device, which is installed on the machine platform and located below the front opening; a pressure adjustment device, one end of which is pivotally connected to the main crank connecting rod, and the other end is pivotally connected to the main crank connecting rod. Connected to the auxiliary crank connecting rod and the first auxiliary transmission rod, the pressure adjustment device is used to control the force applied by the cutting piston. The dough cutting machine with adjustable cutting force as described in claim 1, wherein the pressure adjustment device includes an oil tank, a hydraulic cylinder and a proportional valve. The oil tank is provided on the machine platform, and one end of the hydraulic cylinder is pivoted On the main crank connecting rod, the other end of the hydraulic cylinder is pivotally connected to the auxiliary crank connecting rod and the first auxiliary transmission rod. The proportional valve is arranged on the machine platform, and a first proportional valve is connected between the oil tank and the proportional valve. An oil pipe is connected, the hydraulic cylinder and the proportional valve are connected by a second oil pipe, and the hydraulic cylinder and the oil tank are connected by a third oil pipe. The dough cutting machine with adjustable cutting force as described in claim 2, wherein the hydraulic cylinder includes a front pivot joint, a front cylinder, a rear cylinder, a rear pivot joint, a hydraulic piston and a hydraulic piston. spring, The front pivot joint, the front cylinder, the rear cylinder and the rear pivot joint are connected in sequence. The front pivot joint has a slide groove. The slide groove, the front cylinder and the rear cylinder are connected. The oil pressure One end of the piston is movably installed in the slide groove and the front cylinder. The other end of the hydraulic piston is pivotally connected to the auxiliary crank connecting rod through a first connecting rod. The hydraulic spring is disposed in the front cylinder. And one end is against the hydraulic piston. A one-way valve is installed between the front cylinder and the rear cylinder. The front cylinder runs through a front through hole. One end of the second oil pipe is connected to the front through hole. The rear cylinder There is a rear through hole running through, one end of the third oil pipe is connected to the rear through hole, and the rear pivot joint is pivotally connected to the main crank connecting rod through a second connecting rod. The dough cutting machine with adjustable cutting force as described in any one of claims 1 to 3, wherein the cutting device further includes a cutting knife and a cutting rod, and the cutting knife is movably installed in the rear opening of the cutting chamber. And located above the cutting piston, one end of the cutting rod is connected to the cutter. The driving device further includes a second auxiliary transmission rod and an elastic member. The two ends of the second auxiliary transmission rod are respectively pivoted to the auxiliary crank. The connecting rod and the other end of the cutting rod, and the two ends of the elastic member are respectively pivotally connected to the main crank connecting rod and the auxiliary crank connecting rod. The dough cutting machine with adjustable cutting force as described in claim 4, wherein the cutting device further includes two slide rails, a dividing chamber, a plurality of dividing pistons and a plurality of partitions, the two slide rails are longitudinally spaced on the machine table and Adjacent to the front opening of the cutting chamber, the dividing chamber has a dividing opening and a pushing opening. The dividing opening and the pushing opening are respectively located at the front and rear ends of the dividing chamber. One end of the opening and closing door is provided in the dividing chamber and The two sides of the opening and closing door are longitudinally movably assembled on the two slide rails, one end of each dividing piston is movably inserted into the push port of the dividing chamber, and the other end of each dividing piston is connected to a power device , one end of each partition plate is passed between two of the split pistons of each split piston, and the other end of each partition plate is connected with a positioning tenon, and the positioning tenon can be selectively fixed to the split piston. . The dough cutting machine with adjustable cutting force as described in claim 5, wherein the upper position of each partition is pivotally connected to one end of the positioning tenon, and the other end of the positioning tenon has a positioning Rod, the partition plate is recessed with a rear positioning groove, the top surface of each dividing piston is concavely formed with a groove, each groove and each rear positioning groove are arranged in a straight line, and the top surface of the dividing chamber is formed with a plurality of Front positioning groove, the positioning rod can selectively engage in one of the front positioning groove or the rear positioning groove and the groove. The dough cutting machine with adjustable cutting force as described in claim 6, wherein the elastic member is a compression spring.

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