Production process and production line of yak milk residue cake

Abstract

The invention provides a production process and a production line of yak milk residue cakes, and belongs to the technical field of yak milk residue cake production. Comprising a milk residue production module, a mixing module, a flour storage module and a conveying module, the mixing module is arranged at the bottom of the milk residue production module, the flour storage module is arranged at the top of the mixing module, and the conveying module is arranged at the bottom of the mixing module. According to the device, by arranging the milk residue production module, the device can enable whey formed after yak milk is separated through a centrifugal machine to enter a milk residue storage tank, then yeast in a yeast storage box is scattered into the whey, and the whey is heated through a milk residue heater and vibrated and mixed through a milk residue vibrator, so that solidification of the whey can be accelerated; therefore, the yak milk residues can be formed more quickly and can be applied to a production line of yak milk residue cakes earlier, and the forming time of the yak milk residues is shortened, so that the yak milk residues can meet the requirements of the production line for raw materials to a certain extent.

Description

Technical Field

[0001] The invention relates to the technical field of yak milk cake production, and in particular to a yak milk cake production process and a production line thereof. Background Art

[0002] Yak milk residue, also known as butter residue and qula, is a dairy product extracted from yak milk. It is not only a delicious food, but also has rich nutritional value. It has preventive and conditioning effects on the intestines, blood vessels, liver, etc. In the Tibet Autonomous Region, milk residue is often used to make various traditional foods, such as tsampa with yak milk residue, yak milk residue tea, yak milk residue stewed meat, etc. In addition, milk residue can also be dried and eaten as a snack, or used to add flavor to porridge or soup.

[0003] Although the technology of making yak milk cakes from yak milk residue is relatively mature, there are still certain disadvantages in the actual use of assembly line production of yak milk cakes: first, the molding time of yak milk residue, the main raw material of yak milk cakes, is relatively long, and the assembly line production of yak milk cakes requires a large supply of raw materials, but the molding time of yak milk residue is relatively long, which may not be able to meet the needs of the assembly line in time; second, the mixture of yak milk cakes mixed and blended in the assembly line may adhere to the conveyor belt due to excessive moisture, which makes the conveyor belt contaminated, and it is easy to cause bacteria to grow if it is not cleaned in time, which cannot ensure the safety of food consumption to a certain extent; third, when the mixed mixture of yak milk cakes is cut into specific shapes in the assembly line, it is necessary to continuously replace cutting blades of different shapes according to specific plans and requirements, which causes the mechanic to frequently open the machine for replacement, and frequent opening of the machine is likely to cause damage to the machine. At the same time, frequent replacement of cutting blades is also likely to cause the workload of the mechanic, which is easy to make the mechanic tired, and frequent replacement is also likely to slow down the production progress. Summary of the invention

[0004] The technical problem to be solved by the present invention is to provide a production process and production line of yak milk residue cake to solve the problems that the existing yak milk residue cake raw material yak milk residue takes a long time to form and cannot meet the needs of the assembly line; the mixed yak milk residue cake mixture is very easy to adhere to the conveyor belt when it is transported by the existing conveyor belt, and it is very easy to breed bacteria if it is not cleaned in time, which affects the product quality; and the existing assembly line needs to replace the cutting disc when cutting the yak milk residue cake mixture according to different plans and requirements, which easily damages the machine, makes the mechanics feel tired and slows down the production progress.

[0005] In order to solve the above technical problems, the present invention provides the following technical solutions:

[0006] A production process and production line of yak milk residue cakes, comprising a milk residue production module, a mixing module is provided at the bottom of the milk residue production module, a flour storage module is provided at the top of the mixing module, a conveying module is provided at the bottom of the mixing module, an extrusion module is provided at one side of the conveying module, and a cutting module is provided at one side of the extrusion module; the conveying module comprises a conveying shell, a conveying shell supporting leg is fixedly connected to the bottom of the conveying shell, a conveying module rotating shaft hole is provided on the front and back sides of the conveying shell, a conveying module rotating shaft is installed on the inner wall of the conveying module rotating shaft hole, a conveying module rotating rod is installed on the inner wall of the conveying module rotating shaft, and the conveying module A conveying module motor is provided at one end of the rotating rod, a motor signal receiver is provided on the surface of the conveying module motor, a conveying module motor base is installed on the surface of the conveying module motor, a conveying shell is fixedly connected to the back of the conveying module motor base, a conveying module top cover is installed on the conveying shell through top cover bolts; a material receiving hole is opened on the top of the conveying module top cover, a conveying belt matrix is ​​provided on the surface of the conveying module rotating rod, a conveying belt matrix is ​​installed with a conveying belt cylinder through a conveying belt cylinder bolt, a conveying belt cylinder signal receiver is provided on the front of the conveying belt cylinder, a supporting plate is provided on the top of the conveying belt cylinder, and an oil film is installed on the top of the supporting plate.

[0007] Optionally, the milk residue production module includes a milk storage tank, which is installed with a milk storage tank top cover through milk storage tank bolts, and a milk pipe and a temperature measuring instrument are installed on the top of the milk storage tank top cover in sequence from front to back, and a milk storage tank filter plate hole and a milk storage tank heater hole are opened on the front of the milk storage tank in sequence from top to bottom, a milk storage tank filter plate is installed on the inner wall of the milk storage tank filter plate hole, a milk storage tank heater sealing ring is installed on the inner wall of the milk storage tank heater hole, a milk storage tank heater is installed on the inner wall of the milk storage tank heater sealing ring, and the milk storage tank heater is installed with the milk storage tank through the milk storage tank heater bolts.

[0008] Optionally, a milk storage tank baffle hole is opened on one side of the milk storage tank, a milk storage tank baffle hole membrane is installed on the inner wall of the milk storage tank baffle hole, a milk storage tank baffle is installed on the inner wall of the milk storage tank baffle hole membrane, a centrifuge is installed on the milk storage tank through centrifuge connecting bolts, a milk residue transmission pipe is installed on the centrifuge through milk residue transmission pipe bolts, a milk residue storage tank is installed on the centrifuge through the milk residue transmission pipe, a yeast transmission pipe is fixedly connected to the front of the milk residue storage tank, a yeast storage box is fixedly connected to the top of the yeast transmission pipe, a yeast box top cover is provided on the top of the yeast storage box, a milk residue storage tank baffle hole is opened on the front of the milk residue storage tank, a milk residue storage tank baffle hole membrane is installed on the inner wall of the milk residue storage tank baffle hole membrane, and a milk residue storage tank baffle is installed on the inner wall of the milk residue storage tank baffle hole membrane.

[0009] Optionally, a milk residue heater hole and a milk residue vibrator hole are sequentially opened on one side of the milk residue storage tank from top to bottom, a milk residue heater sealing ring is installed on the inner wall of the milk residue heater sealing ring, a milk residue heater is installed on the inner wall of the milk residue heater sealing ring, the milk residue heater is installed with the milk residue storage tank through milk residue heater bolts, a milk residue vibrator sealing ring is installed on the inner wall of the milk residue vibrator hole, a milk residue vibrator sealing ring is installed on the inner wall of the milk residue vibrator sealing ring, the milk residue vibrator is installed with the milk residue storage tank through milk residue vibrator bolts, a bottom milk residue conveying pipe is fixedly connected to the bottom of the milk residue storage tank, and the centrifuge is installed with the shortening transmission pipe through the shortening transmission pipe bolts.

[0010] Optionally, the centrifuge is installed with a butter storage tank through a butter transmission pipe, a butter storage tank baffle hole is opened on the front of the butter storage tank, a butter storage tank baffle hole membrane is installed on the inner wall of the butter storage tank baffle hole, a butter storage tank baffle is installed on the inner wall of the butter storage tank baffle hole membrane, and a bottom butter transmission pipe is fixedly connected to the bottom of the butter storage tank.

[0011] Optionally, the mixing module comprises a mixing box, the top of the mixing box is provided with a flour transmission pipe hole, a butter transmission pipe hole and a milk residue transmission pipe hole, the front of the mixing box is provided with a mixing rotating rod hole, the inner wall of the mixing rotating rod hole is provided with a mixing rotating rod hole sealing ring, the inner wall of the mixing rotating rod hole sealing ring is provided with a mixing rotating rod, the surface of the mixing rotating rod is fixedly connected with a mixing sheet, one end of the mixing rotating rod is provided with a mixing motor, and the lower surface of the mixing motor is provided with a mixing motor base;

[0012] A mixing box is fixedly connected to the back of the mixing motor base, a connecting plate is installed on the mixing box through the conveying module bolts, and the conveying module is installed on the connecting plate through the connecting plate bolts. An observation door is provided on one side of the mixing box, a mixing box baffle hole is opened on one side of the mixing box, and a mixing box baffle is installed on the inner wall of the mixing box baffle hole.

[0013] Optionally, the flour storage module includes a flour storage box, the top of which is fixedly connected to a flour dumping pipe, the front of the flour storage box is provided with coarse particle screening plate holes, fine particle screening plate holes and flour storage box baffle holes from top to bottom, the inner wall of the coarse particle screening plate hole is installed with a coarse particle screening plate, the inner wall of the fine particle screening plate hole is installed with a fine particle screening plate, the inner wall of the flour storage box baffle hole is installed with a flour storage box baffle hole membrane, the inner wall of the flour storage box baffle hole membrane is installed with a flour storage box baffle, and the bottom of the flour storage box is fixedly connected to a bottom flour transmission pipe.

[0014] Optionally, the extrusion module comprises an extrusion box body, the front and back sides of the extrusion box body are provided with a left shaft hole and a right shaft hole in sequence from left to right, the inner wall of the left shaft hole is provided with a left shaft, the inner wall of the left shaft is plugged with a left extrusion rod, the surface of the left extrusion rod is fixedly connected with a left extrusion rod front end conveying disk and a left extrusion rod rear end conveying disk in sequence from front to back, the inner wall of the right shaft hole is provided with a right shaft, the inner wall of the right shaft is plugged with a right extrusion rod, one end of the right extrusion rod is fixedly connected with a right extrusion rod conveying disk, the front side of the extrusion box body is fixedly connected with an extrusion rod motor base, and the top of the extrusion rod motor base is provided with an extrusion rod motor;

[0015] One end of the extrusion rod motor is provided with an extrusion rod motor rotating rod, and one end of the extrusion rod motor rotating rod is fixedly connected to a motor conveying disk, and the motor conveying disk, the front end conveying disk of the left extrusion rod, the rear end conveying disk of the left extrusion rod and the right extrusion rod conveying disk are all provided with small conveyor belt grooves, and a rear end connecting conveyor belt is installed on the surface of the motor conveying disk, and the rear end conveying disk of the left extrusion rod is installed on the motor conveying disk through the rear end connecting conveyor belt, and the front end connecting conveyor belt is installed on the surface of the front end conveying disk of the left extrusion rod, and the front end conveying disk of the left extrusion rod is installed with the right extrusion rod conveying disk through the front end connecting conveyor belt.

[0016] Optionally, a discharge port is provided on one side of the extrusion box body, a feed port is provided on the other side of the extrusion box body, the extrusion box body is installed with an extrusion box top cover through the extrusion box top cover bolts, one side of the extrusion box body is fixedly connected to a discharge conveying rod base, the front and back sides of the discharge conveying rod base are provided with discharge conveying rod rotating shaft holes, the inner wall of the discharge conveying rod rotating shaft hole is installed with a discharge conveying rod rotating shaft, the inner wall of the discharge conveying rod rotating shaft is plugged with a discharge conveying rod, and the bottom of the extrusion box body is fixedly connected to an extrusion box body supporting leg.

[0017] Optionally, the cutting module includes a cutting chassis, one side of the cutting chassis is provided with a cutting discharge port, the other side of the cutting chassis is provided with a cutting feed port, the front and back sides of the cutting chassis are provided with cutting chassis shaft holes, the inner wall of the cutting chassis shaft hole is provided with a cutting chassis shaft, the inner wall of the cutting chassis shaft is plugged with a cutting chassis rotating rod, the surface of the cutting chassis rotating rod is provided with a cutting chassis conveyor belt, one end of the cutting chassis rotating rod is provided with a cutting chassis rotating rod motor, the lower surface of the cutting chassis rotating rod motor is provided with a cutting chassis rotating rod motor base, the back side of the cutting chassis rotating rod motor base is fixedly connected to the cutting chassis; the cutting chassis is provided with a cutting chassis top cover through the cutting chassis top cover bolts, and a hydraulic rod is provided on the top of the cutting chassis top cover Hole, the cutting cylinder is installed on the top cover of the cutting machine case through the cutting cylinder bolt, and a parent hydraulic rod is provided at the bottom of the cutting cylinder, the hydraulic rod hole and the parent hydraulic rod are adapted to each other, and one end of the parent hydraulic rod is provided with a front terminal body hydraulic rod and a rear terminal body hydraulic rod in sequence from front to back, and one end of the front terminal body hydraulic rod is fixedly connected with a front end threaded hole base; a circular cutting piece is installed on the front end threaded hole base through the front end bolt, and a front end bolt fastening ring is threadedly connected to the surface of the front end bolt, and one end of the rear end body hydraulic rod is fixedly connected with a rear end threaded hole base, and a square cutting piece is installed on the rear end threaded hole base through the rear end bolt, and a rear end bolt fastening ring is threadedly connected to the surface of the rear end bolt, and the bottom of the cutting machine case is fixedly connected with a cutting machine case support leg.

[0018] Compared with the prior art, the present invention has at least the following beneficial effects:

[0019] In the above scheme, the device is provided with a milk residue production module, so that the whey formed after the yak milk is separated by a centrifuge can enter the milk residue storage tank, and then the yeast in the yeast storage box is sprinkled into the whey, and the whey is heated by the milk residue heater and vibrated and mixed by the milk residue vibrator, so that the whey can be accelerated to solidify, thereby forming yak milk residue faster, so that it can be used in the production line of yak milk residue cake earlier. Because the molding time of yak milk residue is reduced, this makes the yak milk residue meet the raw material demand of the production line to a certain extent.

[0020] The device is provided with a conveying module. Through the use of the conveying module, when the mixed yak milk dregs cake mixture is conveyed through the conveying module, the conveyor cylinder installed on the conveyor mother body will drive the support plate to move up and down, and an oil film is also installed on the support plate. The oil film will prevent the mixed yak milk dregs cake mixture from easily adhering to the conveying module, and the support plate that moves up and down can also reduce the possibility of the mixed yak milk dregs cake mixture adhering to the conveying module, thereby reducing the probability of bacteria breeding due to the mixed yak milk dregs cake mixture adhering to the conveying module without timely cleaning, thereby reducing the probability of food safety problems.

[0021] The device is provided with a cutting module, and a front terminal body hydraulic rod and a rear terminal body hydraulic rod are installed on the mother hydraulic rod on the cutting module. The front terminal body hydraulic rod and the rear terminal body hydraulic rod are respectively installed with a circular cutting blade and a square cutting blade. Therefore, the operator can operate the corresponding sub-body hydraulic rod according to the actual plan to drive the cutting blade to cut and shape the mixed yak milk residue cake mixture, without the need for the mechanic to open the machine to replace the cutting blade. This reduces the possibility of machine damage caused by frequent opening of the machine to a certain extent, reduces the fatigue of the mechanic caused by frequent replacement of cutting blades, and also guarantees the production progress of the assembly line to a certain extent. BRIEF DESCRIPTION OF THE DRAWINGS

[0022] The accompanying drawings, which are incorporated herein and constitute a part of the specification, illustrate embodiments of the invention and, together with the description, further serve to explain the principles of the invention and to enable those skilled in the relevant art to make and use the invention.

[0023] Figure 1 It is a schematic diagram of the production process of yak milk residue cake and the three-dimensional structure of its production line;

[0024] Figure 2 This is a schematic diagram of the production process of yak milk residue cake and the milk residue production module of its production line;

[0025] Figure 3 The schematic diagram of the production process of yak milk residue cake and the mixing module of its production line;

[0026] Figure 4 This is a schematic diagram of the production process of yak milk residue cake and the flour storage module of its production line;

[0027] Figure 5 The schematic diagram of the production process of yak milk residue cake and the transmission module of its production line;

[0028] Figure 6 Schematic diagram of the production process of yak milk residue cake and the extrusion module of its production line;

[0029] Figure 7Schematic diagram of the production process of yak milk residue cake and the cutting module of its production line.

[0030] [reference numerals]

[0031] 1. Milk residue production module; 101. Milk storage tank; 102. Milk storage tank cover; 103. Milk delivery pipe; 104. Temperature measuring instrument; 105. Milk storage tank filter plate; 106. Milk storage tank heater seal ring; 107. Milk storage tank heater; 108. Milk storage tank baffle hole membrane; 109. Milk storage tank baffle; 110. Centrifuge; 111. Milk residue transmission pipe; 112. Milk residue storage tank; 113. Yeast delivery pipe; 114. Yeast storage box; 115. Yeast box cover; 116. Milk residue storage tank baffle hole membrane; 117. Milk residue storage tank baffle; 118. Milk residue heater seal ring; 119. Milk residue heater; 120. Milk residue vibrator seal ring; 121. Milk residue vibrator; 1 22. Bottom milk residue conveying pipe; 123. Ghee conveying pipe; 124. Ghee storage tank; 125. Ghee storage tank baffle hole membrane; 126. Ghee storage tank baffle; 127. Bottom butter conveying pipe; 2. Mixing module; 201. Mixing box; 202. Mixing rod hole sealing ring; 203. Mixing rod; 204. Mixing sheet; 205. Mixing motor; 206. Mixing motor base; 207. Connecting plate; 208. Observation door; 209. Mixing box baffle; 3. Flour storage module; 301. Flour storage box; 302. Flour dumping pipe; 303. Coarse particle screening plate; 304. Fine particle screening plate; 305. Flour storage box baffle hole membrane; 306. Flour storage box baffle; 307. Bottom flour conveying Tube; 4, conveying module; 401, conveying shell; 402, conveying shell support leg; 403, conveying module shaft; 404, conveying module rotating rod; 405, conveying module motor; 406, motor signal receiver; 407, conveying module motor base; 408, conveying module top cover; 409, conveyor belt mother body; 410, conveyor belt cylinder; 411, conveyor belt cylinder signal receiver; 412, support plate; 413, oil film; 5, extrusion module; 501, extrusion box; 502, left shaft; 503, left extrusion rod; 504, right shaft; 505, left extrusion rod rear end conveyor disk; 506, right shaft; 507, right extrusion rod; 508, right extrusion rod conveyor disk; 509, extrusion rod Motor base; 510, extrusion rod motor; 511, extrusion rod motor rotating rod; 512, motor conveyor disk; 513, rear end connecting conveyor belt; 514, front end connecting conveyor belt; 515, extrusion box top cover; 516, discharge conveyor rod base; 517, discharge conveyor rod rotating shaft; 518, discharge conveyor rod; 519, extrusion box body supporting legs; 6, cutting module; 601, cutting chassis; 602, cutting chassis rotating shaft; 603, cutting chassis rotating rod; 604, cutting chassis conveyor belt; 605, cutting chassis rotating rod motor; 606, cutting chassis rotating rod motor base; 607, cutting chassis top cover; 608, cutting cylinder; 609, mother body hydraulic rod; 610, front terminal body hydraulic rod; 611, rear terminal body hydraulic rod;612, front threaded hole base; 613, circular cutting disc; 614, front bolt fastening ring; 615, rear threaded hole base; 616, square cutting disc; 617, rear bolt fastening ring; 618, cutting chassis support leg. ;

[0032] As shown in the figure, in order to clearly implement the structure of the embodiment of the present invention, specific structures and devices are marked in the figure, but this is only for illustrative purposes and is not intended to limit the present invention to the specific structure, device and environment. According to specific needs, ordinary technicians in this field can adjust or modify these devices and environments. DETAILED DESCRIPTION

[0033] The following is a detailed description of the production process and production line of a yak milk residue cake provided by the present invention in combination with the accompanying drawings and specific embodiments. At the same time, it is explained here that in order to make the embodiments more detailed, the following embodiments are the best and preferred embodiments, and those skilled in the art may also adopt other alternative methods to implement some known technologies; and the accompanying drawings are only for a more specific description of the embodiments, and are not intended to specifically limit the present invention.

[0034] It should be noted that the references to "one embodiment", "an embodiment", "an exemplary embodiment", "some embodiments" and the like in the specification indicate that the embodiments described may include specific features, structures or characteristics, but not every embodiment may include the specific features, structures or characteristics. In addition, when a specific feature, structure or characteristic is described in conjunction with an embodiment, it should be within the knowledge of a person skilled in the art to implement such feature, structure or characteristic in conjunction with other embodiments (whether or not explicitly described).

[0035] In general, a term can be understood, at least in part, from its use in context. For example, depending, at least in part, on the context, the term "one or more" as used herein can be used to describe any feature, structure, or characteristic in the singular sense, or can be used to describe a combination of features, structures, or characteristics in the plural sense. Additionally, the term "based on" can be understood as not necessarily intended to convey an exclusive set of factors, but can instead, depending, at least in part, on the context, allow for the presence of other factors that are not necessarily explicitly described.

[0036] It will be understood that the meanings of “on,” “over,” and “above” in the present invention should be interpreted in the broadest manner, so that “on” not only means “directly on” something, but also includes the meaning of being “on” something with intervening features or layers therebetween, and “on” or “over” not only means “on” or “above” something, but also includes the meaning of being “on” or “above” something with no intervening features or layers therebetween.

[0037] Additionally, spatially relative terms such as "under," "beneath," "lower," "above," "upper," and the like may be used herein for descriptive convenience to describe the relationship of one element or feature to another element or features, as shown in the accompanying drawings. Spatially relative terms are intended to encompass different orientations of the device in use or operation in addition to the orientation depicted in the accompanying drawings. The device may be oriented in other ways, and the spatially relative descriptors used herein may be similarly interpreted accordingly.

[0038] like Figure 1 As shown, an embodiment of the present invention provides a production process and production line of yak milk residue cake, including a milk residue production module 1, a mixing module 2 is provided at the bottom of the milk residue production module 1, a flour storage module 3 is provided on the top of the mixing module 2, a conveying module 4 is provided at the bottom of the mixing module 2, an extrusion module 5 is provided on one side of the conveying module 4, and a cutting module 6 is provided on one side of the extrusion module 5.

[0039] The curd production module 1 is installed on the mixing module 2, and the flour storage module 3 is also installed on the mixing module 2. The assembled mixing module 2 is installed on the conveying module 4, and the extrusion module 5 is welded to one side of the conveying module 4, and the cutting module 6 is also welded to one side of the extrusion module 5 by welding to complete the assembly.

[0040] When in use, fresh yak milk is transported to the milk residue production module 1, and heated and sterilized in the milk residue production module 1 and then centrifuged, and the main raw material yak milk residue is formed in the milk residue production module 1, and then the centrifugally formed yak milk residue and ghee are first released into the mixing module 2, and then the flour is filled into the flour storage module 3. After the yak milk residue and ghee are released into the mixing module 2, the flour in the flour storage module 3 is also released into the mixing module 2, and then mixed in the mixing module 2. After fully mixing, the mixed yak milk residue cake mixture in the mixing module 2 is released into the conveying module 4, and is transported into the extrusion module 5 via the conveying module 4 to be extruded into a cake of the same thickness, and then transported by the extrusion module 5 to the cutting module 6 for cutting and forming and transported to the remaining subsequent steps for processing to complete the process.

[0041] like Figure 2As shown, the milk residue production module 1 includes a milk storage tank 101, and the milk storage tank 101 is installed with a milk storage tank top cover 102 through milk storage tank bolts. A milk delivery pipe 103 and a temperature measuring instrument 104 are installed on the top of the milk storage tank top cover 102 from front to back. A milk storage tank filter plate hole and a milk storage tank heater hole are opened on the front of the milk storage tank 101 from top to bottom. A milk storage tank filter plate 105 is installed on the inner wall of the milk storage tank filter plate hole, a milk storage tank heater sealing ring 106 is installed on the inner wall of the milk storage tank heater hole, a milk storage tank heater 107 is installed on the inner wall of the milk storage tank heater sealing ring 106, and the milk storage tank 101 is installed on both sides of the milk storage tank heater 107 through milk storage tank heater bolts.

[0042] A milk storage tank baffle hole is opened on one side of the milk storage tank 101, a milk storage tank baffle hole membrane 108 is installed on the inner wall of the milk storage tank baffle hole membrane 108, a milk storage tank baffle 109 is installed on the inner wall of the milk storage tank baffle hole membrane 108, a centrifuge 110 is installed on the milk storage tank 101 through a centrifuge connecting bolt, a milk residue transmission pipe 111 is installed on the centrifuge 110 through a milk residue transmission pipe bolt, and a milk residue storage is installed on the centrifuge 110 through the milk residue transmission pipe 111. Tank 112, a yeast delivery pipe 113 is fixedly connected to the front of the milk residue storage tank 112, a yeast storage box 114 is fixedly connected to the top of the yeast delivery pipe 113, a yeast box top cover 115 is provided on the top of the yeast storage box 114, a milk residue storage tank baffle hole is opened on the front of the milk residue storage tank 112, a milk residue storage tank baffle hole membrane 116 is installed on the inner wall of the milk residue storage tank baffle hole membrane 116, and a milk residue storage tank baffle 117 is installed on the inner wall of the milk residue storage tank baffle hole membrane 116.

[0043] A milk residue heater hole and a milk residue vibrator hole are sequentially opened on one side of the milk residue storage tank 112 from top to bottom, a milk residue heater sealing ring 118 is installed on the inner wall of the milk residue heater hole, a milk residue heater 119 is installed on the inner wall of the milk residue heater sealing ring 118, the milk residue heater 119 is installed with the milk residue storage tank 112 through the milk residue heater bolts, a milk residue vibrator sealing ring 120 is installed on the inner wall of the milk residue vibrator hole, a milk residue vibrator 121 is installed on the inner wall of the milk residue vibrator sealing ring 120, the milk residue vibrator 121 is installed with the milk residue storage tank 112 through the milk residue vibrator bolts, a bottom milk residue conveying pipe 122 is fixedly connected to the bottom of the milk residue storage tank 112, and a ghee transmission pipe 123 is installed with the centrifuge 110 through the ghee transmission pipe bolts.

[0044] The centrifuge 110 is installed with a butter storage tank 124 through a butter transmission pipe 123. A butter storage tank baffle hole is opened on the front of the butter storage tank 124. A butter storage tank baffle hole membrane 125 is installed on the inner wall of the butter storage tank baffle hole. A butter storage tank baffle 126 is installed on the inner wall of the butter storage tank baffle hole membrane 125. A bottom butter transmission pipe 127 is fixedly connected to the bottom of the butter storage tank 124.

[0045] Put the milk storage tank top cover 102 on the milk storage tank 101, and pass the milk storage tank bolt through the milk storage tank top cover 102 and screw it into the milk storage tank 101 and tighten it, then put the milk delivery tube 103 on the milk storage tank top cover 102, pass the milk delivery bolt through the milk delivery tube 103 and screw it into the milk storage tank top cover 102, then screw the temperature measuring instrument 104 into the milk storage tank top cover 102, and the milk storage tank filter plate hole and the milk storage tank heater hole and the milk storage tank 101 are integrally formed, install the milk storage tank filter plate 105 into the milk storage tank filter plate hole, install the milk storage tank heater sealing ring 106 on the milk storage tank heater hole, and then pass the milk storage tank heater sealing ring 106 and put the milk storage tank heater 107 on the milk storage tank 101.

[0046] Screw the milk tank heater bolt into the milk tank heater 107 and continue to rotate until it is screwed into the milk tank 101. The milk tank baffle hole and the milk tank 101 are integrally formed. First install the milk tank baffle hole membrane 108 into the milk tank baffle hole, and then install the milk tank baffle 109 through the milk tank baffle hole membrane 108 to the milk tank 101. Put the centrifuge 110 at the bottom of the milk tank 101, and then screw the centrifuge connecting bolt into the milk tank. The milk residue storage tank 101 is placed in the storage tank 101 and continues to rotate until it is screwed into the centrifuge 110, and then the milk residue transmission pipe 111 is placed on the front of the centrifuge 110, and then the milk residue transmission pipe bolt is passed through the milk residue transmission pipe 111 and continues to rotate until it is screwed into the centrifuge 110, and the milk residue storage tank 112 is placed on the other end of the milk residue storage tank 112, and the two ends are also assembled with bolts, and the yeast delivery pipe 113 is integrally connected to the milk residue storage tank 112, and the yeast storage box 114 is welded to the yeast delivery pipe 113 by welding.

[0047] The yeast box top cover 115 is installed on the yeast storage box 114, the milk residue storage tank baffle hole and the milk residue storage tank 112 are formed in one piece, the milk residue storage tank baffle hole membrane 116 is first installed into the milk residue storage tank baffle hole, and then the milk residue storage tank baffle 117 is installed on the milk residue storage tank 112 through the milk residue storage tank baffle hole membrane 116, and the milk residue heater hole and the milk residue vibrator hole are formed in one piece with the milk residue storage tank 112, the milk residue heater sealing ring 118 and the milk residue vibrator sealing ring 120 are respectively installed in the milk residue heater hole and the milk residue vibrator hole, and then the milk residue heater 119 and the milk residue vibrator 121 are respectively installed on the milk residue storage tank 112 through the milk residue heater sealing ring 118 and the milk residue vibrator sealing ring 120, and the bottom milk residue conveying pipe 122 is welded to the bottom of the milk residue storage tank 112 by welding, and the ghee conveying pipe 123 is placed on the back of the centrifuge 110.

[0048] The butter transmission pipe bolt is passed through the butter transmission pipe 123 and screwed into the centrifuge 110, and then the butter storage tank 124 is placed on the other end of the butter transmission pipe 123, and the butter storage tank 124 is also connected and assembled by bolts. The butter storage tank baffle hole and the butter storage tank 124 are integrally formed, and the butter storage tank baffle hole membrane 125 is first installed into the butter storage tank baffle hole, and then the butter storage tank baffle 126 is installed on the butter storage tank 124 through the butter storage tank baffle hole membrane 125, and the bottom butter transmission pipe 127 is welded to the bottom of the butter storage tank 124 by welding to complete the assembly.

[0049] When in use, fresh yak milk is transported to the milk storage tank 101 through the milk pipe 103. After entering the milk storage tank 101, the yak milk will first pass through the milk storage tank filter plate 105 to filter the yak milk film, and then start the milk storage tank heater 107 to sterilize the yak milk at high temperature. The temperature measuring instrument 104 will monitor the temperature of the yak milk in the milk storage tank 101 in real time, and the staff also needs to adjust the temperature of the milk storage tank heater 107 on the yak milk at any time according to the temperature of the temperature measuring instrument 104. After high-temperature sterilization, pull out the milk storage tank baffle 109 to allow the sterilized yak milk to fall into the centrifuge 110, and start the centrifuge 110 at the same time so that the centrifuge 110 can centrifuge the yak milk.

[0050] After centrifugation, yak milk will form butter and whey, and the whey will enter the milk residue storage tank 112 through the milk residue transmission pipe 111. After the whey enters the milk residue storage tank 112, the yeast in the yeast storage box 114 that accelerates the solidification of the whey will enter the whey, and at the same time, the milk residue heater 119 and the milk residue vibrator 121 are started to heat and mix the whey after adding yeast, accelerate the solidification of the whey and shorten the formation time of the milk residue, and the butter will enter the butter storage tank 124 through the butter transmission pipe 123 for storage. After the milk residue is formed, the milk residue storage tank baffle 117 of the milk residue storage tank 112 and the butter storage tank baffle 126 of the butter storage tank 124 are pulled out respectively, so that the formed milk residue and butter enter the mixing module 2 to wait for mixing, and the process is completed.

[0051] The device is provided with a milk residue production module 1, so that the whey formed after the yak milk is separated by the centrifuge 110 can enter the milk residue storage tank 112, and then the yeast in the yeast storage tank 114 is sprinkled into the whey, and the whey is heated by the milk residue heater 119 and vibrated and mixed by the milk residue vibrator 121, so that the whey can be accelerated to solidify, thereby forming yak milk residue more quickly, so that it can be used in the production line of yak milk residue cake earlier. Because the molding time of yak milk residue is reduced, this makes the yak milk residue meet the raw material demand of the production line to a certain extent.

[0052] like Figure 3 to Figure 4 As shown, the mixing module 2 includes a mixing box 201, the top of the mixing box 201 is provided with a flour transmission pipe hole, a butter transmission pipe hole and a milk residue transmission pipe hole, the front of the mixing box 201 is provided with a mixing rod hole, the inner wall of the mixing rod hole is provided with a mixing rod hole sealing ring 202, the inner wall of the mixing rod hole sealing ring 202 is provided with a mixing rod 203, the surface of the mixing rod 203 is fixedly connected with a mixing sheet 204, one end of the mixing rod 203 is provided with a mixing motor 205, and the lower surface of the mixing motor 205 is provided with a mixing motor base 206;

[0053] The mixing box 201 is fixedly connected to the back of the mixing motor base 206, and the mixing box 201 is installed with a connecting plate 207 through the transmission module bolts. The connecting plate 207 is installed with the transmission module 4 through the connecting plate bolts. An observation door 208 is provided on one side of the mixing box 201, and a mixing box baffle hole is opened on one side of the mixing box 201, and a mixing box baffle 209 is installed on the inner wall of the mixing box baffle hole.

[0054] The flour transmission pipe hole, the butter transmission pipe hole and the milk residue transmission pipe hole are integrally formed with the mixing box 201. The bottom milk residue conveying pipe 122 and the bottom butter transmission pipe 127 of the assembled milk residue production module 1 are respectively inserted into the mixing box 201 through the milk residue transmission pipe hole and the butter transmission pipe hole, and the milk residue production module 1 is directly placed on the mixing box 201. Then, the bottom flour transmission pipe 307 of the flour storage module 3 is inserted into the mixing box 201 through the flour transmission pipe hole, and the assembled flour storage module 3 is also directly placed on the mixing box 201.

[0055] Install the mixing rod hole seal 202 into the mixing rod hole, then pass the mixing rod 203 through the mixing rod hole seal 202, and the mixing sheet 204 is welded to the mixing rod 203, install the mixing motor 205 to the exposed end of the mixing rod 203, and the mixing motor base 206 is welded to the mixing box 201, and the mixing motor base 206 supports the mixing motor 205, and put the connecting plate 207 between the mixing box 201 and the conveying mold. Block 4 is between the conveying shell 401, and then the conveying module bolt is passed through the connecting plate 207 and continued to rotate until it is screwed into the mixing box 201, the connecting plate bolt is screwed into the connecting plate 207 and continued to rotate until it is screwed into the conveying shell 401, the observation door 208 is installed on the mixing box 201, and the mixing box baffle hole and the mixing box 201 are integrally formed, the mixing box baffle 209 is passed through the mixing box baffle hole and installed in the mixing box 201, and the assembly is completed.

[0056] When in use, after releasing ghee, curd and flour into the mixing box 201 in proportion, start the mixing motor 205, which will drive the mixing rotating rod 203 to rotate, thereby prompting the mixing piece 204 to stir the ghee, curd and flour, so that the three types of materials are fully mixed. After observing the mixing situation through the observation door 208, pull out the mixing box baffle 209 to allow the mixed yak curd cake mixture to fall onto the conveying module 4, so as to carry out subsequent process operations.

[0057] The flour storage module 3 includes a flour storage box 301, the top of which is fixedly connected to a flour dumping pipe 302, the front of the flour storage box 301 is provided with coarse particle screening plate holes, fine particle screening plate holes and flour storage box baffle holes from top to bottom, the inner wall of the coarse particle screening plate holes is installed with a coarse particle screening plate 303, the inner wall of the fine particle screening plate holes is installed with a fine particle screening plate 304, the inner wall of the flour storage box baffle holes is installed with a flour storage box baffle hole membrane 305, the inner wall of the flour storage box baffle hole membrane 305 is installed with a flour storage box baffle 306, and the bottom of the flour storage box 301 is fixedly connected to a bottom flour transmission pipe 307.

[0058] The flour dumping pipe 302 is welded to the top of the flour storage box 301, and the coarse particle screening plate holes, fine particle screening plate holes and flour storage box baffle holes are all integrally formed with the flour storage box 301. The coarse particle screening plate 303 and the fine particle screening plate 304 are respectively installed on the flour storage box 301 through the coarse particle screening plate holes and the fine particle screening plate holes, and then the flour storage box baffle hole membrane 305 is installed into the flour storage box baffle hole, and then the flour storage box baffle 306 is installed on the flour storage box 301 through the flour storage box baffle hole membrane 305, and the bottom flour transmission pipe 307 is welded to the bottom of the flour storage box 301 to complete the assembly.

[0059] When in use, the flour will enter the flour storage box 301 through the flour dumping pipe 302. When the flour enters the flour storage box 301, the large particles in the flour will be screened through the coarse particle screening plate 303. The flour screened by the coarse particle screening plate 303 will also be screened by the fine particle screening plate 304. The overall particles of the flour screened by the fine particle screening plate 304 will be smaller, and the taste will be better after mixing. When flour is needed for mixing, the staff only needs to pull out the flour storage box baffle 306, and the flour can be released along the bottom flour transmission pipe 307 into the mixing box 201 of the mixing module 2 for mixing, completing the process.

[0060] like Figure 5 As shown, the conveying module 4 includes a conveying shell 401, the bottom of which is fixedly connected to a conveying shell supporting leg 402, the front and back of the conveying shell 401 are provided with a conveying module shaft hole, the inner wall of the conveying module shaft hole is installed with a conveying module shaft 403, the inner wall of the conveying module shaft 403 is installed with a conveying module rotating rod 404, one end of the conveying module rotating rod 404 is provided with a conveying module motor 405, the surface of the conveying module motor 405 is provided with a motor signal receiver 406, the surface of the conveying module motor 405 is installed with a conveying module motor base 407, the back of the conveying module motor base 407 is fixedly connected to the conveying shell 401, and the conveying shell 401 is installed with a conveying module top cover 408 through the conveying module top cover bolts;

[0061] A material receiving hole is provided on the top of the conveying module top cover 408, a conveying belt matrix 409 is provided on the surface of the conveying module rotating rod 404, a conveying belt matrix 409 is installed with a conveying belt cylinder 410 through a conveying belt cylinder bolt, a conveying belt cylinder signal receiver 411 is provided on the front of the conveying belt cylinder 410, a supporting plate 412 is provided on the top of the conveying belt cylinder 410, and an oil film 413 is installed on the top of the supporting plate 412.

[0062] The conveying shell support leg 402 is welded to the bottom of the conveying shell 401, and the conveying module shaft hole and the conveying shell 401 are integrally formed. The conveying module shaft 403 is installed into the conveying module shaft hole, and then the conveying module rotating rod 404 is inserted into the conveying module shaft 403 on the front of the conveying shell 401. After passing through, the conveyor belt mother body 409 is inserted into the surface of the conveying module rotating rod 404, and then the conveying module rotating rod 404 continues to be inserted until it is inserted into the conveying module shaft 403 on the back of the conveying shell 401, and then the conveying module motor 405 is installed on one end of the conveying module rotating rod 404, and the motor signal receiver 406 and the conveying module motor 405 are connected integrally.

[0063] The conveying module motor base 407 is welded to the conveying shell 401, and the conveying module motor base 407 provides support for the conveying module motor 405. The conveying module top cover 408 is placed on the conveying shell 401, and then the conveying module top cover bolt is passed through the conveying module top cover 408 and continues to rotate until it is screwed into the conveying shell 401. The receiving hole and the conveying module top cover 408 are integrally formed. The conveyor cylinder 410 is placed on the conveyor mother body 409, and then the conveyor cylinder bolt is passed through the conveyor cylinder 410 and continues to rotate until it is screwed into the conveyor mother body 409. The conveyor cylinder signal receiver 411 and the conveyor cylinder 410 are integrally connected, and the support plate 412 is welded to the conveyor cylinder 410. Finally, the oil film 413 is attached to the support plate 412 by adhesive to complete the assembly.

[0064] When in use, the mixed yak milk cake mixture will be released and fall onto the support plate 412, and then the staff will start the conveying module motor 405. At the same time as the conveying module motor 405 is started, the motor signal receiver 406 will also be started and release a signal to the conveyor cylinder signal receiver 411. After receiving the signal, the conveyor cylinder signal receiver 411 will activate and start the conveyor cylinder 410 to drive the support plate 412 to move up and down. After the conveying module motor 405 is started, it will drive the conveyor module rotating rod 404 to rotate, thereby driving the conveyor mother body 409 to start moving, and the movement of the conveyor mother body 409 will drive the conveyor cylinder 410 and the support plate 412 to move together, thereby transporting the yak milk cake mixture to the next step. During this period, the conveyor cylinder 410 drives the support plate 412 to move up and down, which can prevent the yak milk cake mixture from adhering to the support plate 412 due to long-term immobility to a certain extent, and the oil film 413 can also prevent the yak milk cake mixture from sticking to the support plate 412 to cause bacterial growth, affecting food safety.

[0065] The device is provided with a conveying module 4. Through the use of the conveying module 4, when the mixed yak milk cake mixture is conveyed through the conveying module 4, the conveyor cylinder 410 installed on the conveyor mother body 409 will drive the support plate 412 to move up and down, and the support plate 412 is also installed with an oil film 413. The oil film 413 will prevent the mixed yak milk cake mixture from easily adhering to the conveying module 4, and the support plate 412 that moves up and down can also reduce the possibility of the mixed yak milk cake mixture adhering to the conveying module 4, thereby reducing the probability of bacteria breeding due to the mixed yak milk cake mixture adhering to the conveying module without timely cleaning, thereby reducing the probability of food safety problems.

[0066] like Figure 6 to Figure 7 As shown, the extrusion module 5 includes an extrusion box 501, and the front and back sides of the extrusion box 501 are provided with a left shaft hole and a right shaft hole from left to right in sequence, a left shaft 502 is installed on the inner wall of the left shaft hole, a left extrusion rod 503 is inserted into the inner wall of the left shaft 502, a left extrusion rod front end conveying disk 504 and a left extrusion rod rear end conveying disk 505 are fixedly connected to the surface of the left extrusion rod 503 from front to back in sequence, a right shaft 506 is installed on the inner wall of the right shaft hole, a right extrusion rod 507 is inserted into the inner wall of the right shaft 506, one end of the right extrusion rod 507 is fixedly connected to the right extrusion rod conveying disk 508, an extrusion rod motor base 509 is fixedly connected to the front side of the extrusion box 501, and an extrusion rod motor 510 is installed on the top of the extrusion rod motor base 509;

[0067] One end of the extrusion rod motor 510 is provided with an extrusion rod motor rotating rod 511, and one end of the extrusion rod motor rotating rod 511 is fixedly connected to a motor conveying disk 512. The motor conveying disk 512, the left extrusion rod front end conveying disk 504, the left extrusion rod rear end conveying disk 505 and the right extrusion rod conveying disk 508 are all provided with small conveyor belt grooves. A rear end connecting conveyor belt 513 is installed on the surface of the motor conveying disk 512, and the left extrusion rod rear end conveying disk 505 is installed on the motor conveying disk 512 through the rear end connecting conveyor belt 513. The surface of the left extrusion rod front end conveying disk 504 is installed with a front end connecting conveyor belt 514, and the left extrusion rod front end conveying disk 504 is installed with the right extrusion rod conveying disk 508 through the front end connecting conveyor belt 514.

[0068] A discharge port is provided on one side of the extrusion box body 501, and a feed port is provided on the other side of the extrusion box body 501. The extrusion box body 501 is installed with an extrusion box top cover 515 through the extrusion box top cover bolts. A discharge conveying rod base 516 is fixedly connected to one side of the extrusion box body 501. The front and back sides of the discharge conveying rod base 516 are provided with discharge conveying rod rotating shaft holes. The inner wall of the discharge conveying rod rotating shaft hole is installed with a discharge conveying rod rotating shaft 517. The inner wall of the discharge conveying rod rotating shaft 517 is inserted with a discharge conveying rod 518. The bottom of the extrusion box body 501 is fixedly connected with an extrusion box body supporting leg 519.

[0069] The left shaft hole and the right shaft hole are integrally formed with the extrusion box 501, and the left shaft 502 and the right shaft 506 are respectively installed in the left shaft hole and the right shaft hole, and then the left extrusion rod 503 and the right extrusion rod 507 are respectively installed in the left shaft 502 and the right shaft 506, and the front end conveying disk 504 of the left extrusion rod and the rear end conveying disk 505 of the left extrusion rod are welded to the left extrusion rod 503 by welding, and the right extrusion rod conveying disk 508 is also welded to the right extrusion rod 507 by welding, and the extrusion rod motor base 509 is welded to the extrusion box 501, and the extrusion rod motor 510 is placed on the extrusion rod motor base 509, the extrusion rod motor rotating rod 511 and the extrusion rod motor 510 are connected as a whole, and the motor conveying disk 512 is welded to the extrusion rod motor rotating rod 511, and the rear end connecting conveyor belt 513 is put into the groove of the motor conveying disk 512 and the rear end conveying disk 505 of the left extrusion rod.

[0070] Put the front end connecting conveyor belt 514 into the grooves of the front end conveyor disc 504 of the left extrusion rod and the conveyor disc 508 of the right extrusion rod to complete the assembly. After completing the assembly on the extrusion box body 501 according to the above steps, there are the same parts corresponding to their positions under the assembled parts. The use of the same parts above and below can complete the extrusion work. The discharge port and the feed port are both integrally formed with the extrusion box body 501. Put the extrusion box top cover 515 on the top of the extrusion box body 501, and then pass the extrusion box top cover bolts through the extrusion box top cover 515 and continue to rotate until it is screwed into the extrusion box body. 501, and the discharging conveying rod base 516 is welded to the extrusion box body 501, and the discharging conveying rod shaft hole is integrally formed with the discharging conveying rod base 516, and the discharging conveying rod shaft 517 is installed into the discharging conveying rod shaft hole, and then the discharging conveying rod 518 is passed through the discharging conveying rod shaft 517 on the front side of the discharging conveying rod base 516 and continues to be inserted until it is inserted into the discharging conveying rod shaft 517 on the back side of the discharging conveying rod base 516, and the extrusion box body support leg 519 is welded to the bottom of the extrusion box body 501 to complete the assembly.

[0071] When in use, first start the extrusion rod motor 510 so that the extrusion rod motor rotating rod 511 drives the motor conveying disk 512 to rotate, thereby driving the rear end connecting conveyor belt 513 to start rotating, and then driving the rear end conveying disk 505 of the left extrusion rod to rotate, thereby driving the left extrusion rod 503 to rotate, and the rotation of the left extrusion rod 503 will drive the front end conveying disk 504 of the left extrusion rod to rotate, and the front end connecting conveyor belt 514 in the groove of the front end conveying disk 504 of the left extrusion rod will also move accordingly, thereby driving the right extrusion rod conveying disk 508 to rotate, and the rotation of the right extrusion rod conveying disk 508 will then drive the right extrusion rod 5 07 rotates. Similarly, the same components at the same position below are also started according to the above principle. When the conveying module 4 puts the yak milk cake mixture in through the feed port, the yak milk cake mixture will first be collected by the upper and lower right extrusion rods 507 at the same position and initially extruded. After being extruded, the yak milk cake mixture will become longer after extrusion and will be placed between the upper and lower left extrusion rods 503 for further extrusion. The extruded yak milk cake mixture will pass through the discharge port, and then slide into the cutting module 6 through the discharge conveying rod 518 of the discharge conveying rod base 516 to perform subsequent steps.

[0072] The cutting module 6 includes a cutting chassis 601, one side of the cutting chassis 601 is provided with a cutting discharge port, the other side of the cutting chassis 601 is provided with a cutting feed port, the front and back sides of the cutting chassis 601 are provided with cutting chassis shaft holes, the inner wall of the cutting chassis shaft hole is installed with a cutting chassis shaft 602, the inner wall of the cutting chassis shaft 602 is plugged with a cutting chassis rotating rod 603, the surface of the cutting chassis rotating rod 603 is provided with a cutting chassis conveyor belt 604, one end of the cutting chassis rotating rod 603 is provided with a cutting chassis rotating rod motor 605, the lower surface of the cutting chassis rotating rod motor 605 is provided with a cutting chassis rotating rod motor base 606, and the back side of the cutting chassis rotating rod motor base 606 is fixedly connected to the cutting chassis 601;

[0073] The cutting machine box 601 is installed with a cutting machine box top cover 607 through the cutting machine box top cover bolts, a hydraulic rod hole is opened on the top of the cutting machine box top cover 607, a cutting cylinder 608 is installed on the cutting machine box top cover 607 through the cutting cylinder bolts, a mother hydraulic rod 609 is provided at the bottom of the cutting cylinder 608, the hydraulic rod hole and the mother hydraulic rod 609 are adapted to each other, one end of the mother hydraulic rod 609 is provided with a front terminal body hydraulic rod 610 and a rear terminal body hydraulic rod 611 in sequence from front to back, and one end of the front terminal body hydraulic rod 610 is fixedly connected to a front threaded hole base 612;

[0074] A circular cutting disc 613 is installed on the front threaded hole base 612 through the front bolt, and a front bolt fastening ring 614 is threadedly connected to the surface of the front bolt. One end of the rear terminal body hydraulic rod 611 is fixedly connected to the rear threaded hole base 615, and a square cutting disc 616 is installed on the rear threaded hole base 615 through the rear bolt, and a rear bolt fastening ring 617 is threadedly connected to the surface of the rear bolt. The bottom of the cutting chassis 601 is fixedly connected to the cutting chassis support leg 618.

[0075] The cutting outlet and the cutting chassis 601 are integrally formed, the cutting chassis shaft hole and the cutting chassis 601 are integrally formed, the cutting chassis shaft 602 is installed into the cutting chassis shaft hole, the cutting chassis rotating rod 603 is passed through the cutting chassis rotating shaft 602 on the front of the cutting chassis 601, and then the cutting chassis conveyor belt 604 is installed on the cutting chassis rotating rod 603, and then the cutting chassis rotating rod 603 is inserted into the cutting chassis rotating shaft 602 on the back of the cutting chassis 601, and the cutting chassis rotating rod motor 605 is installed on the cutting chassis rotating rod 603, and the cutting chassis rotating rod motor base 606 is welded on the cutting chassis 601.

[0076] The cutting machine case rotating rod motor base 606 supports the cutting machine case rotating rod motor 605, the cutting machine case top cover 607 is placed on the cutting machine case 601, and the cutting machine case top cover bolt is passed through the cutting machine case top cover 607 and continues to rotate until it is screwed into the cutting machine case 601, and the cutting cylinder threaded hole and the hydraulic rod hole are integrally formed with the cutting machine case top cover 607, the cutting cylinder 608 is placed on the cutting machine case top cover 607, the cutting cylinder bolt is passed through the cutting cylinder 608 and continues to rotate until it is screwed into the cutting machine case top cover 607, and the mother hydraulic rod 609 and the cutting The cylinder 608 is connected as one body, the front terminal body hydraulic rod 610 and the rear terminal body hydraulic rod 611 are both connected as one body to the mother hydraulic rod 609, the front end threaded hole base 612 and the rear end threaded hole base 615 are respectively welded to the front terminal body hydraulic rod 610 and the rear terminal body hydraulic rod 611, align the circular cutting piece 613 and the front end threaded hole base 612, then screw the front end bolt into the front end threaded hole base 612 and continue to rotate until it passes through the circular cutting piece 613, and select the front end bolt fastening ring 614 onto the front end bolt and tighten it.

[0077] Align the square cutting disc 616 with the rear end threaded hole base 615, screw the rear end bolt into the rear end threaded hole base 615 and continue to rotate through the square cutting disc 616, then screw the rear end bolt fastening ring 617 onto the rear end bolt and tighten it, and the cutting machine chassis support leg 618 is welded to the bottom of the cutting machine chassis 601 to complete the assembly.

[0078] When in use, first start the cutting machine case rotating rod motor 605, so that the cutting machine case rotating rod 603 starts to rotate, and then drives the cutting machine case conveyor belt 604 to rotate, adjust the rotation speed, thereby adjusting the conveying speed of the cutting machine case conveyor belt 604, and at the same time start the cutting cylinder 608, adjust the descending height and lifting speed of the mother hydraulic rod 609, and then according to the actual requirements of the plan, control the cutting cylinder 608 to extend the front terminal body hydraulic rod 610 or the rear terminal body hydraulic rod 611, thereby driving the circular cutting blade 613 or The square cutting blade 616 is extended. After the circular cutting blade 613 or the square cutting blade 616 is extended, the cutting cylinder 608 is operated again to lock the front terminal body hydraulic rod 610 or the rear terminal body hydraulic rod 611. Then the cutting cylinder 608 is operated again to make the mother body hydraulic rod 609 drive the circular cutting blade 613 or the square cutting blade 616 to cut the extruded yak milk residue cake mixture at a predetermined speed. The cut yak milk residue cake mixture will also be transported to the subsequent step process by the cutting box conveyor belt 604.

[0079] The device is provided with a cutting module 6, and a front terminal body hydraulic rod 610 and a rear terminal body hydraulic rod 611 are installed on the mother hydraulic rod 609 on the cutting module 6. The front terminal body hydraulic rod 610 and the rear terminal body hydraulic rod 611 are respectively installed with a circular cutting blade 613 and a square cutting blade 616, so that the operator can operate the corresponding sub-body hydraulic rod according to the actual plan to drive the cutting blade to cut and shape the mixed yak milk residue cake mixture, without the need for the mechanic to open the machine to replace the cutting blade. This reduces the possibility of machine damage caused by frequent opening of the machine to a certain extent, reduces the fatigue of the mechanic caused by frequent replacement of cutting blades, and also guarantees the production progress of the assembly line to a certain extent.

[0080] The working principle of the technical solution provided by the present invention is as follows:

[0081] First, the curd production module 1 is installed on the mixing module 2, and the flour storage module 3 is also installed on the mixing module 2. The assembled mixing module 2 is installed on the conveying module 4, and the extrusion module 5 is welded to one side of the conveying module 4, and the cutting module 6 is also welded to one side of the extrusion module 5 by welding. After the assembly is completed, the milk storage tank top cover 102 is placed on the milk storage tank 101, and the milk storage tank bolt is passed through the milk storage tank top cover 102 and screwed into the milk storage tank 101 and tightened. Then the milk delivery tube 103 is placed on the milk storage tank top cover 102, and the milk delivery bolt is passed through the milk delivery tube 103 and screwed into the milk storage tank top cover 102. Then the temperature measuring instrument 104 is screwed into the milk storage tank top cover 102, and the milk storage tank filter plate hole and the milk storage tank heater hole are integrally formed with the milk storage tank 101. 05 Install it into the hole of the milk storage tank filter plate, install the milk storage tank heater sealing ring 106 on the milk storage tank heater hole, and then put the milk storage tank heater 107 through the milk storage tank heater sealing ring 106 and put it on the milk storage tank 101, screw the milk storage tank heater bolt into the milk storage tank heater 107 and continue to rotate until it is screwed into the milk storage tank 101, and the milk storage tank baffle hole and the milk storage tank 101 are integrally formed, first install the milk storage tank baffle hole membrane 108 into the milk storage tank baffle hole, and then install the milk storage tank baffle 109 through the milk storage tank baffle hole membrane 108 to the milk storage tank 101, put the centrifuge 110 on the bottom of the milk storage tank 101, and then screw the centrifuge connecting bolt into the milk storage tank 101 and continue to rotate until it is screwed into the centrifuge 110, and then put the milk residue transmission pipe 111 on the front of the centrifuge 110.

[0082] Then, the milk residue transmission pipe bolt is passed through the milk residue transmission pipe 111 and continues to rotate until it is screwed into the centrifuge 110, and the milk residue storage tank 112 is placed on the other end of the milk residue storage tank 112 and assembled with bolts, and the yeast delivery pipe 113 is integrally connected with the milk residue storage tank 112, and the yeast storage box 114 is welded to the yeast delivery pipe 113 by welding, and the yeast box top cover 115 is installed on the yeast storage box 114, the milk residue storage tank baffle hole and the milk residue storage tank 112 are integrally formed, and the milk residue storage tank baffle hole membrane 116 is first installed into the milk residue storage tank baffle hole, and then the milk residue storage tank baffle 117 is installed on the milk residue storage tank 112 through the milk residue storage tank baffle hole membrane 116, and the milk residue heater hole and the milk residue vibrator hole are integrally formed with the milk residue storage tank 112, and the milk residue heater sealing ring 118 and the milk residue vibrator sealing ring 120 are respectively installed The milk residue heater 119 and the milk residue vibrator 121 are installed in the milk residue storage tank 112 through the milk residue heater sealing ring 118 and the milk residue vibrator sealing ring 120 respectively, and the bottom milk residue delivery pipe 122 is welded to the bottom of the milk residue storage tank 112 by welding, the butter transmission pipe 123 is placed on the back of the centrifuge 110, the butter transmission pipe bolt is passed through the butter transmission pipe 123 and screwed into the centrifuge 110, and then the butter storage tank 124 is placed on the other end of the butter transmission pipe 123, and the bolts are also used for connection and assembly, the butter storage tank baffle hole and the butter storage tank 124 are integrally formed, the butter storage tank baffle hole membrane 125 is first installed in the butter storage tank baffle hole, and then the butter storage tank baffle 126 is installed on the butter storage tank 124 through the butter storage tank baffle hole membrane 125.

[0083] The bottom butter transmission pipe 127 is welded to the bottom of the butter storage tank 124 by welding to complete the assembly. The flour transmission pipe hole, the butter transmission pipe hole and the milk residue transmission pipe hole are integrally formed with the mixing box 201. The bottom milk residue conveying pipe 122 and the bottom butter transmission pipe 127 of the assembled milk residue production module 1 are respectively inserted into the mixing box 201 through the milk residue transmission pipe hole and the butter transmission pipe hole, and the milk residue production module 1 is directly placed on the mixing box 201. The bottom flour transmission pipe 307 of the flour storage module 3 is inserted into the mixing box 201 through the flour transmission pipe hole, and the assembled flour storage module 3 is also directly placed on the mixing box 201. The mixing rotating rod hole sealing ring 202 is installed into the mixing rotating rod hole, and then the mixing rotating rod 203 is passed through the mixing rotating rod hole sealing ring 202. The mixing piece 204 is welded to the mixing rod 203, and the mixing motor 205 is installed on the exposed end of the mixing rod 203, and the mixing motor base 206 is welded to the mixing box 201, and the mixing motor base 206 supports the mixing motor 205, and the connecting plate 207 is placed between the mixing box 201 and the transmission shell 401 of the transmission module 4, and then the transmission module bolts are passed through the connecting plate 207 and continue to rotate until they are screwed into the mixing box 201, and the connecting plate bolts are screwed into the connecting plate 207 and continue to rotate until they are screwed into the transmission shell 401, and the observation door 208 is installed on the mixing box 201, and the mixing box baffle hole and the mixing box 201 are integrally formed, and the mixing box baffle 209 is passed through the mixing box baffle hole and installed in the mixing box 201 to complete the assembly.

[0084] The flour dumping pipe 302 is welded to the top of the flour storage box 301, and the coarse particle screening plate hole, the fine particle screening plate hole and the flour storage box baffle hole are all formed integrally with the flour storage box 301. The coarse particle screening plate 303 and the fine particle screening plate 304 are respectively installed on the flour storage box 301 through the coarse particle screening plate hole and the fine particle screening plate hole, and then the flour storage box baffle hole membrane 305 is installed into the flour storage box baffle hole, and then the flour storage box baffle 306 is installed through the flour storage box baffle hole membrane 305. Installed on the flour storage box 301, and the bottom flour transmission pipe 307 is welded to the bottom of the flour storage box 301 by welding to complete the assembly, the transmission shell support leg 402 is welded to the bottom of the transmission shell 401, and the transmission module shaft hole and the transmission shell 401 are integrally formed, install the transmission module shaft 403 into the transmission module shaft hole, and then insert the transmission module rotating rod 404 into the transmission module shaft 403 on the front of the transmission shell 401, and insert the conveyor belt mother body 409 into the surface of the transmission module rotating rod 404 after passing through.

[0085] Then, the transmission module rotating rod 404 is further inserted until it is inserted into the transmission module rotating shaft 403 on the back of the transmission shell 401, and then the transmission module motor 405 is installed on one end of the transmission module rotating rod 404, and the motor signal receiver 406 and the transmission module motor 405 are connected as one body, and the transmission module motor base 407 is welded on the transmission shell 401, and the transmission module motor base 407 provides support for the transmission module motor 405, put the transmission module top cover 408 on the transmission shell 401, and then pass the transmission module top cover bolt through the transmission module top cover 408 and continue to rotate until it is screwed into the transmission shell 401, and the material receiving hole It is integrally formed with the conveyor module top cover 408, the conveyor cylinder 410 is placed on the conveyor mother body 409, and then the conveyor cylinder bolt is passed through the conveyor cylinder 410 and continues to rotate until it is screwed into the conveyor mother body 409, and the conveyor cylinder signal receiver 411 and the conveyor cylinder 410 are integrally connected, the support plate 412 is welded to the conveyor cylinder 410, and finally the oil film 413 is pasted to the support plate 412 with the backing adhesive to complete the assembly, the left shaft hole and the right shaft hole are integrally formed with the extrusion box 501, and the left shaft 502 and the right shaft 506 are respectively installed in the left shaft hole and the right shaft hole.

[0086] Then the left extrusion rod 503 and the right extrusion rod 507 are respectively installed in the left rotating shaft 502 and the right rotating shaft 506, and the front end conveying disk 504 of the left extrusion rod and the rear end conveying disk 505 of the left extrusion rod are welded to the left extrusion rod 503, and the right extrusion rod conveying disk 508 is also welded to the right extrusion rod 507, and the extrusion rod motor base 509 is welded to the extrusion box 501, and the extrusion rod motor 510 is placed on the extrusion rod motor base 509, the extrusion rod motor rotating rod 511 and the extrusion rod motor 510 are connected as a whole, and the motor conveying disk 512 is welded to the extrusion rod motor rotating rod 511, and the rear end connecting conveyor belt 513 is put on the motor conveying disk 512 and the groove of the rear end conveyor disk 505 of the left extrusion rod, and the front end connecting conveyor belt 514 is put into the groove of the front end conveyor disk 504 of the left extrusion rod and the conveyor disk 508 of the right extrusion rod to complete the assembly. After completing the assembly on the extrusion box 501 according to the above steps, there are the same parts corresponding to their positions under the assembled parts. The use of the same parts above and below can complete the extrusion work. The discharge port and the feed port are both integrally formed with the extrusion box 501. Put the extrusion box top cover 515 on the top of the extrusion box 501, and then pass the extrusion box top cover bolt through the extrusion box top cover 515 and continue to rotate until it is screwed into the extrusion box 501, and the discharge conveyor rod base 516 is welded to the extrusion box 501.

[0087] The discharge conveyor rod shaft hole is integrally formed with the discharge conveyor rod base 516. The discharge conveyor rod shaft 517 is installed into the discharge conveyor rod shaft hole, and then the discharge conveyor rod 518 is passed through the discharge conveyor rod shaft 517 on the front of the discharge conveyor rod base 516 and continues to be inserted until it is inserted into the discharge conveyor rod shaft 517 on the back of the discharge conveyor rod base 516. The extrusion box support leg 519 is welded to the bottom of the extrusion box 501 by welding to complete the assembly, cut the discharge port and cut the chassis. 601 is integrally formed, the cutting chassis shaft hole and the cutting chassis 601 are integrally formed, the cutting chassis shaft 602 is installed into the cutting chassis shaft hole, the cutting chassis rotating rod 603 passes through the cutting chassis rotating shaft 602 on the front of the cutting chassis 601, and then the cutting chassis conveyor belt 604 is installed on the cutting chassis rotating rod 603, and then the cutting chassis rotating rod 603 is inserted into the cutting chassis rotating shaft 602 on the back of the cutting chassis 601, and the cutting chassis rotating rod motor 605 is installed on the cutting chassis rotating rod 603.

[0088] The cutting machine case rotating rod motor base 606 is welded on the cutting machine case 601, and the cutting machine case rotating rod motor base 606 supports the cutting machine case rotating rod motor 605. The cutting machine case top cover 607 is placed on the cutting machine case 601, and the cutting machine case top cover bolts are passed through the cutting machine case top cover 607 and continue to rotate until they are screwed into the cutting machine case 601. The cutting cylinder threaded hole and the hydraulic rod hole are both integrally formed with the cutting machine case top cover 607. The cutting cylinder 608 is placed on the cutting machine case top cover 607, and the cutting cylinder bolts are passed through the cutting cylinder 608 and continue to rotate until they are screwed into the cutting machine case top cover 607. The mother hydraulic rod 609 is integrally connected to the cutting cylinder 608, and the front terminal body hydraulic rod 610 and the rear terminal body hydraulic rod 611 are both connected to the mother hydraulic rod 609 They are connected as a whole, and the front end threaded hole base 612 and the rear end threaded hole base 615 are respectively welded to the front end terminal body hydraulic rod 610 and the rear end terminal body hydraulic rod 611 by welding. Align the circular cutting piece 613 with the front end threaded hole base 612, then screw the front end bolt into the front end threaded hole base 612 and continue to rotate until it passes through the circular cutting piece 613, and select the front end bolt fastening ring 614 onto the front end bolt and tighten it, align the square cutting piece 616 with the rear end threaded hole base 615, screw the rear end bolt into the rear end threaded hole base 615 and continue to rotate until it passes through the square cutting piece 616, and then screw the rear end bolt fastening ring 617 onto the rear end bolt and tighten it, and the cutting chassis support leg 618 is welded to the bottom of the cutting chassis 601 to complete the assembly.

[0089] The present invention covers any substitution, modification, equivalent method and scheme made on the essence and scope of the present invention. In order to make the public have a thorough understanding of the present invention, specific details are described in detail in the following preferred embodiments of the present invention, but those skilled in the art can fully understand the present invention without the description of these details. In addition, in order to avoid unnecessary confusion about the essence of the present invention, well-known methods, processes, procedures, components and circuits are not described in detail.

[0090] The above is only a preferred embodiment of the present invention. It should be pointed out that for ordinary technicians in this technical field, several improvements and modifications can be made without departing from the principle of the present invention. These improvements and modifications should also be regarded as the scope of protection of the present invention.

Claims

1. A production process and production line of yak milk residue cake, characterized in that: It comprises a milk residue production module, a mixing module is provided at the bottom of the milk residue production module, a flour storage module is provided at the top of the mixing module, a conveying module is provided at the bottom of the mixing module, an extrusion module is provided at one side of the conveying module, and a cutting module is provided at one side of the extrusion module; The conveying module comprises a conveying shell, the bottom of which is fixedly connected to a conveying shell supporting leg, the front and back of the conveying shell are both provided with a conveying module shaft hole, the inner wall of the conveying module shaft hole is installed with a conveying module shaft, the inner wall of the conveying module shaft is installed with a conveying module rotating rod, one end of the conveying module rotating rod is provided with a conveying module motor, the surface of the conveying module motor is provided with a motor signal receiver, the surface of the conveying module motor is installed with a conveying module motor base, the back of the conveying module motor base is fixedly connected with the conveying shell, and the conveying shell is installed with a conveying module top cover through a top cover bolt; A material receiving hole is provided on the top of the conveying module top cover, a conveying belt matrix is ​​provided on the surface of the conveying module rotating rod, a conveying belt matrix is ​​installed with a conveying belt cylinder through a conveying belt cylinder bolt, a conveying belt cylinder signal receiver is provided on the front of the conveying belt cylinder, a supporting plate is provided on the top of the conveying belt cylinder, and an oil film is installed on the top of the supporting plate.

2. The production process and production line of yak milk residue cake according to claim 1, characterized in that: The milk residue production module includes a milk storage tank, which is installed with a milk storage tank top cover through milk storage tank bolts, a milk delivery pipe and a temperature measuring instrument are installed on the top of the milk storage tank top cover from front to back, a milk storage tank filter plate hole and a milk storage tank heater hole are opened on the front of the milk storage tank from top to bottom, a milk storage tank filter plate is installed on the inner wall of the milk storage tank filter plate hole, a milk storage tank heater sealing ring is installed on the inner wall of the milk storage tank heater hole, a milk storage tank heater is installed on the inner wall of the milk storage tank heater sealing ring, and the milk storage tank heater is installed with the milk storage tank through the milk storage tank heater bolts.

3. The production process and production line of yak milk residue cake according to claim 2, characterized in that: A milk storage tank baffle hole is provided on one side of the milk storage tank, a milk storage tank baffle hole membrane is installed on the inner wall of the milk storage tank baffle hole, a milk storage tank baffle is installed on the inner wall of the milk storage tank baffle hole membrane, a centrifuge is installed on the milk storage tank through a centrifuge connecting bolt, a milk residue transmission pipe is installed on the centrifuge through a milk residue transmission pipe bolt, a milk residue storage tank is installed on the centrifuge through the milk residue transmission pipe, a yeast transmission pipe is fixedly connected to the front of the milk residue storage tank, a yeast storage box is fixedly connected to the top of the yeast transmission pipe, a yeast box top cover is provided on the top of the yeast storage box, a milk residue storage tank baffle hole is provided on the front of the milk residue storage tank, a milk residue storage tank baffle hole membrane is installed on the inner wall of the milk residue storage tank baffle hole membrane, and a milk residue storage tank baffle is installed on the inner wall of the milk residue storage tank baffle hole membrane.

4. The production process and production line of yak milk residue cake according to claim 3, characterized in that: A milk residue heater hole and a milk residue vibrator hole are sequentially opened on one side of the milk residue storage tank from top to bottom, a milk residue heater sealing ring is installed on the inner wall of the milk residue heater hole, a milk residue heater is installed on the inner wall of the milk residue heater sealing ring, the milk residue heater is installed with the milk residue storage tank through milk residue heater bolts, a milk residue vibrator sealing ring is installed on the inner wall of the milk residue vibrator hole, a milk residue vibrator is installed on the inner wall of the milk residue vibrator sealing ring, the milk residue vibrator is installed with the milk residue storage tank through the milk residue vibrator bolts, a bottom milk residue conveying pipe is fixedly connected to the bottom of the milk residue storage tank, and the centrifuge is installed with a shortening transmission pipe through shortening transmission pipe bolts.

5. The production process and production line of yak milk residue cake according to claim 4, characterized in that: The centrifuge is equipped with a butter storage tank through a butter transmission pipe, a butter storage tank baffle hole is opened on the front of the butter storage tank, a butter storage tank baffle hole membrane is installed on the inner wall of the butter storage tank baffle hole, a butter storage tank baffle is installed on the inner wall of the butter storage tank baffle hole membrane, and a bottom butter transmission pipe is fixedly connected to the bottom of the butter storage tank.

6. The production process and production line of yak milk residue cake according to claim 1, characterized in that: The mixing module comprises a mixing box, the top of which is provided with a flour transmission pipe hole, a butter transmission pipe hole and a milk residue transmission pipe hole, the front of which is provided with a mixing rotating rod hole, the inner wall of which is provided with a mixing rotating rod hole sealing ring, the inner wall of which is provided with a mixing rotating rod sealing ring, the surface of which is fixedly connected with a mixing sheet, one end of which is provided with a mixing motor, and the lower surface of which is provided with a mixing motor base; A mixing box is fixedly connected to the back of the mixing motor base, a connecting plate is installed on the mixing box through the conveying module bolts, and the conveying module is installed on the connecting plate through the connecting plate bolts. An observation door is provided on one side of the mixing box, a mixing box baffle hole is opened on one side of the mixing box, and a mixing box baffle is installed on the inner wall of the mixing box baffle hole.

7. The production process and production line of yak milk residue cake according to claim 1, characterized in that: The flour storage module includes a flour storage box, the top of which is fixedly connected to a flour dumping pipe, the front of the flour storage box is provided with coarse particle screening plate holes, fine particle screening plate holes and flour storage box baffle holes from top to bottom, the inner wall of the coarse particle screening plate hole is installed with a coarse particle screening plate, the inner wall of the fine particle screening plate hole is installed with a fine particle screening plate, the inner wall of the flour storage box baffle hole is installed with a flour storage box baffle hole membrane, the inner wall of the flour storage box baffle hole membrane is installed with a flour storage box baffle, and the bottom of the flour storage box is fixedly connected to a bottom flour transmission pipe.

8. The production process and production line of yak milk residue cake according to claim 1, characterized in that: The extrusion module comprises an extrusion box body, the front and back sides of the extrusion box body are provided with a left shaft hole and a right shaft hole in sequence from left to right, the inner wall of the left shaft hole is provided with a left shaft, the inner wall of the left shaft is plugged with a left extrusion rod, the surface of the left extrusion rod is fixedly connected with a left extrusion rod front end conveying disk and a left extrusion rod rear end conveying disk in sequence from front to back, the inner wall of the right shaft hole is provided with a right shaft, the inner wall of the right shaft is plugged with a right extrusion rod, one end of the right extrusion rod is fixedly connected with a right extrusion rod conveying disk, the front side of the extrusion box body is fixedly connected with an extrusion rod motor base, and the top of the extrusion rod motor base is provided with an extrusion rod motor; One end of the extrusion rod motor is provided with an extrusion rod motor rotating rod, and one end of the extrusion rod motor rotating rod is fixedly connected to a motor conveying disk, and the motor conveying disk, the front end conveying disk of the left extrusion rod, the rear end conveying disk of the left extrusion rod and the right extrusion rod conveying disk are all provided with small conveyor belt grooves, and a rear end connecting conveyor belt is installed on the surface of the motor conveying disk, and the rear end conveying disk of the left extrusion rod is installed on the motor conveying disk through the rear end connecting conveyor belt, and the front end connecting conveyor belt is installed on the surface of the front end conveying disk of the left extrusion rod, and the front end conveying disk of the left extrusion rod is installed with the right extrusion rod conveying disk through the front end connecting conveyor belt.

9. The production process and production line of yak milk residue cake according to claim 8, characterized in that: A discharge port is provided on one side of the extrusion box body, a feed port is provided on the other side of the extrusion box body, an extrusion box top cover is installed on the extrusion box body through the extrusion box top cover bolts, a discharge conveying rod base is fixedly connected to one side of the extrusion box body, a discharge conveying rod rotating shaft hole is provided on the front and back sides of the discharge conveying rod base, a discharge conveying rod rotating shaft is installed on the inner wall of the discharge conveying rod rotating shaft hole, a discharge conveying rod is inserted into the inner wall of the discharge conveying rod rotating shaft, and an extrusion box support leg is fixedly connected to the bottom of the extrusion box body.

10. The production process and production line of yak milk residue cake according to claim 1, characterized in that: The cutting module comprises a cutting chassis, one side of the cutting chassis is provided with a cutting discharge port, the other side of the cutting chassis is provided with a cutting feed port, the front and back sides of the cutting chassis are provided with cutting chassis shaft holes, the inner wall of the cutting chassis shaft hole is provided with a cutting chassis shaft, the inner wall of the cutting chassis shaft is plugged with a cutting chassis rotating rod, the surface of the cutting chassis rotating rod is provided with a cutting chassis conveyor belt, one end of the cutting chassis rotating rod is provided with a cutting chassis rotating rod motor, the lower surface of the cutting chassis rotating rod motor is provided with a cutting chassis rotating rod motor base, and the back side of the cutting chassis rotating rod motor base is fixedly connected with the cutting chassis; The cutting machine box is installed with a cutting machine box top cover through the cutting machine box top cover bolts, a hydraulic rod hole is opened on the top of the cutting machine box top cover, a cutting cylinder is installed on the cutting machine box top cover through the cutting cylinder bolts, a mother hydraulic rod is provided at the bottom of the cutting cylinder, the hydraulic rod hole and the mother hydraulic rod are adapted to each other, one end of the mother hydraulic rod is provided with a front terminal body hydraulic rod and a rear terminal body hydraulic rod in sequence from front to back, and one end of the front terminal body hydraulic rod is fixedly connected to a front end threaded hole base; The front end threaded hole base is installed with a circular cutting piece through the front end bolt, the surface of the front end bolt is threadedly connected with a front end bolt fastening ring, one end of the rear terminal body hydraulic rod is fixedly connected with a rear end threaded hole base, the rear end threaded hole base is installed with a square cutting piece through the rear end bolt, the surface of the rear end bolt is threadedly connected with a rear end bolt fastening ring, and the bottom of the cutting chassis is fixedly connected with a cutting chassis support leg.

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