Raw material treatment process for casing processing

Abstract

The invention discloses a raw material treatment process for casing processing. The raw material treatment process comprises the following steps: cleaning cow leather for casing processing by adopting a cleaning device; the cleaning device is provided with a plurality of upper ball heads and a plurality of lower ball heads, during cleaning, the upper surface of the flattened cow leather is rubbed and flapped through the upper ball heads, and the lower surface of the flattened cow leather is rubbed and flapped through the lower ball heads. According to the cleaning device, the upper surface and the lower surface of the flattened cow leather can be rubbed, flapped and cleaned, so that the cow leather for casing processing is fully and efficiently cleaned; and the production efficiency and the product quality of casing processing are further improved.

Description

Technical Field

[0001] The invention relates to a raw material processing process for casing processing. Background Art

[0002] Collagen casings are made from the skin and tendons of livestock, so they are edible. Cowhide is the raw material for the production and processing of collagen casings. Collagen casings produced and processed with cowhide have better performance and can meet market demand.

[0003] During the production and processing of collagen casings, the raw materials of collagen casings need to be processed, such as the cowhide needs to be cleaned. In order to ensure the production quality of collagen casings and improve the production efficiency of collagen casings, the cleaning of cowhide needs to be both sufficient and efficient; therefore, it is necessary to design a raw material processing process for casing processing that can meet the above requirements. Summary of the invention

[0004] In order to solve the defects of the prior art, the present invention provides a raw material processing process for casing processing, which adopts a cleaning device to clean the cowhide used for casing processing; the cleaning device is equipped with multiple upper ball heads and multiple lower ball heads. During cleaning, the upper surface of the flattened cowhide is rubbed and beaten by the multiple upper ball heads, and the lower surface of the flattened cowhide is rubbed and beaten by the multiple lower ball heads.

[0005] The specific contents of the present invention refer to the specific implementation modes.

[0006] The advantages and beneficial effects of the present invention are: providing a raw material processing process for casing processing, which can rub and beat the upper and lower surfaces of the flattened cowhide for cleaning, so that the cleaning treatment of the cowhide for casing processing is both sufficient and efficient.

[0007] The upper rotating motor of the present invention drives the upper turntable to intermittently rotate forward and reverse and drives the upper ball heads to rub the upper surface of the cowhide. The lower rotating motor drives the lower turntable to intermittently rotate forward and reverse and drives the lower ball heads to rub the lower surface of the cowhide. The rotation directions of the upper turntable and the lower turntable are always opposite. In this way, the upper and lower surfaces of the cowhide can be effectively rubbed during cleaning.

[0008] The outer surfaces of the upper ball heads of the present invention are evenly distributed with convex points, convex patterns, concave points or concave patterns, which can improve the friction between the upper ball heads and the upper surface of the cowhide, thereby improving the efficiency and effect of rubbing the upper surface of the cowhide; the outer surfaces of the lower ball heads are evenly distributed with convex points, convex patterns, concave points or concave patterns, which can improve the friction between the lower ball heads and the lower surface of the cowhide, thereby improving the efficiency and effect of rubbing the lower surface of the cowhide; in this way, the upper and lower surfaces of the cowhide can be rubbed more effectively during cleaning.

[0009] When the upper surface of the cowhide is rubbed, each upper ball head can universally roll in the upper ball head seat where it is located, so as to prevent excessive friction between the upper ball head and the upper surface of the cowhide; when the lower surface of the cowhide is rubbed, each lower ball head can universally roll in the upper ball head seat where it is located, so as to prevent excessive friction between the lower ball head and the lower surface of the cowhide; in this way, excessive rubbing of the upper and lower surfaces of the cowhide can be prevented during cleaning.

[0010] The upper telescopic cylinders of the present invention intermittently extend and retract, so that the upper ball heads intermittently beat the upper surface of the cowhide, and the time when adjacent upper ball heads beat the upper surface of the cowhide is staggered; the lower telescopic cylinders intermittently extend and retract, so that the lower ball heads intermittently beat the lower surface of the cowhide, and the time when adjacent lower ball heads beat the lower surface of the cowhide is staggered; in this way, the upper and lower surfaces of the cowhide can be effectively beaten during cleaning. BRIEF DESCRIPTION OF THE DRAWINGS

[0011] Figure 1 It is a schematic diagram of the present invention. DETAILED DESCRIPTION

[0012] The specific implementation of the present invention is further described below in conjunction with the accompanying drawings and embodiments. The following embodiments are only used to more clearly illustrate the technical solution of the present invention, and cannot be used to limit the protection scope of the present invention.

[0013] The technical solutions specifically implemented in the present invention are as follows: like Figure 1 As shown, a raw material processing process for casing processing, using a cleaning device to clean the cowhide 3 for casing processing, and kneading and beating the upper and lower surfaces of the flattened cowhide 3 during cleaning; The cleaning device comprises an upper cleaning component and a lower cleaning component respectively arranged on the upper and lower sides of the flattened cowhide 3; The upper cleaning assembly includes: a horizontal upper turntable 11, a vertical upper rotating motor 12 whose output shaft is fixed to the center of the top surface of the upper turntable 11, an upper lifting frame 13 supporting the upper rotating motor 12, a plurality of upper nozzles 14 evenly distributed on the bottom surface of the upper turntable 11, an upper liquid supply hose 15 externally connected to the top surface of the upper turntable 11, an upper liquid infusion channel built into the upper turntable 11 and connecting the upper liquid supply hose 15 with each upper nozzle 14, a vertically arranged upper turntable 11, and a telescopic end at the bottom. There are multiple upper telescopic cylinders 16 evenly distributed, each upper telescopic cylinder 16 has an upper ball head 18 seat 17 with an opening facing downward fixed at the bottom end, and each upper ball head 18 seat 17 is respectively installed with an upper ball head 18 (the lower part of the upper ball head 18 protrudes from the upper ball head 18 seat 17 where it is located); the outer diameters of the upper ball heads 18 are the same; the outer surfaces of the upper ball heads 18 are evenly distributed with convex points, convex patterns, concave points or concave patterns, and each upper ball head 18 can roll universally in the upper ball head 18 seat 17 where it is located; The lower cleaning assembly includes: a horizontal lower turntable 21, a vertical lower rotating motor 22 whose output shaft is fixed to the center of the bottom surface of the lower turntable 21, a lower lifting frame 23 supporting the lower rotating motor 22, a plurality of lower nozzles 24 evenly distributed on the top surface of the lower turntable 21, a lower liquid supply hose 25 externally connected to the bottom surface of the lower turntable 21, a lower liquid infusion channel built into the lower turntable 21 and connecting the lower liquid supply hose 25 with each lower nozzle 24, a vertically arranged lower turntable 21, a telescopic end at the top and evenly distributed on the lower turntable 21, and a plurality of lower nozzles 24 evenly distributed on the top surface of the lower turntable 21. A plurality of lower telescopic cylinders 2626 are arranged, each lower telescopic cylinder 2626 has a lower ball head 28 seat 27 with an opening facing upward fixed at the top, each lower ball head 28 seat 27 has a lower ball head 28 installed therein (the upper part of the lower ball head 28 protrudes from the lower ball head 28 seat 27 where it is located); the outer diameters of the lower ball heads 28 are the same; the outer surfaces of the lower ball heads 28 are evenly distributed with convex points, convex patterns, concave points or concave patterns, and each lower ball head 28 can roll universally in the lower ball head 28 seat 27 where it is located; The method of using a cleaning device to clean the cowhide 3 for casing processing comprises the following steps: Flatten the cowhide 3 between the upper cleaning assembly and the lower cleaning assembly; each upper telescopic cylinder 16 is extended and retracted to make each upper ball head 18 at the same height; each lower telescopic cylinder 2626 is extended and retracted to make each lower ball head 28 at the same height; then the upper lifting frame 13 drives the upper turntable 11 to move downward, and the lower lifting frame 23 drives the lower turntable 21 to move upward, until each upper ball head 18 is against the upper surface of the cowhide 3, and each lower ball head 28 is against the lower surface of the cowhide 3; Then, the upper and lower surfaces of the cowhide 3 are rubbed and patted for cleaning; during rubbing and patting cleaning: the upper liquid supply hose 15 supplies cleaning liquid to each upper nozzle 14, and the lower liquid supply hose 25 supplies cleaning liquid to each lower nozzle 24, each upper nozzle 14 sprays cleaning liquid on the upper surface of the cowhide 3, and each lower nozzle 24 sprays cleaning liquid on the lower surface of the cowhide 3; the upper rotating motor 12 drives the upper turntable 11 to intermittently rotate forward and reverse and drives each upper ball head 18 to rub the upper surface of the cowhide 3, and the lower rotating motor 22 drives the lower The turntable 21 intermittently rotates forward and reversely and drives each lower ball head 28 to rub the lower surface of the cowhide 3, and the rotation directions of the upper turntable 11 and the lower turntable 21 are always opposite; each upper telescopic cylinder 16 intermittently telescopes, so that each upper ball head 18 intermittently beats the upper surface of the cowhide 3, and the time when the adjacent upper ball heads 18 beat the upper surface of the cowhide 3 is staggered; each lower telescopic cylinder 2626 intermittently telescopes, so that each lower ball head 28 intermittently beats the lower surface of the cowhide 3, and the time when the adjacent lower ball heads 28 beat the lower surface of the cowhide 3 is staggered; After the rubbing, beating and cleaning reaches the preset time, the upper rotating motor 12 and the lower rotating motor 22 stop rotating, and the upper telescopic cylinders 16 and the lower telescopic cylinders 2626 stop extending and retracting; then the upper lifting frame 13 drives the upper turntable 11 to move up and reset; then the cowhide 3 that has been rubbed, beated and cleaned is taken away; then the lower lifting frame 23 drives the lower turntable 21 to move down and reset.

[0014] 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 technical principles of the present invention. These improvements and modifications should also be regarded as the scope of protection of the present invention.

Claims

1. A process for processing raw materials for casing processing, characterized in that: A cleaning device is used to clean the cowhide used for casing processing; the cleaning device is equipped with multiple upper ball heads and multiple lower ball heads. During cleaning, the upper surface of the flattened cowhide is rubbed and beaten by the multiple upper ball heads, and the lower surface of the flattened cowhide is rubbed and beaten by the multiple lower ball heads.

2. The process for processing raw materials for casings according to claim 1, characterized in that: The cleaning device includes an upper cleaning component with the multiple upper ball heads; the upper cleaning component includes: a horizontally placed upper turntable, a vertically placed upper rotating motor whose output shaft is fixedly connected to the center of the top surface of the upper turntable, an upper lifting frame supporting the upper rotating motor, a plurality of upper telescopic cylinders vertically penetrating the upper turntable and having telescopic ends at the bottom and evenly distributed, upper ball head seats with openings facing downwards fixedly provided at the bottom of each upper telescopic cylinder, and upper ball heads installed in each upper ball head seat.

3. The process for processing raw materials for casings according to claim 2, characterized in that: The cleaning device includes a lower cleaning component with the multiple lower ball heads; the lower cleaning component includes: a horizontally placed lower turntable, a vertically placed lower rotating motor whose output shaft is fixedly connected to the center of the bottom surface of the lower turntable, a lower lifting frame supporting the lower rotating motor, a plurality of lower telescopic cylinders vertically penetrated through the lower turntable and having telescopic ends at the top and evenly distributed, a lower ball head seat with an opening facing upward fixedly provided at the top of each lower telescopic cylinder, and a lower ball head installed in each lower ball head seat.

4. The process for processing raw materials for casings according to claim 3, characterized in that: The upper cleaning assembly also includes: a plurality of upper nozzles evenly distributed on the bottom surface of the upper turntable, an upper liquid supply hose externally connected to the top surface of the upper turntable, and an upper liquid infusion channel built into the upper turntable and connecting the upper liquid supply hose with each upper nozzle.

5. The process for processing raw materials for casings according to claim 4, characterized in that: The lower cleaning assembly also includes: a plurality of lower nozzles evenly distributed on the top surface of the lower turntable, a lower liquid supply hose externally connected to the bottom surface of the lower turntable, and a lower liquid infusion channel built into the lower turntable and connecting the lower liquid supply hose with each lower nozzle.

6. The process for processing raw materials for casings according to claim 5, characterized in that: The outer diameters of the upper ball heads are the same.

7. The process for processing raw materials for casings according to claim 5, characterized in that: The outer surface of each upper ball head is evenly distributed with convex points, convex patterns, concave points or concave patterns, and each upper ball head can universally roll in the upper ball head seat where it is located.

8. The process for processing raw materials for casings according to claim 5, characterized in that: The outer diameters of the lower ball heads are the same.

9. The process for processing raw materials for casings according to claim 5, characterized in that: The outer surface of each lower ball head is evenly distributed with convex points, convex lines, concave points or concave lines, and each lower ball head can universally roll in the lower ball head seat where it is located.

10. The process for processing raw materials for casings according to any one of claims 5 to 9, characterized in that: The method of using a cleaning device to clean cowhide for casing processing comprises the following steps: Flatten the cowhide between the upper cleaning component and the lower cleaning component; each upper telescopic cylinder is extended and retracted to make each upper ball head at the same height; each lower telescopic cylinder is extended and retracted to make each lower ball head at the same height; then the upper lifting frame drives the upper turntable to move downward, and the lower lifting frame drives the lower turntable to move upward, until each upper ball head is against the upper surface of the cowhide and each lower ball head is against the lower surface of the cowhide; Then, the upper and lower surfaces of the cowhide are rubbed and patted for cleaning; during rubbing and patting cleaning: the upper liquid supply hose supplies cleaning liquid to each upper nozzle, and the lower liquid supply hose supplies cleaning liquid to each lower nozzle, each upper nozzle sprays cleaning liquid on the upper surface of the cowhide, and each lower nozzle sprays cleaning liquid on the lower surface of the cowhide; The upper rotating motor drives the upper turntable to rotate forward and reverse intermittently and drives the upper ball heads to rub the upper surface of the cowhide. The lower rotating motor drives the lower turntable to rotate forward and reverse intermittently and drives the lower ball heads to rub the lower surface of the cowhide. The rotation directions of the upper turntable and the lower turntable are always opposite. The upper telescopic cylinders intermittently extend and retract, so that the upper ball heads intermittently slap the upper surface of the cowhide, and the time when the adjacent upper ball heads slap the upper surface of the cowhide is staggered. The lower telescopic cylinders intermittently extend and retract, so that the lower ball heads intermittently slap the lower surface of the cowhide, and the time when the adjacent lower ball heads slap the lower surface of the cowhide is staggered. After the rubbing, beating and cleaning reaches the preset time, the upper rotating motor and the lower rotating motor stop rotating, and the upper telescopic cylinders and the lower telescopic cylinders stop extending and retracting; then the upper lifting frame drives the upper turntable to move up and reset; then the cowhide that has been rubbed, beated and cleaned is taken away; then the lower lifting frame drives the lower turntable to move down and reset.

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