CN219519104U

CN219519104U - Pressurized faucet structure for meat grinder

Info

Publication number: CN219519104U
Application number: CN202222978307.1U
Authority: CN
Inventors: 王燮怡
Original assignee: Shenyang Xinjixiang Machinery Manufacturing Group Co ltd
Current assignee: Shenyang Xinjixiang Machinery Manufacturing Group Co ltd
Priority date: 2022-11-09
Filing date: 2022-11-09
Publication date: 2023-08-15
Anticipated expiration: 2032-11-09

Abstract

The pressurizing auger faucet structure for the meat grinder comprises an auger shaft and an auger jacket, wherein a pressurizing assembly is arranged at the material output end of the auger shaft; the pressurizing assembly comprises an external pressurizing body jacket, a pressurizing body core is arranged in the pressurizing body assembly, a pressurizing body rotating shaft is arranged in the pressurizing body core, one end of the pressurizing body rotating shaft is inserted into the auger shaft and rotates synchronously with the auger shaft, and the pressurizing body rotating shaft is connected with the blade I and the blade II; the blade I and the blade II rotate anticlockwise in the pressurizing body core along with the rotating shaft of the pressurizing body, the cavity space between the sliding blade I and the blade II and the pressurizing body core along the material trend is approximately small, and an eccentric structure is arranged between the pressurizing body core, the rotating shaft of the pressurizing body, the sliding blade I and the sliding blade II. Through the structure, the utility model provides the meat grinder capable of grinding and cutting large grease materials.

Description

Pressurized faucet structure for meat grinder

Technical Field

The utility model relates to the field of food processing equipment, in particular to a pressurizing faucet structure for a meat grinder.

Background

The structure of the screw tap of the existing meat grinder is generally that a screw jacket and an outer pressing jacket are matched for use, and a pressurizing device is not arranged. Therefore, when the meat material with larger grease is processed during use, the problem that the material is too greasy can cause that the material can not be cut due to sliding in the meat mincing process, so that the processing process can not be completed.

Disclosure of Invention

The utility model aims to overcome the defects of the existing structure and provide a pressurizing faucet structure for a meat grinder for cutting large-fat meat materials.

In order to solve the technical problems, the technical scheme of the utility model is as follows:

the pressurizing auger head structure for the meat grinder comprises an auger shaft and an auger jacket, wherein a pressurizing body assembly is arranged at the material output end of the auger shaft; the pressurizing body assembly comprises an external pressurizing body jacket, a pressurizing body core is arranged in the pressurizing body assembly, a pressurizing body rotating shaft is arranged in the pressurizing body core, one end of the pressurizing body rotating shaft is inserted into the auger shaft and rotates synchronously with the auger shaft, and the pressurizing body rotating shaft is connected with the blades I and the blades II; the blade I and the blade II rotate anticlockwise in the pressurizing body core along with the rotating shaft of the pressurizing body, and the cavity space between the blade I and the blade II and the pressurizing body core is approximately small along the material trend; the pressurizing body core, the pressurizing body rotating shaft, the blades I and the blades II are of eccentric structures. Because of the continuous rotation change between the two blades, the cavity is from large to small, so that the end of the auger shaft generates negative pressure, and the material can slide forward smoothly.

The middle of the rotating shaft of the pressurizing body is provided with a blade I and a blade II, the front end of the rotating shaft is sleeved with a front shaft sleeve of the pressurizing body, the rear end of the rotating shaft is sleeved with an inner sleeve of the pressurizing body taper sleeve, the outer part of the inner sleeve of the pressurizing body taper sleeve is provided with the pressurizing body taper sleeve, and the pressurizing body taper sleeve and the outer sleeve of the pressurizing body are connected and compressed through a pressurizing body compressing sleeve and a screw. Through the structure, all parts are reasonably arranged, and the structure is tightly connected.

A single-blade reamer is arranged between the auger shaft and the pressing body rotating shaft, is sleeved outside the pressing body rotating shaft and synchronously rotates with the pressing body rotating shaft, a pre-cutting plate fixedly connected with the pressing body component is arranged behind the single-blade reamer, and the single-blade reamer is used for primary twisting of materials.

The double-blade reamer and the pressing body rotating shaft synchronously rotate, an orifice plate fixedly connected with the pressing body rotating shaft is arranged behind the double-blade reamer, and the double-blade reamer is used for carrying out secondary meat mincing on the material.

The pressurizing body jacket is connected with the auger jacket through a clamp I. The outer sleeve of the pressurizing body is connected with the outer compressing sleeve through a clamp II, and the outer side of the outer compressing sleeve is compressed through a compressing nut. Thereby the connection between the parts is tight, and the cooperation is convenient.

The outside cover of pressurization body pivot have the supporter subassembly, the supporter subassembly establish at the orifice plate rear, provide holding power to the pressurization body pivot through the supporter subassembly, guarantee system's operation stability performance.

The beneficial effects of the utility model are as follows: according to the utility model, the pressurizing body assembly is arranged behind the dragon head, and the pressurizing body assembly forms negative pressure at the position of the feeding hole of the pressurizing body in the rotating process of the blade through the change of the cavity from large to small, so that materials to be processed can be sucked into the pressurizing cavity through the feeding hole, and enter the front-end meat mincing cavity through the extrusion of the blade, thereby realizing the processing of the large-fat meat materials. The structure makes up the structural deficiency of the common fresh meat grinder, so that the grinder can grind and cut large grease besides normal meat.

Drawings

Fig. 1 is a schematic diagram of the structure of the present utility model.

Fig. 2 is an exploded view of the pressure body assembly of fig. 1.

Fig. 3 is a cross-sectional view of the pressure body assembly of fig. 1.

Fig. 4a is a front view of the press body core of fig. 3.

Fig. 4b is a cross-sectional view of the compression body core of fig. 3.

Fig. 5 is a schematic diagram of a variation of the pressurized body lumen.

Detailed Description

The following description of the embodiments of the present utility model will be made clearly and completely with reference to the accompanying drawings, in which it is apparent that the embodiments described are only some embodiments of the present utility model, but not all embodiments. All other embodiments, which can be made by those skilled in the art based on the embodiments of the utility model without making any inventive effort, are intended to be within the scope of the utility model.

As shown in fig. 1, the pressurizing faucet structure for the meat grinder comprises a screw shaft 1 and a screw jacket 3, wherein a pressurizing body assembly 6 is arranged at the material output end of the screw shaft 1. A single-blade reamer 4 is arranged between the auger shaft 1 and the pressing body rotating shaft 6-2, the single-blade reamer 4 is sleeved outside the pressing body rotating shaft 6-2 and rotates synchronously with the pressing body rotating shaft 6-2, a pre-cutting plate 5 fixedly connected with the pressing body assembly 6 is arranged behind the single-blade reamer 4, and the material is primarily twisted through the single-blade reamer 4. The double-edged reamer 10 is sleeved outside the pressing body rotating shaft 6-2 at the material output end of the pressing body assembly 6, the double-edged reamer 10 and the pressing body rotating shaft 6-2 synchronously rotate, the rear of the double-edged reamer 10 is provided with a pore plate 11 fixedly connected with the pressing body rotating shaft 6-2, and the double-edged reamer 10 is used for secondary meat mincing of the material. The pressurizing body jacket 6-1 is connected with the auger jacket 3 through a clamp I2. The pressurizing body jacket 6-1 is connected with the outer compressing sleeve 12 through a clamp II7, and the outer side of the outer compressing sleeve 12 is compressed through a compressing nut 8. Thereby the connection between the parts is tight, and the cooperation is convenient. The outside of the pressing body rotating shaft 6-2 is sleeved with a supporting body assembly 9, the supporting body assembly 9 is arranged behind the pore plate 11, and supporting force is provided for the pressing body rotating shaft 6-2 through the supporting body assembly 9, so that the running stability of the system is ensured.

As shown in fig. 2-3, the pressing body assembly 6 comprises an external pressing body jacket 6-1, a pressing body core 6-10 is arranged in the pressing body assembly 6, a pressing body rotating shaft 6-2 is arranged in the pressing body core 6-10, one end of the pressing body rotating shaft 6-2 is inserted into the auger shaft 1 and rotates synchronously with the auger shaft 1, and a blade I6-4 and a blade II6-5 are connected in the pressing body rotating shaft 6-2; the blades I6-4 and the blades II6-5 rotate anticlockwise in the pressurizing body core 6-10 along with the pressurizing body rotating shaft 6-2, and the cavity space between the blades I6-4 and the blades II6-5 and the pressurizing body core 6-10 is approximately small along the material trend; the pressurizing body core 6-10, the pressurizing body rotating shaft 6-2, the blades I6-4 and the blades II6-5 are of eccentric structures. The principle is the same as that of the vane pump, the vane structure is similar to that of the vane pump, and as shown in fig. 4a-5, the cavity is from large to small due to the continuous rotation change between the two vanes, so that negative pressure is generated at the end of the auger shaft 1, and the material can slide forward smoothly. The middle of the pressing body rotating shaft 6-2 is externally provided with a blade I6-4 and a blade II6-5, the front end of the pressing body rotating shaft is sleeved with a pressing body front shaft sleeve 6-3, the rear end of the pressing body rotating shaft is sleeved with a pressing body taper sleeve inner sleeve 6-7, the pressing body taper sleeve 6-6 is arranged outside the pressing body taper sleeve 6-7, and the pressing body taper sleeve 6-6 is tightly connected with the pressing body outer sleeve 6-1 through a pressing body pressing sleeve 6-8 and a screw 6-9. Through the structure, all parts are reasonably arranged, and the structure is tightly connected.

Claims

1. A pressurization hank tap structure for meat grinder, including auger axle (1), auger overcoat (3), its characterized in that: a pressurizing body component (6) is arranged at the material output end of the auger shaft (1); the pressurizing body assembly (6) comprises an external pressurizing body jacket (6-1), a pressurizing body core (6-10) is arranged in the pressurizing body assembly (6), a pressurizing body rotating shaft (6-2) is arranged in the pressurizing body core (6-10), one end of the pressurizing body rotating shaft (6-2) is inserted into the auger shaft (1) and rotates synchronously with the auger shaft (1), and the pressurizing body rotating shaft (6-2) is connected with the blade I (6-4) and the blade II (6-5); the blade I (6-4) and the blade II (6-5) rotate anticlockwise in the pressurizing body core (6-10) along with the pressurizing body rotating shaft (6-2), the cavity space between the blade I (6-4) and the blade II (6-5) and the pressurizing body core (6-10) is approximately small along the material trend, and the pressurizing body core (6-10), the pressurizing body rotating shaft (6-2), the blade I (6-4) and the blade II (6-5) are of eccentric structures.

2. The pressurized faucet structure for a meat grinder of claim 1, wherein: the middle of the pressurizing body rotating shaft (6-2) is externally provided with a blade I (6-4) and a blade II (6-5), the front end of the pressurizing body rotating shaft is sleeved with a pressurizing body front shaft sleeve (6-3), the rear end of the pressurizing body rotating shaft is sleeved with a pressurizing body taper sleeve inner sleeve (6-7), the pressurizing body taper sleeve (6-6) is arranged outside the pressurizing body taper sleeve (6-7), and the pressurizing body taper sleeve (6-6) is connected with the pressurizing body outer sleeve (6-1) through a pressurizing body compressing sleeve (6-8) and a screw (6-9) for compression.

3. The pressurized faucet structure for a meat grinder of claim 1, wherein: a single-blade reamer (4) is arranged between the auger shaft (1) and the pressing body rotating shaft (6-2), the single-blade reamer (4) is sleeved outside the pressing body rotating shaft (6-2) and synchronously rotates with the pressing body rotating shaft (6-2), and a pre-cutting plate (5) fixedly connected with the pressing body component (6) is arranged behind the single-blade reamer (4).

4. The pressurized faucet structure for a meat grinder of claim 1, wherein: the double-edge reamer (10) is sleeved outside the pressurizing body rotating shaft (6-2) at the material output end of the pressurizing body assembly (6), the double-edge reamer (10) and the pressurizing body rotating shaft (6-2) synchronously rotate, and a pore plate (11) fixedly connected with the pressurizing body rotating shaft (6-2) is arranged behind the double-edge reamer (10).

5. The pressurized faucet structure for a meat grinder of claim 1, wherein: the pressurizing body jacket (6-1) is connected with the auger jacket (3) through a clamp I (2).

6. The pressurized faucet structure for a meat grinder of claim 1, wherein: the pressurizing body jacket (6-1) is connected with the outer compressing jacket (12) through a clamp II (7), and the outer side of the outer compressing jacket (12) is compressed through a compressing nut (8).

7. The pressurized screw tap structure for a meat grinder of claim 4, wherein: the outside of the pressing body rotating shaft (6-2) is sleeved with a supporting body component (9), and the supporting body component (9) is arranged behind the pore plate (11).