A sheath surface cleaning device for cable sheath shaping in production

Abstract

This utility model relates to the field of cable sheath production. It discloses a sheath surface cleaning device for cable sheath shaping during production. The device includes a cable cooling water tank, a cooling water trough, an air pump, compressed air pipes, air pressure nozzles, a cleaning brush, and a felt cleaning frame. After the cable is cooled by the cooling water trough, it sequentially passes through a filter cloth on the trough's discharge baffle, the cleaning brush, and the cleaning felt on the felt cleaning frame, as well as the jet air from a pair of air pressure nozzles, undergoing a four-stage cleaning process to effectively remove residual water from the sheath surface. This solves the problem in existing technologies where a single cloth cleaning is insufficient, leading to residual water affecting packaging and continuous production. This utility model can completely remove water residue, ensuring timely packaging and improving production efficiency and product quality.

Description

Technical Field

[0001] This utility model relates to sheath shaping in cable sheath production, and in particular to a sheath surface cleaning device for sheath shaping in cable production. Background Technology

[0002] Currently, in cable sheath production systems, after the cable sheath passes through cooling water, residual water is typically cleaned from the outlet with a cloth. However, a single cloth cannot completely remove the residual water, resulting in a large amount of residual water remaining on the cable sheath surface. This prevents timely packaging, disrupts continuous production, and affects normal production and product quality. In view of the above reasons, a sheath surface cleaning device for cable sheath shaping is proposed. Utility Model Content

[0003] The purpose of this invention is to overcome the problem that a single wiping cloth cannot completely remove residual water from the cable sheath after it has been cooled by water, resulting in a large amount of residual water on the surface of the cable sheath, which prevents timely packaging and disrupts continuous production. Through reasonable design, this invention provides a sheath surface cleaning device for cable sheath shaping. This sheath surface cleaning device is a four-stage cleaning system, using a pair of filter cloths, a cleaning brush, a cleaning felt, and a jet of air to clean the surface of the cable sheath. This system can completely remove water residue from the cable sheath, enabling timely product packaging and ensuring normal production and product quality.

[0004] A self-priming feeding device is installed on the cable sheath processing feeding end. After the self-priming feeding device sucks in the production raw materials through the self-priming hopper, the raw materials enter the feeding valve device through the feeding port. The feeding valve control mechanism measures the raw materials and feeds them to the cable sheath processing feeding end. The automatic control box can feed the cable sheath production system at regular intervals and in quantitative quantities, improving the stability of cable sheath production feeding, reducing human fatigue, avoiding material shortages or excesses in the production system, reducing labor costs, ensuring product quality and normal equipment operation, and improving the product quality of cable sheaths.

[0005] To achieve the above objectives, this utility model adopts the following technical solution: A sheath surface cleaning device for cable production sheath shaping, comprising: a cable cooling water tank, a cooling water trough, a discharge port, a trough discharge baffle, an air pump, an air compressor pipe, an air compressor hose, air pressure nozzles, a cleaning water brush, a felt cleaning frame, cable wires, and a limiter; an air pump is installed on one side of the cable cooling water tank, a cooling water trough is installed on the upper part of the cable cooling water tank, cooling water is installed in the cooling water trough, cable wires are installed in the cooling water, and a limiter is installed above the water outlet end of the cable wires; one end of the cooling water trough is set as a discharge port, a pair of air pressure nozzles are installed at the outer end of the discharge port, the pair of air pressure nozzles are arranged corresponding to both sides of the cable wires, an air compressor pipe is installed between the pair of air pressure nozzles and the air pump, and the pair of air pressure nozzles use airflow to clean water residue on the surface of the cable wires.

[0006] A water tank discharge baffle is installed between one end of the cooling water tank and the discharge port. A V-shaped discharge port is reserved in the center of the upper end of the water tank discharge baffle. Cables are installed in the discharge port, and a filter cloth is installed between the discharge port and the cable. A cleaning water brush is installed below the outer side of the discharge port, corresponding to the bottom of the cable. The cleaning water brush is used to clean the cooling water on the surface of the cable.

[0007] A felt cleaning rack is installed on one side of the cleaning brush. The center of the felt cleaning rack is set with a V-shaped cable channel, in which the cable is placed. The cleaning felt is placed on top of the felt cleaning rack.

[0008] After water cooling, the water residue on the cable is cleaned through four stages: filter cloth, cleaning brush, cleaning felt, and jet air. After the four stages of cleaning, there is no water residue on the surface of the cable, and it can be promptly moved to the next production stage.

[0009] Beneficial effects: The sheath surface cleaning device of this utility model is a four-stage cleaning system. The four stages of cleaning are respectively achieved by a pair of filter cloths, a cleaning brush, a cleaning felt, and a jet of air to clean the surface of the cable sheath. This can completely remove water residue from the cable sheath, and enable timely packaging of products, ensuring normal production and product quality. Attached Figure Description

[0010] The present invention will be further described below with reference to the accompanying drawings: Figure 1 This is a schematic diagram of the overall assembly structure; Figure 2 yes Figure 1 A schematic diagram of a partial cross-sectional structure; Figure 3 yes Figure 1 A schematic diagram of a localized pneumatic nozzle system; Figure 1 , 21. Cable cooling water tank 1. Cooling water tank 2. Discharge port 2-1. Water tank discharge baffle 2-2. Air pump 3. Air compressor pipe 4. Air compressor hose 4-1. Air compressor nozzle 5. Cleaning water brush 6. Felt cleaning rack 7. Cable wire 8. Limiter 9. Detailed Implementation

[0011] The present invention will be further described in detail below with reference to the accompanying drawings and specific embodiments: An air pump 3 is installed on one side of the cable cooling water tank 1. A cooling water tank 2 is installed on the upper part of the cable cooling water tank 1. Cooling water is placed in the cooling water tank 2, and cable wire 8 is placed in the cooling water. A limiter 9 is installed on the water outlet end of the cable wire 8. One end of the cooling water tank 2 is set as a discharge port 2-1. A pair of air pressure nozzles 5 are set at the outer end of the discharge port 2-1. The pair of air pressure nozzles 5 are arranged on both sides of the cable wire 8. An air pressure pipe 4 is set between the pair of air pressure nozzles 5 and the air pump 3. The pair of air pressure nozzles 5 are used to clean the water residue on the surface of the cable wire 8 by spraying airflow.

[0012] A water tank discharge baffle 2-2 is installed between one end of the cooling water tank 2 and the discharge port 2-1. A V-shaped discharge port is reserved at the center of the upper end of the water tank discharge baffle 2-2. The cable 8 is installed in the discharge port. A filter cloth is installed between the discharge port and the cable 8. A cleaning water brush 6 is installed below the outer side of the discharge port. The cleaning water brush 6 is installed below the cable 8. The cleaning water brush 6 is used to clean the cooling water on the surface of the cable 8.

[0013] A felt cleaning frame 7 is set on one side of the cleaning water brush 6. The center of the felt cleaning frame 7 is set with a V-shaped cable channel, and the cable 8 is set in the cable channel. The felt cleaning frame 7 is set with cleaning felt on top.

[0014] After water cooling, the water residue on the cable wire 8 is cleaned through four stages: filter cloth, cleaning brush, cleaning felt, and jet airflow. After the four stages of cleaning, there is no water residue on the surface of the cable wire 8, and the next step of production can proceed in a timely manner.

Claims

1. A sheath surface cleaning device for cable production sheath sizing, comprising a cable cooling water tank (1), a cooling water tank (2), a discharge port (2-1), a water tank discharge baffle (2-2), an air pump (3), an air compression pipeline (4), an air compression pipeline hose (4-1), an air pressure nozzle (5), a cleaning water brush (6), a felt cleaning rack (7), a cable wire (8), and a position limiter (9); characterized in that: An air pump (3) is installed on one side of the cable cooling water tank (1), a cooling water tank (2) is installed on the upper part of the cable cooling water tank (1), cooling water is installed in the cooling water tank (2), cable wire (8) is installed in the cooling water, and a limiter (9) is installed on the water outlet end of the cable wire (8); one end of the cooling water tank (2) is set as the discharge port (2-1), a pair of air pressure nozzles (5) are set at the outer end of the discharge port (2-1), the pair of air pressure nozzles (5) are set on both sides of the cable wire (8), an air pressure pipe (4) is set between the pair of air pressure nozzles (5) and the air pump (3), and the pair of air pressure nozzles (5) are used to clean the water residue on the surface of the cable wire (8) by spraying airflow.

2. The sheath surface cleaning device for cable sheath shaping according to claim 1, characterized in that: A water tank discharge baffle (2-2) is set between one end of the cooling water tank (2) and the discharge port (2-1). A V-shaped discharge port is reserved at the center of the upper end of the water tank discharge baffle (2-2). Cables (8) are set in the discharge port. A filter cloth is set between the discharge port and the cables (8). A cleaning water brush (6) is set below the outer side of the discharge port. The cleaning water brush (6) is set below the cables (8). The cleaning water brush (6) is used to clean the cooling water on the surface of the cables (8).

3. The sheath surface cleaning device for cable sheath shaping according to claim 1, characterized in that: A felt cleaning rack (7) is set on one side of the cleaning water brush (6). The center of the felt cleaning rack (7) is set with a V-shaped cable channel, and the cable (8) is set in the cable channel. The top of the felt cleaning rack (7) is set with cleaning felt.

4. The sheath surface cleaning device for cable sheath shaping according to claim 1, characterized in that: After the water cooling of the cable (8), the water residue is cleaned by four stages: filter cloth, cleaning brush, cleaning felt and jet air. After the four stages of cleaning, there is no water residue on the surface of the cable (8), and the next production step can be carried out in time.

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