CN104724550A - Multifunctional pay-off wheel - Google Patents

Abstract

The invention relates to a multifunctional pay-off wheel. A pay-off wheel body is composed of a leftwards-rotating supporting plate, a rightwards-rotating supporting plate, a center adjusting shaft and four moving studs. Both the leftwards-rotating supporting plate and the rightwards-rotating supporting plate are provided with two movable disassembly bumping posts respectively. The leftwards-rotating supporting plate and the rightwards-rotating supporting are located on the left side and the right side of the center adjusting shaft respectively. The multifunctional pay-off wheel has the advantages of being convenient and easy to operate, free of limit of sites and environments and capable of adapting to shaftless wire coils of different opening diameters by adjusting the center rotating shaft, the speed and quality of wire laying and pay-off are improved, and various defects existing in the shaftless wire laying process are overcome.

Description

Multifunctional pay-off wheel

technical field

The invention proposes a professional pay-off tool for laying coils without a pay-off spool, and in particular relates to a multifunctional pay-off wheel.

Background technique

At present, there is no special pay-off wheel for low-voltage coiled wires. The same defect exists in the laying process, such as bending and uneven force, which are easy to form dead knots and damage the insulation of the outer skin, thus affecting the quality and service life of the wires, leaving hidden dangers for safe power supply.

Contents of the invention

The invention proposes a multi-functional pay-off reel, which corrects and perfects the problems existing in the laying of shaftless coiled wires, and solves the difficulties in actual work on site.

The technical solution is as follows:

A multifunctional pay-off wheel, characterized in that: the main body of the pay-off wheel is composed of a left-handed support plate, a right-handed support plate, a central adjustment shaft, and four moving studs; Two moving studs, the left-handed support plate and the right-handed support plate are located on the left and right sides of the central adjustment shaft; the left-handed support plate includes a sliding plate for the moving stud, a connecting plate for the central axis and a left-handed nut; the sliding plate for the moving stud, the connecting plate for the central axis The plate and the left-handed nut are an integral structure; the right-handed support plate includes a moving stud sliding plate, a central axis connecting plate and a right-handed nut; a moving stud sliding plate, a central axis connecting plate and a right-handed nut are an integral structure; the central adjustment The shaft includes a central rotation axis, left-handed studs and right-handed studs; the central rotation axis, left-handed studs and right-handed studs are an integral structure, the central rotation axis is located in the center, the left side is left-handed studs, and the right side is right-handed Screw the stud; the movable stud slides arbitrarily on the sliding plate of the movable stud, and the movable stud and the spacer form an integral structure, and the spacer is located at the edge of the outer part of the mobile stud on the sliding plate of the mobile stud.

One end of the central axis connecting plate of the left-handed support plate is located at the central position inside the sliding plate of the moving stud, and the other end is provided with a left-handed nut; the left-handed stud and the left-handed nut of the central adjustment shaft are connected by threads.

One end of the central axis connecting plate of the right-handed support plate is located at the central position inside the sliding plate of the moving stud, and the other end is provided with a right-handed nut; the right-handed stud and the right-handed nut of the central adjustment shaft are connected by threads.

The mobile stud is fixed on the mobile stud sliding plate by a manual nut.

Both ends of the sliding plate of the moving stud are hollow, so that the moving stud can slide freely on both sides of the sliding plate of the moving stud.

The present invention has following advantage and beneficial effect:

(1) Simple structure and easy operation.

(2) It is not limited by the site environment and can be operated by a single person.

(3) A multi-functional pay-off wheel can adapt to coils with different inner diameters.

(4) Corrected the wear and distortion of the wire during the pay-off process, effectively improving the quality and service life of the pay-off.

Description of drawings

Fig. 1 is a structural representation of the present invention;

Fig. 2 is a partial schematic diagram of the sliding plate A of the moving stud.

Explanation of reference signs:

1. Moving stud; 2. Gasket; 3. Moving stud sliding plate; 4. Manual nut; 5. Central shaft connecting plate; 6. Left-handed nut; 7. Left-handed stud; 8. Central rotating shaft; 9. Right-handed stud; 10. Right-handed nut.

Detailed ways

The invention relates to a multifunctional pay-off reel, which can be made of different materials (iron, stainless steel, aluminum alloy, etc.) as required, as long as it meets the requirements for use strength. As shown in Figure 1, the main body of the pay-off wheel is composed of a left-handed support plate, a right-handed support plate, a central adjustment shaft, and four moving studs; two moving studs are respectively arranged on the left-handed support plate and the right-handed support plate, The left-handed support plate and the right-handed support plate are located on the left and right sides of the central adjustment shaft.

The left-handed support plate includes a moving stud sliding plate 3, a central axis connecting plate 5 and a left-handed nut 6; the moving stud sliding plate 3, the central axis connecting plate 5 and the left-handed nut 6 are an integral structure.

The right-handed support plate includes a moving stud sliding plate 3, a central axis connecting plate 5 and a right-handed nut 10; the moving stud sliding plate 3, the central axis connecting plate 5 and the right-handed nut 10 are an integral structure.

The central adjustment shaft includes a central rotating shaft 8, a left-handed stud 7 and a right-handed stud 9; the central rotating shaft 8, the left-handed stud 7 and the right-handed stud 9 form an integral structure, the central rotating shaft 8 is located in the center, and its left side It is a left-handed stud 7, and the right side is a right-handed stud 9. The left-handed stud 7 is connected with the left-handed nut 6, and the right-handed stud 9 is connected with the right-handed nut 10. Adjusting the central rotation axis 8 in the positive and negative directions can extend or shorten the distance between the sliding plates of the two moving studs to meet different inner diameters. Disk requirements.

The moving stud slides arbitrarily on the sliding plate of the moving stud, and the moving stud 1 and the spacer 2 form an integral structure, and the spacer 2 is located at the edge of the outer part of the moving stud 1 on the sliding plate 3 of the moving stud. The mobile stud 1 is fixed on the mobile stud sliding plate 3 by a manual nut 4 .

Fig. 2 is a partial schematic diagram of the sliding plate A of the moving stud. Both ends of the moving stud sliding plate 3 are hollow, so that the moving stud can slide freely on both sides of the moving stud sliding plate to adapt to wire reels of different widths. After the mobile stud 1 position is selected, it is fixed on the mobile stud slide plate with the manual nut 4. The mobile stud sliding plate 3 is responsible for sliding and supporting the wire reel of the mobile stud 1.

One end of the central axis connecting plate 5 of the left-handed support plate is located at the central position inside the moving stud sliding plate 3, and the other end of the central axis connecting plate 5 of the left-handed support plate is provided with a left-handed nut 6; Connected by thread.

One end of the central axis connecting plate 5 of the right-handed support plate is located at the central position of the moving stud slide plate 3, and the other end of the central axis connecting plate 5 of the right-handed support plate is provided with a right-handed nut 10; It is threadedly connected with the right-hand nut 10.

The working principle of the present invention is as follows:

When using the present invention, according to the width of the wire reel, first fix the two moving studs on the same side to adjust the distance between them, put the wire reel in the middle of the pay-off wheel, and then fix the two moving studs on the other side. Column, start to rotate the central adjustment shaft until the wire reel is not loose, jump into the pay-off shaft (iron rod) and fix it on the support seat to start working.

Claims (5)

1. a multi-functional actinobacillus wheel, is characterized in that: actinobacillus wheel main body is made up of LC fagging, dextrorotation stay bearing plate, centering control axle, four mobile studs; LC fagging and dextrorotation stay bearing plate are respectively equipped with two mobile studs, and LC fagging and dextrorotation stay bearing plate are positioned at the left and right sides of centering control axle; LC fagging comprises mobile stud sliding panel (3), center shaft connecting panel (5) and left-handed nut (6); Mobile stud sliding panel (3), center shaft connecting panel (5) are an integral structure with left-handed nut (6); Dextrorotation stay bearing plate comprises mobile stud sliding panel (3), center shaft connecting panel (5) and right handed unt (10); Mobile stud sliding panel (3), center shaft connecting panel (5) are an integral structure with right handed unt (10); Centering control axle comprises centre rotational axis (8), left-handed stud (7) and dextrorotation stud (9); Centre rotational axis (8), left-handed stud (7) and dextrorotation stud (9) are an integral structure, and centre rotational axis (8) is positioned at central authorities, is left-handed stud (7) on the left of it, and right side is dextrorotation stud (9); Mobile stud slides arbitrarily on mobile stud sliding panel, and mobile stud (1) and pad (2) form an integral structure, and pad (2) is positioned at the edge of mobile stud (1) at mobile stud sliding panel (3) Outboard Sections.

2. multi-functional actinobacillus wheel according to claim 1, is characterized in that: center shaft connecting panel (5) one end of LC fagging is positioned at mobile stud sliding panel (3) inner central position, and the other end is provided with left-handed nut (6); Left-handed stud (7) and the left-handed nut (6) of centering control axle are threaded connection.

3. multi-functional actinobacillus wheel according to claim 1, is characterized in that: center shaft connecting panel (5) one end of dextrorotation stay bearing plate is positioned at mobile stud sliding panel (3) inner central position, and the other end is provided with right handed unt (10); Dextrorotation stud (9) and the right handed unt (10) of centering control axle are threaded connection.

4. multi-functional actinobacillus wheel according to claim 1, is characterized in that: mobile stud (1) manually nut (4) is fixed on mobile stud sliding panel (3).

5. multi-functional actinobacillus wheel according to claim 1, is characterized in that: mobile stud sliding panel (3) two ends hollow, meets mobile stud and be free to slide in mobile stud sliding panel both sides.