CN102263390B - A winding positioning and fixing device - Google Patents

Abstract

The invention relates to a winding, positioning and fixing device, which is characterized in that: the wire binding machine is provided with a base (5) and a bracket (3) arranged on the base (5), and a wire terminal return positioning mechanism and a wire binding winding mechanism are respectively arranged at the top and the middle of the bracket (3). The wire terminal end return positioning mechanism is composed of a horizontal table board (7) arranged at the top of a support, a round groove (2) which is arranged between the horizontal table board (7) and the round pipe (1) and can be used for placing an insulator, and two bolts (8) arranged on the horizontal table board (7), wherein the wire binding winding mechanism is composed of a cross shaft (9) and a handle (4) which are arranged in the middle of the support (3), and a wire binding winding cylinder (6) arranged at the outer end part of the cross shaft (8), the end part of the wire binding winding cylinder (6) is provided with a cross groove (10) for clamping the end of a wire binding, and the wire binding mechanism has the characteristics of simple structure, small volume, light weight, convenient use and carrying, smooth winding and bending binding, no gold hook and dead bend of the wire binding, high wire binding quality, labor saving, time saving and the like.

Description

A winding positioning and fixing device

1. Fields:

The invention relates to the technical field of turning back positioning and binding wire winding of transformer station wire terminals for installation and maintenance of power system distribution lines, in particular to a winding positioning and fixing device for turning back positioning of transformer station wire terminals and binding wire winding.

2. Background technology:

At present, during the production and installation of the medium-voltage 10KV distribution transformer bench in the power system, in the reconstruction of the rural power grid and in the running line, the bus bars and partial cross-arms (or A and B cross-arms) between the upper and lower T-shaped cross-arms of the transformer platform ) In the production and maintenance of horizontal busbars, the "Ω" bend and wire binding in the bending and fixing of wires and pin insulators are mostly involved in manual production, which is labor-intensive, and is made by hand, with poor workmanship. There will be slack, golden hooks, and dead bends between the busbars and the tied wires. At the same time, it is difficult and unsafe to work at heights. Therefore, in the face of manual production and high labor intensity, how to improve the process standard and reduce the difficulty of high-altitude operations, especially to strengthen the spacing and stability between the busbars, enhance the stability of the wires and the reliability of the power supply is a medium-voltage power system. In the construction of distribution lines, especially in the installation of transformer stations and the transformation of rural power grids, it is an urgent problem to be solved.

3. Contents of the invention:

The purpose of the present invention is: aiming at the problems existing in the prior art, the design and development structure is simple, small in size, light in weight, flexible and convenient to use and carry, and fundamentally solve the problem of turning back and positioning the wire terminal of the transformer table and winding the wire by hand, and the labor intensity is high. It is a winding positioning and fixing device that can enhance the spacing and stability between the busbars, improve the stability of the wires and the reliability of the power supply.

The technical solution adopted by the present invention to solve the technical problem is: a winding positioning and fixing device, which is characterized in that: it has a base 5 and a bracket 3 set on the base 5, and the top and middle of the bracket 3 are respectively provided with a wire terminal back The positioning mechanism and the binding wire winding mechanism, as shown in Figures 1, 2, and 3, the base 5 in this technology can choose a disc-shaped base 5, and the support 3 can be in various geometric shapes, such as circular, square, rectangular, As well as other geometric shapes, the technology is designed as a rectangle, as shown in Figures 1 and 2.

Said wire terminal turning back positioning mechanism is composed of the horizontal platform 7 on the top of the bracket, the circular tube 1 provided on the horizontal platform 7, the circular groove 2 and the horizontal platform 7 that can be placed between the horizontal platform 7 and the circular tube 1, and the insulator can be placed. It consists of two bolts 8 arranged side by side on the front, wherein the size of the circular groove 2 matches the insulator, as shown in Figures 1, 2, and 3. The wire terminal return positioning mechanism in this technology is mainly to solve the problem of medium voltage 10KV in the power system. During the production and installation of the distribution transformer bench, the transformation of the rural power grid and the running line, the return of the busbar between the upper and lower T-shaped cross-arms of the transformer platform and the horizontal busbars of the partial cross-arms (or A, B cross-arms) During maintenance, there is a problem with the "Ω" bend in the bending and fixing of the lead wire and the pin insulator. Among them, there is a rectangular through hole on the horizontal platform 7 in this technology, and two bolts 8 with different diameters are installed on the through hole. The bolt 8 of the different diameter can be adjusted in width, and two wires can be put into it; the diameter of the circular groove 2 matches the insulator, and the circular groove 2 is used for putting insulated wires; the circular pipe 1 (hollow) on the top of the circular groove 2 ) is used for fixing and binding the bent and shaped wires and the insulators put in. In this way, the insulator can be conveniently put into the circular groove 2 provided between the horizontal platform 7 and the circular pipe 1, and then the "Ω" bend of the wire is stewed, and the "Ω" bend of the wire that is stewed is put on the insulator and then Use the wrapped binding wire to wrap and fix it.

Said wire-binding winding mechanism is composed of a horizontal shaft 9 and a handle 4 arranged in the middle of the bracket 3, and a wire-binding winding cylinder 6 arranged at an outer end of the horizontal shaft 8, wherein the end of the wire-binding winding cylinder 6 The part is provided with the transverse groove 10 that card puts the binding wire end, as shown in Figure 1, 2, 3, the binding wire winding mechanism in the present technology is mainly to solve the binding wire winding problem, change the original binding wire with manual simmering For winding with manual equipment or machine, here the winding cylinder 6 is the reel for winding by the handle 4, so that the winding and bending of the machine are of high quality, the winding and bending are smooth, and the binding has no golden hooks and dead bends, saving time Save labor, and then put the wrapped binding wire on the insulator for final manual winding and fixing.

The working principle and working process of this technology: 1. Put the overhead insulated wire into the circular groove 2 of the wire terminal turning back positioning mechanism on the upper part of the winding positioning and fixing device of this technology; 3. Bend the wire to both sides; 4. Put the insulator on the top of the round tube 1; 5. Move the bent wire to the neck of the insulator; 6. Wrap and fix the wire as required with the binding wire; 7. 8. Put the single-strand wire (or galvanized iron wire) into the transverse groove 10 of the wire-binding winding cylinder 6; 9. The handle 4; 10. The other hand supports the wire-binding winding cylinder 6 for winding; 11 1. Move out horizontally after completion; 12. Finish after sorting. The scope of application of this technology includes the use of pin insulators in the process of manufacturing and overhauling the transformer platform to bind the wire terminal bus bar and turn back the positioning frame. Suitable for pin insulators P10T-P15T, wire cross section JKLYJ25-95, binding wire winding diameter ∮2.0-∮4.0.

Compared with the prior art, this technology has the advantages of simple structure, small size, light weight, easy to use, easy to carry, high-quality binding wire, smooth winding and bending binding, no gold hooks and dead bends in binding wire, saving time and effort, and wire terminal The connection between the head and the insulator is reliable, the spacing and stability between the busbars are enhanced, and the stability of the wires and the reliability of the power supply are improved.

4. Description of drawings:

Fig. 1 is the front view of the overall structure of the present invention.

Fig. 2 is a side view of the general structure of the present invention.

Fig. 3 is a top view of the general structure of the present invention.

In the figure: 1 round pipe, 2 round grooves, 3 brackets, 4 handles, 5 bases, 6 binding wire winding cylinders, 7 horizontal platforms, 8 bolts, 9 horizontal shafts, and 10 horizontal grooves.

5. Specific implementation methods:

The specific embodiment of the present invention, as shown in Fig. 1, 2, 3, a kind of winding positioning and fixing device is characterized in that: it has a base 5 and a bracket 3 provided on the base 5, and the top and the middle of the bracket 3 are respectively arranged There is a wire terminal turning back positioning mechanism and a binding wire winding mechanism, as shown in Figures 1, 2, and 3, the base 5 in this technology can choose a disc-shaped base 5, and the support 3 can be in various geometric shapes, such as circular, Square, rectangle, and other geometric shapes, this technology is designed as a rectangle, as shown in Figures 1 and 2.

Said wire terminal turning back positioning mechanism is composed of the horizontal platform 7 on the top of the bracket, the circular tube 1 provided on the horizontal platform 7, the circular groove 2 and the horizontal platform 7 that can be placed between the horizontal platform 7 and the circular tube 1, and the insulator can be placed. It consists of two bolts 8 arranged side by side on the front, wherein the size of the circular groove 2 matches the insulator, as shown in Figures 1, 2, and 3. The wire terminal return positioning mechanism in this technology is mainly to solve the problem of medium voltage 10KV in the power system. During the production and installation of the distribution transformer bench, the transformation of the rural power grid and the running line, the return of the busbar between the upper and lower T-shaped cross-arms of the transformer platform and the horizontal busbars of the partial cross-arms (or A, B cross-arms) During maintenance, there is a problem with the "Ω" bend in the bending and fixing of the lead wire and the pin insulator. Among them, there is a rectangular through hole on the horizontal platform 7 in this technology, and two bolts 8 with different diameters are installed on the through hole. The bolts 8 of different diameters can adjust the width, and two wires can be put into it; the diameter of the circular groove 2 matches the insulator, and the circular groove 2 is used for putting insulated wires; the circular pipe 1 (hollow) on the top of the circular groove 2 ) is used for fixing and binding the bent and shaped wires and the insulators put in. In this way, the insulator can be conveniently put into the circular groove 2 provided between the horizontal platform 7 and the circular pipe 1, and then the "Ω" bend of the wire is stewed, and the "Ω" bend of the wire that is stewed is put on the insulator and then Use the wrapped binding wire to wrap and fix it.

Said wire-binding winding mechanism is composed of a horizontal shaft 9 and a handle 4 arranged in the middle of the bracket 3, and a wire-binding winding cylinder 6 arranged at an outer end of the horizontal shaft 8, wherein the end of the wire-binding winding cylinder 6 The part is provided with the transverse groove 10 that card puts the binding wire end, as shown in Figure 1, 2, 3, the binding wire winding mechanism in the present technology is mainly to solve the binding wire winding problem, change the original binding wire with manual simmering For winding with manual equipment or machine, here the winding cylinder 6 is the reel for winding by the handle 4, so that the winding and bending of the machine are of high quality, the winding and bending are smooth, and the binding has no golden hooks and dead bends, saving time Save labor, and then put the wrapped binding wire on the insulator for final manual winding and fixing.

Claims (2)

1. one kind is wound around device for positioning and securing, it is characterized in that: there is the upper support (3) arranged of a base (5) and base (5), be respectively equipped with Wire termination at the top of support (3) and centre and turn one's head detent mechanism and wiring winding mechanism;

Said Wire termination is turned one's head detent mechanism and is gone up two bolts (8) be set up in parallel above form by being arranged on upper pipe (1), the circular groove (2) can putting into insulator arranged between level table (7) and pipe (1), the level table (7) arranged of the level table (7) of cradle top, level table (7), wherein, the size of circular groove (2) and insulator match.

2. a kind of winding device for positioning and securing as claimed in claim 1, it is characterized in that: said wiring winding mechanism is by the transverse axis (9) be arranged in the middle of support (3) and handle (4), and the wiring being arranged on transverse axis (8) outer end is wound around cylinder (6) composition, wherein, the end of wiring winding cylinder (6) is provided with the translot (10) that card puts wiring termination.