A DEVICE CONFIGURED TO CONDUCT ELECTRICITY THROUGH A CLOTH BELT

Abstract

 It is a new type device which conducts electricity through a cloth belt(cloth belt with built-in multi-strand copper wires), including a base box, a cover, conductive components, and a cable presser. The conductive component is installed in the base box and covered by a cover. The cable presser is connected to the base box, to press the belt onto the cover. The conductive component includes a conductive board, conductive copper needles, cables, and a copper needle cover. The conductive copper needles and cables are installed on the conductive board and are electrically connected to each other. The needle tip of the conductive copper needle is vertically facing upwards, the copper needle cover is located above the conductive copper needle. There are holes on the copper needle cover for the conductive copper needle to pass through, and there is a compressible spring between the copper needle cover and the base box. There are movable holes on the cover for the copper needle cover to move up and down. The advantages of this product are easy installation and reliability.

Description

Introduction

[0001] The product mainly relate to the field of power conducting through cloth belt.

Background

[0002] The cloth belt (cloth belt with built-in multi-strand copper wires) is kind of wire with a cloth layer, the function is to protect the insulation from various light, heat, moisture, low temperature, acid and alkali gases, as well as external mechanical damage, ensuring the safe operation of the built-in multi-strand copper wires. Although this type of wire has good safety, it is difficult to obtain electricity from cloth belt, at least currently there's no convenient and reliable device for obtaining electricity from cloth belt.

Summary

[0003] This invention is to solve above technical problem and provide a convenient and reliable solution for belt conducting technology.

[0004] For this purpose, a device is provided which conducts electricity through a cloth belt (cloth belt with built-in multi-strand copper wires), including a base box, a cover, conductive components, and a cable presser. The conductive component is installed in the base box and covered by a cover. The cable presser is connected to the base box, to press the belt onto the cover. The conductive component includes a conductive board, conductive copper needles, cables, and a copper needle cover. The conductive copper needles and cables are installed on the conductive board and are electrically connected to each other. The needle tip of the conductive copper needle is vertically facing upwards, the copper needle cover is located above the conductive copper needle. There are holes on the copper needle cover for the conductive copper needle to pass through, and there is a compressible spring between the copper needle cover and the base box. There are movable holes on the cover for the copper needle cover to move up and down. The advantages of this product are easy installation and reliability.

[0005] A new type device which conducts electricity through a cloth belt(cloth belt with built-in multi-strand copper wires), including a base box, a cover, conductive components, and a cable presser. The conductive component is installed in the base box and covered by a cover. The cable presser is connected to the base box, to press the belt onto the cover.

[0006] The conductive component includes a conductive board, a conductive copper needle, cables, and a copper needle cover. The conductive copper needle and the cable are installed on the conductive plate and electrically connected to each other. The needle head of the conductive copper needle is vertically facing upwards, and the copper needle cover is located above the conductive copper needle. There's hole on the copper needle cover for the conductive copper needle to pass through.

[0007] There is a compression spring between the copper needle cover and the base box, there is movable hole on the cover plate for the copper needle cover to move up and down. Under the elastic force of the compressed springs, the copper needle cover can push up and protrudes from the movable hole, making the conductive copper needle hidden inside the copper needle cover. The cable pressing plate presses the belt onto the cover plate, and at the same time, the copper needle cover can be pressed down to allow the conductive copper needle to pass out of the hole in the copper needle cover, pierce the belt and achieve conductivity.

[0008] Except for above, the other improvement is, one end of the cable presser is hinged with the base box, the other end of the cable presser has a buckle, to match with the slot of the base box.

[0009] The hinge end, i.e. the end which cable presser is hinged with the base box, of the cable presser is equipped with a row of teeth for the belt clamping.

[0010] The edge of the copper needle cover is equipped with a blocking edge to prevent the copper needle cover from falling out of the movable hole.

[0011] Compared with existing belt conductive technology, the advantage of the product is the cloth belt is pressed onto the cover plate through the cable presser, the copper needles inserts into the cloth belt and achieve conductivity between the cloth belt and the cables. Convenient to use, stable to connect, and has high reliability.

List of drawings

[0012] 

Fig. 1 illustrates a break down of the conductive device;

Fig. 2 illustrates the state when the copper needle cover is raised and the conductive copper needle is hidden in the device.

Fig. 3 illustrates the state of the copper needle cover sinking and the conductive copper needle piercing out in the device.

Figs. 4, 5, and 6 illustrate installation steps of the conductive device.

Detailed description

[0013] he following numbers apply to the features illustrated in the drawings

1. Base box

2. Cover plate

3. Cable presser

4. Screw

5. Conductive plate

6. Conductive copper needle

7. Cables

8. Copper needle cover

9. holes

10. Compression spring

11. Activity hole

12. Buckle

13. Slot

14. Elastic button

15. Hinged groove

16. Teeth

17. blocking edge

18. Cloth belt with built-in multi-strand copper wires

Detailed description

[0014] The following provides a further detailed explanation of this product in conjunction with the accompanying drawings and specific implementation examples.

[0015] The scope of the application should not be limited to the following embodiment. Without departing from the principles of this product, any improvements or embellishments made to this product should be considered as within the scope of the application.

[0016] This belt conductive device is mainly used for low-voltage (48V) occasions, to take electricity from the belt conductive device, or to conduct electricity to the belt conductive device. As shown in drawing 1, this product includes base box 1, cover plate 2, conductive component and cable presser 3. The conductive component is installed inside the base box 2 and covered by the cover plate3, which is fixed to the base box1 by screws 4. The cable presser3 plate is connected to the base box 1 to press the cloth belt 18 onto the cover plate 2.

[0017] The conductive component includes conductive plate 5, conductive copper needle 6, cables 7, and copper needle cover8. The conductive copper needle6 and the cables 7 are installed on the conductive plate 5 and electrically connected to each other. The conductive copper needle 6 is in two rows, corresponding to positive+ and negative-, and is connected to one cable 7.

[0018] The needle tip of conductive copper needle 6 is vertically facing upwards, and the copper needle cover 8 is located above the 6conductive copper needle. The hole 9 is provided on the copper needle cover 8 for the conductive copper needle 6 to penetrate.

[0019] There is a compressible spring 10 between the copper needle cover 8 and the base box 1, and movable hole 11 is provided on the cover plate 2 for the copper needle cover 8 to move up and down. Under the elastic force of the compression spring 10, the copper needle cover 8 is pushed up and protrudes from the movable hole 11, so that the conductive copper needle 6 is hidden inside the copper needle cover 8 (see drawing 2). When the cable presser 3 presses the cloth belt 18 onto the cover plate 2, the copper needle cover 8 can be pressed downwards to allow the conductive copper needle 6 to pass through the holes 9 of the copper needle cover 8 (see drawing 3), and pierce into the cloth belt 18 to achieve conductivity.

[0020] Preferably, one end of the cable presser 3 is hinged on the base box 1, the other end of the cable presser 3 is equipped with a buckle 12, and the base box 1 is equipped with a slot 13 that matches the buckle 12. The buckle 12 is a press type spring buckle 12, and there is a corresponding elastic button 14 on the cable presser 3. The press type spring buckle 12 is a mature existing technology, and its specific structure and working principle will not be elaborated here.

[0021] In addition, in other embodiments, the cable presser 3 can also be connected and locked with the base box 1 in other ways, as long as the cloth belt 18 can be pressed tightly on the cover plate 2.

[0022] Preferably, the hinge end of the cable presser 3 is equipped with a row of teeth 16 for clamping the braided wire 18, which can avoid displacement of the cloth belt 18 after installation and improve connection stability.

[0023] Preferably, the edge of the copper needle cover 8 is equipped with a blocking edge 17 to prevent the copper needle cover 8 from detaching from the movable hole 11. By hanging the cover plate 2 with the blocking edge 17, the copper needle cover 8 can be prevented from completely detaching from the movable hole 11.

Example

[0024] 

1) Refer to drawing 4, place the cloth belt 18 on the cover plate 2, and then insert the hinge end of the cable presser 3 into the hinge groove 15 of the base box 1.

2) Refer to drawing 5, rotate the cable presser 3 while holding down the elastic button 14 on the cable presser 3, so that the buckle 12 of the cable presser 3 is inserted into the slot 13 of the

3) As shown in drawing 6, after the buckle 12 is inserted into the slot 13, the cloth belt 18 is pressed onto the cover plate 2 by the cable presser 3, and the copper needle cover 8 is pressed downwards to allow the conductive copper needle 6 to penetrate through the holes 9 of the copper needle cover 8 and penetrate into the cloth belt 18 to achieve conductivity.

Numbered embodiments

[0025] 

1. A new type device which conducts electricity through a cloth belt (cloth belt with built-in multi-strand copper wires), including a base box, a cover, conductive components, and a cable presser. The conductive component is installed in the base box and covered by a cover. The cable presser is connected to the base box, to press the belt onto the cover.
The conductive component includes a conductive board, a conductive copper needle, cables, and a copper needle cover. The conductive copper needle and the cable are installed on the conductive plate and electrically connected to each other. The needle head of the conductive copper needle is vertically facing upwards, and the copper needle cover is located above the conductive copper needle. There's hole on the copper needle cover for the conductive copper needle to pass through.
There is a compression spring between the copper needle cover and the base box, there is movable hole on the cover plate for the copper needle cover to move up and down. Under the elastic force of the compressed springs, the copper needle cover can push up and protrudes from the movable hole, making the conductive copper needle hidden inside the copper needle cover. The cable pressing plate presses the belt onto the cover plate, and at the same time, the copper needle cover can be pressed down to allow the conductive copper needle to pass out of the hole in the copper needle cover, pierce the belt and achieve conductivity.

2. According to the belt conductive device described in above point 1, the feature of the device is one end of the cable presser is hinged with the base box, the other end of the cable presser has a buckle, to match with the slot of the base box.

3. According to the belt conductive device described in above point 2, the feature is that the hinge end(the end which cable presser is hinged with the base box) of the cable presser is equipped with a row of teeth for the belt clamping.

4. According to the belt conductive device described in above point 123, the feature is that the edge of the copper needle cover is equipped with a blocking edge to prevent the copper needle cover from falling out of the movable hole.

Claims

1. A device configured to conduct electricity through a cloth belt having built-in multi-strand copper wires, the device including a base box, a cover, conductive components, and a cable presser, where the conductive component is installed in the base box and covered by a cover, the cable presser being connected to the base box, to press the belt onto the cover,

the conductive component including a conductive board, a conductive copper needle, cables, and a copper needle cover,

the conductive copper needle and the cable being installed on the conductive plate and electrically connected to each other, the needle head of the conductive copper needle being vertically facing upwards, and the copper needle cover being located above the conductive copper needle,

the copper needle cover comprising a hole on the copper needle cover for the conductive copper needle to pass through,

the device comprising a compression spring between the copper needle cover and the base box, and

the device comprising a movable hole on the cover plate for the copper needle cover to move up and down under the elastic force of the compression spring,

wherein the copper needle cover is configured to be pushed up and protrudes from the movable hole, making the conductive copper needle hidden inside the copper needle cover, and

wherein the cable pressing plate is configured to press the belt onto the cover plate, and at the same time, the copper needle cover can be pressed down to allow the conductive copper needle to pass out of the hole in the copper needle cover, pierce the belt and achieve conductivity.

2. A device according to claim 1, wherein one end of the cable presser is hinged with the base box and the other end of the cable presser has a buckle to match with the slot of the base box.

3. A device according to claim 2, wherein the hinge by which the cable presser is hinged with the base box is equipped with a row of teeth for the belt clamping.

4. A device according to any of the preceding claims, wherein the copper needle cover has an edge which is equipped with a blocking edge to prevent the copper needle cover from falling out of the movable hole.

Drawing