Electric cable hanger structure using a damper

Abstract

The present invention relates to a hanger plate for a wire hanger in a multi-unit dwelling, which utilizes a hanger plate when installing wire hangers to prepare for noise and vibration occurring in multi-unit dwellings. This hanger plate introduces bearings and springs between the joining part, the tensioning part, the clip part, and the connector part to minimize the transmission of noise and vibration when they occur.

Description

Technology Field

[0001] The present invention relates to a wire hanger for a multi-unit dwelling in the field of architectural electrical work. Since wire hangers installed in multi-unit dwellings generate noise and vibration, a hanger plate is applied between them to minimize these effects. Background Technology

[0002] To realize this, it must be possible to reduce noise and vibration to a certain extent, rather than merely providing simple fixation. However, the disclosed invention is designed to function in a limited direction. Therefore, an invention capable of providing robust fixation and reducing noise and vibration is required. Published Invention 10-1655231 (2016.09.01) The problem to be solved

[0003] Accordingly, the present invention aims to ensure secure fixation and resistance to noise and vibration when installing wire hangers in multi-unit housing. means of solving the problem

[0004] The present invention introduces a hanger plate that contracts and expands while under tension between a multi-unit dwelling and a wire hanger. Effects of the invention

[0005] The present invention reduces the spread of noise and vibration generated from the hanger to the apartment building by introducing a hanger plate between the apartment building and the wire hanger, thereby minimizing the vibration. Brief explanation of the drawing

[0006] FIG. 1 is a schematic diagram showing an embodiment of the present invention. Specific details for implementing the invention

[0007] The present invention introduces a hanger plate between a multi-unit dwelling and a wire hanger. This hanger plate (69) is composed of an upper connecting part (61), a lower connecting part (61a), an upper tensioning part (62), a lower tensioning part (62a), an upper connecting part (63), a lower connecting part (63a), a left clip part (64), a right clip part (64a), a left tensioning part (65), a right tensioning part (65a), etc.

[0008] The upper connecting part (61) of the hanger plate (69) forms a horizontal plane outward from both sides and a narrow inclined plane and a horizontal plane from the inside downward, and the lower connecting part (61a) forms a horizontal plane outward from both sides and a narrow inclined plane and a horizontal plane from the inside upward, and the upper tension part (62) has a horizontal plane and a narrow inclined plane and a horizontal plane from both sides downward, and the lower tension part (62a) has a horizontal plane and a narrow inclined plane and a horizontal plane from both sides upward, and the upper connecting part (63) has a horizontal plane of the groove and a vertical plane from one end downward, and the lower connecting part (63a) has a horizontal plane of the groove and a vertical plane from one end upward, and the left clip part (64) has a horizontal plane on both sides and a vertical plane outward, a horizontal plane to the left and an inclined plane and a horizontal plane outward, and the right clip part (64a) has a horizontal plane on both sides and a vertical plane outward, a horizontal plane to the left and an inclined plane and a horizontal plane upward, and the left tension part (65) is fastened by a bolt and nut that combines the left plate and the right plate with a spring. The right tensioning portion (65a) includes the right plate and the seat plate being fastened by a bolt and nut that combines a spring.

[0009] The present invention combines a connector tube (68a) and a clip tube (68b) with a bolt (68), combines a lower tensioning part (62a) and a lower coupling part (61a) with bearings on both inclined surfaces to the clip tube (68b), combines a lower connector part (63a) with a bolt on the left side and a spring and an upper connector part (63) with a bolt on the right side, fastens the upper coupling part (61) and the upper tensioning part (62) with bearings on both inclined surfaces with a nut, fastens the bolt (68) exposed through the connector tube (68a) with a nut, combines the spring and the left clip part (64) between the bolt (67) exposed between the bottom horizontal surface of the upper coupling part (61) and the top horizontal surface of the lower coupling part (61a), fastens the bearings on both sides of the left clip part (64) and the right plate of the left tensioning part (65) with a nut, and the right plate of the left tensioning part (65) and The present invention relates to a hanger plate (69) in which a seat plate is fastened with a nut using a bolt with a spring attached therebetween, a spring and a right clip part (64a) and a bearing above and below the right clip part (64a) are attached to a bolt (67a) exposed between the bottom horizontal plane of the upper connecting part (61) and the upper horizontal plane of the lower connecting part (61a), thereby fastening the seat plate of the right tension part (65a) with a nut, and a bolt with a spring attached therebetween is fastened with a nut to the seat plate of the right tension part (65a). In this hanger plate, the lower connecting part (61a), the left tension part (65), and the right tension part (65a) of the hanger plate (69) are connected to a wall surface (w), and a wire hanger (h) is connected to the upper connecting part (61).

[0010] In this invention, a hanger plate is introduced between the multi-unit dwelling and the wire hanger. To reduce noise and vibration generated by the hanger, this hanger plate incorporates joints, tensioning parts, clips, and connectors, and applies bearings and springs between them to enable tension, contraction, and expansion, thereby minimizing noise and vibration generated by the hanger and reducing their spread to the multi-unit dwelling. Explanation of the symbols

[0011] h Hanger w Wall 69 Hanger Plate

Claims

Claim 1 A connector tube (68a) and a clip tube (68b) are connected to a bolt (68), and a lower connecting part (61a) with a lower tension part (62a) and bearings on both inclined surfaces is connected to the clip tube (68b), and a lower connecting part (63a) with a bolt (67) connected to the left is connected to a spring and an upper connecting part (63) with a bolt (67a) connected to the right, and an upper connecting part (61) and an upper tension part (62) with bearings on both inclined surfaces are fastened with a nut and fastened to the bolt (68) exposed through the connector tube (68a) with a nut, and a spring and a left clip part (64) are connected to the bolt (67) exposed between the bottom horizontal surface of the upper connecting part (61) and the top horizontal surface of the lower connecting part (61a), bearings are connected to both sides of the left clip part (64), and the right plate of the left tension part (65) is fastened with a nut, and the right plate of the left tension part (65) and A hanger plate (69) in which a seat plate is fastened with a nut using a bolt with a spring attached therebetween, a spring and a right clip part (64a) are fastened with a nut to a bolt (67a) exposed between the bottom horizontal plane of the upper connecting part (61) and the upper horizontal plane of the lower connecting part (61a), a bearing is attached above and below the right clip part (64a), and a seat plate of the right tension part (65a) is fastened with a nut, and a bolt with a spring attached therebetween is fastened with a nut to the seat plate of the right tension part (65a). In this hanger plate, a wire hanger (h) is fastened to the upper connecting part (61) and the lower connecting part (61a), left tension part (65), and right tension part (65a) of the hanger plate (69) to the wall surface (w).

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