Rotation arm type wire laying-off apparatus

Abstract

The present invention discloses a rotation arm type wire laying-off apparatus. According to the rotation arm type wire laying-off apparatus, a number 1 bearing (2) is arranged on the front portion of a rotation shaft (5), the middle portion of the rotation shaft (5) is provided with a number 2 bearing (8), the tail portion of the rotation shaft (5) is provided with a number 3 bearing (9), the front portion of the rotation shaft (5) is arranged on a front bracket (4) through the number 1 bearing (2) and a swing bearing base (3), the rotation shaft (5) penetrates through a wire supporting arm (11), and is arranged inside the wire supporting arm (11) through the number 2 bearing (8) and the number 3 bearing (9), the wire supporting arm (11) is arranged on a tail bracket (10) in a support manner, the front bracket (4) is provided with a number 1 conducting wire roller (1), and a number 2 conducting wire roller (6) and a number 3 conducting wire roller (7) are sequentially arranged on the rotation shaft (5), such that the integration forms the wire laying-off apparatus. The rotation arm type wire laying-off apparatus has characteristics of simple structure, convenient operation, rotary wire laying-off, uninterruptedly-supplied dish winding, no noise during running, surface damage avoidance, clean work environment, improved working efficiency, and ensured product quality.

Description

technical field

[0001] The invention relates to a rotary arm type pay-off device, which is applied to the coil pay-off of a wire drawing machine in the wire product industry, and is installed at the front end of the wire drawing machine. Background technique

[0002] In recent years, the wire product industry has developed rapidly, and new equipment and new processes have also been widely recognized by the industry. In the past, wire drawing machines used relatively simple single-arm pay-offs. , but the impact and friction sounds of the disc elements during the pay-off process cannot be avoided, which adds a lot of noise to the working environment, and will also damage the phosphating film on the surface of the disc elements, which will affect the drawing quality. Contents of the invention

[0003] The purpose of the present invention is to provide a rotating arm type pay-off device, which can avoid noise and damage to the surface of the disk element, improve the working e...

Examples

Embodiment Construction

[0011] Such as figure 1 As shown, the pay-off device includes No. 1 wire roller 1, No. 1 bearing 2, swing bearing seat 3, front bracket 4, rotating shaft 5, No. 2 wire roller 6, No. 3 wire roller 7, No. 2 bearing 8, No. 3 Bearing 9, tail support 10 and wire bearing arm 11, No. 1 bearing 2 is installed in the front portion of rotating shaft 5, No. 2 bearing 8 is installed in the middle part of rotating shaft 5, No. 3 bearing 9 is installed in the afterbody of rotating shaft 5, the front portion of rotating shaft 5 passes through a The No. 2 bearing and the swing bearing seat 3 are installed on the front bracket 4, and the rotating shaft 5 penetrates into the thread-supporting arm 11 and is installed in the thread-carrying arm 11 through No. 2 bearing 8 and No. 3 bearing 9, and the thread-carrying arm 11 is supported and installed on the tail bracket On 10, No. 1 wire roller 1 is installed on the front support 4, and No. 2 wire roller 6, No. 3 wire roller 7 are installed on the ...

technical field

[0001] The invention relates to a rotary arm type pay-off device, which is applied to the coil pay-off of a wire drawing machine in the wire product industry, and is installed at the front end of the wire drawing machine. Background technique

[0002] In recent years, the wire product industry has developed rapidly, and new equipment and new processes have also been widely recognized by the industry. In the past, wire drawing machines used relatively simple single-arm pay-offs. , but the impact and friction sounds of the disc elements during the pay-off process cannot be avoided, which adds a lot of noise to the working environment, and will also damage the phosphating film on the surface of the disc elements, which will affect the drawing quality. Contents of the invention

[0003] The purpose of the present invention is to provide a rotating arm type pay-off device, which can avoid noise and damage to the surface of the disk element, improve the working e...

Examples

Embodiment Construction

[0011] Such as figure 1 As shown, the pay-off device includes No. 1 wire roller 1, No. 1 bearing 2, swing bearing seat 3, front bracket 4, rotating shaft 5, No. 2 wire roller 6, No. 3 wire roller 7, No. 2 bearing 8, No. 3 Bearing 9, tail support 10 and wire bearing arm 11, No. 1 bearing 2 is installed in the front portion of rotating shaft 5, No. 2 bearing 8 is installed in the middle part of rotating shaft 5, No. 3 bearing 9 is installed in the afterbody of rotating shaft 5, the front portion of rotating shaft 5 passes through a The No. 2 bearing and the swing bearing seat 3 are installed on the front bracket 4, and the rotating shaft 5 penetrates into the thread-supporting arm 11 and is installed in the thread-carrying arm 11 through No. 2 bearing 8 and No. 3 bearing 9, and the thread-carrying arm 11 is supported and installed on the tail bracket On 10, No. 1 wire roller 1 is installed on the front support 4, and No. 2 wire roller 6, No. 3 wire roller 7 are installed on the ...

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