Fastener

Abstract

The invention provides a fixing piece comprising a strip-shaped tie and a lock catch base. The lock catch base is fixed at one end of the strip-shaped tie. Fastening grooves are formed in the strip-shaped tie. At least two lockholes are formed in the lock catch base and penetrate the lock catch base. Fastening teeth are arranged in the inner walls of the lockholes and are meshed with the fastening grooves. At least two lockholes are adopted by the fixing piece, and two or more components can be fixed at the same time; the lock catch base has an isolation effect on the components, and thus, isolation components such as rubber sheets and heat insulating pipes are omitted; the fixing device is simple to operate and convenient to use.

Description

technical field [0001] The invention relates to a wire harness fixing tool, in particular to a fixing piece for fixing components. Background technique [0002] It is often necessary to fasten two parts together in production. People currently generally use wire tie parts to directly bind and fix two objects, but for some two objects that cannot be directly contacted but must be fixed together, they cannot be directly fixed with wire tie parts. In order to solve the problem of inaccessibility, the current general measure is to install a third object with isolation effect such as rubber, heat preservation pipe, etc. between the two objects, but the cost of rubber and heat preservation pipes is relatively high, and it is still difficult to operate at the same time. It is necessary to increase the operation steps, and the fixation of the third object is not strong, and it may fall. Therefore, this method has the disadvantages of resource consumption, high cost, cumbersome ope...

AI Technical Summary

Problems solved by technology

At present, people generally use wire binding parts to directly bind and fix two objects, but for some two objects that cannot be directly contacted but need to be fixed together, they cannot be directly fixed with wire binding parts.

In order to solve the problem of inaccessibility, the current general measure is to install a third object with isolation effect such as rubber, heat preservation pipe, etc. between the two objects, but the cost of rubber and heat preservation pipes is relatively high, and it is still difficult to operate at the same time. The operation steps must be added, and the third object is not fixed enough and may fall

Therefore, this method has the disadvantages of resource consumption, high cost, cumbersome operation, and poor versatility, which is not conducive to low-cost, batch, and efficient production and use.

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