Cable winding device for quantitative cable winding and automatic cutting based on movement of toothed bar

Abstract

The invention relates to the technical field of computer data acquisition, and discloses a cable winding device for quantitative cable winding and automatic cutting based on the movement of a toothedbar. The cable winding device comprises a base. Through the matched use of a vertical rod, a rotating wheel and a large gear, after quantitative cable rolling, automatic cutting is carried out, nearbymanual cutting is not needed, and therefore labor is saved, potential safety hazards existing in the manual cutting process are avoided, and the safety of the whole deice is enhanced. Through the matched use of a supporting rod, a first connecting rod, a special-shaped rod and a second connecting rod, quantitative cable rolling is completed, product uniformity is ensured, and the situation thatproducts differ to a large extent when sold in the market together later is avoided. Through the matched use of a fixing plate, a limiting plate and a small gear, quantitative winding and rolling andautomatic cutting are completed through the changes of the width of a networking cable in the cable rolling process. Two steps are linked. After the introducing of the linkage of the whole device, operation is simpler, and the practicability of the whole device is increased.

Description

technical field [0001] The invention relates to the technical field of computer data acquisition, in particular to a wire winding device for quantitative winding and automatic cutting based on the movement of a rack bar. Background technique [0002] Computer data acquisition is the process of converting various parameters of the measured object from non-electricity to electric quantity after appropriate conversion by sensors, and then inputting them into the computer for processing or storage and recording after steps such as signal conditioning, sampling, quantification, encoding and transmission. , which is a comprehensive subject with strong practical value, and has a wide range of applications in petroleum, automobile, aerospace, machinery manufacturing and other fields. [0003] After the data is input into the computer for storage, the data needs to be calculated and analyzed in the follow-up. In the process of data analysis, it is necessary to use the Internet to ope...

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Problems solved by technology

[0003] After the data is input into the computer for storage, the data needs to be calculated and analyzed in the follow-up. In the process of data analysis, it is necessary to use the Internet to operate, and the network cable is a necessary prerequisite for the use of the Internet. After the production and processing of the network cable, the follow-up needs Unified winding is carried out to facilitate storage and sales. However, the traditional winding machine has a single function. When winding, it only winds the wire through simple rotation. During the winding process, the network cable needs to be measured first. Unified winding after measuring a fixed length is cumbersome, time-consuming and labor-intensive, and after the measurement is successful, it needs to be cut by a special person. Since the shearing knife is relatively sharp, it may be damaged during the use of the shearing knife. It is scratched, so there is a certain safety hazard

[0004] In order to solve the above problems, the inventor proposed a winding device that performs quantitative winding and automatic cutting based on the movement of the rack bar, which has the advantages of quantitative winding and automatic cutting, and solves the problem that the traditional winding machine has a single function. It ensures more time-saving and labor-saving when using the device for operation, and increases the practicability of the whole device

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