Power head for automatic iron-nail feeding device

Abstract

The invention relates to a power head for an automatic iron-nail feeding device. The power head comprises an auxiliary sleeve component. The auxiliary sleeve component comprises an inner sleeve, and outer sleeves are distributed on the periphery of the inner sleeve. The power head is characterized in that a power head component is arranged on the inner wall of the inner sleeve. A limiting flange component is disposed at the tail end of the power head component. A quick connector is penetratingly arranged in the limiting flange component, and an end of the quick connector is connected with the power head component. Accordingly, unnecessary gas leakage cannot be caused in a later service period of the automatic iron-nail feeding device owing to the ubiquitous sealing structure. Besides, by the power head, work efficiency of various lifting components assembled inside the automatic iron-nail feeding device can be enhanced, and iron-nail conveying and feeding effects can be ensured. In addition, impact force generated by operation of the components can be alleviated, and the sealing requirement of the auxiliary sleeve component is met assuredly.

Description

technical field [0001] The invention relates to a power assembly, in particular to a power head for an automatic feeding device for iron nails. Background technique [0002] In the metal products industry, there is a common phenomenon of continuous small-flow material transportation from low to high between the upper and lower processes, such as the connection between nail making and thread rolling, and the connection between iron nails after thread rolling and nail rolling. At present, the nail making industry mainly Manpower is the main method, and belt conveyors are also used. However, due to the small size of the iron nails, irregular shape, and sharp nail tips, the use of belt conveyors cannot solve the problem that the gap between the moving belt and the stationary frame is easily brought into the iron nails, causing damage to the belt. It is much higher than the demand for iron nails in the subsequent process, which directly results in higher requirements for system ...

AI Technical Summary

Problems solved by technology

However, due to the small size of the iron nails, irregular shape, and sharp nail tips, the use of belt conveyors cannot solve the problem that the gap between the moving belt and the stationary frame is easily brought into the iron nails, causing damage to the belt. Much higher than the demand for iron nails in the subsequent process, directly resulting in higher requirements for system automation, more complex equipment or higher costs

[0003] At the same time, if a vacuum or hydraulic auxiliary method is required for transmission, the sealing performance of the commonly used structures cannot be guaranteed, especially the power head, once the gas leaks, it cannot meet the working environment required by the compressed gas

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