Buffer feeding device of air valve

Abstract

The invention provides a buffer feeding device of an air vale. Automatic feeding in the air valve production and detection process is achieved, production efficiency is improved, rigid collision between air valves in the feeding process is effectively avoided, and air valve production and detection quality is guaranteed. The buffer feeding device of the air vale comprises material receiving plates on the two sides, the upper end of each material receiving plate is provided with a material storage rod, and then a material channel is formed. The buffer feeding device of the air vale is characterized in that rotary shafts are arranged corresponding to the lower ends of the material receiving plates, a plurality of material blocking bars are arranged on the rotary shafts, and the adjacent material blocking bars are arranged in an intersection mode.

Description

technical field [0001] The invention relates to the technical field of mechanical manufacturing inspection, in particular to a valve buffer feeding device. Background technique [0002] The role of the valve is to input fuel into the engine and discharge exhaust gas. The valve plays a certain role in sealing. It is T-shaped. In order to ensure the normal operation of the engine, the quality of the valve is very important. During the production process of the valve, it is necessary to For quality inspection, in order to improve the detection efficiency, the existing valve detection has been automated, and it is bound to require the valve to realize automatic feeding. Due to the limitation of the shape of the valve, the existing valve feeding usually adopts vibration feeding. During the vibration feeding process, due to the valve The rigidity of the valves, the collision between the valves will cause damage to the valves and affect the quality of the valves, especially for the...

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Problems solved by technology

[0002] The role of the valve is to input fuel into the engine and discharge exhaust gas. The valve plays a certain role in sealing. It is T-shaped. In order to ensure the normal operation of the engine, the quality of the valve is very important. During the production process of the valve, it is necessary to For quality inspection, in order to improve the detection efficiency, the existing valve detection has been automated, and it is bound to require the valve to realize automatic feeding. Due to the limitation of the shape of the valve, the existing valve feeding usually adopts vibration feeding. During the vibration feeding process, due to the valve The rigidity of the valves, the collision between the valves will cause damage to the valves and affect the quality of the valves, especially for the processed valves, the use of vibration feeding can no longer guarantee the quality requirements of the valves, and the use of other feeding methods will also produce valve movement Collision in process

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