Feeding apparatus

Abstract

The invention discloses a feeding apparatus. The feeding apparatus comprises a pedestal, a channel connected with the pedestal, a material fixing mechanism which is arranged at one end of the channel and can horizontally move relative to the channel, and a material blocking mechanism which is used for blocking materials in the channel. The material blocking mechanism comprises a swing block and a blocking sheet connected with the swing block. The swing block comprises a guide surface. The material fixing mechanism further comprises a roller which is contacted with and cooperates with the guide surface. The feeding apparatus further comprises a vibration disc arranged at the other side of the channel. One side, which is close to the vibration disc, of the channel is provided with a magnet. The feeding apparatus with such a structure can rapidly separate the multiple materials which are tidily arranged in the channel and are closely attached and send the materials to a next processing station.

Description

technical field [0001] The invention relates to a feeding device, in particular to a feeding device capable of rapidly separating a plurality of materials that are close together in a flow channel and sending them to the next processing station. Background technique [0002] With the continuous development of technology, the efficiency of production, processing and assembly of electronic components is also getting higher and higher. For small components, it is usually necessary to arrange these components neatly through the vibrating plate and the flow channel connected to the vibrating plate, and then separate the components that are neatly arranged in the flow channel and close to each other and send them to on the corresponding processing station. Although the arrangement efficiency of the vibration plate is high, the efficiency of the entire processing process is greatly restricted due to the relatively low efficiency of the separation and feeding devices commonly used ...

AI Technical Summary

Problems solved by technology

Although the arrangement efficiency of the vibration plate is high, the efficiency of the entire processing process is greatly restricted due to the relatively low efficiency of the separation and feeding devices commonly used today, and high-efficiency production and processing cannot be achieved.

The commonly used separation and feeding devices are usually driven by the cylinder to block and separate the components. The separation and feeding device with this structure is not only inefficient, but also not stable and reliable enough.

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