Screw conveying and feeding device

Abstract

The invention provides a screw conveying and feeding device, which comprises a base. A moving device panel is mounted on the base through a support and disposed in a rectangular manner and is divided into a feed panel, a conveying panel and a discharge panel. A feed rail is mounted on the feed panel and arranged at the center of the same, the conveying panel is provided with a groove matched with screws, the groove is arranged at a discharge port of the feed rail, a moving plate is arranged at the lower end of the groove and mounted on the conveying panel and is matched with an air cylinder, the air cylinder is fixed at the bottom of the moving device panel, the groove extends upwards to a blowing device, the blowing device is fixed on the conveying panel and is communicated with a discharge rail through a pipeline, and the discharge rail is fixed on the discharge panel and arranged at the tail end of the groove extending to the blowing device. The screw conveying and feeding device can quickly effectively convey the screws to other devices, so that operators can operate faster, work efficiency is improved and cost is reduced.

Description

technical field [0001] The invention relates to a screw conveying and supplying device. Background technique [0002] With the rapid development of electronic products, the efficiency of some labor-intensive and non-difficult tasks that must be performed is also becoming more and more demanding. Now it is more common to use the screw arrangement machine to arrange the screws that need to be locked regularly, and then use a certain air pressure to send the screws to the locker as required through the hose conveying track, but at present it is based on the diameter length. Screws with a ratio of less than 0.5 or more are being carried out, which means that the current method is only carried out for products whose length of the screw is much greater than the diameter, and for screws with a diameter-to-length ratio greater than or equal to 1, it is easy to turn over in the pipeline. At this time, the arranged screws can be manually placed on the locking device, but the screws a...

AI Technical Summary

Problems solved by technology

Now it is more common to use the screw arrangement machine to arrange the screws that need to be locked regularly, and then use a certain air pressure to send the screws to the locker as required through the hose conveying track, but at present it is based on the diameter length. Screws with a ratio of less than 0.5 or more are being carried out, which means that the current method is only carried out for products whose length of the screw is much greater than the diameter, and for screws with a diameter-to-length ratio greater than or equal to 1, it is easy to turn over in the pipeline. At this time, the arranged screws can be manually placed on the locker, but the screws are prone to drop during the transmission process, which makes the work efficiency low and the operator is prone to fatigue

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