Full-automatic bolt press fitting equipment

Abstract

The invention discloses a full-automatic bolt press fitting equipment. The full-automatic bolt press fitting equipment is characterized by being composed of a pressing device, an upward-pushing device and a product locating device, wherein the pressing device is arranged above the product locating device, the upward-pushing device is arranged below the product locating device, and the pressing device, the upward-pushing device and the product locating device are arranged in the same frame. Through reasonable combination and arrangement of the pressing device, the upward-pushing device and the product locating device, products needing bolts in a press fitting mode are arranged on the product locating device, the pressing device is started, then press fitting of the bolts can begin, due to the fact that the press fitting length of the bolts needs a fixed size, the upward-pushing device is started after press fitting is finished, the bolts with long press fitting sizes are pushed upwards through the upward-pushing device, and therefore the bolts can meet the requirement of the required press fitting sizes. A detection device is used for detecting whether the products are qualified. The full-automatic bolt press fitting equipment is simple in structure and convenient to operate and improves the productivity greatly.

Description

technical field [0001] The invention relates to a fully automatic bolt pressing equipment. Background technique [0002] With the progress of society and the further improvement of the level of science and technology, human beings will have higher and higher requirements for automated production, especially for some industries with large production demand and labor-intensive industries, automated production should be realized. However, in the actual production process, there are still the following shortcomings for products with relatively many bolts, different lengths, and controlled installation dimensions: basically, workers manually operate, put the bolts into the screw holes one by one, and then press the bolts down. To the size of the required installation, measure whether the installation is in place one by one, and then put it on a simple inspection fixture to control the installation quality through visual inspection. This method of operation may be barely suitable...

AI Technical Summary

Problems solved by technology

This method of operation may be barely suitable for ordinary bolts, but it is not very suitable for some special bolts, such as bolts with a non-slip rubber sleeve on the bolt, because it takes a lot of force to install the bolts with rubber sleeves in place. , it cannot be done by hand. If you want to use external force to scrutinize, if the control is not good, the bolts will be installed too high or too low, and the desired effect will not be achieved. Obviously, this method is not advisable.

It can be seen that this method of operation not only wastes a lot of manpower, but also the quality of the products produced is not very high, and the production efficiency is also very low. It is far from enough to achieve the expected output.

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