Automatic servo press-in device for deep calibrating of part fixing

Abstract

The invention discloses an automatic servo press-in device for deep calibrating of part fixing. The automatic servo press-in device for deep calibrating of part fixing structurally comprises an integrated screen board, a control cabinet and a bottom box, wherein the integrated screen board and the control cabinet are locked; the integrated screen board and the bottom box are installed and connected; the integrated screen board is composed of a screen board body and a press-in device; the screen board body and the press-in device are installed and connected; the bottom box is composed of a storing box, a plate track and a pressing base; the storing box and the plate track are connected in a buckled manner; and the plate track and the pressing base are locked. According to the automatic servo press-in device for deep calibrating of part fixing, according to the shape of a part, a straight pressing device, an inclined pressing device and a multi-pressing device are selected, it is achieved that a press-in manner is diverse, and part placing is steady; in the installing process, the part is amplified by a screen, installing is more elaborate, and installing observation can also be visually performed through a watching plate; and during accurate machining and calibrating, a gradient adjuster of a V base and a side bag of the multi-pressing device play an auxiliary reinforcing role,and during downward pressing, the part sliding rate is low, and the part and device damaging rate is also effectively lowered.

Description

technical field [0001] The invention relates to the field of pneumatic equipment, in particular to an automatic private service press-in equipment for fixing and in-depth calibration of parts. Background technique [0002] Private service press-in equipment is a kind of processing equipment for enterprises to pressurize workpieces to meet production needs when producing and processing parts. Press into the device. [0003] The existing technology has a single press-in method, and some parts with non-cylindrical structures are inconvenient to place when pressurized, and the parts are easily misplaced; during precise processing and calibration, it is easy to press down on the sliding parts, resulting in equipment failure. Compress the air or squeeze the parts sideways, and the parts and equipment will be damaged to varying degrees. Contents of the invention [0004] The main purpose of the present invention is to overcome the deficiencies of the prior art, and provide an a...

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Problems solved by technology

[0004] The main purpose of the present invention is to overcome the deficiencies of the prior art, and provide an automatic press-in equipment for fixing and in-depth calibration of parts, so as to solve the problem of single press-in method and some parts with non-cylindrical structure when they are placed under pressure. It is inconvenient to put the parts in the wrong place; during the precise machining and calibration, it is easy to press down the sliding parts, which will cause the equipment to be compressed or the side of the parts will be squeezed, and the parts and equipment will be damaged to varying degrees.

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