A simple disassembly device for slider connector parts

Abstract

The invention provides a simple disassembly device for parts of a sliding block connector. The simple disassembly device comprises two tensioning screw rods, an adjusting screw rod, a connector turbine box, a base plate, a supporting plate, a turbine, springs, piezoelectric ceramics, two tensioning bolts, a jack, pressure sensors, a display and an upper top plate, and is characterized in that the lower ends of the two tensioning screw rods are screwed into the turbine through a threaded connection manner; the jack is placed at the upper part of the adjusting screw rod; the adjusting screw rod and the turbine are connected through a coordinate bond; the turbine and the connector turbine box are in clearance fit; circular holes are formed in the upper top plate; the tensioning screw rods penetrate through the circular holes of the upper top plate; the tensioning screw rods are screwed through the two tensioning bolts for end part fixation; the piezoelectric ceramics are embedded at the lower part of the upper top plate; a part of electric energy is provided through the piezoelectric ceramics; the pressure sensors and the springs are mounted between the supporting plate and the base plate; and the display can provide reference data for operators in real time. The simple disassembly device is simple in structure and ingenious in design, and has good practicability and market prospect.

Description

technical field [0001] The invention belongs to the technical field of mechanical presses, and in particular relates to a simple disassembly device for slider connector parts. Background technique [0002] The closed press is a kind of super heavy forging equipment, which has the characteristics of long production cycle and difficult technical design. Therefore, in the actual production, assembly and test run process, many problems are prone to occur. For example, in the assembly process, due to the coordination key Dimensional processing accuracy is insufficient. After assembly and installation, the worm gear and worm gear box of the closed press slider connector are prone to grinding and gluing, and the height of the mold cannot be adjusted, resulting in component failure and unusability. The current general solution is to use Lift the connector part by driving, and force the worm gear to separate from the worm gear box by symmetrically knocking with copper pillars, and in...

AI Technical Summary

Problems solved by technology

[0002] The closed press is a kind of super heavy forging equipment, which has the characteristics of long production cycle and difficult technical design. Therefore, in the actual production, assembly and test run process, many problems are prone to occur. For example, in the assembly process, due to the coordination key Dimensional processing accuracy is insufficient. After assembly and installation, the worm gear and worm gear box of the closed press slider connector are prone to grinding and gluing, and the height of the mold cannot be adjusted, resulting in component failure and unusability. The current general solution is to use Lift the connector part by driving, and force the worm gear to separate from the worm gear box by symmetrically knocking with copper pillars, and install a suitable coordination key. This method is dangerous, easy to cause personal injury, and low in work efficiency. An easy disassembly device for slider connector components, which is not currently available on the market

Images