Mechanism capable of achieving bidirectional movement

Abstract

The invention relates to the field of machinery manufacturing, and discloses a mechanism capable of achieving bidirectional movement. The mechanism is arranged on a supporting frame, and comprises a supporting base, folding wheels, a driving structure, supporting legs and a servo portion. The supporting base is used for bearing equipment to be supported. The folding wheels are detachably arrangedat the four corners of the lower end of the supporting base. The driving structure is arranged between the supporting base and the supporting frame and drives the supporting base to move towards the two sides of the supporting frame so as to take out or put in the equipment to be supported. The supporting legs are rotationally arranged at the four corners of installation bases. The servo portion is arranged between the supporting base and the supporting legs, after the supporting base moves by a certain distance, the servo portion is driven by the driving structure to enable the supporting legs to be overturned downwards to be perpendicular to the supporting base. The driving structure comprises a rotating shaft penetrating through the two ends of a supporting frame, a motor driving the rotating shaft to rotate, fixing racks arranged in the mode of extending from the bottom of the supporting base to the two ends of the supporting base, and first gears fixedly arranged on the rotating shaft and meshing with the fixing racks. The mechanism can stably move in a bidirectional mode relative to a support, an oil pump is very convenient and fast to take out and put in, and the oil pump isconvenient to install and repair or maintain.

Description

technical field [0001] The invention relates to the field of mechanical manufacturing, in particular to a bidirectionally movable mechanism. Background technique [0002] In each production field, there are many large and heavy equipments. Most of these large and heavy equipments are installed inside special racks. The space inside the racks is limited. After entering, the maintenance personnel need to sit for a long time and It is impossible to make large-scale movements, so there is often a problem of difficult maintenance. [0003] For example, for Roots pumps and oil pumps that are vertically connected, a rack with upper and lower shelves is required to support the Roots pumps and oil pumps respectively. Since the oil pumps are located below, maintenance personnel cannot directly access the oil pumps like the Roots pumps , and the oil pump needs to add or replace the pump oil, and also needs daily maintenance. The maintenance personnel need to drill into the narrow rack...

AI Technical Summary

Problems solved by technology

[0004] The present invention aims at the shortcomings of the prior art that the heavy equipment to be supported under the frame is difficult to take out and difficult to install after taking it out, and provides a two-way movable mechanism, which can automatically and stably move the oil pump out to facilitate repair or maintenance And re-stabilize the oil pump into the frame after repair or maintenance

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