Platform reciprocating mechanism

Abstract

The invention discloses a platform reciprocating mechanism, and belongs to the field of conveying mechanical equipment. The platform reciprocating mechanism comprises a translation support, a material bearing platform, a driving support, a driving shaft, an upper connecting plate, a lower connecting plate, an adjusting shaft, an output shaft and a translation motor. The two sides of the material bearing platform are arranged on translation guide rods in a sliding mode in the horizontal direction. The upper end of the driving shaft and the middle part of the material bearing platform are sequentially connected from top to bottom to be provided with the upper connecting plate and the lower connecting plate. A main output gear is horizontally arranged in the middle part of the output shaft. The driving support located between the output shaft and the driving shaft is vertically connected with the adjusting shaft in a rotating mode. The adjusting shaft is horizontally and fixedly provided with an upper connecting gear and a lower connecting gear from top to bottom in sequence. The platform reciprocating mechanism is reasonable in structural design, the material bearing platform can be quickly driven to reciprocate stably and efficiently for translation, the reciprocating frequency of the material bearing platform can be adjusted conveniently and rapidly as required, and the conveying use needs are met.

Description

technical field [0001] The invention belongs to the field of transmission mechanical equipment, and in particular relates to a platform reciprocating mechanism. Background technique [0002] Material transportation refers to the activities carried out within the scope of the same place, with the main goal of changing the storage state and space location of materials. Material transportation is very important to improve the efficiency of warehouse operations, and material transportation also directly affects production efficiency. The existing materials are generally conveyed by conveyor belts during the transportation process. The conveyor belt can transport the materials of the box and the workpiece smoothly and efficiently. However, during the transportation process of the conveyor belt, the conveying direction of the conveyor belt is generally a specified fixed direction. The reciprocating transmission makes it difficult to meet the production needs of various working con...

AI Technical Summary

Problems solved by technology

The existing materials are generally conveyed by conveyor belts during the transportation process. The conveyor belt can transport the materials of the box and the workpiece smoothly and efficiently. However, during the transportation process of the conveyor belt, the conveying direction of the conveyor belt is generally a specified fixed direction. The reciprocating transmission makes it difficult to meet the production needs of various working conditions because materials can only be transported along a single transmission direction during production and processing.

The existing reciprocating mechanism of the material receiving platform has complex structure and troublesome operation, and it is difficult to transport the material receiving platform reciprocally and efficiently. The existing reciprocating mechanism of the material receiving platform generally uses a motor to drive a screw rod and a hydraulic cylinder to drive a piston rod. , The motor-driven screw rod is threadedly connected with the material receiving platform. The motor drives the screw rod forward and reverse through forward and reverse, so that the material receiving platform can be reciprocated for transportation. The hydraulic cylinder drives the piston rod through the use of the piston rod and the material receiving platform. The platform is fixed, and the hydraulic cylinder drives the piston rod reciprocally so that the piston rod can reciprocate and stretch, so that the material-bearing platform can be reciprocated for transportation. The above-mentioned driving method of the material-bearing platform has a large loss of equipment, and it is often necessary to replace the consumable parts. Replacement, and in the driving process of the material receiving platform, the energy consumption is also relatively large. During the reciprocating transmission process of the existing material receiving platform reciprocating mechanism, it is difficult to adjust the reciprocating frequency of the material receiving platform according to the needs of material transmission. The efficiency is low, the scope of application is narrow, and it cannot meet the needs of production and use

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