Connecting device and optimized arrangement for space overturning container

Abstract

The invention discloses a connecting device and optimized arrangement for a space overturning container, which belong to the technical field of mechanical equipment. The connecting device for the space overturning container comprises at least three groups of guided lifting lug connecting mechanisms, so that the space overturning container can be hung on a titled ring body; each guided lifting lug connecting mechanism is mainly formed by a guided lifting lug, a U-shaped clamping seat and a hung screw rod; each U-shaped clamping seat is fixedly connected with the upper surface or the lower surface of the titled ring body; each guided lifting lug is fixedly connected with a shell of the space overturning container, is clamped in each U-shaped clamping seat through each hung screw rod, and contacts with the inner wall of each U-shaped clamping seat to form three support faces which can have a certain radial slippage relative to each U-shaped clamping seat; at least one hung screw rod is arranged. According to the connecting device and the optimized arrangement for the space overturning container provided by the invention, the safety margin of equipment and the stationarity of the equipment during the rolling process are improved, the long-time maintenance free is realized, and the convenience in the maintenance process is achieved.

Description

technical field [0001] The invention belongs to the technical field of mechanical equipment, and in particular relates to a coupling device and optimized arrangement of a space-turning container, and in particular to a tiltable oxygen steelmaking converter. Background technique [0002] Space flip container equipment is one of the space movement machines that may be encountered in engineering, such as a tiltable oxygen steelmaking converter. In addition, this type of container equipment is still in a relatively high temperature state during operation. Therefore, the design of the mechanism connecting this type of equipment mainly needs to overcome temperature changes and equipment space flips, which is a complex spatial mechanical structure. When designing this type of equipment, the thermal expansion, thermal stress, strength, stiffness, alternating stress and alternating elastic displacement caused by the temperature change of the container equipment and space tumbling, et...

AI Technical Summary

Problems solved by technology

However, due to the deformation of the furnace shell, lifting lugs, etc., and the accumulation of assembly clearances of connecting rods, pins, joint bearings and other parts of the connecting rod mechanism, there is still a certain degree of alternating elastic sliding in the contact surface of the stopper support of the connection system. shift exists (2 ~ 3mm), theoretically there is still a small source of abnormal noise, and there is a certain degree of mechanical wear

In addition, the manufacturing and on-site installation costs of connecting rods, pins, joint bearings and other parts of the linkage mechanism are relatively high

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