Adjusting support for multi-diameter flange observation window

Abstract

The invention discloses an adjusting support for a multi-diameter flange observation window. The adjusting support comprises a flange fixing plate, a guide rod and a tubular sliding block sleeving the outer wall of the guide rod, wherein screws penetrate through guide-rod connecting holes in the flange fixing plate so as to fix the guide rod on the upper end surface of the flange fixing plate, a longitudinal assembling slot and a transverse assembling slot are formed in the triangle-shaped end surface of the flange fixing plate, and a bolt penetrates through the longitudinal assembling slot so as to fix a supporting block presenting an inverted L shape to the lower end surface of the flange fixing plate; an axial opening is formed in the arc surface of the side wall of the sliding block, assembling screw holes which are communicated with an inner tube, and locking screw holes which are communicated with the opening are formed in the assembling plane of the side wall of the sliding block, locking through holes which are coaxial with the locking screw holes are formed between the arc surface of the side wall of the sliding block and the opening, screws penetrate through sliding-block connecting holes in a cloud-deck fixing plate to be screwed in the assembling screw holes, and a mounting slot is formed in the end surface of the cloud-deck fixing plate. Through adoption of the adjusting support disclosed by the invention, the distance between the flange observation window and monitoring equipment, a tilting angle of the flange observation window, and the like can be adjusted, so that long-time real-time monitoring of melting equipment is realized.

Description

technical field [0001] The invention belongs to a clamping device for monitoring equipment, and in particular relates to an adjustment bracket for a multi-path flange observation window. Background technique [0002] During the use of vacuum melting equipment, it is necessary to monitor the melting state inside the container through the observation window for a long time in real time. The specific monitoring has different emphasis according to the experimental requirements. The commonly used monitoring methods include the monitoring of the temperature field on the surface of the molten pool, the The monitoring of the surface flow field shape involves the use of monitoring equipment with different functions to monitor through the flange observation window. The observation window is located on the vacuum smelting equipment, which generally requires the operator to monitor with a hand-held device. The stability is poor, and it is difficult to monitor for a long time. Moreover, ...

AI Technical Summary

Problems solved by technology

The observation window is located on the vacuum smelting equipment, which generally requires the operator to monitor with a hand-held device. The stability is poor, and it is difficult to monitor for a long time. Moreover, the observation window is located on the top of the smelting equipment, and there are potential safety hazards for the operator during the operation.

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