Swing type temperature measuring device of rapid hardening furnace for rare earth hydrogen storage alloy vacuum induction melting

Abstract

The invention discloses a swing type temperature measuring device of a rapid hardening furnace for rare earth hydrogen storage alloy vacuum induction melting. The temperature measuring device comprises a moving structure, and a distance measuring instrument is detachably connected to the middle of the side wall of the side, away from a rotating structure, of a cross beam; a mounting structure is detachably connected to the end, away from a guiding structure, of the rotating structure; and infrared thermometer is detachably connected to the mounting structure. According to the temperature measuring device, two rollers are driven to rotate through a double-head motor, and therefore the cross beam and the rotating structure are driven to move; the distance between the infrared thermometer and a furnace body is easy to adjust, and therefore more accurate temperature data can be detected; temperature values detected at different distances can be clearly known through the distance measuring instrument, therefore facilitating a worker to debug the furnace body more properly; smooth smelting machining is ensured, and the mounting structure and the infrared thermometer can be driven to rotate through the driving motor; the detection range of the infrared thermometer is enlarged, and the detected temperature data are more accurate; and the efficiency is higher.

Description

Technical field: [0001] The invention belongs to the technical field of temperature detection equipment, and in particular relates to a swing-type temperature measurement device for a vacuum induction melting quick-setting furnace of a rare earth hydrogen storage alloy. Background technique: [0002] The vacuum melting and quick-setting furnace is a relatively efficient melting and processing equipment in the foundry production industry. Through the vacuum melting and quick-setting furnace, the materials that need to be processed can be smelted and mixed efficiently, so that various materials can be mixed into a new product. With the improvement of production level, the production efficiency of the current vacuum melting and quick-setting furnace has been significantly improved, and the current melting and quick-setting furnace can also perform quick-setting, so that the fused liquid materials can be cooled and condensed more efficiently, effectively Improve production and p...

AI Technical Summary

Problems solved by technology

[0004] The purpose of the present invention is to provide a swing-type temperature measuring device for a rare earth hydrogen storage alloy vacuum induction melting quick-setting furnace in order to solve the above problems. Through the moving structure and the guiding structure, it can effectively solve the above-mentioned efficiency comparison of manual detection. , and the effective detection range is relatively limited, which will cause a series of problems due to inaccurate temperature values, and even cause processing failure, and some simple mechanical detection will also be limited by the movable range. The problem of inaccurate data

Images