Electrothermal blasting drying box for raw material treatment in ore detection process

Abstract

The invention discloses an electrothermal blasting drying box for raw material treatment in an ore detection process and mainly relates to the field of ore detection. The electrothermal blasting drying box comprises an equipment main body. A plurality of limiting rods are arranged in a work cavity. A plurality of bearing frames are slidably arranged on the limiting rods and are provided with a holding plate. A cavity located on one side of the work cavity is formed in the equipment main body. A plurality of screws are rotationally arranged in the cavity, and the number of the screws is the same as that of the bearing frames. One bearing frame corresponds to one screw. Each bearing frame is connected with the corresponding screw through a sliding plate. The screws penetrate through the sliding plates and are in threaded connection with the sliding plates. A plurality of sliding grooves communicating with the cavity are formed in one side of the work cavity. The sliding plates are slidably connected with the sliding grooves. The electrothermal blasting drying box has the beneficial effects that the holding plate can be installed without the need for the sliding grooves, the holding plate can be adjusted at any height in the work cavity, adjustment is convenient, and labor is saved.

Description

technical field [0001] The invention relates to the field of ore detection, in particular to an electric blast drying oven for raw material processing in the ore detection process. Background technique [0002] Ore refers to mineral aggregates from which useful components can be extracted or which have certain properties that can be utilized. It can be divided into metallic minerals and non-metallic minerals. When many material manufacturers purchase raw materials, they will conduct certain tests and analyzes on the ore to determine whether it is suitable for their product requirements. [0003] In the ore testing process, sometimes the raw materials need to be pre-dried before testing, and the electric blast drying box is an important equipment used in it. [0004] At present, in the existing electric blast drying oven, the storage boards are either placed at fixed intervals, or the storage boards are inserted into the chutes of different heights on both sides of the elec...

AI Technical Summary

Problems solved by technology

[0004] At present, in the existing electric blast drying oven, the storage boards are either placed at fixed intervals, or the storage boards are inserted into the chutes of different heights on both sides of the electric blast drying oven to change the spacing between the storage boards, but in this way There will be some problems: the space between the storage boards with fixed spacing cannot be flexibly adjusted according to the size and specifications of the raw materials, and the applicability is not good; Although the distance between the storage boards can be adjusted, the distance adjusted each time is fixed. For example, the height of an ore raw material is only higher than the distance between two storage boards arranged in adjacent chutes. One point, then the ore raw material cannot be put down if the storage boards are placed adjacent to each other, and since the distance between the chutes is fixed, if there is a chute between the storage boards, the space is relatively large, and the ore raw material is placed It will waste space, and it will also cause the storage space of other storage boards to be compressed, which is very inconvenient to use, and the specifications of raw materials are relatively limited;

[0005] Or individually set up a plurality of chutes to realize the structure of minimizing the distance between the chutes, but due to the distance between the chutes and the chutes, it must be able to carry the weight of the storage board and the ore raw material, so the chute and the chute The distance between the slots always exists and is unavoidable, so there will still be problems that the ore material cannot be placed in the adjacent state of the storage board, and the gap state wastes space;

[0006] In addition, when placing ore materials on the storage board, because the staff's judgment on the comparison between the height of the ore and the distance between the storage boards is not accurate, there is a problem that after placing the ore raw materials, it is found that the distance between the storage boards can be placed. , at this time, in order to leave space for other storage boards, the storage board will be adjusted, either take out the raw materials and adjust the position of the storage board and then put them back, or directly adjust the storage board with the raw materials, no matter which methods are time consuming

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