A crusher for water conservancy and electric power engineering

Abstract

The invention discloses a crusher for water conservancy and electric power engineering, comprising a crusher main body, a drying structure, a buffer structure and a fixing structure, wherein a feed inlet is fixed at the top of the crusher main body; the drying structure includes a blower and a heating pipe . Through the cooperation of the blower and the heating pipe, hot air is blown to the inside of the feed inlet, so as to dry the relatively humid raw materials inside the feed inlet, and the heating pipe and the air outlet pipe are protected by a protective net to prevent the raw material from hitting the heating when it is crushed. The pipe and the protective net improve the service life of the heating pipe and the protective net, and also prevent the normal crushing of the main body of the crusher from being affected by the humidity of the raw material, ensuring the crushing effect of the main body of the crusher, thus avoiding the increase of the workload of the staff due to the re-collection of raw materials , and reduce the noise of the main body of the crusher when it is working, and improve the practicability of the main body of the crusher, so as to ensure that the main body of the crusher can work stably after parking, and improve the scope of application of the main body of the crusher.

Description

technical field [0001] The invention relates to a crusher, in particular to a crusher for water conservancy and electric power engineering. Background technique [0002] During the construction of water conservancy and electric power projects, large raw materials need to be crushed. Since many water conservancy projects are under construction, the surrounding environment is relatively humid, resulting in relatively wet raw materials that need to be crushed. , which increases the difficulty of crushing, and the existing crusher is not provided with a heating and drying structure, thereby reducing the crushing effect of the crusher. [0003] When the traditional crusher is in use, the vibration force of the body is relatively large, which may cause serious splashing of internal scraps, etc., which may easily cause the internal raw materials to pop out, which needs to be re-collected and added, which increases the workload of the staff. During construction, the crusher needs t...

AI Technical Summary

Problems solved by technology

[0002] During the construction of water conservancy and electric power projects, larger raw materials need to be crushed. Because many water conservancy projects are under construction, the surrounding environment is relatively humid, resulting in relatively humid raw materials that need to be crushed, and it may even cause the surface of the raw materials to be slippery. , which increases the difficulty of crushing, and the existing crusher does not have a heating and drying structure inside, thus reducing the crushing effect of the crusher

[0003] When the traditional crusher is in use, the vibration force of the body is relatively large, which may cause serious splashing of internal debris, which may easily cause internal raw materials to pop out and need to be re-collected and added, which increases the workload of the staff. During construction, it is necessary to move the crusher according to the conversion of the construction site, but the existing fixed method of the crusher after moving is relatively simple, which limits the scope of application of the crusher

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