Multi-stage combined vibration isolation and vibration damping device of automatic molding machine of building block

Abstract

The invention discloses a multi-stage combined vibration isolation and vibration damping device of an automatic molding machine of a building block. The device selects a hard rubber fiber material with a special material structure characteristic to prepare a special vibration isolation and vibration damping functional part composed of three different structures including a high-pressure air spring, a vibration damping block and a shaft coupler; and according to different working functions and structure characteristics of continuous transmission of vibration working parts including a compaction molding mechanism, a box type vibration platform, a shaft piece and the like, different combination and different connection mounting technology measures are respectively adopted to form a primary-stage basic vibration isolation and vibration damping device on different vibration working positions, so as to form the multi-stage combined vibration isolation and vibration damping device of the automatic molding machine of the building block. The device has the characteristics of simple structure, convenience for installation and maintenance and the like, and can effectively reduce and absorb damage impact caused by transmitting vibration energy to a basic part of the molding machine in a vibration work process. The device is mainly arranged in the automatic molding machine of the building block and is used for manufacturing a concrete building block product.

Description

technical field [0001] The invention relates to building material mechanical equipment, in particular to a multi-stage combined vibration isolation and vibration reduction device for automatic block forming machinery configured for concrete block forming mechanical equipment. Background technique [0002] Concrete block is a low-energy, wide-purpose new building masonry structure material that does not use clay as raw material and does not need to be fired into shape; especially choose to use coal gangue, slag, slag, gravel, fly ash, etc. High-performance concrete block products made of representative bulk industrial solid waste as aggregates are used in various construction projects as masonry structural materials, which are of great significance to protecting the environment, saving land, utilizing resources, and saving energy. , has now become an environmentally friendly and energy-saving new building material project that countries all over the world are actively promoti...

AI Technical Summary

Problems solved by technology

[0010] In the process of researching and designing the multi-stage combined vibration isolation and vibration reduction device for block automatic forming machinery, the present invention selects and uses special materials for vibration isolation and vibration reduction with special material and structural characteristics, and manufactures special vibration isolation and vibration reduction devices with different structural characteristics. Functional parts, according to the different vibration transmission conditions and structural characteristics of the connected and installed vibrating parts, adopt a number of original technical measures such as different combined connection and installation methods, and seriously solve the vibration isolation and vibration reduction technology of concrete block forming machinery in my country. The long-standing key technical problems such as low technical performance of special materials for vibration isolation and vibration reduction, few functional and structural features of vibration isolation and vibration reduction components, poor adaptability of vibration isolation and vibration reduction technical measures, etc., are the key technical problems for the replacement of my country's concrete block automatic forming machinery and equipment With technological development and progress, a multi-stage combined vibration isolation and vibration reduction device for block automatic forming machinery that can effectively reduce and absorb vibration energy to transfer to the foundation components to produce damage impact

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