A vibration-absorbing mixer

Abstract

The invention relates to a shock-absorbing mixer, which includes a body, a stirring rod connected to the body, an operating handle, and a limit ring; The symmetrical sides of the outer wall of the yaw ring are pivotally connected with the operating handle, so that the yaw ring can swing in the operating handle; The swing direction is set vertically. After the linkage between the two, the swing ring can form a universal swing in the front, rear, left, and right directions in the operating handle. The setting of the swing ring can make the reaction force of the material on the stirring rod be transmitted to the swing ring to reduce The vibration of the operating handle makes it easy for the operator to operate; the limit ring is socketed with the fuselage, and there is a gap between the inner wall of the limit ring and the fuselage, so that the limit ring can block the deflected fuselage to control The deflection angle of the fuselage.

Description

technical field [0001] The invention relates to the technical field of stirring equipment, in particular to a shock-absorbing mixer. Background technique [0002] Stirring is a common method to make materials mix evenly. It is mainly aimed at fluids. According to the phase, it is divided into gas, liquid, semi-solid and granular solid stirring. It is widely used in various industries, such as food processing industry, construction industry, chemical industry, etc. Industry; especially in the construction of building decoration projects, when gypsum and putty powder are used, water or adhesive glue should be added to stir them into a paste; diatom mud, etc. also need to be stirred before use. Due to the structure of their own products, construction mixers cannot be used. For stirring, use a small stirring drill for stirring. [0003] The existing stirring drilling tool is composed of an integrated fuselage, a stirring rod, and an operating handle. The fuselage is used to pro...

AI Technical Summary

Problems solved by technology

[0003] The existing stirring drilling tool is composed of an integrated fuselage, a stirring rod, and an operating handle. The fuselage is used to provide power. When putting the mixer drill into the container, in order to ensure that the material is evenly stirred, the operator needs to continuously move the stirring paddle to different positions in the mixing container through the yaw operation handle for stirring; when stirring relatively viscous materials, the resistance of the paddle Large, the reaction force of the material to the stirring paddle is transmitted to the operating handle through the stirring paddle, stirring rod, and the body. The huge reaction force makes the operating handle vibrate seriously, making it difficult for the operator to grasp, making it difficult to move the mixing drill and seriously affecting the mixing efficiency. ; However, during the stirring operation, the operator needs to continuously move the stirring paddle to different positions through the yaw operation handle for stirring, which has achieved the effect of uniform stirring

Therefore, the existing mixing drilling tools are inconvenient to operate and have low efficiency

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