Horizontal multifunctional stirring machine

Abstract

The invention discloses a horizontal multifunctional stirring machine, which comprises a frame, wherein a container component is arranged on the frame; a wheel-type stirrer is arranged in the container component; the upper end of the container component is communicated with a bin component, and the lower end of the container component is communicated with a discharge hopper component; the discharge hopper component is provided with a discharge hole, a discharge device is arranged below the discharge hole, and a material in the discharge hopper enters the discharge device through the discharge hole; the wheel-type stirrer comprises a stirring shaft placed flatly, two ends of the stirring shaft are rotationally supported on and connected to the container component through bearings, left and right disc-shaped end plates are respectively arranged on two sides of the stirring shaft, and more than three stirring bars are arranged between the left end plate and the right end plate; and one end of the stirring shaft extends out of the container component, and a stirring speed reducer is arranged on the extending part of the stirring shaft. The stirring machine overcomes all great defects of the conventional vertical multifunctional stirring machine, and has the obvious advantages of simple structure, low cost, safety and reliability in operation, low fault rate, good process effects of peeling, cleaning and polishing and the like.

Description

technical field [0001] The invention relates to a horizontal multifunctional mixer, which is mainly used in grain processing, feed processing, oil processing and other industries, such as peeling of solid granular plant seeds, surface cleaning, polishing, and mutual mixing of solid granular or powder materials. . Background technique [0002] Patent CN200910157760.2 discloses a device called a multifunctional mixer. The multifunctional mixer is composed of a frame, a container, an agitator and a transmission mechanism. A circular track is installed on the lower part of the frame. The bottom of the vertical cylindrical container is a conical bottom that can be automatically lifted by the lifting mechanism. The transmission mechanism drives the agitator to rotate and at the same time drives the container assembly on the circular track of the frame. Rotate in the opposite direction to the direction of rotation of the stirrer; the stirrer is a suspended stirrer composed of sev...

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Problems solved by technology

However, during the test, it was also found that the above-mentioned multifunctional mixer has the following defects: the automatic control of the unloading device by the bottom of the lifting cylinder has complex structure, short service life and poor work reliability, and accidents such as poor feeding or even machine blockage are prone to occur; relying on three rollers The design scheme of the container rotation mechanism for rotation and positioning of the three top wheels is not perfect, the swing phenomenon of the container is serious during operation, and the rollers and top wheels are easy to wear, thereby shortening the service life; the agitator is a single-support suspension type, forming a working torque Large, the main shaft of the agitator is easy to be twisted and other major defects

When the existing rice mill is used for rice processing, three processes are required to remove almost all the cortex of brown rice, and at the same time, there are defects such as a broken rice rate of 20% to 40% and more broken germ and endosperm in the output rice bran; When the existing peeling machine is used for wheat peeling, it takes 2 processes to peel off about 60% of the wheat cortex, and at the same time, there is more than 3% of the broken wheat, and the peeled wheat is easy to form arches and other defects during storage; the emery peeling machine is used for When peeling corn, at least two processes are used to achieve a peeling rate of about 70%, which has disadvantages such as high energy consumption and a breakage rate of more than 10% in each process; In the wheat process, there are shortcomings such as poor ash reduction effect, broken grain rate of about 1%, and fast wear of the beating plate; rice processing uses a white rice polishing machine to polish semi-finished rice, and the polishing effect is not good, and the material consumption is large.

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