Automatic feeding device on the enzymolysis tank

Abstract

An automatic feeding device on an enzymolysis tank is provided with a feeding hopper with a sealing plate supported by a first hydraulic device and a second hydraulic device on the enzymolysis tank. The top of the blowing pipe in the feeding hopper passes through the material controller, the large wire mesh, the positioning pipe, and the sealing plate upwards, and then connects with the cross bar and the air supply pipe; the bottom of the blowing pipe is trumpet-shaped and larger than the bottom opening of the material controller. The air supply pipe with the electromagnetic valve is connected with the fan. The cross bar connected with the third hydraulic device corresponds to the first and second limit switches arranged on the fourth support up and down respectively. The sealing plate with the transparent cover is provided with a blowing head, and the connecting pipe with the electric valve on the blowing head is connected with the air supply pipe. Each hydraulic device and each support are arranged on the enzymolysis tank or the like. The discharge pipe at the lower part of the feeding hopper and the bottom of the threading pipe with a probe on the outer wall of the feeding hopper enter the enzymolysis tank. The feeding hopper is equipped with a sensor, and the discharge pipe is equipped with a sprinkler, a small wire mesh, etc. All hydraulic devices, solenoid valves, electric valves, blowers, probes, sensors and switches are respectively connected to the controller with a display screen through wires.

Description

technical field [0001] The invention relates to an automatic feeding device, in particular to an automatic feeding device on an enzymolysis tank. Background technique [0002] At present, when adding powder to the enzymatic hydrolysis tank, many of them need to be sprinkled manually; in the state of agitator stirring, people open the lid of the enzymatic hydrolysis tank, hold a spoon, etc. to sprinkle the powder into the enzymatic hydrolysis tank over and over again, In order to scatter the powder evenly, sometimes you have to put your hand into the enzymatic hydrolysis tank to scatter the powder; this has potential safety hazards and low efficiency; it is difficult to ensure that the powder is evenly scattered because it is sprinkled by hand , so that the material powder cannot be well integrated with the water and biological enzymes in the enzymolysis tank, thus affecting the quality of the processed product. Contents of the invention [0003] The object of the present ...

AI Technical Summary

Problems solved by technology

[0002] Now, when pouring powder into the enzymatic hydrolysis tank, many of them need to be sprinkled manually; in the state of agitator stirring, people open the lid of the enzymatic hydrolysis tank, hold a spoon in hand, etc. to sprinkle the powder into the enzymatic hydrolysis tank over and over again, In order to scatter the powder evenly, sometimes you have to put your hand into the enzymatic hydrolysis tank to scatter the powder; this has potential safety hazards and low efficiency; it is difficult to ensure that the powder is evenly scatter because it is sprinkled by hand , so that the powder cannot be well integrated with the water and biological enzymes in the enzymolysis tank, thus affecting the quality of the processed product

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