Suspension type active vibrating block-resistant type material bin

Abstract

The invention relates to a suspended movable vibration block prevention type material bin, which belongs to the field of material conveying machine manufacture. The material bin consists of a connecting bin and a material outlet bin, wherein the connecting bin and a fixed bin are suspended and elastically connected; the outer walls of the material outlet bin and the connecting bin are fixedly provided with symmetrical positioning and connecting shafts respectively; the positioning and connecting shafts are sheathed with shaft sleeves which are fixedly connected by a connecting plate respectively; an elastic rubber rod is arranged between the positioning and connecting shafts and the shaft sleeves, and a connecting sealing flexible component is arranged between the connecting bin and the material outlet bin; and the outer walls of the connecting bin and the material outlet bin are fixedly installed with a vibration motor respectively, and the installation position of the vibration motor is perpendicular to the axial line of the positioning and connecting shafts. The material bin changes the structural mode of the prior material bin from the whole structure, and the material bin is divided into the connecting bin and the material outlet bin from the structure, thereby achieving relative movement under the action of vibrating the motors under an effective sealing condition so as to ensure that materials are unobstructed in the bin body, and the phenomena of attachment, accumulation and blockage in the falling process of the materials are avoided.

Description

technical field [0001] The invention relates to a suspended live vibration anti-blocking type material bin, which belongs to the field of material conveying mechanical equipment manufacturing. Background technique [0002] At present, it is widely used in the material bins for storing and transporting materials in the process of conveying bulk materials. There is a common problem that the material in the lower hopper is clumped and accumulated in the lower hopper due to the over-humidity of the material, which makes the outlet of the lower hopper easy to block and cause downfall. For this phenomenon, air cannons, vibrating motors, loosening machines and manual knocking on the lower hopper are usually used to deal with this phenomenon, but these methods cannot effectively solve the above problems. For example, using a lower hopper with a vibrating motor, although The rapping motor can have a certain effect on the falling of the material in the lower hopper and the accumulatio...

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Problems solved by technology

[0002] At present, it is widely used in the material bins for storing and transporting materials in the process of conveying bulk materials. There is a common problem that the material in the lower hopper is clumped and accumulated in the lower hopper due to the over-humidity of the material, which makes the outlet of the lower hopper easy to block and cause downfall. For this phenomenon, air cannons, vibrating motors, loosening machines and manual knocking on the lower hopper are usually used to deal with this phenomenon, but these methods cannot effectively solve the above problems. For example, using a lower hopper with a vibrating motor, although The rapping motor can have a certain effect on the falling of the material in the lower hopper and the accumulation of material agglomeration. However, due to structural reasons, the volume structure of the lower hopper adopts an integral through-cone structure. Due to the limitations of the equipment, the striking force of the rapping motor is not enough to damage the material to effectively dredge. At the same time, the fixedly connected rapping motor is easy to damage the connection base and the material bin.

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