Material capsule with dynamic combined material pipe

Abstract

The invention discloses a material capsule with a dynamic combined material pipe. The material capsule comprises a capsule body, a material opening is formed in the top end of the capsule body, a fixing frame is further arranged at the position of the material opening, a mounting hole is formed in the center of the fixing frame, a main material pipe is arranged at the position of the mounting hole, at least two connecting holes are further formed in the fixing frame, and sleeves are further fixedly installed in the connecting holes. The sleeves are similar to the main material pipe in structure, each sleeve comprises a lining pipe and an external pipe and is connected and provided with a material pipe through a rubber hose, the material pipe comprises an inner pipe and an outer pipe, the top of the inner pipe is higher than the top of the outer pipe, the bottom of the inner pipe is higher than the bottom of the outer pipe, and an auxiliary moving device used for dynamic self-moving quick discharging of the combined material pipe is further arranged on the material pipe. Through cooperation of the combined distribution material pipe and the auxiliary moving device which are arranged in the capsule body, the effect that sucked materials automatically move to be close to the middle is achieved under rubber elastic recovery and external force action, and the use value of the material capsule and the cleanliness degree of the sucked materials are improved.

Description

technical field [0001] The invention belongs to the technical field of granular material transportation equipment, and in particular relates to a material capsule with a dynamic combined material tube. Background technique [0002] Traditional material transport bags cannot perform effective self-recovery when extracting materials. Most industrial powder materials have fine particles, strong fluidity, and are easy to be lost and polluted. At present, such powder materials are often transported through containers and train compartments. When loading and unloading, the powder material is sucked out by the fan through the discharge channel extending into the discharge port on the top of the carriage. When the wind discharges, the powder material in the container or the train carriage will remain, which is difficult It is sent out, and the collection efficiency is low, and the traditional material bag cannot be shrunk and the cavity can be changed randomly, resulting in some res...

AI Technical Summary

Problems solved by technology

[0003] The object of the present invention is to provide a material capsule with a dynamic combination material tube, which aims to solve the problem of low efficiency of powder material residing in the related art. The integrated structure design of the present invention, through the combined The cooperation of the distributed material pipe and the auxiliary moving device avoids the material residue at the inner corner of the capsule, and realizes the effect of the self-moving of the suction material to the middle through the elastic recovery of the rubber, which improves the working efficiency of the suction link and further improves the The practicality and high efficiency of the material capsule

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