Automatic light adhesive material feeding vibration hopper

Abstract

The invention discloses an automatic light adhesive material feeding vibration hopper which comprises a main magnetic vibration machine and a material tray. The vibration hopper generates electromagnetic force through an electromagnetic coil of the main magnetic vibration machine, the material tray with vibration plate springs is stimulated to vibrate, boosting nuts in the material tray vibrate and ascend along a spiral feeding rail, light adhesive materials in the material tray are cyclically boosted to transmit along the feeding rail, and in the discharging stage, air blowing pipes are used for blowing air in an oriented mode, so that the materials are finally conveyed. The air blowing pipes located accurately are used in cooperation with the boosting nuts, so that the light adhesive materials are automatically and rapidly fed in order. According to the automatic light adhesive material feeding vibration hopper, structural design is reasonable, certain universality is achieved, the materials which are adhesive, low in mass, small in inertia and the like can be continuously and evenly conveyed to the position to be machined, the conveying speed is high, work efficiency is improved, and production cost is reduced.

Description

technical field [0001] The invention belongs to the field of industrial automation equipment, in particular to a vibrating hopper for automatic feeding of light viscous materials. Background technique [0002] The vibrating hopper is a commonly used material feeding mechanism. With the help of electromagnetic force, it generates tiny vibrations, and relies on the combined action of inertial force and gravity to drive the material forward along the trough, and automatically orients itself in a single row during the feeding process. Arrange and send out according to the specified direction and position. Light viscous materials such as cotton balls have light weight and low inertia. It is difficult for ordinary vibrating hoppers to automatically and orderly orientate, arrange and accurately transport materials to the next process through vibration. At present, most of the automation equipment involving light and viscous materials is manually fed and processed. This operation m...

AI Technical Summary

Problems solved by technology

Light viscous materials such as cotton balls have light weight and low inertia. It is difficult for ordinary vibrating hoppers to automatically orientate, arrange and accurately transport materials to the next process through vibration.

At present, most of the automation equipment involving light viscous materials is manually fed and processed. This operation method greatly increases labor costs and seriously affects work efficiency and product quality.

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