Automatic transport air-drying cache device for viscous ring parts

Abstract

The invention relates to an automatic transporting, air-drying and buffering device for viscous ring parts. The automatic transporting, air-drying and caching device mainly comprises a motor set, a lifting pull rod electromagnet set, a supporting rod, a tire bead pushing spring, a driving motor, an air-drying air fan, a torque detection sensor, a self-adjusting balancing weight and a buffer pool.The motor set and the electromagnet set are cooperated to connect with the supporting rod alternatively and play a support role, a space for tire beads to pass through is provided, and the tire beadsare sequentially air-dried and cached in a first-in first-out mode. The tire bead pushing spring is connected with the driving motor, and a system controls the driving motor to work to drive the tirebead pushing spring to effectively rotate so as to drive the tire beads to move forwards sequentially. The torque detection sensor is arranged at the end part of the supporting rod and cooperated withthe self-adjusting balancing weight mounted in the right end of the supporting rod for control so as to realize unbonded separated transportation of the tire beads. The air-drying air fan is arrangedabove the tire bead pushing spring to air-dry the tire beads. The tire bead pushing spring is provided with the buffer pool for collecting the air-dried tire beads.

Description

technical field [0001] The invention relates to an air-dry buffer device, in particular to an automatic transport air-dry buffer device for viscous ring parts. Background technique [0002] In the actual production process of the bead, the transfer and storage of the traveler is an important part of the production process. At present, the main transfer and storage method of the traveler is: firstly, the wound traveler is manually taken out, and then the manipulator completes the work of binding the traveler, and finally the bound traveler is manually placed on the suspension rod of the traveler. . This method requires manual transfer and storage of the traveler, resulting in a huge waste of labor, and because the newly produced traveler has a certain viscosity, when two traveler centers overlap and are placed closely, the entire The circumferences are in contact with each other, so placement is prone to adhesion, which is not conducive to the subsequent tape-winding work, ...

AI Technical Summary

Problems solved by technology

This method requires manual transfer and storage of the traveler, resulting in a huge waste of labor, and because the newly produced traveler has a certain viscosity, when two traveler centers overlap and are placed closely, the entire The circumferences are in contact with each other, so it is easy to cause adhesion, which is not conducive to the subsequent tape-winding work, so that the entire production process cannot have a good continuity

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