Tire blank unloading device for tire industry forming machine

Abstract

The invention discloses a tire blank unloading device for a tire industry forming machine. The tire unloading device comprises a cross beam, a transverse movable rack, a longitudinal movable rack, a steering base and a profiling supporting plate. The transverse movable rack is slidably installed on the cross beam and capable of transversely moving relative to the cross beam. The longitudinal movable rack is slidably installed on the transverse movable rack and capable of moving up and down relative to the transverse movable rack. The bottom of the longitudinal movable rack is connected with the steering base through an external-tooth type turntable bearing. A third motor reduction box is further fixedly connected to the longitudinal movable rack. The output end of the third motor reduction box is fixedly connected with a driving gear engaged with the external-tooth type turntable bearing. The profiling supporting plate is arranged at the upper end of the steering base. A weighing module is arranged between the steering base and the profiling supporting plate. The tire blank unloading device is large in lifting force, stable in walking, adjustable in swing angle, and capable of achieving reversal swing according to site requirements. A tire unloading disc is designed in a profiling mode, and the tire blank deformation in the tire unloading process is reduced through cooperation of the constant-velocity tire unloading action.

Description

technical field [0001] The invention relates to a tire unloader, in particular to a tire blank unloading device for a building machine in the tire industry. Background technique [0002] At present, as China enters a new round of construction and development cycle, along with the start of construction of large-scale projects, the demand for large-scale transport vehicles has increased sharply. As large transport vehicles are driven in harsher road conditions, the tires are severely worn (the tire replacement cycle is 3000KM), resulting in a sharp increase in the demand for engineering radial tires and giant radial tires. [0003] Due to the large size, heavy weight, and complex specifications of OTR tires, manpower, forklifts, cranes and other hoisting methods alone cannot meet the tire unloading and hoisting requirements of OTR tire products, and it is easier to correct tires due to improper operation during tire unloading. The billet will be damaged and the yield rate wil...

AI Technical Summary

Problems solved by technology

[0003] OTR tires have the characteristics of large size, heavy weight, and complex specifications, and the hoisting methods such as manpower, forklifts, and cranes alone cannot meet the tire unloading and hoisting requirements of OTR tire products, and it is easier to correct tires due to improper operation during tire unloading The billet is damaged, reducing the yield

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