Low-energy-consumption discharging device suitable for feeding of thin steel bars and using method thereof

Abstract

The invention relates to a low-energy-consumption discharging device suitable for feeding of thin steel bars. The low-energy-consumption discharging device comprises a support and a plurality of supporting rails arranged on the upper portion of the support side by side; a mounting plate capable of being curled is arranged above the supporting rails; and a plurality of clamping and stopping devices are evenly fixed to the mounting plate. The low-energy-consumption discharging device further comprises a winding system; the winding system comprises a first driving device, a limiting device and a winding shaft; the winding shaft is fixed to the side, close to the rear portions of the supporting rails, above the supporting rails; the winding shaft is parallel to the steel bars; the limiting device comprises a limiting roller, a limiting roller rail, a transmission device and a second driving device; the limiting roller moves along the limiting roller rail; the second driving device controls the limiting roller to slide or roll in a stepping mode through the transmission device; and a traction rope is arranged at the front end of the mounting plate and connected with the winding shaft through the limiting roller. The low-energy-consumption discharging device suitable for feeding of the thin steel bars is large in one-time feeding capacity, simple in overall structure, low in power requirement, stable in performance and particularly suitable for discharging of the thin steel bars.

Description

technical field [0001] The invention belongs to the technical field of metal rod processing, and in particular relates to a low-energy-consumption discharging device suitable for feeding relatively thin steel rods and a use method thereof. Background technique [0002] At present, the post-processing of metal bars is mostly loaded into the processing machinery through automatic feeding machines. The more common feeding method used in current production is to use the rotary part to hook or grab one metal rod at a time, and then the rotary part sends the metal rod to the transfer or lifting device, and the transfer or lifting device puts the metal rod on the slope It is rolled into the input end of the processing machine for subsequent processing. [0003] The application number is CN202022151155.9, and the Chinese patent titled "A Feeding Mechanism for Bar Chamfering Machine" discloses a currently widely used bar feeding mechanism. The processed bar is placed vertically on ...

AI Technical Summary

Problems solved by technology

The above-mentioned feeding mechanism has high conveying stability and fast flow speed, which improves the feeding efficiency and is highly compatible with the chamfering machine. The common disadvantage of this system is that due to the large number of rotating parts, it requires a more complicated structure and is just right. The combination of high energy consumption, high cost, and many problems during use, and because too many bars cannot be stacked on the stacking place, and the bars near the rotary system need to be laid neatly, once the bars In the event of crowding and accumulation, it may be difficult for the rotary system to hook or grab a single bar, which requires workers to continuously discharge materials, which is obviously not conducive to improving work efficiency, and when discharging thinner bars , this kind of device is difficult to stably feed a single rod, and it is also more prone to the phenomenon of crowded and piled up rods

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