Stable feeding and low energy consumption discharging device

Abstract

The application relates to a low-energy-consumption discharging device with stable feeding, which includes a bracket and a discharging rod. Several supporting rails are arranged side by side on the upper part of the bracket, and the supporting rails are arranged at least on both sides of the bracket. It is located under the support track or in the middle of the bracket, and there are several stop rods fixed on the discharge rod; the end of the discharge rod is close to the discharge side, that is, when the discharge end of the discharge rod rises to the highest position, the upper end of the stop rod is higher than the support track The upper end surface and the steel rods laid flat on the support track are respectively locked one by one; when the discharge end of the discharge rod is gradually lowered, the upper end of the stopper close to the discharge end of the discharge rod is the first to approach or be lower than the upper end surface of the support track, so that The steel rod close to the discharge end of the discharge rod is released; every time the discharge end of the discharge rod drops by a certain range, a steel rod is released; a low-energy discharge device with stable feeding of the present invention has a large feeding capacity at one time , simple structure, small footprint and low energy consumption.

Description

technical field [0001] The invention belongs to the technical field of metal bar processing, and in particular relates to a low-energy-consumption discharging device with stable feeding. Background technique [0002] For the post-processing or performance optimization of metal rods, in addition to relying on annealing, normalizing and other heat treatment processes, it also needs to be processed by rolling, stretching, straightening, polishing, chamfering, etc. The cut metal rods need to pass through The automatic unloading machine (automatic feeding machine) feeds the material into the processing machinery for post-processing. [0003] In the further processing of steel rods, the more common feeding method 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 takes the metal rod Put it on a slope and roll it into the input end of the processing ma...

AI Technical Summary

Problems solved by technology

[0004] The application number is 202110452402.5, and the invention patent titled "A Bar Supply Device for Cutting Machine" discloses a bar supply device. The bar on the frame is turned over to the discharge rack by the flipping component, and then Push the bar on the discharge rack to the cutting machine through the pusher assembly, so as to complete the automatic feeding of the bar; in terms of adaptability, the driven shaft is driven by the rotating part, and the driven shaft passes through the first driving bevel gear Rotate with the first driven bevel gear to drive the adjustment screw to rotate, so as to adjust the position of the adjustment plate to adjust the position between the first positioning plate and the turning plate, so that the turning plate can be adapted to bars with different diameters ; This scheme can realize loading better, but the disadvantage is that the structure is relatively complicated, the amount of feeding is small at one time, and more energy consumption is needed to push the steel rod

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

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