High speed stacker for semisteel blank storeroom

Abstract

The invention relates to a high speed stacker for a semisteel blank storeroom and solves the problem that in the prior art, the stacker is complex in structure and unstable to operate, affects the precision of goods allocations and is not suitable for the fast-tempo demand of the semisteel blank storeroom. The high seed stacker is characterized in that a horizontal driving device is mounted on a portal frame mechanism; a good carrying table mechanism is double stations and double forks; the amount of compression of an adjusting compression spring can adjust the positive pressure between a driving wheel and a driven wheel and a ground rack; the acceleration can reach 2m / second squared; and a rectifying wheel anti-tipping wheel is mounted in a bearing wheel assembly. The high speed stacker provided by the invention has the beneficial effects that the high speed stacker solves the problems of great impact, non-synchronous operation, severe vibration of equipment, inaccurate stop positionof the equipment non-synchronous drive and loud noise as a result of high-speed operation, meets the demands on blank storage and fast tempo of transferring work in a semisteel vulcanizing workshop, is compact in structure and accurate to position, achieves stable high-speed and high-acceleration operation of a driving device, and is steady to operate, small in noise, safe and reliable, and the using rate of a three-dimensional storeroom and the stacking efficiency are increased.

Description

technical field [0001] The invention belongs to the technical field of tire logistics automation, in particular to a high-speed stacker used for semi-steel blank storage. Background technique [0002] There are many types of embryos in the semi-steel production workshop of the tire factory, the output is large, and the tire production cycle is fast. Since the tire storage form is a single-layer embryo car plane stacking, the floor area is large, and the tire embryos are stored and transferred from the molding workshop to the vulcanization workshop. , The detection system is currently all manually operated. The embryos are manually scanned and put into the embryo car. When the vulcanizing machine is needed, the tire car is manually transferred. The production efficiency is low, and it is prone to false detection. The storage time of the embryo cannot be guaranteed. , and the manual operation in the handling process is very easy to damage the tire embryo, which is prone to tir...

AI Technical Summary

Problems solved by technology

The problem with this invention is that, due to the use of a single column, vibrations are likely to occur during operation, and the operation is not stable. Due to the use of two sets of upper and lower drive mechanisms, it is easy to produce the phenomenon that the two sets of drive mechanisms are not synchronized, resulting in distortion of the column. Ultimately affect the location accuracy

[0004] The invention with the application number of 2017102726280 provides a stacker, which includes a first column, a second column, a loading platform, a lifting assembly and a guide assembly, and the loading platform is arranged on the opposite first column and the second column. Between the two columns, the lifting component includes a hydraulic cylinder, a power source and a piston rod, and the hydraulic drive is used to lift the cargo platform. The cargo platform is equipped with a first cylinder and a second cylinder, and the guiding component includes a fixed wheel, a wire rope, and a reel. , the first guide wheel and the second guide wheel, the first guide wheel and the second guide wheel jointly control the direction of the support plate, the first guide wheel and the second guide wheel are equipped with angle sensors and speed sensors, respectively for detecting The deflection angle of the wire rope and the moving speed of the support plate, the problem existing in this stacker is that since the loading platform is lifted by hydraulic drive and the loading platform is equipped with a first cylinder and a second cylinder, a hydraulic system and The air compression system itself has a complex and heavy structure, and the hydraulic system is prone to oil leakage and contaminates the embryo. The stacker lifts the loading platform through a wire rope, which requires multiple guide wheels, and the structure is complex, and it cannot achieve high speed and high acceleration. Lifting the cargo platform, due to the rapid aging and short service life of the steel wire rope, there is also a hidden danger of rope breakage

However, the problems of this utility model are that it is difficult to adjust the eccentric wheel, the amount of friction adjustment cannot be grasped quantitatively, it is easy to loosen after adjustment, the equipment vibrates seriously, the noise is large, it cannot adapt to the impact brought by high-speed operation, and it cannot achieve stable acceleration. Affects the stability of operation. It can be seen from the accompanying drawings in the manual that the width of the walking wheel of this utility model is larger than the width of the web edge of the guide rail, which is easy to cause local wear of the walking wheel

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