Sliding rail buckling type warehouse stacking machine and using method thereof

Abstract

The invention discloses a sliding rail buckling type warehouse stacking machine. The machine comprises an aluminum profile support, the outer side of the aluminum profile support is sleeved with a carbon steel guide rail, the two ends of the aluminum profile support are fixed to the inner side of a fixed foot stand through angle steel, a U-shaped buckle plate is fixed to a body of the carbon steelguide rail, and the other side of the U-shaped buckle plate is connected to a buckling cover plate through a bolt; and the back face of the buckling cover plate is fixed to the inner side face of a stand column guide rail, and a carrying dragging table is installed on the stand column guide rail. The mode that a ground rail is arranged in a conventional stacking machine to serve as an operation rail is improved, the guide effect of the ground rail is changed into the fixing effect, so that the whole stacking machine frame structure can be firmly grasped and stabilized by being embedded into the ground, static stability can be kept no matter when the stacking machine picks up goods at a high position or brakes emergently; and the aluminum profile support and a top layer aluminum profile are parallel to each other, the stand column guide rail is perpendicular to the aluminum profile support and the top layer aluminum profile at the same time and keeps movable connection, and stability can be guaranteed while horizontal left-right movement is achieved.

Description

technical field [0001] The invention belongs to the technical field of warehouse goods handling, and in particular relates to a slide rail snap-fit ​​type warehouse stacker, more specifically a slide rail snap-fit ​​type warehouse stacker and a use method thereof. Background technique [0002] The Chinese invention patent authorization application number is 201410376167.8, and the patent name is the clamp-type single-column high-speed stacker. The sky rail is only used as the auxiliary track of the stacker, and its main function is to guide the "real situation", and it causes: when the height of the stacker is high, during the operation, the upper part of the stacker often lags behind the The phenomenon of the lower part of the stacker, especially when the stacker is braked, due to inertia, causes the dangerous phenomenon of the serious shaking of the upper part of the stacker, and pointed out again that "in order to overcome these defects in the prior art, the prior art Th...

AI Technical Summary

Problems solved by technology

The application of the stacker has greatly improved the work efficiency and saved manpower and material resources", and thus proposed: In order to solve the problems of the previous warehouse operation mode, the present invention provides a stacker for logistics storage. The fork telescopic mechanism grabs the goods, realizes the transportation of goods in the horizontal and vertical directions, and realizes the technical means of automation and safety through the detection and limit of the sensor. The two sides are fixed by fixed pulleys to match the movement in the horizontal direction, but the forks are located on one side of the lifting mechanism, rather than the central part, which is evenly stressed, which will lead to wear and tear on the fixed pulleys in the long run, especially when the load is heavy. The entire fork telescopic mechanism is tilted, so that the goods on the fork are tilted and lost. This technical problem is also a common defect of stackers used in various fields and the direction to be improved. The connection between the horizontal driven travel box and the lower guide rail I-beam The method is available. This connection method is not fixed by integral welding, but only relies on the horizontal anti-dumping wheel to ensure stability and prevent tilting and toppling. It still does not have the fundamental improvement of this type of conventional problem.

[0006] In addition, the patent technology does not record clearly in the actual operation process, the picking process of the fork telescopic mechanism, the vertical displacement process of the fork telescopic mechanism on the lifting mechanism, and the integrated mechanism including the lifting mechanism and the fork telescopic mechanism All are driven by manpower or automation, and realize the horizontal displacement process on the column sky rail and the lower guide rail I-beam, and the implementation process of the technical means is not clearly specified.

[0007] For the specific technical means not mentioned in the above patent technology and the most common inclination problem during the operation of the stacker, the present invention provides an improvement that is different from the structure involved in the above patent and has technical means different from the above patent. Stacker, in order to achieve the purpose of overcoming the above defects

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