Reversible linkage positioning weaving shaft transfer rail axle car

Abstract

The invention relates to a reversible linked positioning weaving axle transfer rail axle car, comprising a rail and a car plate, the car plate is provided with a roller, and the car plates are connected by a connecting rod; it is characterized in that: it also includes a flipping a support plate, an overturning drive mechanism and a blocking positioning mechanism; the bottom end of the overturn support plate is provided with an upper convex ball seat, and the upper convex ball seat is movably connected with the lower concave ball seat on the vehicle board; the overturning drive mechanism is located at The vehicle plate and the overturning stay are movably connected with the vehicle plate and the overturning stay respectively, and the blocking and positioning mechanism is located on the overturning stay and is movably connected with the overturning drive mechanism. The invention can realize the placement and removal of the weaving shaft without using a forklift, and can form or cancel the block while turning over, so as to reduce the cost, reduce the time consumption, and eliminate the safety hidden danger.

Description

technical field [0001] The invention relates to the field of weaving shaft transfer, in particular to a reversible linkage positioning weaving shaft transfer rail axle car. Background technique [0002] After the yarn is warped on the warping machine, it will be wound on the weaving shaft, and then the weaving shaft will be unloaded from the warping machine and transferred to the sizing machine for unwinding to realize the sizing and cooking operations of the yarn. . The main size parameters of the weaving shaft are the width of the weaving shaft, the diameter of the side plate, the diameter of the shaft tube, etc. [0003] After the loom is unloaded from the warping machine, it needs to be transferred to the sizing machine. The existing transfer method is to move through the rail axle car, that is, the weaving spool on which the yarn is wound is moved to the axle car, and then the axle car slides along the track to realize the transfer movement of the weaving axle. [00...

AI Technical Summary

Problems solved by technology

[0005] Using a forklift to lift and place the weaving beam will not only take more time, but also incur higher costs, and it is impossible to place the weaving beam without a forklift

The operation of manually inserting and removing the wedge block will undoubtedly consume more manpower, and it is easy to cause a safety hazard of the weaving shaft rolling due to the improper placement of the wedge block

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