Anti-deformation movable yarn tile and spinning cake transporting yarn trolley

Abstract

The invention discloses an anti-deformation movable yarn tile and a spinning cake transporting yarn trolley. The anti-deformation movable yarn tile comprises a mounting base, a longitudinal beam is arranged on the mounting base, movable yarn tile blades are symmetrically arranged on the two sides of the longitudinal beam, and the outer side faces of all the yarn tile blades are arc-shaped faces. According to the anti-deformation movable yarn tile, the supporting area of the yarn tile blades can be increased according to the actual application condition, and the positions of the yarn tile blades can be adjusted according to the size of a spinning cake before the spinning cake is installed on the yarn tile blades, so that the contact area between the spinning cake and the yarn tile blades is increased. When the diameter of the circle where the arc-shaped faces of the yarn tile blades are located is larger than half of the inner diameter of the spinning cake, the yarn tile blades can support the whole spinning cake more effectively, the spinning cake can make close contact with the yarn tile blades as much as possible, and therefore the purpose of relieving deformation of the spinning cake or avoiding deformation of the spinning cake is achieved.

Description

technical field [0001] The invention relates to the technical field of glass fiber manufacturing, and more specifically relates to an anti-deformation movable yarn tile. In addition, the present invention also relates to a yarn cake transport yarn car comprising the above-mentioned anti-deformation movable yarn shoe. Background technique [0002] In the continuous production and winding of glass fiber, forming a silk cake into the next production process or continuous transportation process, it is inseparable from the silk cake transportation tool - yarn car, and the most important component in the yarn car - yarn tile, is As an important device to hold or support the silk cake, the shape of the gauze tile and the size of the process play a particularly important role in the shape change of the silk cake. The forming condition of the silk cake is also a crucial factor that determines whether the corresponding flow equipment of the automated production line can function norm...

AI Technical Summary

Problems solved by technology

Due to the deformation or bad shape of the silk cake, it is impossible to use the automatic mechanical equipment yarn filling machine normally. After unloading and filling yarn, the winding staff can only manually unload and supplement the yarn after winding a roll of silk cake

[0004] The normal use or operation of the automatic line equipment is seriously affected due to the deformation or poor forming of the silk cake, and its automation function is completely in failure mode in the face of such deformed silk cake

[0005] After the ply yarn cake is released from the furnace, it will directly enter the three-dimensional warehouse. After the yarn is adjusted according to the demand, the yarn car will be sent to the position of the chain machine for yarn unloading. Only by seeing the shape of the yarn cake can we know whether the yarn unloading is satisfactory. Satisfied with automatic yarn unloading when unloading yarn, the silk cake will fall from the yarn unloading machine or fall on the equipment, which will pose a great safety hazard to the operation protection of the equipment

If the silk cake falls, it will cause damage, pollution and other quality hidden dangers to the silk cake

[0006] Due to the deformation and bad shape of the silk cake, it cannot meet the types of yarn unloading and repairing yarn, so the yarn car needs to be pulled to the roadway of the winding workshop for manual yarn lowering

Because the workshop lanes are too narrow (designed for full automation), there are likely to be potential safety and quality risks of personnel or silk cakes being bruised when employees unload the yarn.

[0007] Yarn winding automation equipment belongs to multiple roadways that distribute silk cakes in parallel for continuous production. When the silk cakes are deformed or poorly formed, the automatic distribution equipment needs to be stopped before the yarn car of this type can be pushed into the roadway for manual yarn laying, which will cause some related areas , unable to continue normal operation of the distribution of silk cake production, which seriously affects the production efficiency of the workshop

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