Cloth cutting and measuring device

Abstract

The invention discloses a cloth cutting measuring device which comprises a rack, a cloth rolling cylinder, a cloth measuring device and cloth guiding rollers. The cloth rolling cylinder, the cloth measuring device and the cloth guiding rollers are arranged in the cloth direction in sequence. The cloth measuring device comprises guiding grooves, sensors, a control box, a siding roller and two cloth guiding shafts, the guiding grooves are vertically formed in the two sides of the rack, the sliding roller is horizontally arranged and can vertically slide in the stretching direction of the guiding grooves, the two cloth guiding shafts are located on the two sides of the upper ends of the guiding grooves, the two sensors are arranged at the upper ends and the lower ends of the guiding grooves respectively, a vertical position adjusting device is arranged on the lower end sensor, the control box is fixed to the rack and is connected with the two sensors, and the cloth guiding rollers and the cloth rolling cylinder are driven by two drive motors connected with the control box respectively. The cloth cutting measuring device is accurate in cloth cutting length and capable of controlling the cutting length, and saves production cost investment.

Description

technical field [0001] The invention relates to a metering device, in particular to a cloth cutting metering device. Background technique [0002] When making and producing textile products, it is necessary to cut the entire piece of fabric according to the required size and specifications to prepare for the next step of production and processing. The traditional method is to wind the cloth with a winding frame, and control the size and length of the cloth cutting through the diameter of the winding frame. This method is simple to operate and relatively fast in efficiency, but the size of the cut cloth There is a large error. Due to the thickness of the cloth itself, the length of the outer layer of cloth will gradually increase compared with the length of the inner layer when the cloth is wound. In this way, the actual length of each cloth is different. Theoretical error is already relatively obvious, and in the process of actual operation and production, the actual error ...

AI Technical Summary

Problems solved by technology

The traditional method is to wind the cloth with a winding frame, and control the size and length of the cloth cutting through the diameter of the winding frame. This method is simple to operate and relatively fast in efficiency, but the size of the cut cloth There is a large error. Due to the thickness of the cloth itself, the length of the outer layer of cloth will gradually increase compared with the length of the inner layer when the cloth is wound. In this way, the actual length of each cloth is different. Theoretical error is already relatively obvious, and in the process of actual operation and production, the actual error will be even greater, so for some high-end products, when the size requirements are relatively strict, this cutting method obviously has great defects

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