Computer control method for operation of blanket loom

Abstract

The invention discloses a computer control method for a blanket loom. The method adopts a computer program to control the operation of the blanket loom. In the computer program, a plurality of blanket loom weaving schemes and a plurality of key parameters of the operation of the blanket loom are preset. The setting of the blanket loom weaving schemes is simplified. The plurality of key parametersduring the operation of the blanket loom are compared to the preset parameters in the computer program, so as to control the normal operation or fault alarm shutdown of the blanket loom and display the fault content of the blanket loom. By adopting the technical proposal of computer program control, the method ensures the simple, reliable and stable control of the blanket loom, reduces the maintenance difficulty and the maintenance cost of the blanket loom, reduces the labor intensity of the blanket loom weaving workers and increases the production efficiency.

Description

Technical field [0001] The invention relates to a control method of a loom, in particular to a computer control method of a loom. Background technique [0002] The mechanical transmission structure of traditional looms is complex, usually with more gears, bumps, sprockets, etc. as transmission elements, especially the mechanical structure of the shuttle box movement and the movement of the palm lifting mechanism in the loom is more complicated. Similarly, the loom The electrical control part of the loom also uses a large number of relays, external controllers, circuit breakers, etc. as control components. With the long-term operation of the loom, its mechanical parts are severely worn, and the relays are seriously in poor contact, resulting in unstable operation of the loom and frequent failures. In addition, maintenance is difficult and often time-consuming and laborious, which seriously affects the normal production order. Summary of the invention [0003] The technical problem...

AI Technical Summary

Problems solved by technology

[0002] The mechanical transmission structure of traditional looms is complex, usually with more gears, bumps, sprockets, etc. The electrical control part of the loom also uses a large number of relays, external controllers, circuit breakers, etc. as control components. With the long-term operation of the loom, its parts are severely worn, and the relays are seriously in poor contact, resulting in unstable operation of the loom and frequent failures. And maintenance is difficult, often time-consuming and laborious, seriously affecting the normal production order

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