Method and system for determining standard working hours of automatic cloth stretching machine for cutting bed in garment production

Abstract

The invention discloses a garment production cutting bed automatic spreading machine standard working hour determination method and system. The method comprises the steps that production and document making information is acquired, including spreading yard length of an automatic spreading machine; acceleration operation time, maximum operation speed and deceleration distance of the automatic spreading machine are acquired; constant speed operation time of the automatic spreading machine is determined according to spreading yard length, acceleration operation time, maximum operation speed and deceleration distance of the automatic spreading machine; deceleration operation time of the automatic spreading machine is determined according to maximum operation speed and deceleration distance; outward operation time and returning operation time of the automatic spreading machine are determined according to acceleration operation time, constant speed operation time and deceleration operation time of the automatic spreading machine; and standard working hours of the automatic spreading machine are determined according to outward operation time, returning operation time and time of opening clamps, closing the clamps and cutting cloth of the automatic spreading machine. The accurate cutting bed automatic spreading machine standard working hours can be obtained in the garment production process.

Description

technical field [0001] The invention relates to the technical field of garment management, in particular to a method and a system for determining standard working hours of an automatic cloth stretching machine on a cutting bed in garment production. Background technique [0002] At present, in the garment industry, the vast majority of garment manufacturing factories still use stopwatches to measure the working hours of the cutting bed automatic stretching machine in garment production, and use this as the data basis to calculate efficiency and wages, thus bringing a series of The problem: [0003] 1) The stopwatch measurement method must be carried out during the production process. There is no way to predict the standard working hours of the automatic stretching machine in advance, so it is impossible to arrange production more reasonably in advance; 2) The objects measured by the stopwatch measurement method vary from person to person. There is no way to accurately measu...

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Problems solved by technology

[0003] 1) The stopwatch measurement method must be carried out during the production process. There is no way to predict the standard working hours of the automatic stretching machine in advance, so it is impossible to arrange production more reasonably in advance; 2) The objects measured by the stopwatch measurement method vary from person to person. There is no way to accurately measure the speed of each person's movements and the parameters of the stretching machine. Even after multiple measurements and time measurements of different workers and different speeds of the stretching machine, the accuracy of the measurement results is still to be determined. 3) Due to the various influencing factors of each factory, there is no way to use a unified standard to measure the efficiency of each factory; 4) In comparison, the stopwatch measurement method cannot objectively reflect the production status of the actual automatic spreading machine , which has brought some troubles to the verification of wages

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