Debugging device for eliminating loom drive path thickness
A technology of dense roads and looms, applied to looms, auxiliary equipment for weaving, textiles, etc., can solve problems such as not easy to obtain, a lot of time, and unsatisfactory results, and achieve the effect of eliminating driving dense roads
Inactive Publication Date: 2007-10-17
WUJIANG WANGONG ELECTROMECHANICAL EQUIP
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Problems solved by technology
But long-term experience is not easy to obtain and requires a lot of time for experimentation, and the effect is often not ideal
Method used
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[0019] As shown in Figs. 1-2, a debugging device used to eliminate the sparse and dense roads of looms is composed of a light-emitting lamp 1, a lamp controller 5, a light receiver, and a central control system-processor 4.
[0020] The light-emitting lamp 1 is used to emit parallel light 6 to the fabric, and the control terminal on it is electrically connected to the light controller 5, that is, the light controller 5 controls which parallel light 6 the light-emitting lamp 1 emits. 5 is electrically connected to an output terminal of the processor 4. The processor 4 stores data inside, which can send instructions to the light controller 5. For example, it can be judged to transmit to the light controller 5 according to different materials and fabrics. What instructions enable it to control what color of parallel light emitted by the light-emitting lamp 1 so as to better detect the weaving quality of the fabric 8.
[0021] The light receiver 2 is used to receive the reflected ligh...
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The invention relates to a debugging device for eliminating loom drive path thickness, which includes a luminescence lamp for emitting parallel light to fabric, a lamp controller electrically connected with the luminescence lamp for controlling lighting of the luminescence lamp, a light receiver for receiving reflected light after the parallel light is reflected by the fabric, and a processor equipped with at least one input end and a plurality of output ends. The input end of the processor is electrically connected with output end of the light receiver, one of the output ends is electrically connected with a control system of the loom, the process analyses signal sent by the light receiver and sends control signal to the loom control system, and the loom control system eliminates the loom drive path thickness according to received control signal. The invention observes conditions of the drive path thickness by luminescence lamp which is capable of emitting parallel light to fabric and light receiver which is capable of receiving reflected light after the parallel light is reflected by the fabric, thereby loom drive path thickness is eliminated by the loom control system.
Description
Technical field [0001] The invention relates to a debugging device used for eliminating the sparse and dense roads of a loom. Background technique [0002] Driving sparsely dense roads is a persistent problem in textile mills. The new type of loom adopts electronic let-off and anti-sparse and dense road devices to greatly reduce the problem of driving on thin and dense roads, but generally speaking, driving on thin and dense roads is still one of the main peak defects of fabrics. Driving on sparse and dense roads is divided into full width, half width and partial. The latter two types of driving on sparse and dense roads are more difficult to solve. However, the step frequency of the full-range driving on sparse and dense roads is the most. [0003] The new type of loom solves the problem of full-width driving on thin and dense roads. The principle of the anti-thin and dense road device is to move the cloth mouth forward or backward before driving. The amou...
Claims
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IPC IPC(8): D03J1/00D03D51/00
Inventor 张俊康
Owner WUJIANG WANGONG ELECTROMECHANICAL EQUIP