CN201778193U

CN201778193U - Monitoring system with far infrared wireless remote controller for detecting looms and cloth inspecting machines

Info

Publication number: CN201778193U
Application number: CN2010202639623U
Authority: CN
Inventors: 陈明泽
Original assignee: Individual
Current assignee: Individual
Priority date: 2010-07-14
Filing date: 2010-07-14
Publication date: 2011-03-30
Anticipated expiration: 2020-07-14

Abstract

The utility model provides a monitoring system with a far infrared wireless remote controller for detecting looms and cloth inspecting machines. The system mainly adopts the technical scheme that receivers are mounted on the looms or the cloth inspecting machines; when one loom shuts down during weaving operation due to defected cloth or one cloth inspecting machine shuts down during cloth inspecting operation due to the inspected defected cloth, a user can input information through the touch-tone far infrared wireless remote controller according to the defect, so as to fix the loom NO. (NO. 1n) and the defect code (xxx), as well as the cloth inspecting machine NO. (NO. Yn), the defect coordinate (X1n, Y1n) and the defect code (yyy); and data displayed on a liquid crystal panel of the wireless remote controller is directly transmitted to a far-end computer in a wireless manner. The utility model has the advantages that the daily operating status and efficiency records of the looms or the cloth inspecting machines can be displayed, and the operation efficiencies of the looms or the cloth inspecting machines during months or years can be calculated; and the wireless remote controller is used for monitoring, so as to reduce the cost on connecting the looms or the cloth inspecting machines, as well as the cost on mounting controllers on the looms.

Description

The detection loom of the wireless remotely-controlled device of tool far infrared and the monitoring system of cloth inspecting machine

Technical field

The utility model is relevant for the detection loom of the wireless remotely-controlled device of a kind of tool far infrared and the monitoring system of cloth inspecting machine, mainly utilize on the wireless remotely-controlled device of button far infrared and loom or the cloth inspecting machine installing receiver to cooperatively interact, when the running of loom weaves cloth or checking machine running when carrying out perching, wireless remotely-controlled device demonstrates data and is sent to computer and demonstrates operating condition and efficient.

Background technology

Several looms of installing and cloth inspecting machine are arranged in the general traditional weaving mill, for the efficient of the perching that improves efficient that loom weaves cotton cloth and cloth inspecting machine,

loom

1,2,3,4,

5,6,7,8, be equiped with controller C1 on the n, C2, C, 3C4, C5, C6, C7, C8, Cn is as the operating condition and the efficient of record loom, and with connecting line S with message transfer to computer A as the monitoring as Fig. 1, and general cloth inspecting machine is equiped with and marks flaw point with coordinate and do not have the installing controller with record flaw reason, apparently knows that loom is provided with control panel and can increases cost and maintenance cost by above-mentioned, and will interconnect with connecting line between loom and the loom, transfer to computer with connecting line again, the cost of increase connecting line as the same is its disappearance.

Summary of the invention

Main purpose of the present utility model; be to provide the detection loom of the wireless remotely-controlled device of a kind of tool far infrared and the monitoring system of cloth inspecting machine; mainly on loom or cloth inspecting machine, install wireless remotely-controlled receiver; when wherein the running of loom is weaved cotton cloth or checking machine running when carrying out perching; its loom weaves flaw cloth running when stopping or cloth inspecting machine when testing out flaw cloth and shutting down; after utilizing the wireless remotely-controlled device of button far infrared to receive at the simultaneously wireless remotely-controlled device of flaw point input; be to demonstrate loom numbering (NO.Xn) and flaw reason code (* * *) on the wireless remotely-controlled device panel; simultaneously; after the simultaneously wireless remotely-controlled device reception of wireless remotely-controlled device input; demonstrate cloth inspecting machine numbering (NO.Yn); flaw coordinate (X1n; Y1n); flaw reason code (yyy), and the data that demonstrate on the wireless remotely-controlled device panel are promptly directly to be wirelessly transmitted on the far-end computer.

The utility model provides the detection loom of the wireless remotely-controlled device of a kind of tool far infrared and the monitoring system of cloth inspecting machine, includes the wireless remotely-controlled device of button far infrared, wireless remotely-controlled receiver and computer, wherein,

Be equiped with described wireless remotely-controlled receiver at the rear of loom, and loom turns round when weaving cotton cloth, described loom weaves after flaw cloth running stops, promptly utilize the wireless remotely-controlled device of described button far infrared at weaving flaw point input loom numbering and weaving the flaw code name, to detect the flaw reason, after simultaneously wireless remotely-controlled device receives, can demonstrate loom numbering and flaw code name on the wireless remotely-controlled device panel, simultaneously, after the simultaneously wireless remotely-controlled device reception of wireless remotely-controlled device input, the data that demonstrate on the wireless remotely-controlled device panel are promptly directly noted down to be wirelessly transmitted on the far-end computer.

The utility model also provides the detection loom of the wireless remotely-controlled device of a kind of tool far infrared and the monitoring system of cloth inspecting machine, include the wireless remotely-controlled device of button far infrared, wireless remotely-controlled receiver is computer in one's power, wherein, be equiped with described wireless remotely-controlled receiver at the rear of cloth inspecting machine, and during cloth inspecting machine running perching, described cloth inspecting machine is tested out after flaw cloth running stops, utilize the wireless remotely-controlled device of described button far infrared at cloth cover flaw point input cloth inspecting machine numbering, flaw coordinate and perching flaw code name, to detect the flaw reason, after simultaneously wireless remotely-controlled device receives, be to demonstrate the cloth inspecting machine numbering on the wireless remotely-controlled device panel, flaw coordinate and flaw code name, simultaneously, the data that demonstrate on the wireless remotely-controlled device panel are directly noted down to be wirelessly transmitted on the far-end computer immediately.

During enforcement, the perching platform of described cloth inspecting machine is induction platform or point-like platform.

According to above-mentioned and demonstrate loom or cloth inspecting machine operating condition and efficient record on the same day, and can count the running efficiency of several months and several years loom or cloth inspecting machine, simultaneously, utilize wireless remotely-controlled device can reduce the cost of installing controller between loom (cloth inspecting machine) and the loom (cloth inspecting machine) on the line cost and maintenance cost and loom as monitoring, and this creation is a kind of monitoring system device that utilizes the wireless remotely-controlled device of far infrared to detect loom and cloth inspecting machine, has the convenience and the practicality of saving maintenance cost, having wireless remotely-controlled conduct monitoring.

Description of drawings

Fig. 1 is an existing system device schematic diagram;

Fig. 2 is the utility model loom system and device schematic diagram;

Fig. 3 is the utility model cloth inspecting machine system and device schematic diagram.

Description of reference numerals: 1,2,3,4,5,6,7,8, the n-loom; The S-connecting line; The A-computer; A1-board upper part; The A2-axle of weaving cotton cloth; Position under the A3-board; The wireless remotely-controlled device of A4-; A5, the B4-computer; B1-is by perching face; The B2-cloth inspection table; The wireless remotely-controlled device of B3-; H1, the wireless remotely-controlled receiver of H2-.

The specific embodiment

The utility model is the patent application of the monitoring system of the detection loom of the wireless remotely-controlled device of a kind of tool far infrared and cloth inspecting machine, mainly go up the wireless remotely-controlled receiver H1 of installing at loom A ' or cloth inspecting machine B ', H2, and with wireless remotely-controlled device A4, B3 is at flaw cloth A2, and B2 indicates data value as fixed point and distinguishes that to declare reason is dated.

Wherein, loom A ' is provided with position A3 under board upper part A1 and the board as shown in Figure 2; simultaneously under board position A3 above be provided with an A2 that weaves cotton cloth; when the running of loom A ' is weaved cotton cloth or cloth inspecting machine B ' running when carrying out perching; its loom A ' turns round when stopping if weaving flaw cloth A2; or cloth inspecting machine B ' is when testing out flaw cloth B2 and shutting down; utilize the wireless remotely-controlled device A4 of button far infrared to import at flaw point; simultaneously; after wireless receiver H1 receives, can demonstrate loom numbering (NO.1n) and flaw reason code (* * *) on the promptly wireless remotely-controlled device A4 display floater as following table:

The loom record sheet date

Wherein, weaving the flaw reason comprises as follows:

1) different yarn (Wrong Yarn)	(2) different warp (Wrong End)
		(3) different latitude (Wrong Pick)	(4) tissue wrong (Wrong Weaving)
(5) also through (Wrong Draw)	(6) and latitude (Mispick)
		(7) Xi Alley (Set Mark, Fine)	(8) Mi Lu (Set Mark, Coarse)

(9) pick-out mark (Pick-Out Mark)	(10) cracked ends (Broken End)
		(11) staplings (Broken Pick)	(12) centipede (crapand)
(13) through contract (End Snarl)	(14) looped weft (Filling Snarl)
		(15) open reed (Reed Mark)	(16) temple trace (Temple Mark)
(17) trapped shuttle	(18) side's eye (Reedness)
		(19) yarn tail (Yarn Tail)	(20) joint (Knot)
(21) hand pick (Float)	(22) spider web</TD<>
		(23) weave broken hole (Weaving Hole)	(24) loose warp (Slack End)
(25) loose weft (Slack Filing)	(26) tight end (Tight End)
		(27) bright pick (Titht Filling)	(28) crack
(29) repair root	(30) push away yarn (Teariness)
		(31) edge damage (Broken Seelvage)	(32) pilled-in selvedge (Tight Selvage)
(33) slack list (Slack Selvage)	(34) toothed edge
		(35) warp let-off is irregular	(36) dropped stitch
(37) join the yarn mistake	(38) slime spots (Starch Lump)
		(39) mildew

, be about to the board numbering and directly go up as record to be wirelessly transmitted to far-end computer A4 with the flaw code name.

Again, cloth inspecting machine B ' goes up walking checking cloth B1 with board platform B2 as shown in Figure 3, if after being received message with wireless remotely-controlled device B by wireless receiver H2 when producing flaw cloth, and the input message can demonstrate on the panel of wireless remotely-controlled device B3 simultaneously cloth inspecting machine B ' numbering (NO.Yn), flaw coordinate values (X1n, Y1n) and flaw code name (yyy) as following table:

The cloth inspecting machine record sheet date

Wherein the flaw reason comprises:

(1). cloth cover flaw reason and code name:

(2). plastic cloth flaw reason and code name:

And the data that demonstrate on the wireless remotely-controlled device B3 panel are promptly directly noted down to be wirelessly transmitted on the far-end computer B3.

Again, at computer A4, demonstrate loom or cloth inspecting machine operating condition and efficient record sheet on the same day on the B3, and can count the running efficiency record of several months or several years loom or cloth inspecting machine, simultaneously, utilize wireless remotely-controlled device A3, B2 goes up the cost of installing controller as line cost and the loom A ' that monitoring can reduce between loom A ' (cloth inspecting machine B ') and the loom A ' (cloth inspecting machine B ').

The utility model is a kind of monitoring system that the wireless remotely-controlled device of far infrared detects loom and cloth inspecting machine that has, and has met patent requirement, and modern whence proposes patent application in accordance with the law.

More than explanation is just illustrative for the utility model; and it is nonrestrictive; those of ordinary skills understand; under the situation of the spirit and scope that do not break away from claims and limited; can make many modifications, variation or equivalence, but all will fall in the protection domain of the present utility model.

Claims

1. the detection loom of the wireless remotely-controlled device of tool far infrared and the monitoring system of cloth inspecting machine is characterized in that, include the wireless remotely-controlled device of button far infrared, wireless remotely-controlled receiver and computer, wherein,

2. the detection loom of the wireless remotely-controlled device of tool far infrared and the monitoring system of cloth inspecting machine, it is characterized in that, include the wireless remotely-controlled device of button far infrared, wireless remotely-controlled receiver is computer in one's power, wherein, be equiped with described wireless remotely-controlled receiver at the rear of cloth inspecting machine, and during cloth inspecting machine running perching, described cloth inspecting machine is tested out after flaw cloth running stops, utilize the wireless remotely-controlled device of described button far infrared at cloth cover flaw point input cloth inspecting machine numbering, flaw coordinate and perching flaw code name, to detect the flaw reason, after simultaneously wireless remotely-controlled device receives, be to demonstrate the cloth inspecting machine numbering on the wireless remotely-controlled device panel, flaw coordinate and flaw code name, simultaneously, the data that demonstrate on the wireless remotely-controlled device panel are directly noted down to be wirelessly transmitted on the far-end computer immediately.

3. the detection loom of the wireless remotely-controlled device of tool far infrared as claimed in claim 2 and the monitoring system of cloth inspecting machine is characterized in that, the perching platform of described cloth inspecting machine is induction platform or point-like platform.