CN204939882U - A kind of Internet of things type woven fabric cleans gassing apparatus - Google Patents
A kind of Internet of things type woven fabric cleans gassing apparatus Download PDFInfo
- Publication number
- CN204939882U CN204939882U CN201520645229.0U CN201520645229U CN204939882U CN 204939882 U CN204939882 U CN 204939882U CN 201520645229 U CN201520645229 U CN 201520645229U CN 204939882 U CN204939882 U CN 204939882U
- Authority
- CN
- China
- Prior art keywords
- guide roller
- depression bar
- blower fan
- cylinder
- woven fabric
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired - Fee Related
Links
Landscapes
- Looms (AREA)
- Cleaning In General (AREA)
Abstract
The utility model relates to a kind of Internet of things type gassing apparatus, particularly relates to a kind of Internet of things type woven fabric and cleans gassing apparatus.The technical problems to be solved in the utility model is to provide that a kind of Internet of things type is singed thoroughly, easy temperature control system of singing and easily by woven fabric high-efficiency cleaning gassing apparatus that the residuals after singing is removed.In order to solve the problems of the technologies described above, the utility model provides so a kind of Internet of things type woven fabric and cleans gassing apparatus, include control system, cloth-feeding device, electric boiling plate, cylinder, baffle plate, magnetic ball, electromagnet, air jet pipe, exhaust tube, blower fan I, electric pushrod, batching cylinder, guide roller I, blower fan II, annular pressure sensor, guide roller II, cleaning box and guide roller III, cloth-feeding device lower right is provided with guide roller III, and the upper right side of guide roller III is provided with cylinder.The utility model overcome existing gassing apparatus exist singe thoroughly, the shortcoming of the wayward and residuals after singing of temperature of singing not easy-clear.
Description
Technical field
The utility model relates to a kind of Internet of things type gassing apparatus, particularly relates to a kind of Internet of things type woven fabric and cleans gassing apparatus.
Background technology
In knitted fabric weaving, in dyeing and finishing industry, singeing more and more pay attention to by everybody, also more and more higher to the requirement of knitted fabric cloth cover.What is called is singed, and namely with burr different in size on high-temp combustion cloth, such cloth just has effect better in subsequent processes.So existing market has occurred a lot of fabric singeing machines miscellaneous, but still there is two large problems, first has been exactly singe thoroughly, and more than second operation of singing causes entreprise cost high, is unfavorable for long-run development.
Existing device does not also have internet of things functional, and does not have the function of long-range stop control system.And wayward in existing gassing apparatus temperature of singing in the process of singing, the not easy-clear of the residuals after singing, also remains on cloth, therefore, needs the gassing apparatus that a kind of Internet of things type can overcome above-mentioned shortcoming at present badly.
Utility model content
(1) technical problem that will solve
The utility model in order to overcome existing gassing apparatus exist singe thoroughly, the wayward and residuals after singing of temperature of singing not easy-clear, a kind of Internet of things type is singed thoroughly, easy temperature control system of singing and easily by the woven fabric high-efficiency cleaning gassing apparatus of the residuals removing after singing not have the shortcoming of internet of things functional, the technical problems to be solved in the utility model to be to provide.
(2) technical scheme
In order to solve the problems of the technologies described above, the utility model provides so a kind of Internet of things type woven fabric and cleans gassing apparatus, includes control system, cloth-feeding device, electric boiling plate, cylinder, baffle plate, magnetic ball, electromagnet, air jet pipe, exhaust tube, blower fan I, electric pushrod, batching cylinder, guide roller I, blower fan II, annular pressure sensor, guide roller II, cleaning box and guide roller III, cloth-feeding device lower right is provided with guide roller III, the upper right side of guide roller III is provided with cylinder, electric boiling plate is connected with below cylinder, cleaning box is provided with on the right side of electric boiling plate, top in cleaning box is provided with electromagnet, baffle plate is provided with immediately below electromagnet, baffle plate is placed with magnetic ball, the right-hand member of baffle plate is connected with electric pushrod through cleaning box, the top of electric pushrod is provided with blower fan I, the left side of blower fan I is connected to one end of exhaust tube, the other end of exhaust tube is connected to the upper end on the right side of cleaning box, the below of electric pushrod is provided with blower fan II, the left side of blower fan II is connected to one end of air jet pipe, the other end of air jet pipe is connected to the right side of the cleaning box being in same level position with blower fan II, guide roller II is provided with below air jet pipe, the outer of guide roller II is arranged with annular pressure sensor, the upper right side of guide roller II is provided with guide roller I, the upper right side of guide roller I is provided with batching cylinder, cylinder, electromagnet, blower fan I, electric pushrod, blower fan II, annular pressure sensor is connected with control system all respectively, also include remote information receiving system, remote information dispensing device, U-shaped support, warning lamp, power supply, briquetting, horizontal depression bar, spring I, warning depression bar, pressing plate, spring II, stop depression bar, block, copper billet I, copper billet II, U-shaped support is provided with horizontal guide hole and stops pilot hole, copper billet I, copper billet II, power supply, warning lamp is arranged on U-shaped support, briquetting is connected with horizontal depression bar, spring I is provided with between U-shaped support and briquetting, horizontal depression bar is connected with block with horizontal guide hole through spring I, copper billet I is arranged on the front-right of horizontal depression bar, briquetting is connected with power supply by wire, power supply is connected with warning lamp by wire, warning lamp is connected with copper billet I by wire, the material of briquetting and horizontal depression bar is all copper, warning depression bar is connected to below the left end of pressing plate, depression bar is stopped to be connected to below the right-hand member of pressing plate, spring II is arranged between pressing plate and U-shaped support, stop depression bar through spring II and stop pilot hole, and copper billet II is arranged on and stops immediately below depression bar, briquetting is arranged on the below of warning depression bar, copper billet is connected with remote information dispensing device, remote information dispensing device is connected with remote information receiving system by wireless network, remote information receiving system is connected with control system.
Operation principle: due to the work of cloth-feeding device and batching cylinder, thus woven fabric moves from left to right.Electric boiling plate is used for singing to woven fabric surface, and cylinder extends and shortens the distance being used for controlling electric boiling plate and woven fabric, thus can control the temperature of singing of woven fabric.Then woven fabric is through cleaning box, electric pushrod shortens, baffle plate is pulled out, thus magnetic ball drops on woven fabric, the material impact that left behind woven fabric is singed, then, the electromagnet cycle is energized, thus magnetic ball is picked up, and then fall, such magnetic ball constantly impacts woven fabric.Blown afloat by air jet pipe by the residuals impacted, then taken away by exhaust tube, thus secondary pollution can not be carried out to woven fabric.The annular pressure sensor of guide roller II periphery is used for detecting the tension force when magnetic ball impacts woven fabric, thus according to conduction time of the tension adjustment electromagnet on woven fabric, therefore the height that magnetic ball rises can be controlled, magnetic ball finally can be regulated the size of the power that woven fabric impacts, woven fabric can be prevented in this way excessively tight, cause destroying.Final woven fabric is rolled by batching cylinder.The material of baffle plate and cleaning box is stainless steel material, can not have an impact to the motion of magnetic ball, and long service life.
Because cylinder, electromagnet, blower fan I, electric pushrod, blower fan II, annular pressure sensor are connected with control system all respectively, so by pre-designed control program, by the signal of annular pressure sensor feedback, carry out the action of the parts such as control cylinder, electromagnet, blower fan I, electric pushrod, blower fan II, concrete course of action described at the preceding paragraph, be not described in detail in this, singe thoroughly to reach, easy temperature control system of singing, easily the residuals after singing thoroughly is removed and can not be caused the effect of the tight destruction of woven fabric.Transmission and the receiving function of signal is realized by remote information dispensing device and remote information receiving system, when preparing stop control system, first operating personnel need to press pressing plate downwards, first warning depression bar can encounter briquetting, press it to move right, briquetting drives horizontal depression bar to touch copper billet I, now warning lamp lights, warning operating personnel, if down pressing plate again, stop signal can be sent, thus control system is quit work, if operating personnel determine to need stop control system, then continue to press pressing plate downwards, pressing plate drives and stops depression bar continuing to move downward, until touch copper billet II, depression bar is stopped to be that metal material is made, owing to being connected with signal power source in advance on stopping depression bar, when stopping depression bar contacting with copper billet II, the signal of stop control system operation will be transmitted to remote information dispensing device, remote information dispensing device will by pre-set program, send stop signal to remote information receiving system, remote information receiving system is sent to control system stop signal again, control system then quits work.Spring I plays the effect of reset briquetting, and spring II plays the effect of reset pressing plate.
(3) beneficial effect
The utility model overcome existing gassing apparatus exist singe thoroughly, the shortcoming of the wayward and residuals after singing of temperature of singing not easy-clear, the utility model reaches singes thoroughly, easy temperature control system of singing, is easily thoroughly removed and can not cause the effect of the tight destruction of woven fabric by the residuals after singing.The utility model also has internet of things functional simultaneously, can realize the function that long-range stop control system runs, and possesses the function whether warning operating personnel really send stop signal.
Accompanying drawing explanation
Fig. 1 is structural representation of the present utility model.
Fig. 2 is the front view structural representation of remote information R-T unit and related components thereof.
Being labeled as in accompanying drawing: 1-control system, 2-electric boiling plate, 3-cylinder, 4-baffle plate, 5-magnetic ball, 6-electromagnet, 7-air jet pipe, 8-exhaust tube, 9-blower fan I, 10-electric pushrod, 11-batching cylinder, 12-guide roller I, 13-blower fan II, 14-annular pressure sensor, 15-guide roller II, 16-cleaning box, 17-woven fabric, 18-guide roller III, 19-cloth-feeding device, 101-remote information receiving system, 102-remote information dispensing device, 103-U type support, 104-warning lamp, 105-power supply, 106-briquetting, the horizontal guide hole of 107-, the horizontal depression bar of 108-, 109-spring I, 110-warns depression bar, 111-pressing plate, 112-spring II, 113-stops depression bar, 114-stops pilot hole, 115-block, 116-copper billet I, 117-copper billet II.
Detailed description of the invention
Below in conjunction with drawings and Examples, the utility model is further described.
embodiment 1
A kind of Internet of things type woven fabric cleans gassing apparatus, as shown in Figure 1-2, includes control system 1, cloth-feeding device 19, electric boiling plate 2, cylinder 3, baffle plate 4, magnetic ball 5, electromagnet 6, air jet pipe 7, exhaust tube 8, blower fan I 9, electric pushrod 10, batching cylinder 11, guide roller I 12, blower fan II 13, annular pressure sensor 14, guide roller II 15, cleaning box 16 and guide roller III 18, cloth-feeding device 19 lower right is provided with guide roller III 18, the upper right side of guide roller III 18 is provided with cylinder 3, electric boiling plate 2 is connected with below cylinder 3, cleaning box 16 is provided with on the right side of electric boiling plate 2, top in cleaning box 16 is provided with electromagnet 6, baffle plate 4 is provided with immediately below electromagnet 6, baffle plate 4 is placed with magnetic ball 5, the right-hand member of baffle plate 4 is connected with electric pushrod 10 through cleaning box 16, the top of electric pushrod 10 is provided with blower fan I 9, the left side of blower fan I 9 is connected to one end of exhaust tube 8, the other end of exhaust tube 8 is connected to the upper end on the right side of cleaning box 16, the below of electric pushrod 10 is provided with blower fan II 13, the left side of blower fan II 13 is connected to one end of air jet pipe 7, the other end of air jet pipe 7 is connected to the right side of the cleaning box 16 being in same level position with blower fan II 13, guide roller II 15 is provided with below air jet pipe 7, the outer of guide roller II 15 is arranged with annular pressure sensor 14, the upper right side of guide roller II 15 is provided with guide roller I 12, the upper right side of guide roller I 12 is provided with batching cylinder 11, cylinder 3, electromagnet 6, blower fan I 9, electric pushrod 10, blower fan II 13, annular pressure sensor 14 is connected with control system 1 all respectively, also include remote information receiving system 101, remote information dispensing device 102, U-shaped support 103, warning lamp 104, power supply 105, briquetting 106, horizontal depression bar 108, spring I 109, warning depression bar 110, pressing plate 111, spring II 112, stop depression bar 113, block 115, copper billet I 116, copper billet II 117, U-shaped support 103 is provided with horizontal guide hole 107 and stops pilot hole 114, copper billet I 116, copper billet II 117, power supply 105, warning lamp 104 is arranged on U-shaped support 103, briquetting 106 is connected with horizontal depression bar 108, spring I 109 is provided with between U-shaped support 103 and briquetting 106, horizontal depression bar 108 is connected with block 115 with horizontal guide hole 107 through spring I 109, copper billet I 116 is arranged on the front-right of horizontal depression bar 108, briquetting 106 is connected with power supply 105 by wire, power supply 105 is connected with warning lamp 104 by wire, warning lamp 104 is connected with copper billet I 116 by wire, the material of briquetting 106 and horizontal depression bar 108 is all copper, warning depression bar 110 is connected to below the left end of pressing plate 111, depression bar 113 is stopped to be connected to below the right-hand member of pressing plate 111, spring II 112 is arranged between pressing plate 111 and U-shaped support 103, stop depression bar 113 through spring II 112 and stop pilot hole 114, and copper billet II 117 is arranged on and stops immediately below depression bar 113, briquetting 106 is arranged on the below of warning depression bar 110, copper billet is connected with remote information dispensing device 102, remote information dispensing device 102 is connected with remote information receiving system 101 by wireless network, remote information receiving system 101 is connected with control system 1.
Operation principle: due to the work of cloth-feeding device 19 and batching cylinder 11, thus woven fabric 17 moves from left to right.Electric boiling plate 2 is used for singing to woven fabric 17 surface, and cylinder 3 extends and shortens the distance for controlling electric boiling plate 2 and woven fabric 17, thus can control the temperature of singing of woven fabric 17.Then woven fabric 17 is through cleaning box 16, electric pushrod 10 shortens, baffle plate 4 is pulled out, thus magnetic ball 5 drops on woven fabric 17, the material impact that left behind woven fabric 17 is singed, then, electromagnet 6 cycle is energized, thus magnetic ball 5 is picked up, and then fall, such magnetic ball 5 constantly impacts woven fabric 17.Blown afloat by air jet pipe 7 by the residuals impacted, then taken away by exhaust tube 8, thus secondary pollution can not be carried out to woven fabric 17.The annular pressure sensor 14 of guide roller II 15 periphery is used for detecting the tension force when magnetic ball 5 pairs of woven fabrics 17 impact, thus according to conduction time of the tension adjustment electromagnet 6 on woven fabric 17, therefore the height that magnetic ball 5 rises can be controlled, the size of the power that magnetic ball 5 pairs of woven fabrics 17 finally can be regulated to impact, woven fabric 17 can be prevented in this way excessively tight, cause destroying.Final woven fabric 17 is rolled by batching cylinder 11.The material of baffle plate 4 and cleaning box 16 is stainless steel material, can not have an impact to the motion of magnetic ball 5, and long service life.
Because cylinder 3, electromagnet 6, blower fan I 9, electric pushrod 10, blower fan II 13, annular pressure sensor 14 is connected with control system 1 all respectively, so by pre-designed control program, by the signal that annular pressure sensor 14 feeds back, carry out control cylinder 3, electromagnet 6, blower fan I 9, electric pushrod 10, the action of parts such as blower fan II 13 grade, concrete course of action described at the preceding paragraph, be not described in detail in this, singe thoroughly to reach, the easy temperature control system of singing, easily the residuals after singing thoroughly is removed and can not be caused the effect of the tight destruction of woven fabric 17.Transmission and the receiving function of signal is realized by remote information dispensing device 102 and remote information receiving system 101, when preparing stop control system 1, first operating personnel need to press pressing plate 111 downwards, first warning depression bar 110 can encounter briquetting 106, press it to move right, briquetting 106 drives horizontal depression bar 108 to touch copper billet I 116, now warning lamp 104 lights, warning operating personnel, if down pressing plate 111 again, stop signal can be sent, thus control system 1 is quit work, if operating personnel determine to need stop control system 1, then continue to press pressing plate 111 downwards, pressing plate 111 drives and stops depression bar 113 to continue to move downward, until touch copper billet II 117, depression bar 113 is stopped to make for metal material, owing to being connected with signal power source 105 in advance on stopping depression bar 113, when stopping depression bar 113 to contact with copper billet II 117, the signal of stop control system 1 operation will be transmitted to remote information dispensing device 102, remote information dispensing device 102 will by pre-set program, send stop signal to remote information receiving system 101, remote information receiving system 101 is sent to control system 1 stop signal again, control system 1 quits work.Spring I 109 plays the effect of reset briquetting 106, and spring II 112 plays the effect of reset pressing plate 111.
The above embodiment only have expressed preferred embodiment of the present utility model, and it describes comparatively concrete and detailed, but therefore can not be interpreted as the restriction to the utility model the scope of the claims.It should be pointed out that for the person of ordinary skill of the art, without departing from the inventive concept of the premise, can also make some distortion, improvement and substitute, these all belong to protection domain of the present utility model.Therefore, the protection domain of the utility model patent should be as the criterion with claims.
Claims (1)
1. Internet of things type woven fabric cleans a gassing apparatus, it is characterized in that, includes control system (1), cloth-feeding device (19), electric boiling plate (2), cylinder (3), baffle plate (4), magnetic ball (5), electromagnet (6), air jet pipe (7), exhaust tube (8), blower fan I (9), electric pushrod (10), batching cylinder (11), guide roller I (12), blower fan II (13), annular pressure sensor (14), guide roller II (15), cleaning box (16) and guide roller III (18), cloth-feeding device (19) lower right is provided with guide roller III (18), the upper right side of guide roller III (18) is provided with cylinder (3), cylinder (3) below is connected with electric boiling plate (2), electric boiling plate (2) right side is provided with cleaning box (16), top in cleaning box (16) is provided with electromagnet (6), baffle plate (4) is provided with immediately below electromagnet (6), baffle plate (4) is placed with magnetic ball (5), the right-hand member of baffle plate (4) is connected with electric pushrod (10) through cleaning box (16), the top of electric pushrod (10) is provided with blower fan I (9), the left side of blower fan I (9) is connected to one end of exhaust tube (8), the other end of exhaust tube (8) is connected to the upper end on cleaning box (16) right side, the below of electric pushrod (10) is provided with blower fan II (13), the left side of blower fan II (13) is connected to one end of air jet pipe (7), the other end of air jet pipe (7) is connected to the right side of the cleaning box (16) being in same level position with blower fan II (13), air jet pipe (7) below is provided with guide roller II (15), the outer of guide roller II (15) is arranged with annular pressure sensor (14), the upper right side of guide roller II (15) is provided with guide roller I (12), the upper right side of guide roller I (12) is provided with batching cylinder (11), cylinder (3), electromagnet (6), blower fan I (9), electric pushrod (10), blower fan II (13), annular pressure sensor (14) is connected with control system (1) all respectively, also include remote information receiving system (101), remote information dispensing device (102), U-shaped support (103), warning lamp (104), power supply (105), briquetting (106), horizontal depression bar (108), spring I (109), warning depression bar (110), pressing plate (111), spring II (112), stop depression bar (113), block (115), copper billet I (116), copper billet II (117), U-shaped support (103) is provided with horizontal guide hole (107) and stops pilot hole (114), copper billet I (116), copper billet II (117), power supply (105), warning lamp (104) is arranged on U-shaped support (103), briquetting (106) is connected with horizontal depression bar (108), spring I (109) is provided with between U-shaped support (103) and briquetting (106), horizontal depression bar (108) is connected with block (115) with horizontal guide hole (107) through spring I (109), copper billet I (116) is arranged on the front-right of horizontal depression bar (108), briquetting (106) is connected with power supply (105) by wire, power supply (105) is connected with warning lamp (104) by wire, warning lamp (104) is connected with copper billet I (116) by wire, the material of briquetting (106) and horizontal depression bar (108) is all copper, warning depression bar (110) is connected to below the left end of pressing plate (111), depression bar (113) is stopped to be connected to below the right-hand member of pressing plate (111), spring II (112) is arranged between pressing plate (111) and U-shaped support (103), stop depression bar (113) through spring II (112) and stop pilot hole (114), and copper billet II (117) is arranged on and stops immediately below depression bar (113), briquetting (106) is arranged on the below of warning depression bar (110), copper billet is connected with remote information dispensing device (102), remote information dispensing device (102) is connected with remote information receiving system (101) by wireless network, remote information receiving system (101) is connected with control system (1).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520645229.0U CN204939882U (en) | 2015-08-25 | 2015-08-25 | A kind of Internet of things type woven fabric cleans gassing apparatus |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520645229.0U CN204939882U (en) | 2015-08-25 | 2015-08-25 | A kind of Internet of things type woven fabric cleans gassing apparatus |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204939882U true CN204939882U (en) | 2016-01-06 |
Family
ID=55007324
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520645229.0U Expired - Fee Related CN204939882U (en) | 2015-08-25 | 2015-08-25 | A kind of Internet of things type woven fabric cleans gassing apparatus |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN204939882U (en) |
-
2015
- 2015-08-25 CN CN201520645229.0U patent/CN204939882U/en not_active Expired - Fee Related
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN103381712B (en) | A kind of tubing high speed coding print control system | |
| CN101664787A (en) | Automatic plate feeding machine for numerical control punch | |
| CN103358590B (en) | Full-automatic carton nailing machine and control method thereof | |
| CN204919052U (en) | Thing networked control formula weaving cloth cleanness device of singing | |
| CN102248515A (en) | Device for automatically installing snap spring | |
| CN101612826B (en) | Printing method with high printing precision for plastic barrel | |
| CN204939882U (en) | A kind of Internet of things type woven fabric cleans gassing apparatus | |
| CN205012026U (en) | Clean singeing device of weaving cloth with long -range closing device | |
| CN205088460U (en) | High -efficient clean singeing device of weaving cloth | |
| CN204939884U (en) | A kind of safety-type woven fabric gassing apparatus | |
| CN204919053U (en) | Each other networking type weaving cloth cleanness device of singing | |
| CN203831994U (en) | Circular screen printer device | |
| CN204939883U (en) | A kind of full-automatic woven fabric high-efficiency cleaning gassing apparatus | |
| CN204939955U (en) | Automatic ironing cloth inspecting machine | |
| CN202039177U (en) | Broken yarn self-stop device for warping machine | |
| CN205000136U (en) | High -efficient clean singeing device of each other networking type weaving cloth | |
| CN204982396U (en) | High -efficient clean singeing device of weaving cloth | |
| CN203128806U (en) | Tension alarm | |
| CN202227011U (en) | Intelligent linear array detection device | |
| CN101716858A (en) | Marking machine for automatically searching casting blanks | |
| CN204448837U (en) | Device for on-line detection of tower shape of hot-rolled steel coil | |
| CN201501149U (en) | High-precision printing device | |
| CN204874981U (en) | Automatic press from both sides photoelectric type stop motion of broken end | |
| CN203474347U (en) | Electric hoist with automatic limit function | |
| CN203529363U (en) | Automatic processing device for gypsum board overlapping |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20160106 Termination date: 20160825 |
|
| CF01 | Termination of patent right due to non-payment of annual fee |