CN2480386Y - Automatic yarn feeder for agave yarn stripe loom - Google Patents
Automatic yarn feeder for agave yarn stripe loom Download PDFInfo
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- CN2480386Y CN2480386Y CN 01221284 CN01221284U CN2480386Y CN 2480386 Y CN2480386 Y CN 2480386Y CN 01221284 CN01221284 CN 01221284 CN 01221284 U CN01221284 U CN 01221284U CN 2480386 Y CN2480386 Y CN 2480386Y
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- switch
- yarn
- intersection point
- magnetic force
- control circuit
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Abstract
An automatic voile feeding apparatus for sisal yarn looms comprises a sisal yarn loom JB-170, a cam control gear, a voile feeding control gear, a fabric receiving control gear, and a jack box. With the help of the cam control gear, the voile feeding control gear, the fabric receiving control gear, and the jack box, the sisal yarn loom JB-170 can be automatically controlled for voile feeding and fabric receiving, thereby avoiding repeating voile feeding operation and missing weft darn. The sisal yarn loom with the automatic voile feeding apparatus has the advantages of voile feeding accuracy, high productive efficiency, and great decrease of working strength.
Description
The utility model belongs to a kind of sisal hemp sliver loom and advances yarn feeding device automatically.
At present, the sisal hemp industry of weaving cotton cloth is generally used a kind of loom JB-170, and this machine does not enter yarn mechanism automatically, and advancing yarn, full production efficiency is quite low by in the yarn shuttle of manually packing into, and working strength is big, and the operative employee is extremely tired.For example yarn feeder, the positive yarn-feeding device of patent 99203220.2 chassis, the patent 97237542.2 knitting machine electromagnetic types of patent 97217824.4 band stepless speed regulations are stored active yarn transmission device etc., do not establish yet and enter yarn mechanism automatically, problems such as production efficiency is carried not highly, and working strength is big, the operative employee is extremely tired still fail to solve.
The purpose of this utility model provides a kind of sisal hemp sliver loom and advances yarn feeding device automatically, utilize cam control gear, advance the yarn controlling organization, receive cloth control mechanism and distribution box, automatically control advancing yarn and receiving cloth of sisal hemp sliver loom JB-170, in order to avoid generation repeats into yarn action and phenomenon is knitted in the weft yarn leakage.
The utility model by sisal hemp sliver loom JB-170, cam control gear, advance the yarn controlling organization, receive cloth control mechanism and distribution box is formed, cam control gear is contained on the frame of protruding plate wheel axle head, advance the yarn controlling organization and be installed on the loom right-hand member operating desk frame, receive cloth control mechanism and be installed near the receipts cloth ratchet.Cam control gear is by mechanism's casing, the Magnetic force tracting switch, return spring, the stop bit screw, driver plate, rotating shaft, travel switch, hit the plate eccentric wheel, protruding plate wheel, cam, camshaft, gear is formed, magnetic force is housed in mechanism's casing (1) retracts pass (2), return spring (3), stop bit is adjusted screw (4), the Magnetic force tracting switch (2) and return spring (3) other end, rotating shaft (6), driver plate (5) links, travel switch (7) is housed on the driver plate (5), travel switch (7) and the little cam (8) that is contained on the loom camshaft (11) link, camshaft (11) with hit plate eccentric wheel (9), protruding plate wheel (10), gear (12) links.Advance the yarn controlling organization by mechanism's casing, the Magnetic force tracting switch, return spring, stop bit is adjusted screw, driver plate, rotating shaft, travel switch, advance yarn attack device push rod, rocker comb frame, the percussion piece, button bar is formed, Magnetic force tracting switch (14) is housed in mechanism's casing (15), return spring (16), stop bit is adjusted screw (20), rotating shaft (17), return spring (16) other end links with the driver plate (18) that is contained in the rotating shaft (17), driver plate (18) and Magnetic force tracting switch (14), stop bit is adjusted screw (20) and is linked, travel switch (19) and button bar (24) are contained on the driver plate (18), push rod (13) is contained in on the yarn attack device, button bar (24) links travel switch (19) with push rod (13).Push rod (13) cooperates with percussion piece (22), (23) that rocker is combed on the frame (21).Receiving cloth control mechanism is made up of Magnetic force tracting switch, return spring, disengaging steel wire, ratchet, worm gear, gear, receipts cloth cylinder, sprocket wheel, ratchet, back-moving spring, the Magnetic force tracting switch (25) that is contained on the casing is provided with return spring (26), and Magnetic force tracting switch (25) links with the ratchet (28) that is contained on the casing by breaking away from steel wire (27).Distribution box connects main circuit and control circuit, and main circuit is by X
1, X
2, X3 Three-phase knife switch HK connects the JC of power supply and motor D
1-1, JC
1-2, JC
1-3Article three, phase line, fuse RD connects the phase line and the control circuit of motor respectively.Control circuit is formed three Magnetic force tracting switch CX by Magnetic force tracting switch, transformer B380/36, A.C. contactor, travel switch, starting switch etc.
1, CX
2, CX3 is connected in parallel between phase line X3 and the O line, the input of transformer B380/36 connects phase line X3 and X respectively
2Between, output connects the intersection point 10 at control circuit two ends and 19 respectively, and voltage is 36V, contactor JC
1Coil connects motor D control circuit intersection point 12 and 19, normally opened contact JC
1-1, JC
1-2, JC
1-3Three phase lines that connect motor D respectively, normally opened contact JC
1-4Connect yarn control circuit intersection point 10 and 14, JC
1-5Connect motor D control circuit intersection point 13 and 12, contactor JC
2Coil connects into yarn control circuit intersection point 15 and 18, normally opened contact JC
2-1, JC
2-2Connect Magnetic force tracting switch CX respectively
1On the line of two ends, normally opened contact JC
2-3Connect yarn control circuit intersection point 14 and 15, in parallel with switch 5QA, 6QA, contactor JC
3Coil connects into yarn control circuit intersection point 16 and 17, normally opened contact JC
3-1, JC
3-2Connect Magnetic force tracting switch CX respectively
2On the line of two ends, JC
3-3And JC
3-4Connect Magnetic force tracting switch CX respectively
3On the line of two ends, normally opened contact JC
3-5Connect yarn control circuit intersection point 14 and 16, normally-closed contact JC
3-6Connect yarn control circuit intersection point 18 and 19, often start Cheng Kaiguan 1CK and connect into yarn control circuit intersection point 15 and 16, normally closed travel switch 2CK connects into yarn control circuit intersection point 17 and 19, starting switch QA and close switch TA establish about each cover, 1TA and 2TA be connected in series circuit for controlling motor intersection point 10 and 11,1QA and 2QA be connected in parallel circuit intersection point 11 and 12, linked switch 3QA and 4QA be connected in parallel circuit intersection point 11 and 12 advance yarn gauge tap 5QA and 6QA be connected in parallel control circuit intersection point 14 and 15.
The utility model is reasonable in design, and is simple in structure, advances that yarn is accurate, production efficiency is high, working strength alleviates greatly, gets a desired effect, and should promote the use of.
Description of drawings:
Fig. 1 is the utility model cam control gear schematic diagram;
Fig. 2 is that the utility model advances yarn controlling organization schematic diagram;
Fig. 3 is that the utility model is received cloth control structural scheme of mechanism;
Fig. 4 is the utility model circuit diagram.
In the utility model, except that electric elements such as sisal hemp sliver loom JB-170, motor, spring, switch, contactor, Magnetic force tracting switch transformer can be bought, the all available steel of all the other members process, assemble by Fig. 1,2,3,4, cam control gear is contained on the frame of protruding plate wheel axle head, advance the yarn controlling organization and be installed on the loom right-hand member operating desk frame, receive cloth control mechanism and be installed near the receipts cloth ratchet.As shown in Figure 1, cam control gear is delivered to into yarn and fabric winding machine structure with the minimum relative position of two brown frame motions by controlling little cam impact stroke switch.As shown in Figure 2, advance the yarn controlling organization, advance yarn in time, accurately, automatically waving under the percussion of comb frame, and outage in time, into yarn action repeated in order to avoid produce.As shown in Figure 3, advancing yarn simultaneously, suspending and receive the cloth action, knitting phenomenon in order to avoid the generation weft yarn leaks.As shown in Figure 4, distribution box connects main circuit and control circuit, and main circuit is used for motor rotation control, when only being left a string sliver in the yarn shuttle, presses starting switch 5QA (or 6QA), contactor JC
2Coil electricity, as shown in Figure 1, cam control gear is started working, normally opened contact JC
2-1, JC
2-2, JC
2-3Closure, Magnetic force tracting switch CX
1Work, the pulling driver plate treats that the controlled little cam collision of travel switch 1CK back is closed, contactor JC
3Coil electricity shown in Fig. 2,3, advances yarn and works simultaneously with receipts cloth control mechanism.Normally opened contact JC
3-1, JC
3-2, JC
3-3, JC
3-4, JC
3-5Closure, normally opened contact JC
3-6Closure, normally-closed contact JC
3-6Disconnect contactor JC
2Outage, Magnetic force tracting switch CX
1Under the return spring effect, set back, cam control gear quits work.Magnetic force tracting switch CX
2, the pulling driver plate, buckle the into button bar of yarn attack device, wait to wave the comb frame when putting ideal position, the yarn shuttle has been got back to into yarn position, waves the collision block percussion push rod of Zhang Zhi on the comb frame, advances yarn attack device and produces into yarn action, yarn splits and injects in the yarn shuttle.Simultaneously, Magnetic force tracting switch CX
3Taut wire is mentioned ratchet, breaks away from ratchet, and the fabric winding machine structure suspends receives cloth work, the missing yarn phenomenon occurs to prevent weft yarn.After waving comb frame continuation swing forward, hitting travel switch 2CK, travel switch 2CK outage, Magnetic force tracting switch CX
3Outage under the return spring effect, sets back, and quits work, and the push rod that advances yarn feeding device hangs down by deadweight, avoids waving when combing frame and returning percussion push rod once more, and the generation yarn splits and hits phenomenon once more by mistake.So far, once advance the yarn release automatically.Automatically advance yarn again among preparing next time.
Claims (4)
1, a kind of sisal hemp sliver loom advances yarn feeding device automatically, by sisal hemp sliver loom JB-170, cam control gear, advance the yarn controlling organization, receiving cloth control mechanism and distribution box forms, it is characterized in that: by sisal hemp sliver loom JB-170, cam control gear, advance the yarn controlling organization, receiving cloth control mechanism and distribution box forms, cam control gear is contained on the frame of protruding plate wheel axle head, advancing the yarn controlling organization is installed on the loom right-hand member operating desk frame, receiving cloth control mechanism is installed near the receipts cloth ratchet, cam control gear is by mechanism's casing, the Magnetic force tracting switch, return spring, the stop bit screw, driver plate, rotating shaft, travel switch, hit the plate eccentric wheel, protruding plate wheel, little cam, camshaft, gear is formed, Magnetic force tracting switch (2) is housed in mechanism's casing (1), return spring (8), stop bit is adjusted screw (4), the Magnetic force tracting switch (2) and return spring (3) other end, rotating shaft (6), driver plate (5) links, travel switch (7) is housed on the driver plate (5), travel switch (7) and the little cam (8) that is contained on the loom camshaft (11) link, camshaft (11) with hit plate eccentric wheel (9), protruding plate wheel (10), gear (12) links.
2, automatically advance yarn feeding device according to the described sisal hemp sliver of claim 1 loom, it is characterized in that: advance the yarn controlling organization by mechanism's casing, the Magnetic force tracting switch, return spring, stop bit is adjusted screw, driver plate, rotating shaft, travel switch, advance yarn attack device push rod, rocker comb frame, the percussion piece, button bar is formed, Magnetic force tracting switch (14) is housed in mechanism's casing (15), return spring (16), stop bit is adjusted screw (20), rotating shaft (17), return spring (16) other end links with the driver plate (18) that is contained in the rotating shaft (17), driver plate (18) and Magnetic force tracting switch (14), stop bit is adjusted screw (20) and is linked, travel switch (19) and button bar (24) are contained on the driver plate (18), push rod (13) is contained in on the yarn attack device, button bar (24) links travel switch (19) with push rod (13), percussion piece (22) on push rod (13) and the rocker comb frame (21), (23) cooperate.
3, advance yarn feeding device automatically according to the described sisal hemp sliver of claim 1 loom, it is characterized in that: receive cloth control mechanism and form by Magnetic force tracting switch, return spring, disengaging steel wire, ratchet, worm gear, gear, receipts cloth cylinder, sprocket wheel, ratchet, back-moving spring, the Magnetic force tracting switch (25) that is contained on the casing is provided with return spring (26), and Magnetic force tracting switch (25) links with the ratchet (28) that is contained on the casing by breaking away from steel wire (27).
4, advance yarn feeding device automatically according to the described sisal hemp sliver of claim 1 loom, it is characterized in that: distribution box connects main circuit and control circuit, and main circuit is by X
1, X
2, X3 Three-phase knife switch HK connects the JC of power supply and motor D
1-1, JC
1-2, JC
1-3Article three, phase line, fuse RD connects the phase line and the control circuit of motor respectively.Control circuit is formed three Magnetic force tracting switch CX by Magnetic force tracting switch, transformer B380/36, A.C. contactor, travel switch, starting switch etc.
1, CX
2, CX3 is connected in parallel between phase line X3 and the O line, the input of transformer B380/36 connects phase line X3 and X respectively
2Between, output connects the intersection point 10 at control circuit two ends and 19 respectively, and voltage is 36V, contactor JC
1Coil connects motor D control circuit intersection point 12 and 19, normally opened contact JC
1-1, JC
1-2, JC
1-3Three phase lines that connect motor D respectively, normally opened contact JC
1-4Connect yarn control circuit intersection point 10 and 14, JC
1-5Connect motor D control circuit intersection point 13 and 12, contactor JC
2Coil connects into yarn control circuit intersection point 15 and 18, normally opened contact JC
2-1, JC
2-2Connect Magnetic force tracting switch CX respectively
1On the line of two ends, normally opened contact JC
2-3Connect control circuit intersection point 14 and 15, in parallel with switch 5QA, 6QA, contactor JC
3Coil connects into yarn control circuit intersection point 16 and 17, normally opened contact JC
3-1, JC
3-2Connect Magnetic force tracting switch CX respectively
2On the line of two ends, JC
3-3And JC
3-4Connect Magnetic force tracting switch CX respectively
3On the line of two ends, normally opened contact JC
3-5Connect yarn control circuit intersection point 14 and 16, normally-closed contact JC
3-6Connect yarn control circuit intersection point 18 and 19, often start Cheng Kaiguan 1CK and connect into yarn control circuit intersection point 15 and 16, normally closed travel switch 2CK connects into yarn control circuit intersection point 17 and 19, starting switch QA and close switch TA establish about each cover, 1TA and 2TA be connected in series circuit for controlling motor intersection point 10 and 11,1QA and 2QA be connected in parallel circuit intersection point 11 and 12, linked switch 3QA and 4QA be connected in parallel circuit intersection point 11 and 12 advance yarn gauge tap 5QA and 6QA be connected in parallel control circuit intersection point 14 and 15.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 01221284 CN2480386Y (en) | 2001-04-20 | 2001-04-20 | Automatic yarn feeder for agave yarn stripe loom |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 01221284 CN2480386Y (en) | 2001-04-20 | 2001-04-20 | Automatic yarn feeder for agave yarn stripe loom |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN2480386Y true CN2480386Y (en) | 2002-03-06 |
Family
ID=33638568
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 01221284 Expired - Fee Related CN2480386Y (en) | 2001-04-20 | 2001-04-20 | Automatic yarn feeder for agave yarn stripe loom |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN2480386Y (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105544064A (en) * | 2015-12-14 | 2016-05-04 | 江苏华峰自然纤维制品有限公司 | Electromagnetic induction automatic weft changing device of sisal hemp polished cloth loom |
-
2001
- 2001-04-20 CN CN 01221284 patent/CN2480386Y/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105544064A (en) * | 2015-12-14 | 2016-05-04 | 江苏华峰自然纤维制品有限公司 | Electromagnetic induction automatic weft changing device of sisal hemp polished cloth loom |
| CN105544064B (en) * | 2015-12-14 | 2017-03-15 | 江苏华峰自然纤维制品有限公司 | Folium Agaves Sisalanae polishing cloth loom electromagnetic senses automatic Filling Transfer line apparatus |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C17 | Cessation of patent right | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20020306 |