CN207483957U - A kind of warping machine - Google Patents

Abstract

The utility model discloses a kind of warping machines, including bobbin cradle, it further includes for beaming appliance of the yarn through progress coiling, the static eraser being set between beaming appliance and bobbin cradle, static eraser includes the cistern for being embedded in subsurface, the suction pump being positioned in cistern, fixed water-supply-pipe is connected with suction pump, connects the fog-spray nozzle being fixed on water-supply-pipe, fog-spray nozzle is located at the lower section of yarn warp, and the nozzle of fog-spray nozzle is passed through towards yarn, the utility model has the following advantages and effect：This programme utilizes new mechanical structure, and static eraser can eliminate yarn through upper electrostatic, make yarn through being not easy mutually to adsorb during coiling into sth. made by twisting, have better weavability when being processed into cloth so as to pass through yarn；Be set between bobbin cradle and fog-spray nozzle every creel can yarn pass through from bobbin cradle pull out during by each yarn through separating, yarn is made to be also easy to produce winding through not allowing, so as to which yarn be made to be twisted one through being more not easy during coiling.

Description

A kind of warping machine

Technical field

The utility model is related to the collated equipment of textile strand, more particularly to a kind of warping machine.

Background technology

The technological process of weaving needs by warping, sizing, draws and wear, weave, arrange, several steps such as packaging and warehousing, and Yarn uses warping machine through may require that during warping.

At present, Authorization Notice No. CN206089950U, the Chinese utility model that authorized announcement date is 2017.04.12 are public A kind of warping machine has been opened, including bobbin cradle, the warping creel through coiling for yarn has been further included, dividing sinker is provided on the warping creel Plate, collection creel, spool, the yarn are passed through to draw across the dividing sinker hole final coiling of sum aggregate creel on yarn dividing plate from bobbin cradle and rolled up On tube, the spool is socketed in the shaft for being connected with driving mechanism, and the shaft rotatable connection is described on warping creel The pressure reed for being connect with shaft thread and being used to compress spool is provided in shaft.

Warping machine as described above, since yarn passes through the productions such as meeting and bobbin cradle, yarn dividing plate during outflow from bobbin cradle Raw friction can make yarn pass through electrostatic during yarn is passed through with the generations friction such as bobbin cradle, due to the presence of electrostatic, when yarn through around Volume can mutually adsorb into sth. made by twisting when on spool under the action of electrostatic force, so as to cause trouble to the following process of yarn warp.

Utility model content

The purpose of this utility model is to provide a kind of warping machine, and yarn can be eliminated during yarn is through coiling through upper quiet Electricity makes yarn be adsorbed under the action of electrostatic force into sth. made by twisting through being not easy, so as to reduce to influence of the yarn through following process.

The above-mentioned technical purpose of the utility model technical scheme is that：A kind of warping machine, including Bobbin cradle, further include for yarn through carry out coiling beaming appliance, be set between the beaming appliance and the bobbin cradle Static eraser, the static eraser include be embedded in subsurface cistern, be positioned in the cistern Suction pump connects fixed water-supply-pipe with the suction pump, connects the fog-spray nozzle being fixed on the water-supply-pipe, the fog-spray nozzle Positioned at the lower section of yarn warp, and the nozzle of the fog-spray nozzle is configured towards yarn.

By using said program, by starting suction pump, make suction pump that the water in cistern is pumped into water-supply-pipe, then It is delivered at fog-spray nozzle, is sprayed at the nozzle of fog-spray nozzle, to yarn through spraying, since water is good lead via water-supply-pipe Dielectric, water from yarn through upper drippage during, water can take away yarn through upper charge, and yarn is disappeared through upper electrostatic at this time It removes so that yarn during collecting through being not easy to attract each other into sth. made by twisting, so as to reach the mesh for reducing the influence to following process 's.

The utility model is further arranged to：The refluxing opening connected with the cistern is offered on the ground, it is described Fog-spray nozzle is located on the refluxing opening, and the edge of the refluxing opening offers drainage slope.

By using said program, during yarn is through transmission, fog-spray nozzle is always to yarn through spraying, therefore water Usage amount is very big, after there is provided refluxing opening, when water droplet is fallen to the ground, can flow into refluxing opening along drainage slope, It is flowed into cistern via refluxing opening again, so as to achieve the purpose that cycling use of water, save water resource.

The utility model is further arranged to：It further includes and is set between the fog-spray nozzle and the bobbin cradle and is used for Limit limit yarn plate of the yarn through height, it is described limit yarn plate on offer for for yarn pass through across limit hole.

By using said program, since the height of bobbin cradle is higher, the yarn above bobbin cradle is passed through from bobbin cradle It is larger to be transmitted through difference in height between fog-spray nozzle after coming, thus fog-spray nozzle to yarn through spraying during, it is not easy to spray Yarn to eminence passes through, and after there is provided limit yarn plate, limit yarn plate can will be positioned at the yarn of eminence through towards close to the side of fog-spray nozzle Draw, reduce the yarn of eminence through the difference in height between fog-spray nozzle, so as to which fog-spray nozzle be enable to spray the yarn warp of eminence.

The utility model is further arranged to：Further include be set to it is between the bobbin cradle and the fog-spray nozzle and close The bobbin cradle side every creel, it is described every being fixed with multiple anti-balloon plates on creel, offer to supply on the anti-balloon plate Yarn pass through across drawing-in hole, and multiple anti-balloon plates are distributed along the short transverse every creel.

By using said program, due to having placed large number of yarn on bobbin cradle through cylinder, pass through from bobbin cradle and pass in yarn During going out, being passed through positioned at the yarn of same row through the yarn on cylinder may occur mutually to wind during bobbin cradle is spread out of, There is provided after creel, for yarn through first passing through the drawing-in hole on anti-balloon plate after being pulled out on cylinder from yarn, drawing-in hole can be by yarn Through separating, make yarn through being not easy to tangle during transmission, so as to achieve the purpose that make yarn to be also easy to produce winding through not allowing.

The utility model is further arranged to：The beaming appliance includes being set to the fog-spray nozzle far from the bobbin The rack of frame side, the spool being rotationally connected in the rack are set between the rack and the fog-spray nozzle and use In collecting the Ji Sha mechanisms of yarn warp, and the first driving mechanism for driving spool rotation is provided in the rack.

By using said program, when yarn from limit yarn plate upload after coming, by Ji Sha mechanisms will each yarn through gathering Into a branch of, the yarn after gathering starts the first driving mechanism, the first driving mechanism driving spool turns through being fixed on spool again It is dynamic, yarn is passed through from yarn through being pulled out on cylinder during spool rotates, and by the yarn of pull-out through coiling on spool, so as to Achieve the purpose that wind yarn warp.

The utility model is further arranged to：The Ji Sha mechanisms include being set to the rack and the fog-spray nozzle it Between collection creel, be fixed on it is described collection creel on and offer for for yarn pass through across dividing sinker hole yarn dividing plate, be fixed on institute It states the first collection yarn plate on collection creel and between the yarn dividing plate and the rack, be connected to the machine by slide plate slides The second collection yarn plate on frame is fixed on the slide plate and the length direction for driving the slide plate along the rack is done back and forth Movement the second driving mechanism, it is described first collection yarn plate on offer for for yarn through passing through the first take-up seam, described second It is offered on collection yarn plate for for second take-up seam of the yarn through passing through.

By using said program, setting yarn dividing plate is in order to make each yarn through that can scatter, so as to enable fog-spray nozzle Enough to each yarn through spraying, so as to achieve the purpose that preferably to eliminate electrostatic；And two blocks of collection yarn plates are set, it is to reduce The bending angle of yarn warp makes yarn smaller through angle between the center line in dividing sinker hole, at this time yarn pass through with the hole wall in dividing sinker hole it Between conflict power can also reduce, and then reduce yarn and pass through the friction caused by the hole wall in dividing sinker hole in transmission process, so as to make point Yarn plate is not easy to generate stria due to the friction that yarn passes through；And the second driving mechanism can drive skateboarding, due to the second collection yarn Plate is fixed on slide plate, and the second collection yarn plate can be driven to move during slide plate is moved along the length direction of rack, Yarn is driven through being moved along the length direction of spool during second collection yarn plate movement, so as to which yarn be made to exist through equably coiling On spool.

The utility model is further arranged to：The side of the first collection yarn plate is directed away from the middle part of the yarn dividing plate Bending.

By using said program, the curving far from the first collection yarn plate is provided towards in the middle part of by yarn dividing plate Afterwards, the center line in dividing sinker hole can be made to assemble toward the center of circle of yarn dividing plate, so as to which the yarn across dividing sinker hole be made to be collected through being easier Together.

The utility model is further arranged to：Wirewinding roller is also rotatably connected to by connecting seat on the slide plate, it is described Wirewinding roller is located between the described second collection yarn plate and the spool, and the height on the downside of the Wirewinding roller and second take-up The height of seam is concordant.

By using said program, due to being relatively large in diameter for spool, yarn, which passes through to be pierced by from the second take-up seam, is around in spool After upper, can be upturned, when yarn is after being upturned, the upside for the hole wall that can stitch with the second take-up, which generates, to rub, there is provided After Wirewinding roller, when needing yarn through coiling when on spool, yarn is passed through to the downside of Wirewinding roller after being stitched across the second take-up, Make yarn through being pushed against on Wirewinding roller, make to generate between hole wall of the yarn through being not easy to stitch with the second take-up to contact, so as to reach into one Step reduces the purpose of yarn experience wear.

The utility model is further arranged to：Second driving mechanism includes being opened in the rack close to the spray Sliding slot on the first side side wall of mist, two be fixedly installed on the slide plate and first driven for what is be embedded in the sliding slot Take turns, be fixed on the rack offer conflict block on the side wall of the sliding slot and back to the sliding slot side, be fixed on it is described Connecting plate of the slide plate on one side end face of conflict block is opened in wearing axis hole, being fixed on the company on the connecting plate On fishplate bar and output shaft is arranged in second driving motor worn in axis hole, the output shaft for being fixed on second driving motor On across described one end for wearing axis hole and side wall contradicts driving wheel in the conflict block, is rotationally connected on the connecting plate And side wall contradicts the second driven wheel in the conflict block, the driving wheel and second driven wheel are located at described support respectively The both sides up and down of contact block, and the driving wheel and second driven wheel are located between two first driven wheels.

By using said program, when needing to make yarn through uniform coiling when on spool, by starting the second driving Motor, the second driving motor drive driving wheel rotation, can be transported during driving wheel rotates along the length direction of conflict block It is dynamic, slide plate is driven to be moved along the length direction of conflict block during driving wheel moves, the band during skateboarding Dynamic second collection yarn plate and Wirewinding roller are moved along the length direction of conflict block, and yarn warp is driven during the second collection yarn plate movement It is moved along the length direction of conflict block, so as to make yarn through equably coiling on spool.

The utility model is further arranged to：First driving mechanism includes be fixed on the rack first and drives Dynamic motor, is fixed in the rotation axis of the spool driving pulley being fixed on the output shaft of first driving motor Driven pulley, the driving pulley and the driven pulley are linked by belt.

By using said program, after starting the first driving motor, the output shaft of the first driving motor drives driving pulley Rotation, driving pulley by belt drive driven pulley rotate, since driven pulley is fixed in the rotation axis of spool, from Spool is driven to rotate by rotation axis during wheel rotation, yarn is driven to be rolled up through coiling during spool rotates On tube, so as to achieve the purpose that wind yarn warp.

In conclusion the utility model has the advantages that：

1. static eraser can eliminate yarn through upper electrostatic, make yarn through being not easy mutually to adsorb during coiling Into sth. made by twisting, there is better weavability when being processed into cloth so as to pass through yarn.

2. it is set to can be incited somebody to action respectively during yarn is passed through and pulled out from bobbin cradle every creel between bobbin cradle and fog-spray nozzle Yarn makes yarn be also easy to produce winding through not allowing, is more not easy to be twisted one during coiling so as to pass through yarn through separating.

3. the yarn dividing plate of bending setting can be such that yarn is concentrated through being easier when collecting yarn to the circle centre position of yarn dividing plate, so as to side Just the boundling of yarn warp.

Description of the drawings

Fig. 1 is the overall structure figure of the present embodiment, for embodying the overall structure of the present embodiment；

Fig. 2 is the partial enlarged view being located in Fig. 1 at A, for embodying the structure of anti-balloon plate；

Fig. 3 is the structure diagram of the present embodiment static eraser, for embodying the structure of static eraser；

Fig. 4 is the present embodiment beaming appliance structure diagram, for embodying the overall structure of beaming appliance；

Fig. 5 is the present embodiment beaming appliance structure diagram（Hide spool）, for embodying the structure of Ji Sha mechanisms；

Fig. 6 is the partial enlarged view being located in Fig. 5 at A, for embodying the structure of the second driving mechanism.

In figure：1st, bobbin cradle；11st, yarn bobbin；2nd, every creel；21st, anti-balloon plate；22nd, drawing-in hole；3rd, yarn plate is limited；31st, it limits Hole；4th, static eraser；41st, cistern；42nd, suction pump；43rd, water-supply-pipe；44th, fog-spray nozzle；5th, refluxing opening；6th, drainage is oblique Slope；7th, rubber tube；8th, beaming appliance；81st, rack；82nd, spool；83rd, Ji Sha mechanisms；831st, collect creel；832nd, yarn dividing plate； 833rd, the first collection yarn plate；834th, the second collection yarn plate；9th, connecting rod；10th, dividing sinker hole；12nd, the first take-up is stitched；13rd, slide plate；14th, second Take-up is stitched；15th, connecting seat；16th, Wirewinding roller；17th, the first driving mechanism；171st, the first driving motor；172nd, driving pulley；173、 Driven pulley；18th, the second driving mechanism；181st, sliding slot；182nd, the first driven wheel；183rd, conflict block；184th, connecting plate；185th, it wears Axis hole；186th, the second driving motor；187th, driving wheel；188th, the second driven wheel；19th, belt；20th, shaft.

Specific embodiment

The utility model is described in further detail below in conjunction with attached drawing.

As depicted in figs. 1 and 2, a kind of warping machine, successively including bobbin cradle 1, every creel 2, limit yarn plate 3, static elimination dress 4, beaming appliance 8 is put, multiple yarn bobbins 11 are rotatablely equipped on bobbin cradle 1, yarn warp is wound on yarn bobbin 11；It is put every creel 2 Bobbin cradle 1 is placed in close to the side of beaming appliance 8, every being laterally fixed with short transverse point of multiple edges every creel 2 on creel 2 The anti-balloon plate 21 of cloth is mutually parallel between multiple anti-balloon plates 21, and offer on anti-balloon plate 21 it is multiple rows of be used for for yarn pass through across Drawing-in hole 22；Limit yarn plate 3 is positioned between creel 2 and static eraser 4 and the side of close static eraser 4, The height for limiting yarn plate 3 is less than the height of anti-balloon plate 21, and offer multiple rows of limit hole 31 being mutually parallel on limit yarn plate 3.

As shown in figures 1 and 3, static eraser 4 includes cistern 41, suction pump 42, water-supply-pipe 43, fog-spray nozzle 44, Cistern 41 is embedded in the subsurface between limit yarn plate 3 and beaming appliance 8, and close to the side of limit yarn plate 3, opens up on the ground There is the refluxing opening 5 connected with cistern 41, drainage slope 6 is offered at the edge of refluxing opening 5, drains slope 6 and 5 phase of refluxing opening One even is sloped downwardly setting；Suction pump 42 is positioned in cistern 41；One end of water-supply-pipe 43 connects solid with suction pump 42 It is fixed, and the other end is located on refluxing opening 5；There are two the settings of fog-spray nozzle 44, and two fog-spray nozzles 44 pass through rubber tube 7 and water-supply-pipe 43 connections are fixed, and two fog-spray nozzles 44 are located at the both ends for being located at refluxing opening 5 respectively, and the nozzle of two fog-spray nozzles 44 is towards yarn It is configured.

Beaming appliance 8 includes rack 81, spool 82, Ji Sha mechanisms 83, and rack 81 is positioned over refluxing opening 5 far from limit yarn plate 3 side；Spool 82 is rotatablely installed in rack 81, and the transmission direction that the pivot center of spool 82 is passed through perpendicular to yarn, The first driving mechanism 17 for spool 82 to be driven to rotate is additionally provided in rack 81.

As shown in Figure 1 and Figure 4, the first driving mechanism 17 includes the first driving motor 171, driving pulley 172, driven pulley 173, the first driving motor 171 is fixed on the side wall of rack 81；Driving pulley 172 is fixed on the defeated of the first driving motor 171 On shaft；Driven pulley 173 is fixed in the rotation axis of spool 82, and is passed through between driving pulley 172 and driven pulley 173 Belt 19 links.

As shown in Figure 4 and Figure 5, Ji Sha mechanisms 83 include collection creel 831, yarn dividing plate 832, first collects yarn plate 833, second and collects Yarn plate 834, the second driving mechanism 18；Collection creel 831 is positioned between refluxing opening 5 and rack 81；Yarn dividing plate 832 passes through two companies Bar 9 is fixed on dividing sinker frame close to the side of refluxing opening 5, and multiple rows of dividing sinker hole 10, and yarn dividing plate 832 are offered on yarn dividing plate 832 Middle part be directed away from rack 81 side recess so that the section of yarn dividing plate 832 is arc-shaped；First collection yarn plate 833 is fixed In on collection creel 831 and between yarn dividing plate 832 and rack 81, length direction is offered along water on the first collection yarn plate 833 Square to extension the first take-up stitch 12；Second collection yarn plate 834 is slidably connected to machine by one piece of slide plate 13 in a rectangular parallelepiped shape On frame 81, horizontally extending the second take-up seam 14 of length direction, the second take-up seam are offered on the second collection yarn plate 834 14 length is less than the length of the first take-up seam 12, and the second take-up 14 height from the ground of seam is liftoff equal to the first take-up seam 12 The height in face；Wirewinding roller 16 is also rotatably connected to by connecting seat 15 on slide plate 13, Wirewinding roller 16 is located at the second collection yarn plate 834 Between spool 82, transmission direction that the pivot center of Wirewinding roller 16 is passed through perpendicular to yarn, and the height of 16 downside of Wirewinding roller with The height of second take-up seam 14 is concordant.

As shown in Figure 4 and Figure 6, the second driving mechanism 18 include 181, two the first driven wheels 182 of sliding slot, conflict block 183, Connecting plate 184 wears axis hole 185, the second driving motor 186, driving wheel 187, the second driven wheel 188, and the section of sliding slot 181 is in side Shape is opened in rack 81 on the side wall of 832 side of yarn dividing plate, and length direction is parallel to the pivot center of spool 82； Two the first driven wheels 182 are rotatablely installed by shaft 20 in the lower end of slide plate 13, the rotation axis of two the first driven wheels 182 Line is parallel to the short transverse of rack 81, and two the first driven wheels 182 are slidably connected in sliding slot 181；Conflict block 183 is in length Strip is fixed on rack 81 and offers on the side wall of sliding slot 181 and back to the side of sliding slot 181, and the length side of conflict block 183 To the length direction for being parallel to sliding slot 181；Connecting plate 184 is fixed on the lower face of slide plate 13, and first driven positioned at two Between wheel 182；Axis hole 185 is worn to be opened on connecting plate 184；Second driving motor 186 is fixed on connecting plate 184, and second The output shaft of driving motor 186 is arranged in axis hole 185；The output shaft that driving wheel 187 is fixed on the second driving motor 186 is worn It crosses on the one end for wearing axis hole 185, and the side wall of driving wheel 187 is contradicted on end face of the conflict block 183 back to ground side；Second Driven wheel 188 is rotatablely installed on connecting plate 184, and the side wall of the second driven wheel 188 is contradicted in conflict block 183 close to ground one On the end face of side.

Specific implementation process：When needing yarn through coiling when on spool 82, by one end of yarn warp from yarn bobbin 11 It pulls out, sequentially passes through anti-balloon plate 21, limit yarn plate 3, yarn dividing plate 832, first and collect to tie up after 833 and second collection yarn plate 834 of yarn plate and rolling up On tube 82, start the first driving motor 171, the first driving motor 171 drives spool 82 to rotate by belt 19, in volume yarn Pull yarn through coiling on spool 82, and start while the first driving motor 171 are started during 82 rotation of cylinder Water in cistern 41 is drawn into water-supply-pipe 43 by suction pump 42, suction pump 42, then is sprayed via fog-spray nozzle 44, to yarn pass through into Row spray, water to yarn through spraying during can take away yarn through upper charge, yarn is eliminated through upper electrostatic, so as to reach To yarn is made the purpose into sth. made by twisting is mutually adsorbed through being not easy after boundling.

When needing to make yarn through equably coiling when on spool 82, start the second driving motor 186, make the second driving electric Machine 186 drives driving wheel 187 to rotate, and length direction of the slide plate 13 along rack 81 is driven during driving wheel 187 rotates Movement drives the second collection yarn plate 834 to move during slide plate 13 moves, and yarn is driven through edge during collection yarn plate movement The length direction movement of rack 81, so as to achieve the purpose that make yarn through equably coiling on spool 82.

This specific embodiment is only explanation to the utility model, is not the limitation to the utility model, ability Field technique personnel can as needed make the present embodiment the modification of no creative contribution after this specification is read, but As long as it is all protected in the right of the utility model by Patent Law.

Claims (10)

1. a kind of warping machine, including bobbin cradle (1), it is characterised in that：It further includes for beaming appliance of the yarn through progress coiling (8), the static eraser (4) being set between the beaming appliance (8) and the bobbin cradle (1), the static elimination dress It puts (4) and includes the cistern (41) for being embedded in subsurface, the suction pump (42) being positioned in the cistern (41) and the pumping Water pump (42) connects fixed water-supply-pipe (43), connects the fog-spray nozzle (44) being fixed on the water-supply-pipe (43), the spraying Head (44) is positioned at the lower section that yarn passes through, and the nozzle of the fog-spray nozzle (44) is configured towards yarn.

2. a kind of warping machine according to claim 1, it is characterised in that：It offers on the ground and the cistern (41) The refluxing opening (5) of connection, the fog-spray nozzle (44) is on the refluxing opening (5), and the edge of the refluxing opening (5) offers It drains slope (6).

3. a kind of warping machine according to claim 1, it is characterised in that：It further includes and is set to the fog-spray nozzle (44) and institute It states between bobbin cradle (1) and for limiting limit yarn plate (3) of the yarn through height, offers to pass through for yarn on the limit yarn plate (3) The limit hole (31) passed through.

4. a kind of warping machine according to claim 1, it is characterised in that：It further includes and is set to the bobbin cradle (1) and institute It states between fog-spray nozzle (44) and close to the bobbin cradle (1) side every creel (2), it is described multiple every being fixed on creel (2) Anti-balloon plate (21), offer on the anti-balloon plate (21) for for yarn pass through across drawing-in hole (22), and multiple anti-balloon plates (21) it is distributed along the short transverse every creel (2).

5. a kind of warping machine according to claim 1, it is characterised in that：The beaming appliance (8) is described including being set to Rack (81) of the fog-spray nozzle (44) far from the bobbin cradle (1) side, the spool being rotationally connected in the rack (81) (82), the Ji Sha mechanisms (83) between the rack (81) and the fog-spray nozzle (44) and for collecting yarn warp, and institute are set to State the first driving mechanism (17) being provided in rack (81) for the spool (82) to be driven to rotate.

6. a kind of warping machine according to claim 5, it is characterised in that：The Ji Sha mechanisms (83) are described including being set to Collection creel (831) between rack (81) and the fog-spray nozzle (44) is fixed on the collection creel (831) and offers and is used for For yarn pass through across dividing sinker hole (10) yarn dividing plate (832), be fixed on collection creel (831) and positioned at the yarn dividing plate (832) first between the rack (81) collects yarn plate (833), is slidably connected in the rack (81) by slide plate (13) The second collection yarn plate (834), be fixed on the slide plate (13) and for driving the slide plate (13) along the rack (81) The second driving mechanism (18) that length direction moves reciprocatingly offers to be used for for yarn through logical on first collection yarn plate (833) The the first take-up seam (12) crossed, described second collects the second take-up seam (14) offered on yarn plate (834) for supplying yarn through passing through.

7. a kind of warping machine according to claim 6, it is characterised in that：It is directed away from the middle part of the yarn dividing plate (832) The curving of the first collection yarn plate (833).

8. a kind of warping machine according to claim 6, it is characterised in that：Also pass through connecting seat (15) on the slide plate (13) Be rotatably connected to Wirewinding roller (16), the Wirewinding roller (16) positioned at the described second collection yarn plate (834) and the spool (82) it Between, and the height on the downside of the Wirewinding roller (16) stitched with second take-up (14) height it is concordant.

9. a kind of warping machine according to claim 6, it is characterised in that：Second driving mechanism (18) is including being opened in Sliding slot (181) of the rack (81) on the fog-spray nozzle (44) side side wall, two be fixedly installed in the slide plate (13) on and for be embedded in the sliding slot (181) the first driven wheel (182), be fixed on the rack (81) offer it is described Conflict block (183) on the side wall of sliding slot (181) and back to the sliding slot (181) side, to be fixed on the slide plate (13) close Connecting plate (184) on (183) one side end face of conflict block, be opened on the connecting plate (184) wear axis hole (185), It is fixed on the connecting plate (184) and output shaft is arranged in second driving motor (186) worn in axis hole (185), consolidates It is worn on one end of axis hole (185) described in being passed through due to the output shaft of second driving motor (186) and side wall is contradicted described Driving wheel (187) in conflict block (183) is rotationally connected on the connecting plate (184) and side wall is contradicted in the conflict block (183) the second driven wheel (188) on, the driving wheel (187) and second driven wheel (188) are located at the conflict respectively The both sides up and down of block (183), and the driving wheel (187) and second driven wheel (188) are described first driven positioned at two Between wheel (182).

10. a kind of warping machine according to claim 5, it is characterised in that：First driving mechanism (17) is including fixation In in the rack (81) the first driving motor (171), the master be fixed on the output shaft of first driving motor (171) Movable belt pulley (172), the driven pulley (173) being fixed in the rotation axis of the spool (82), the driving pulley (172) and The driven pulley (173) is linked by belt (19).