CN209226239U - A kind of winding device being vortexed weaving loom - Google Patents

Abstract

The utility model relates to field of textile equipment, disclose a kind of winding device for being vortexed weaving loom, including rack, support frame is connected in the rack, support plate is rotatably connected on the support frame, support shaft is rotatably connected in the support plate, work beam is arranged in the support shaft, connecting shaft is slidably connected in the support shaft, multiple support wheels are rotatably connected on the outer wall of the support shaft, link slot is offered on the inner wall of the work beam, the support wheel is placed in link slot, the outer wall and support wheel of the connecting shaft contradict.The utility model has the following advantages that and effect: this programme utilizes new mechanical structure, achievees the purpose that cloth is not easily caused to generate fold.

Description

A kind of winding device being vortexed weaving loom

Technical field

The utility model relates to field of textile equipment, more specifically, it relates to a kind of winding device for being vortexed weaving loom.

Background technique

Vortex spinning is grown up on the basis of Air-Jet Spinning, using fixed vortex spinning spool, to replace height A kind of spinning method that the rotor of speed revolution spins.Vortex weaving loom be exactly utilize Technology of Air Vortex Spinning line, silk, The raw material such as fiber crops are processed into the tool full name that cloth is made into after silk thread.

Currently, the Chinese patent that notification number is CN106064760A discloses a kind of improved weaving loom wrap-up, it Including bracket, the end of bracket is provided with motor-driven shaft, in shaft along its it is evenly spaced be provided with multiple support arms, Work beam is provided on support arm, work beam is equipped with wire fixer, is equipped with driving motor, the drive shaft of driving motor in bracket It is sequentially connected with driven roller, driven roller and shaft are transmitted by belt and connected.

This improved weaving loom wrap-up, structure is simple, but in use, and work beam batches enough clothes Afterwards, cloth forms yardage roll on the outer wall of work beam, needs to remove work beam from support arm at this time；By work beam along certainly During the length direction dragging of body, the surface that worker often holds yardage roll drives work beam mobile, this is easy for causing cloth Material generates serious fold, need it is subsequent yardage roll is pressed, seriously affect production efficiency.

Utility model content

In view of the deficienciess of the prior art, the utility model lies in that provide it is a kind of be vortexed weaving loom winding device, lead to It crosses support wheel and removes work beam from support shaft, eliminate the process with cloth touching, reach and cloth is not easily caused to generate pleat The purpose of wrinkle.

To achieve the above object, the utility model provides following technical solution: a kind of winding device being vortexed weaving loom, Including rack, it is connected with support frame in the rack, support plate, the support plate are rotatably connected on the support frame On be rotatably connected to support shaft, work beam is arranged in the support shaft, slidably connects connecting shaft in the support shaft, It is rotatably connected to multiple support wheels on the outer wall of the support shaft, link slot, institute are offered on the inner wall of the work beam The support wheel stated is placed in link slot, and the outer wall and support wheel of the connecting shaft contradict.

By using above-mentioned technical proposal, after enough yardage rolls are batched on work beam, by the way that connecting shaft is propped up toward separate The direction for supportting axis is twitched, and support wheel rotation makes to generate relative movement between work beam and support shaft by the effect of frictional force, after And slowly slid from support shaft by effect of inertia, whole process eliminates the process that worker contacts with cloth, to not easily cause Cloth generates serious fold, effective improving production efficiency.

The utility model is further arranged to: the position-limit mechanism for being used to support wheel positioning is provided in the support shaft.

By using above-mentioned technical proposal, by the position-limiting action of position-limit mechanism, when work beam is set in support shaft, lead to The limit of support wheel is crossed, work beam is not easily caused seriously to collide with support plate, improves the protective effect to work beam.

The utility model is further arranged to: the position-limit mechanism includes limiting slot, caulking groove, elastic slice and adjusts component, Multiple limiting slots are uniformly opened in the outer rim of support wheel, and the caulking groove is opened in the end of support shaft, described Elastic slice passes through caulking groove and is placed in limiting slot and is used to contradict with the inner wall of limiting slot, and the elastic slice passes through the adjusting component Adjust the distance between limiting slot.

It by using above-mentioned technical proposal, is placed in limiting slot by elastic slice, the inner wall of elastic slice and limiting slot contradicts, and generates Resistance to support wheel position, make work beam with support shaft rotate and around take cloth during, make work beam be not easy with Relative movement is generated between support shaft, improves the planarization around roll cloth.

The utility model is further arranged to: the adjusting component includes adjusting stud and adjusting nut, the tune It saves stud and elastic slice to connect far from one end of limiting slot, the adjusting nut is threaded on adjusting stud and and support shaft It contradicts.

By using above-mentioned technical proposal, adjusting nut is rotated, makes to adjust stud drive by the transmission effect of screw thread Elastic slice is mobile, so as to adjust the distance between elastic slice and support wheel, convenient for control elastic slice resistance caused by support wheel；Together When, by the frictional force between the self-locking performance and adjusting nut and support shaft of screw thread, realize the positioning to elastic slice, operation letter Just.

The utility model is further arranged to: the link slot is connected with Anti-skid sheet far from one end of support plate, described Support wheel outer rim and Anti-skid sheet contradict.

By using above-mentioned technical proposal, the frictional force between support wheel and work beam is increased by Anti-skid sheet, is improved The stability of work beam makes work beam be not easy to generate relative movement with support shaft during as support shaft rotates.

The utility model is further arranged to: the support frame is connect by elevating mechanism with rack.

By using above-mentioned technical proposal, the setting of elevating mechanism can be easy to implement and carry to work beam, be promoted Production efficiency.

The utility model is further arranged to: the elevating mechanism includes guide assembly, drive rod, deflecting roller group, spiral shell Bar and actuating sleeve, the drive rod are rotationally connected in rack, and the drive rod is connect by deflecting roller group with screw rod, institute It states screw rod to be rotationally connected in rack, the actuating sleeve is sheathed on screw rod and connect with screw flight, the actuating sleeve It is connect with support frame, the actuating sleeve is connect by guide assembly with rack.

It is rotated, is passed through by drive rod after the sufficient amount of cloth of work beam coiling by using above-mentioned technical proposal Deflecting roller group drives screw rod rotation, then moves down actuating sleeve along guide assembly, shortens the distance between work beam and ground, It is not susceptible to damage after removing work beam from support shaft, further improves the protective effect to fabric.

The utility model is further arranged to: the guide assembly includes guiding bar and guiding groove, the guiding bar It is fixed on the axis parallel in rack and with actuating sleeve, the guiding groove is opened on the outer wall of actuating sleeve, the guidance Bar is placed in guiding groove.

By using above-mentioned technical proposal, screw rod rotation, by the conflict effect and guiding function of guiding bar and guiding groove, Actuating sleeve is moved along the length direction of guiding groove, keeps the movement of actuating sleeve more steady.

The utility model is further arranged to: the deflecting roller group includes the first deflecting roller and the second deflecting roller, described The first deflecting roller be fixedly connected with drive rod, second deflecting roller is fixedly connected with screw rod, first deflecting roller with The engagement of second deflecting roller, the outer diameter of the outer diameter of first deflecting roller less than the second deflecting roller.

By using above-mentioned technical proposal, the first deflecting roller drives the second steered wheel rotation, outer due to the first deflecting roller Diameter enables the first deflecting roller to drive the second steered wheel rotation more laborsaving less than the outer diameter of the second deflecting roller.

The utility model is further arranged to: the positioning mechanism for being used to support disk limit is provided on the support frame, The positioning mechanism includes that elastic component, positioning shrinkage pool, positioning column, mounting hole and regulation cock, the mounting hole are opened in branch On support, the elastic component and positioning column are placed in mounting hole, and the regulation cock is threadedly coupled with mounting hole, the elastic component Both ends contradicted respectively with positioning column, regulation cock, multiple positioning shrinkage pools are opened in support plate, the positioning capital It is against on the inner wall of positioning shrinkage pool.

Support plate is rotated, is made after a sufficient amount of cloth of work beam coiling by using above-mentioned technical proposal Positioning column and positioning shrinkage pool are detached from, with the further rotation of support plate, when another work beam and weaving loom to it is corresponding when Positioning column is corresponding with another positioning shrinkage pool at this time, unclamps support plate, abuts against positioning column by the elastic force effect of elastic component On the positioning shrinkage pool, the frictional force of generation realizes the positioning to support plate, and work beam is enable to stablize around roll cloth.

In conclusion the utility model has the following beneficial effects:

After batching enough yardage rolls on work beam, by the way that connecting shaft is twitched toward the direction far from support shaft, support wheel Rotation, by the effect of frictional force make between work beam and support shaft generate relative movement, then by effect of inertia slowly from It is slid in support shaft, whole process eliminates the process that worker contacts with cloth, to not easily cause cloth to generate serious fold, effectively Improving production efficiency.

Detailed description of the invention

Fig. 1 is the external structure schematic diagram of the utility model；

Fig. 2 is the structural schematic diagram for embodying deflecting roller group；

Fig. 3 is enlarged drawing at the A of Fig. 2；

Fig. 4 is the structural schematic diagram for embodying positioning mechanism.

Appended drawing reference: 1, rack；2, elevating mechanism；21, guide assembly；22, drive rod；23, deflecting roller group；24, screw rod； 25, actuating sleeve；31, work beam；32, support shaft；33, support plate；34, support rod；35, support frame；41, guiding bar；42, it guides Slot；51, the first deflecting roller；52, the second deflecting roller；6, support wheel；61, link slot；81, connecting shaft；82, connecting rod；83, it supports Set；9, positioning mechanism；91, elastic component；92, shrinkage pool is positioned；93, positioning column；94, mounting hole；95, regulation cock；100, position restrainer Structure；101, limiting slot；102, caulking groove；103, elastic slice；200, component is adjusted；201, stud is adjusted；202, adjusting nut；300, prevent Slide plate.

Specific embodiment

The utility model is described further referring to attached drawing.

A kind of winding device being vortexed weaving loom, including rack 1.Rack 1 is connected with support frame 35 by elevating mechanism 2, It is rotatably connected to support plate 33 on support frame 35, is fixedly connected in support plate 33 there are three support rod 34.Three support rods 34 It is uniformly distributed along the axle center of support plate 33.Horizontally disposed support shaft 32 is rotatably connected to by bearing on support rod 34, Work beam 31 is arranged in support shaft 32.Work beam 31 is used for around roll cloth.

Elevating mechanism 2 includes guide assembly 21, drive rod 22, deflecting roller group 23, screw rod 24 and actuating sleeve 25.Drive rod 22 It is horizontally arranged and is rotationally connected in rack 1, drive rod 22 is driven by motor (not shown).Drive rod 22 passes through steering Wheel group 23 is connect with screw rod 24, and screw rod 24 is placed vertically and is rotationally connected in rack 1 by bearing.Actuating sleeve 25 is sheathed on spiral shell It is threadedly coupled on bar 24 and with screw rod 24, actuating sleeve 25 is fixedly connected with support frame 35.Actuating sleeve 25 passes through above-mentioned guidance group Part 21 is connect with rack 1.

Guide assembly 21 includes guiding bar 41 and guiding groove 42.Guiding bar 41 is vertically arranged and is fixed in rack 1；Guidance Slot 42 is opened in the axis parallel on the outer wall of actuating sleeve 25 and with actuating sleeve 25, and guiding bar 41 is placed in guiding groove 42.

Deflecting roller group 23 includes the first deflecting roller 51 and the second deflecting roller 52.First deflecting roller 51 and the second deflecting roller 52 are For bevel gear.First deflecting roller 51 is fixedly connected with drive rod 22 and is coaxially disposed with drive rod 22；Second deflecting roller 52 and spiral shell Bar 24 is fixedly connected and is coaxially disposed with screw rod 24.First deflecting roller 51 is engaged with the second deflecting roller 52, the first deflecting roller 51 Outer diameter of the outer diameter less than the second deflecting roller 52.

Multiple rows of support wheel 6 is rotatably connected in support shaft 32.Multiple rows of support wheel 6 is uniformly arranged along the axle center of support shaft 32 Cloth.There are multiple support wheels 6, and multiple support wheels 6 are arranged along the length direction of support shaft 32 on every row's support wheel 6.Branch Support wheel 6 runs through the outer wall and inner wall of support shaft 32, offers link slot 61 on the inner wall of work beam 31, support wheel 6 is placed in connection In slot 61.It is contradicted by the side wall of support wheel 6 and the inner wall of link slot 61, work beam 31 is driven to rotate.

Connecting shaft 81 is slidably connected in support shaft 32, the outer wall of connecting shaft 81 and the outer rim of support wheel 6 contradict.It twitches Connecting shaft 81 is able to drive the rotation of support wheel 6.

The position-limit mechanism 100 for being used to support 6 positioning of wheel is provided in support shaft 32.

Position-limit mechanism 100 includes limiting slot 101, caulking groove 102, elastic slice 103 and adjusts component 200.Multiple limiting slots 101 are In the even outer rim for being opened in support wheel 6；Caulking groove 102 is opened in the end of support shaft 32.Elastic slice 103 is made of spring steel, is worn It crosses caulking groove 102 to be placed in limiting slot 101 and be used to contradict with the inner wall of limiting slot 101, elastic slice 103 is by adjusting component 200 Adjust the distance between limiting slot 101.

Adjusting component 200 includes adjusting stud 201 and adjusting nut 202.Stud 201 and elastic slice 103 are adjusted far from limit One end of slot 101 is fixedly connected, and adjusting nut 202, which is threaded in, to be adjusted on stud 201 and contradict with support shaft 32.

Link slot 61 is fixedly connected with Anti-skid sheet 300 far from one end of support plate 33；The outer rim and Anti-skid sheet of support wheel 6 300 contradict.Anti-skid sheet 300 is made of abrasive rubber.

It is connected in support plate 33 and the connecting rod 82 disposed in parallel of work beam 31.Connecting rod 82 is coaxially set with support plate 33 It sets.Support sleeve 83 is arranged and is rotatably connected in connecting rod 82, and coiling has the glutinous band for fixing cloth on support sleeve 83.

The positioning mechanism 9 for being used to support the limit of disk 33 is provided on support frame 35.Positioning mechanism 9 include elastic component 91, Position shrinkage pool 92, positioning column 93, mounting hole 94 and regulation cock 95.Mounting hole 94 is opened on support frame 35, elastic component 91 and fixed Position column 93 is placed in mounting hole 94.Elastic component 91 is spring.Regulation cock 95 is threadedly coupled with mounting hole 94, makes the two of elastic component 91 End is contradicted with positioning column 93, regulation cock 95 respectively.Three positioning shrinkage pools 92 are opened in support plate 33, and three positioning shrinkage pools 92 It is uniformly distributed along the axle center of support plate 33.Positioning column 93 abuts against on the inner wall of positioning shrinkage pool 92.

In use, after 31 coiling of work beam finishes, glutinous band is adhered on a work beam 31 for cloth coiling It is formed by yardage roll in cloth, fixes yardage roll.Then support plate 33 is rotated, positioning column 93 and a positioning shrinkage pool 92 are de- From, when another work beam 31 and weaving loom to it is corresponding when support plate 33 stop operating, at this point, positioning column 93 and another positioning Shrinkage pool 92 is corresponding；It acts on positioning column 93 by the elastic force of elastic component 91 to abut against on the positioning shrinkage pool 92, support plate 33 positions.? After the whole coiling of three work beams 31 finish cloth, drive rod 22 is driven to rotate by motor, drive rod 22 drives first to turn to 51 rotation of wheel, the first deflecting roller 51 drive the rotation of the second deflecting roller 52, and the second deflecting roller 52 drives screw rod 24 to rotate；24 band of screw rod Dynamic actuating sleeve 25 moves down, and then shortens the distance between work beam 31 and ground.Connecting shaft 81 is extracted out out of support shaft 32, is propped up 6 rotation of support wheel, work beam 31 takes out from support shaft 32, easy to operate.

The above is only the preferred embodiment of the utility model, and the protection scope of the utility model is not limited merely to Above-described embodiment, technical solution belonging to the idea of the present invention belong to the protection scope of the utility model.It should refer to Out, for those skilled in the art, it is without departing from the principle of the utility model it is several improvement and Retouching, these improvements and modifications also should be regarded as the protection scope of the utility model.

Claims (10)

1. a kind of winding device for being vortexed weaving loom, including rack (1) is connected with support frame (35), institute in the rack (1) It is rotatably connected to support plate (33) on the support frame (35) stated, support shaft (32) is rotatably connected in the support plate (33), Work beam (31) are arranged in the support shaft (32), it is characterized in that: slidably connecting connection in the support shaft (32) Axis (81) is rotatably connected to multiple support wheels (6) on the outer wall of the support shaft (32), the inner wall of the work beam (31) On offer link slot (61), the support wheel (6) is placed in link slot (61), the outer wall of the connecting shaft (81) and support (6) are taken turns to contradict.

2. a kind of winding device for being vortexed weaving loom according to claim 1, it is characterized in that: in the support shaft (32) It is provided with the position-limit mechanism (100) for being used to support wheel (6) positioning.

3. a kind of winding device for being vortexed weaving loom according to claim 2, it is characterized in that: the position-limit mechanism It (100) include limiting slot (101), caulking groove (102), elastic slice (103) and adjusting component (200), multiple limiting slots (101) It is uniformly opened in the outer rim of support wheel (6), the caulking groove (102) is opened in the end of support shaft (32), the elastic slice (103) caulking groove (102) are passed through to be placed in limiting slot (101) and be used to contradict with the inner wall of limiting slot (101), the elastic slice (103) the distance between limiting slot (101) are adjusted by the adjusting component (200).

4. a kind of winding device for being vortexed weaving loom according to claim 3, it is characterized in that: the adjusting component It (200) include adjusting stud (201) and adjusting nut (202), the adjusting stud (201) and elastic slice (103) are far from limit One end of slot (101) connects, the adjusting nut (202) be threaded in adjust on stud (201) and with support shaft (32) It contradicts.

5. a kind of winding device for being vortexed weaving loom according to claim 1, it is characterized in that: the link slot (61) is remote One end from support plate (33) is connected with Anti-skid sheet (300), and the outer rim of the support wheel (6) and Anti-skid sheet (300) contradict.

6. a kind of winding device for being vortexed weaving loom according to claim 1, it is characterized in that: the support frame (35) is logical Elevating mechanism (2) is crossed to connect with rack (1).

7. a kind of winding device for being vortexed weaving loom according to claim 6, it is characterized in that: the elevating mechanism (2) Including guide assembly (21), drive rod (22), deflecting roller group (23), screw rod (24) and actuating sleeve (25), the drive rod (22) it is rotationally connected on rack (1), the drive rod (22) is connect by deflecting roller group (23) with screw rod (24), the spiral shell Bar (24) is rotationally connected on rack (1), and the actuating sleeve (25) is sheathed on screw rod (24) and connects with screw rod (24) screw thread It connects, the actuating sleeve (25) is connect with support frame (35), and the actuating sleeve (25) passes through guide assembly (21) and rack (1) Connection.

8. a kind of winding device for being vortexed weaving loom according to claim 7, it is characterized in that: the guide assembly (21) Including guiding bar (41) and guiding groove (42), the guiding bar (41) is fixed on the axis on rack (1) and with actuating sleeve (25) The heart is parallel, and the guiding groove (42) is opened on the outer wall of actuating sleeve (25), and the guiding bar (41) is placed in guiding groove (42) in.

9. a kind of winding device for being vortexed weaving loom according to claim 7 or 8, it is characterized in that: the deflecting roller group It (23) include the first deflecting roller (51) and the second deflecting roller (52), first deflecting roller (51) and drive rod (22), which are fixed, to be connected It connects, second deflecting roller (52) is fixedly connected with screw rod (24), first deflecting roller (51) and the second deflecting roller (52) Engagement, the outer diameter of the outer diameter of first deflecting roller (51) less than the second deflecting roller (52).

10. a kind of winding device for being vortexed weaving loom according to claim 1, it is characterized in that: the support frame (35) On be provided be used to support disk (33) limit positioning mechanism (9), the positioning mechanism (9) include elastic component (91), positioning Shrinkage pool (92), positioning column (93), mounting hole (94) and regulation cock (95), the mounting hole (94) are opened in support frame (35) On, the elastic component (91) and positioning column (93) are placed in mounting hole (94), the regulation cock (95) and mounting hole (94) spiral shell Line connection, the both ends of the elastic component (91) are contradicted with positioning column (93), regulation cock (95) respectively, multiple positioning shrinkage pools (92) it is opened on support plate (33), the positioning column (93) abuts against on the inner wall of positioning shrinkage pool (92).