CN209663050U - A kind of efficient wire winding device - Google Patents

Abstract

The utility model discloses a kind of efficient wire winding devices, belong to the technical field of the hollow-fibre membrane manufacturing, its key points of the technical solution are that including bracket, spool is provided on bracket, one end of spool is rotatably connected to force piece, the outer wall of spool is connected with multiple for winding the asessory shaft of hollow-fibre membrane, bracket is provided with adjusting rod far from the side of spool, height-regulating component is provided between bracket and adjusting rod, directive wheel is provided on adjusting rod, bracket is provided with multiple annulus passed through for hollow-fibre membrane close to the side of adjusting rod, efficient winding is reached, reduce the effect of labor intensity of workers.

Description

A kind of efficient wire winding device

Technical field

The utility model relates to the technical field that hollow-fibre membrane is manufactured, in particular to a kind of efficient wire winding devices.

Background technique

Hollow fiber film assembly is usually used in wastewater treatment, and structure includes sleeve, and core cylinder, sleeve and core are provided in sleeve Filled with the Filamentous hollow-fibre membrane for being passed through waste water between cylinder.Hollow-fibre membrane is using polysulfones, dimethyl acetamide as raw material It is processed into the fiber filament of hollow cavity, there is differential permeability, outer image threadiness, the film with self-supporting effect.Hollow fibre Dimension film is one kind of anisotropic membrane, and the inner surface that compacted zone is located at fiber can be made into hollow fiber filtering membrane, be mainly used in Pollution industry water process and the recycling such as mineral spring Water warfare, domestic water purification, medical purification, papermaking, chemical industry.

Hollow-fibre membrane is usually wound on cylinder and stores, and in the entire manufacturing process of hollow fiber film assembly, it needs Hollow-fibre membrane is wound in being placed between sleeve and core cylinder of coil, therefore, it needs the raw material hollow-fibre membrane on cylinder It is wound in coil.

Utility model content

In view of the shortcomings of the prior art, the utility model provides a kind of efficient wire winding device, it is convenient for reaching by doughnut Film is wound in the effect of coil.

The above-mentioned technical purpose of the utility model has the technical scheme that

A kind of efficient wire winding device, including bracket, spool is provided with above bracket, and spool is connected with driving spool rotation Force piece, one end of spool connect with holder pivots, and the other end of spool is arranged with rotating member, and rotating member and spool rotation connect It connects, support plate is provided on the bracket of the bottom of rotating member, sleeve-board is provided in support plate, rotation card is offered at the top of sleeve-board Slot is provided with lifting assembly between sleeve-board and support plate, lifting assembly driving sleeve-board is gone up and down so that rotation card slot is supported with rotating member It connects or is detached from, the side of bracket is provided with stock shelf, and the position-limiting drum being inserted in for feeding cylinder is provided on stock shelf.

By using above scheme, feeding cylinder is set in the outer wall of position-limiting drum first, force piece drives spool rotation, So that hollow-fibre membrane is constantly detached from by the periphery of feeding cylinder, and coil is constantly wound on spool, at the end of winding, Can cut the hollow-fibre membrane on the outside of spool, and hollow-fibre membrane coil is allocated to the one end of spool close to support plate, and by its It covers in the outside of support plate, lives the one end of spool close to support plate with hand rest, then card slot and rotation will be rotated by lifting assembly Part is detached from, at this point, can take out hollow-fibre membrane coil by the spare space between rotation card slot and rotating member, structure is simple, It is easy to use.

Preferably, the outer diameter of the position-limiting drum is identical as the inner diameter of feeding cylinder.

By using above scheme, when feeding cylinder is set in position-limiting drum outer wall, inner wall is bonded with limit drum outer wall, It avoids making doughnut due to the phenomenon that causing feeding cylinder arbitrarily to rotate there are gap between its inner wall and limit drum outer wall The feeding of film is more smooth.

Preferably, the rotation card slot runs through sleeve-board, support plate and rotation card slot sliding are connected, between support plate and sleeve-board It is provided with locking assembly.

By using above scheme, when needing wound around coil, locking device fixes sleeve-board and support plate, and winding terminates When, locking device is removed, so that sleeve-board inner wall is slided up and down along support plate outer wall, when slide downward, rotates card slot and rotating member It is detached from, hollow-fibre membrane coil can be taken out, for the sliding between sleeve-board and support plate convenient for taking out coil, structure is simple, is convenient for Operation.

Preferably, the locking assembly include be provided with sleeve-board lower part and support plate top through sleeve-board and support plate Pin hole is provided with positioning pin in pin hole.

By using above scheme, when wound around coil, sleeve-board is located at the top of support plate, and positioning pin passes through sleeve-board and support Sleeve-board is fixed on support plate top, at this point, the top of sleeve-board is abutted with rotating member, plays supporting reel by the pin hole on plate Effect, in order to wound around coil；At the end of winding, positioning pin is removed, then sleeve-board slides downwards along the outer wall of support plate, can incite somebody to action Coil takes out, and the fixed form of pin hole and positioning pin is simply convenient for operating.

Preferably, being provided with film wire guidance set on the bracket, film wire guidance set includes directive wheel and/or guiding Ring.

By using above scheme, directive wheel and/or guide ring all have guiding function, hollow-fibre membrane can be drawn to The outer wall of spool, and it is wound in coil in spool outer wall, it avoids causing to influence the phenomenon that winding due to coil pine excessively.

Preferably, the film wire guidance set is set on adjusting rod, tune is provided between the bottom and bracket of adjusting rod High component.

By using above scheme, when feeding cylinder is too high or too low, adjusting rod can be adjusted by the way that component is turned up Height, to cooperate the size of feeding cylinder, be easy to use.

Preferably, the height-regulating component includes rod set, rod set is fixedly connected on bracket, side spiral shell of the rod set far from bracket Line is connected with bolt, and one end of bolt passes through rod set and closely abuts with adjusting rod.

By using above scheme, bolt is removed, adjusting rod is adjusted to proper height, then bolt is tightened again, directly It closely abuts close to the side of adjusting rod with adjusting rod to bolt, to retighten adjusting rod, adjusting rod is fixed to properly Height, to cooperate different size of feeding cylinder, the use of bolt has convenience, easily operated.

Preferably, the force piece is motor.

By using above scheme, motor drives spool, strut rotation, and hollow-fibre membrane is wound in line to realize Circle, structure is simple, convenient for operation.

In conclusion the utility model has the following beneficial effects:

1, feeding cylindrical sleeve can be set to the outer wall of position-limiting drum first, force piece drives spool rotation, so that doughnut Film is constantly detached from the outer wall of feeding cylinder, and coil is constantly wound on spool；At the end of winding, it can be made by lifting assembly Card slot must be rotated and rotating member is detached from, to take out coil, structure is simple, easy to use.

2, adjusting rod can be fixed to suitable height by the way that component is turned up, to cooperate different size of feeding cylinder.

Detailed description of the invention

Fig. 1 is the structural schematic diagram of the utility model；

Fig. 2 is the partial enlargement diagram in Fig. 1 at A；

Fig. 3 is the partial enlargement diagram in Fig. 1 at B；

Fig. 4 is the schematic diagram for embodying the utility model using effect.

Appended drawing reference: in figure, 1, bracket；2, stock shelf；21, position-limiting drum；22, feeding cylinder；221, hollow-fibre membrane；3, Guidance set；31, adjusting rod；311, directive wheel；312, component is turned up；3121, rod set；3122, bolt；32, crossbearer；321, it leads Xiang Huan；4, spool；41, motor；42, axle sleeve；421, connecting rod；43, strut；44, connector；441, support plate；442, sleeve-board； 4421, card slot is rotated；4422, pin hole；4423, positioning pin；45, rotating member；46, cylinder；461, supporting spring.

Specific embodiment

The utility model is described in further detail below in conjunction with attached drawing, word " preceding " used in the following description, " rear ", "left", "right", "up" and "down" refer to the direction in attached drawing, word " bottom surface " and " top surface ", "inner" and "outside" difference Refer to the direction towards or away from geometric center of specific component.

A kind of efficient wire winding device is provided with spool 4 as shown in Figure 1, including bracket 1 on bracket 1, one end of spool 4 turns Dynamic to be connected with force piece, the outer wall of spool 4 is connected with multiple for winding the strut 43 of hollow-fibre membrane 221, the separate volume of bracket 1 The side of axis 4 is provided with guidance set 3.

In conjunction with Fig. 1 and Fig. 4, bracket 1 is the frame body of strip, stands on ground, the side of 1 length direction of bracket is provided with Expect frame 2.Stock shelf 2 stands on ground, is cuboid plate structure, and length direction is consistent with the length direction of bracket 1, bottom surface and ground Face is fixedly connected, and top surface is provided with multiple for placing the position-limiting drum 21 of feeding cylinder 22.Position-limiting drum 21 is hollow cylinder Tubular structure, axis is perpendicular to the ground, and bottom end is fixedly connected with the top of stock shelf 2.Length of all position-limiting drums 21 along stock shelf 2 Degree direction interval is uniformly distributed.

As shown in Figure 1, bracket 1 is provided with guidance set 3 close to the side of stock shelf 2, guidance set 3 includes adjusting rod 31.Adjusting rod 31 is that cross section is circular elongated rod shape structure, and middle section is the length of horizontal and length direction and spool 4 Direction is consistent, bends at both ends to the direction close to bracket 1, in vertical state with middle section, and direction is curved to the ground for end Folding is provided between the bottom and bracket 1 at both ends and component 312 is turned up.

As shown in figure 4, it includes rod set 3121 that component 312, which is turned up, rod set 3121 is the round tubular structure placed vertically, with Bracket 1 is fixedly connected close to the side of adjusting rod 31, and inner wall is connect with the outer wall slip of adjusting rod 31.Screw thread connects in rod set 3121 It connects there are two bolt 3122, the axis of bolt 3122 is vertical with the axis of rod set 3121.Bolt 3122 passes through rod set 3121 and adjusts The outer wall of pole 31 tightly abuts, so that adjusting rod 31 is fixed on the side of bracket 1.

When looser a bolt 3122 when, the end of bolt 3122 is abutted with the disengaging of the outer wall of adjusting rod 31, and rod set 3121 can be It is slided along the vertical direction on adjusting rod 31, adjusting rod 31 is adjusted to suitable height, then retorque 3122, while close One end of 31 bottom of adjusting rod is tightly abutted with the outer wall of adjusting rod 31, so that adjusting rod 31 is fixed on suitable height.

In conjunction with Fig. 1 and Fig. 2, the middle section of adjusting rod 31 is provided with the multiple directive wheels passed through for hollow-fibre membrane 221 311.Directive wheel 311 is vertically arranged, and axis is consistent with the length direction of adjusting rod 31, solid with the top of adjusting rod 31 at center Fixed connection.Each directive wheel 311 is arranged in a one-to-one correspondence with the position-limiting drum 21 on stock shelf 2, so that feeding cylinder 22 is just placed In the underface of each directive wheel 311.

When placing feeding cylinder 22, feeding cylinder 22 can be placed on to position-limiting drum 21, the inner wall of feeding cylinder 22 and limit The outer wall of cylinder 21 closely abuts, so that feeding cylinder 22 is more firm.

In conjunction with Fig. 1 and Fig. 2, guidance set 3 further includes crossbearer 32.Crossbearer 32 is horizontal positioned cuboid rod-like structure, It is fixedly connected on the inside of both ends and 1 both ends of bracket, length direction is consistent with the length direction of bracket 1, and position height compares adjusting rod The position height of 31 middle section is low.Multiple guide rings 321 are provided on crossbearer 32.It is close that guide ring 321 is located at crossbearer 32 The side of adjusting rod 31, axis is perpendicular to the ground, and the side close to crossbearer 32 is fixedly connected with crossbearer 32, multiple guide rings 321 Length direction interval along crossbearer 32 is uniformly distributed.

As shown in Figure 1, the top of bracket 1 is provided with spool 4, spool 4 is horizontal positioned cylindric, axis direction and branch The length direction of frame 1 is consistent.One end of spool 4 is connected with the motor 41 of its rotation of driving.Motor 41 is fixedly connected on bracket 1 Top surface.

In conjunction with Fig. 1 and Fig. 4, there are three axle sleeves 42 for the outer wall setting of spool 4, are located at the center of spool 4 and close At both ends.The axis of axle sleeve 42 is consistent with the axis of spool 4, and the inner wall of axle sleeve 42 is fixedly connected with the outer wall of spool 4.Spool 4 Six struts 43 are provided with outside, six struts 43 are uniformly distributed along the circumferencial direction of spool 4.Strut 43 is cylindrical posts shape, Axis direction is consistent with the axis of spool 4.

Axle sleeve 42 is circumferentially spaced to be uniformly arranged there are six connecting rod 421, and six connecting rods 421, which are spaced, uniformly divides Cloth.Connecting rod 421 is that cuboid is rod-shaped, and length direction is vertical with the axis of spool 4, and one end is fixedly connected with axle sleeve 42, one end It is fixedly connected with strut 43.

Spool 4 is provided with connector 44 far from one end of motor 41, and connector 44 includes support plate 441.Support plate 441 is The cuboid plate structure placed vertically, bottom end are fixedly connected with bracket 1, and the outer wall on top is arranged with sleeve-board 442.Sleeve-board 442 For the rectangular parallelepiped structure placed vertically, top offers perforative cuboid rotation card slot 4421.441 top of support plate also opens up There is the groove of arc.Groove is located at the two sides in rotation 4421 cross-section lengths direction of card slot, and diameter is greater than the straight of 4 both ends of spool Diameter, so that there are the spaces rotated for 4 both ends of spool.The lower part of sleeve-board 442, the top of support plate 441 are provided with equidirectional Perforative pin hole 4422.Positioning pin 4423 is provided in pin hole 4422, positioning pin 4423 passes through pin hole 4422, and sleeve-board 442 is fixed It is set in the outer wall of support plate 441.

As shown in figure 3, being arranged with rotating member 45 at the both ends of spool 4, rotating member 45 is bearing, outer wall in the present embodiment For circle, and the diameter of outer wall is greater than the length of rotation 4421 cross section of card slot, the rotating member 45 close to 441 side of support plate Bottom is abutted with the both ends at 4421 top of rotation card slot, so that spool 4 is placed on bracket 1, is carried out under the drive of motor 41 The bottom of rotation, the rotating member 45 far from 441 side of support plate is fixedly connected with the top of bracket 1.

When winding hollow-fibre membrane 221, feeding cylinder 22 is placed on position-limiting drum 21 first, Filamentous hollow-fibre membrane 221 It is detached from feeding cylinder 22.One end extends to directive wheel 311 to surface, is passed through directive wheel 311 by top and is extended downward into and led To at ring 321, guide ring 321 is passed through by lower section and extends upwardly to strut 43, and is wrapped in outside strut 43.Motor 41 drives Spool 4, strut 43 rotate, and constantly hollow-fibre membrane 221 are driven to be detached from feeding cylinder 22.

As shown in figure 3, spool 4 is provided with cylinder 46 close to one end of support plate 441.Cylinder 46 is vertically arranged, bottom end It is fixed on the top surface of bracket 1, top is connected with supporting spring 461.Supporting spring 461 is the arc-shaped flaky of opening upwards, at bottom center with The telescopic shaft of cylinder 46 is fixedly connected, and the curved upper surface of pull tab is abutted with the bottom of spool 4, to support one end of spool 4.

When spool 4 rotates, cylinder axis is the state to contract downwards, and spool 4 is by supports support.When spool 4 completes coil Winding, motor 41 stop operating, and cut the hollow-fibre membrane 221 between strut 43 and guide ring 321, will be twined on strut 43 with hand Around coil be uniformly allocated to spool 4 close to one end of support plate 441, then by coil by spool 4 around in support plate 441, gas Cylinder shaft drives supporting spring 461 to move upwards, until the upper surface of supporting spring 461 is abutted with the bottom of spool 4, so that supporting spring 461 is in gas Spool 4 is supported under the action of cylinder 46, at this point, remove positioning pin 4423, sleeve-board 442 is slid downwards, coil is taken out, then by plate Set 442 lifts until pin hole 4422 is flushed with the pin hole 4422 of support plate 441, and insertion positioning pin 4423 retightens sleeve-board 442, The top of sleeve-board 442 is abutted with the bottom of rotating member 45 at this time, supports spool 4 again.

The utility model use process is as follows:

Hollow-fibre membrane 221 is put on position-limiting drum 21 first, one end of Filamentous hollow-fibre membrane 221 extends to surface To directive wheel 311, directive wheel 311 is passed through by top and extends downward into guide ring 321, guide ring 321 is upward through by lower section And strut 43 is extended to, and be externally wrapped in strut 43.Motor 41 drives spool 4, strut 43 to be rotated, and constantly in drive Empty fiber membrane 221 is detached from feeding cylinder 22.After winding, motor 41 stops operating, and removes coil, carries out coil next time Winding constantly recycles.

Above-mentioned specific embodiment is only the explanation to the utility model, is not limitations of the present invention, this Field technical staff can according to need the modification that not creative contribution is made to the present embodiment after reading this specification, But as long as all by the protection of Patent Law in the scope of the claims of the utility model.

Claims (2)

1. a kind of efficient wire winding device, including bracket (1), it is characterised in that: spool (4) are provided with above the bracket (1), Spool (4) is connected with the force piece of driving spool (4) rotation, and one end and bracket (1) of spool (4) are rotatablely connected, spool (4) The other end is arranged with rotating member (45), and rotating member (45) and spool (4) are rotatablely connected, the bracket (1) of the bottom of rotating member (45) On be provided with support plate (441), be provided in support plate (441) sleeve-board (442), offered at the top of sleeve-board (442) rotation card Slot (4421)；

Lifting assembly is provided between sleeve-board (442) and support plate (441), lifting assembly drives sleeve-board (442) to go up and down so as to turn Dynamic card slot (4421) abut or are detached from rotating member (45)；Rotate card slot (4421) run through sleeve-board (442), support plate (441) with Card slot (4421) sliding connection is rotated, is provided with locking assembly between support plate (441) and sleeve-board (442)；

Locking assembly include be provided with sleeve-board (442) lower part and support plate (441) top through sleeve-board (442) and support plate (441) pin hole (4422), pin hole (4422) is interior to be provided with positioning pin (4423)；

The side of bracket (1) is provided with stock shelf (2), and the position-limiting drum being inserted in for feeding cylinder (22) is provided on stock shelf (2) (21), the outer diameter of the position-limiting drum (21) is identical as the inner diameter of feeding cylinder (22)；

It is provided with film wire guidance set (3) on the bracket (1), film wire guidance set (3) includes directive wheel (311) and/or leads Xiang Huan (321)；

The film wire guidance set (3) is set on adjusting rod (31), is provided between the bottom and bracket (1) of adjusting rod (31) It is turned up component (312)；The height-regulating component (312) includes rod set (3121), and rod set (3121) is fixedly connected on bracket (1), Rod set (3121) is threaded with bolt (3122) far from the side of bracket (1), and one end of bolt (3122) passes through rod set (3121) it is closely abutted with adjusting rod (31).

2. a kind of efficient wire winding device according to claim 1, it is characterised in that: the force piece is motor (41).