CN203699543U - Wire tape winding device with automatic clamping and separating function - Google Patents
Wire tape winding device with automatic clamping and separating function Download PDFInfo
- Publication number
- CN203699543U CN203699543U CN201420032995.5U CN201420032995U CN203699543U CN 203699543 U CN203699543 U CN 203699543U CN 201420032995 U CN201420032995 U CN 201420032995U CN 203699543 U CN203699543 U CN 203699543U
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- wire spool
- coiling
- driven shaft
- support end
- shaft
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Abstract
The utility model discloses a wire tape winding device with the automatic clamping and separating function. The wire tape winding device comprises a wire winding clamp and a wire winding groove formed in the periphery of the wire winding clamp, wherein the wire winding clamp is formed by overlapping a wire spool A and a wire spool B, the wire spool A and the wire spool B are oppositely arranged, and the wire winding groove is located in the connection portion of the wire spool A and the wire spool B. The wire tape winding device further comprises a driving shaft and a driven shaft, wherein the driving shaft and the driven shaft are arranged on a machine body, the axis of the driving shaft and the axis of the driven shaft coincide, the wire spool A is connected to the driven shaft in a rotating mode, the wire spool B is connected to the driving shaft in a rotating mode, and at least one of the driving shaft and the driven shaft can move along the axis. According to the wire tape winding device with the automatic clamping and separating function, manpower waste of traditional mechanical winding of short wires is reduced greatly, and economy is improved greatly; the structure is simple and clear, and production and maintenance are easy; power is simple, energy consumption is low, and remarkable economic benefit and social benefit are created.
Description
Technical field
The utility model relates to the coiling device of wire rod, band, the tape coiling device of especially a kind of Automatic-clamping, separation.
Background technology
In textile industry, exist the needs of the short length wire rod of a large amount of coilings, such as clothing factory need to carry out short length packing to reduce loss to shades of colour yarn.Except textile industry, in industries such as electric wire, cable, optical cables, also exist wire rod is divided into the situation of aliquot with scattered sale.Traditional more conventional spooling equipment, is the moulding of a cross windmill type, and by artificial hand rotation, four tops of the cross bar of windmill are provided with crossbeam, and tape is first tied a knot to fix tape after a circle.The length of enclosing around four tops one of cross bar is 1 meter.After the needed number of turns of coiling, the tape being wound around is cut off, just obtained some length and be all the tape of 1 meter.Each root tape needs artificial row to be again folded into the state of small size, to deposit or packing and selling.This structure, level of mechanization is too low, depends on unduly manually, and cost is too high.
At present, also have coiling machinery at textile raw material production industry, a class is the spindle formula wire coiling machine for long yarn coiling, and a class is for the windmill type of shorter yarn coiling or drum-type wire coiling machine, and these two kinds of coiling machineries never change for many years.Along with socioeconomic development, customer is more and more diversified to demand for commodity, many industries such as clothes, ornaments, workmanship are all faced with a same difficult problem: client needs short-term bar/tape that kind is many, length is different, the coiling of short-term bar needs workman manually on windmill type or drum-type bobbin winoler, to tie a knot while beginning fixing, after coiling finishes, also need manually to take off, thereby the cost of labor taking on shorter wire rod is more on the contrary.Along with raising up of labor wage, these seem unremarkable little lines/tape makes enterprise be absorbed in difficult choice: arrange workman's coiling, cost of labor is high, and workman's management, manually-operated material loss are all no small spendings; Directly use large wire bar, remain wire bar and occur in a large number, wastage of material is drawn high operating cost equally; Or directly abandon this type of order, enterprises' loss business opportunity, the Embarrassing border that also can facing to meet customer need causes customer churn.
Utility model content
The purpose of this utility model is to provide the tape coiling device of a kind of Automatic-clamping, separation, has greatly saved the artificial waste of traditional mechanical coiling short wire, has greatly promoted economy; Simple in structure clear, be easy to produce and safeguard; Power is succinct, and energy consumption is low, creates significant economic benefit and social benefit.
For achieving the above object, the utility model adopts following technical scheme:
The tape coiling device of a kind of Automatic-clamping, separation, comprise coiling binder, be opened in the winding slot on described coiling binder circumference, this coiling binder is by the wire spool A being oppositely arranged and wire spool B is stacked forms, described winding slot is positioned at the junction of wire spool A and wire spool B, also comprise imput shaft and driven shaft, described imput shaft and driven shaft are arranged on body and their dead in line, described wire spool A is rotationally connected with on driven shaft, described wire spool B is rotationally connected with in imput shaft, and imput shaft and driven shaft at least one can move along described axis.
Described imput shaft and driven shaft vertically arrange, imput shaft is driven by motor, driven shaft is arranged at one end of frame moving up and down, the other end of described frame is arranged in the chute on body and is connected with transmission device, also comprise a controller, turning of this controller control motor and described transmission device stops.
Described imput shaft and driven shaft are horizontally disposed with, imput shaft is driven by motor, driven shaft is arranged at one end of frame that can sway, the other end of described frame is arranged in the chute on body and is connected with transmission device, also comprise a controller, turning of this controller control motor and described transmission device stops.
On the circumference of described coiling binder, offer gap.
Inner side at wire spool A and/or wire spool B is provided with silica gel ring; Inner side at wire spool A and wire spool B is radially provided with clamp groove.
The external diameter of described wire spool A and wire spool B is equal, is provided with skewed slot or half groove towards wire spool B on the circumference of described wire spool A, and the sidewall of described skewed slot or half groove and wire spool B forms described winding slot.
The external diameter of wire spool A and wire spool B equates, on the circumference of described wire spool A, be provided with skewed slot or half groove towards wire spool B, on the circumference of described wire spool B, be provided with skewed slot or half groove towards wire spool A, skewed slot or half groove on the described skewed slot on wire spool A or half groove and wire spool B form described winding slot.
A kind of Automatic-clamping, the tape coiling device separating, comprise bobbin winder bracket, described bobbin winder bracket has at least three coiling support ends, on each described coiling support end, all offer winding slot, this coiling support end is made up of with coiling support end B is stacked the coiling support end A being oppositely arranged, described winding slot is positioned at the junction of coiling support end A and coiling support end B, also comprise imput shaft and driven shaft, described imput shaft and driven shaft are arranged on body and their dead in line, described coiling support end A is rotationally connected with on driven shaft by spoke A, described coiling support end B is rotationally connected with in imput shaft by spoke B, imput shaft and driven shaft at least one can move along described axis.
A kind of Automatic-clamping, the tape coiling device separating, comprise bobbin winder bracket, described bobbin winder bracket has at least three coiling support ends, on each described coiling support end, all offer winding slot, this coiling support end is made up of with coiling support end B is stacked the coiling support end A being oppositely arranged, described winding slot is positioned at the junction of coiling support end A and coiling support end B, also comprise imput shaft and driven shaft, described imput shaft and driven shaft are arranged on body and their dead in line, described coiling support end A is rotationally connected with on driven shaft by disc A, described coiling support end B is rotationally connected with in imput shaft by disc B, imput shaft and driven shaft at least one can move along described axis.
Described imput shaft and driven shaft are vertically or be horizontally disposed with, imput shaft is driven by motor, driven shaft is arranged at one end of the frame that can move along described axis, the other end of described frame is arranged in the chute on body and is connected with transmission device, also comprise a controller, turning of this controller control motor and described transmission device stops; Inner side at each coiling support end A and coiling support end B is equipped with silicagel pad; Inner side at least one coiling support end A and coiling support end B is radially provided with clamp groove.
Compared with prior art the beneficial effects of the utility model are: owing to adopting technique scheme, described coiling binder is by the wire spool A being oppositely arranged and wire spool B is stacked forms, described winding slot is positioned at the junction of wire spool A and wire spool B, described wire spool A is rotationally connected with on driven shaft, described wire spool B is rotationally connected with in imput shaft, imput shaft and driven shaft at least one can move along described axis, this structure, at the line that needs coiling certain length, when band, can be by line, the initial end fast speed of band is clipped between wire spool A and wire spool B, starting imput shaft rotates, wire spool A rotates, wire spool A drives the wire spool B stacking together to rotate, line or belt is wound in described winding slot, when coiling is during to default length (or wire spool A rotates to certain number of turns), imput shaft stops, imput shaft and/or driven shaft deviate from movement along described axis, stacked wire spool A and wire spool B are separately, the coil or the zone circle that are wound on the fixed length in winding slot just can take out in winding slot, when the work of this device, greatly save the artificial waste of traditional mechanical coiling short wire, greatly promote economy, simple in structure clear, be easy to produce and safeguard, power is succinct, and energy consumption is low.Coordinate outside line sending swing arm, mobile line taking clip, just can realize full-automatic production; Volume is little, and working condition is single, and worker management's difficulty is low, has both been applicable to a small amount of machine of peanut and has turned round once in a while, is also applicable to a large amount of machine long-term works of large enterprises; Can adapt to the common wires such as cotton plastic cord, can be also for the Flat belt such as silk ribbon, safety strap, also can be used for the tinsel coilings such as the aluminium, iron, copper of some strength, all conglomeraties such as weaving, workmanship, dress and personal adornment, tinsel be can be widely used in, significant economic benefit and social benefit created.
Further beneficial effect is: on the circumference of described coiling binder, offer gap, this structure, in the time that line or belt is arrived preset length by coiling, can wire spool A and wire spool B separately before, clamp the line or belt winding at opening position, and then make wire spool A and wire spool B separately, scatter with the line or belt that prevents from winding.
Adopt coiling support end structure, on each described coiling support end, all offer winding slot, described winding slot is positioned at the junction of coiling support end A and coiling support end B, described coiling support end A is rotationally connected with in imput shaft by spoke A or disc A, described coiling support end B is rotationally connected with on driven shaft by spoke A or disc B, imput shaft and driven shaft at least one can move along described axis, this technical scheme, beneficial effect is basic identical with coiling binder, repeat no more, and its structure is simpler.
Accompanying drawing explanation
Fig. 1 is structural representation of the present utility model;
Fig. 2 is the improvement structural representation of binder of winding the line in the utility model;
Fig. 3 is the further improved structural representation of binder of winding the line in the utility model;
Fig. 4 is the widening structure schematic diagram of binder of winding the line in the utility model;
Fig. 5 is the open mode schematic diagram of Fig. 4;
Fig. 6 is the structural representation of the utility model the second technical scheme;
Fig. 7 is the schematic diagram of the another kind of structure of the utility model the second technical scheme.
The specific embodiment
As shown in Fig. 1 to 5, the utility model Automatic-clamping, the tape coiling device separating, comprise coiling binder 1, be opened in the winding slot 101 on described coiling binder 1 circumference, this coiling binder 1 is by the wire spool A103 being oppositely arranged and wire spool B104 is stacked forms, described winding slot 101 is positioned at the junction of wire spool A103 and wire spool B104, also comprise imput shaft 2 and driven shaft 3, described imput shaft 2 and driven shaft 3 are arranged on body 4 and their dead in line, described wire spool A103 is rotationally connected with on driven shaft 3, described wire spool B104 is rotationally connected with in imput shaft 2, described imput shaft 2 and driven shaft 3 vertically arrange, imput shaft 2 is driven by motor 5, driven shaft 3 is arranged at one end of frame 401 moving up and down, the other end of described frame 401 is arranged in the chute 402 on body 4 and is connected with transmission device, also comprise a controller, this controller control motor 5 and turning of described transmission device stop.Motor 5 drives described transmission device, and transmission device can drive driven shaft 3 to move up and down.The coiling binder 1 of this structure is suitable for coiling yarn.As further improvement, on the circumference of described coiling binder 1, offer gap 102.This structure, when yarn by coiling when the preset length, can wire spool A and wire spool B separately before, clamp the yarn winding at opening position, and then make wire spool A and wire spool B separately, scatter with the yarn that prevents from winding.Further improve, the external diameter of described wire spool A103 and wire spool B104 equates, on the circumference of described wire spool A103, be provided with skewed slot or half groove towards wire spool B104, the sidewall of described skewed slot or half groove and wire spool B104 forms described winding slot 101; Also can on the circumference of described wire spool A103, be provided with skewed slot or half groove towards wire spool B104, on the circumference of described wire spool B104, be provided with skewed slot or half groove towards wire spool A103, the skewed slot on the described skewed slot on wire spool A103 or half groove and wire spool B104 or half groove form described winding slot 101.Be that winding slot 101 can only be present on a dish, also can have by two dishes, form large winding slot 101, to hold more line.Certainly, also the bottom land of winding slot 101 111 can be widened to (as shown in Figure 4,5), in order to the flat strip material of coiling.Wire spool A103, B104, external diameter does not wait the work that can not affect this device.If only have wire spool A103 to have winding slot, the external diameter of wire spool B104 is greater than the winding slot 101 part external diameters of wire spool A103; If two dishes have winding slot, winding slot section diameter equates.
If the Flat belts such as the larger-diameter yarn of coiling or silk ribbon, safety strap, or for tinsel coilings such as the aluminium of some strength, iron, copper, inner side at wire spool A103 and/or wire spool B104 can arrange silica gel ring 601, inner side at wire spool A103 and wire spool B104 is disposed radially clamp groove 602, when being convenient to like this wire spool A103 and wire spool B104 and closing up, can clamp the end of a thread, can make again wire spool A103 and wire spool B104 tight, form winding slot 101.
Fig. 6 and 7 shows the structural representation of the second technical scheme, and the difference of itself and the first technical scheme is: winding slot is to be made up of multiple support ends.Specifically, the Automatic-clamping of the second technical scheme, the tape coiling device separating, comprise bobbin winder bracket 1, described bobbin winder bracket 1 has at least three coiling support ends, be preferably three (as Fig. 6) or six (as Fig. 7), on each described coiling support end, all offer winding slot 101, this coiling support end is made up of with coiling support end B108 is stacked the coiling support end A107 being oppositely arranged, described winding slot 101 is positioned at the junction of coiling support end A107 and coiling support end B108, also comprise imput shaft 2 and driven shaft 3, described imput shaft 2 and driven shaft 3 are arranged on body 4 and their dead in line, described coiling support end A107 is rotationally connected with on driven shaft 3 by spoke A105, described coiling support end B108 is rotationally connected with in imput shaft 2 by spoke B106, imput shaft 2 and driven shaft 3 at least one can move along described axis.As simple transformation, spoke A105, B106 can be set, described coiling support end A107 is rotationally connected with on driven shaft 3 by disc A109, and described coiling support end B108 is rotationally connected with in imput shaft 2 by disc B110.As preferably, described imput shaft 2 and driven shaft 3 vertically or be horizontally disposed with, imput shaft 2 is driven by motor 5, driven shaft 3 is arranged at one end of the frame 401 that can move along described axis, the other end of described frame 401 is arranged in the chute 402 on body 4 and is connected with transmission device, also comprise a controller, this controller control motor 5 and turning of described transmission device stop; Inner side at each coiling support end A107 and coiling support end B108 is equipped with silicagel pad 601; Inner side at least one coiling support end A107 and coiling support end B108 is radially provided with clamp groove 602.
Claims (10)
1. Automatic-clamping, the tape coiling device separating, comprise coiling binder (1), be opened in the winding slot (101) on described coiling binder (1) circumference, it is characterized in that: this coiling binder (1) is by the wire spool A(103 being oppositely arranged) and wire spool B(104) stacked formation, described winding slot (101) is positioned at wire spool A(103) and wire spool B(104) junction, also comprise imput shaft (2) and driven shaft (3), described imput shaft (2) and driven shaft (3) are arranged at body (4) above and their dead in line, described wire spool A(103) be rotationally connected with on driven shaft (3), described wire spool B(104) be rotationally connected with in imput shaft (2), imput shaft (2) and driven shaft (3) at least one can move along described axis.
2. the tape coiling device of Automatic-clamping according to claim 1, separation, it is characterized in that: described imput shaft (2) and driven shaft (3) vertically arrange, imput shaft (2) is driven by motor (5), driven shaft (3) is arranged at one end of frame moving up and down (401), the other end of described frame (401) is arranged in the chute (402) on body (4) and is connected with transmission device, also comprise a controller, this controller control motor (5) and turning of described transmission device stop.
3. the tape coiling device of Automatic-clamping according to claim 1, separation, it is characterized in that: described imput shaft (2) and driven shaft (3) are horizontally disposed with, imput shaft (2) is driven by motor (5), driven shaft (3) is arranged at one end of frame (401) that can sway, the other end of described frame (401) is arranged in the chute (402) on body (4) and is connected with transmission device, also comprise a controller, this controller control motor (5) and turning of described transmission device stop.
4. according to the tape coiling device of the Automatic-clamping described in claim 2 or 3, separation, it is characterized in that: on the circumference of described coiling binder (1), offer gap (102).
5. the tape coiling device of Automatic-clamping according to claim 4, separation, is characterized in that: at wire spool A(103) and/or wire spool B(104) inner side be provided with silica gel ring (601); At wire spool A(103) and wire spool B(104) inner side be radially provided with clamp groove (602).
6. the tape coiling device of Automatic-clamping according to claim 5, separation, it is characterized in that: described wire spool A(103) and wire spool B(104) external diameter equate, at described wire spool A(103) circumference on be provided with towards wire spool B(104) skewed slot or half groove, described skewed slot or half groove and wire spool B(104) sidewall form described winding slot (101).
7. the tape coiling device of Automatic-clamping according to claim 5, separation, it is characterized in that: wire spool A(103) and wire spool B(104) external diameter equate, at described wire spool A(103) circumference on be provided with towards wire spool B(104) skewed slot or half groove, at described wire spool B(104) circumference on be provided with towards wire spool A(103) skewed slot or half groove, wire spool A(103) on described skewed slot or half groove and wire spool B(104) on skewed slot or half groove form described winding slot (101).
8. Automatic-clamping, the tape coiling device separating, comprise bobbin winder bracket (1), described bobbin winder bracket (1) has at least three coiling support ends, on each described coiling support end, all offer winding slot (101), it is characterized in that: this coiling support end is by the coiling support end A(107 being oppositely arranged) and coiling support end B(108) stacked formation, described winding slot (101) is positioned at coiling support end A(107) and the support end B(108 that winds the line) junction, also comprise imput shaft (2) and driven shaft (3), described imput shaft (2) and driven shaft (3) are arranged at body (4) above and their dead in line, described coiling support end A(107) by spoke A(105) be rotationally connected with on driven shaft (3), described coiling support end B(108) by spoke B(106) be rotationally connected with in imput shaft (2), imput shaft (2) and driven shaft (3) at least one can move along described axis.
9. Automatic-clamping, the tape coiling device separating, comprise bobbin winder bracket (1), described bobbin winder bracket (1) has at least three coiling support ends, on each described coiling support end, all offer winding slot (101), it is characterized in that: this coiling support end is by the coiling support end A(107 being oppositely arranged) and coiling support end B(108) stacked formation, described winding slot (101) is positioned at coiling support end A(107) and the support end B(108 that winds the line) junction, also comprise imput shaft (2) and driven shaft (3), described imput shaft (2) and driven shaft (3) are arranged at body (4) above and their dead in line, described coiling support end A(107) by disc A(109) be rotationally connected with on driven shaft (3), described coiling support end B(108) by disc B(110) be rotationally connected with in imput shaft (2), imput shaft (2) and driven shaft (3) at least one can move along described axis.
10. the tape coiling device of Automatic-clamping according to claim 9, separation, it is characterized in that: described imput shaft (2) and driven shaft (3) are vertically or be horizontally disposed with, imput shaft (2) is driven by motor (5), driven shaft (3) is arranged at one end of the frame (401) that can move along described axis, the other end of described frame (401) is arranged in the chute (402) on body (4) and is connected with transmission device, also comprise a controller, this controller control motor (5) and turning of described transmission device stop; At each coiling support end A(107) and coiling support end B(108) inner side be equipped with silicagel pad (601); At at least one coiling support end A(107) and the support end B(108 that winds the line) inner side be radially provided with clamp groove (602).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420032995.5U CN203699543U (en) | 2014-01-20 | 2014-01-20 | Wire tape winding device with automatic clamping and separating function |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420032995.5U CN203699543U (en) | 2014-01-20 | 2014-01-20 | Wire tape winding device with automatic clamping and separating function |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203699543U true CN203699543U (en) | 2014-07-09 |
Family
ID=51050013
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420032995.5U Expired - Fee Related CN203699543U (en) | 2014-01-20 | 2014-01-20 | Wire tape winding device with automatic clamping and separating function |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN203699543U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103754695A (en) * | 2014-01-20 | 2014-04-30 | 李超 | Tape winding device with automatic tape clamping and separating functions |
| CN107010484A (en) * | 2017-05-15 | 2017-08-04 | 深圳市沃尔核材股份有限公司 | A kind of automatic fixation of volume header and take-up |
-
2014
- 2014-01-20 CN CN201420032995.5U patent/CN203699543U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103754695A (en) * | 2014-01-20 | 2014-04-30 | 李超 | Tape winding device with automatic tape clamping and separating functions |
| CN107010484A (en) * | 2017-05-15 | 2017-08-04 | 深圳市沃尔核材股份有限公司 | A kind of automatic fixation of volume header and take-up |
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| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20140709 Termination date: 20170120 |