CN201690076U - Assembled bidirectional winding device - Google Patents
Assembled bidirectional winding device Download PDFInfo
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- CN201690076U CN201690076U CN2010201953219U CN201020195321U CN201690076U CN 201690076 U CN201690076 U CN 201690076U CN 2010201953219 U CN2010201953219 U CN 2010201953219U CN 201020195321 U CN201020195321 U CN 201020195321U CN 201690076 U CN201690076 U CN 201690076U
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- hand rotation
- rotation dish
- mandrel
- dish
- hole
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Abstract
The utility model provides an assembled bidirectional winding device which comprises a left rotating disc and a right rotating disc which are formed into the rotating disc through the closing of t6he disc edge. The assembled bidirectional winding device comprises a left core shaft and a right core shaft, wherein the left core shaft and the right core shaft are inserted into a pin hole at the other side through a pin in the core shaft at one side to be formed into the assembled core shaft which is positioned at the central line in the rotation disc; the cylinder edge of the core shaft on one end out of the rotating disc is provided with a slide block groove, and a braking slide block on the rotating disc is pushed to the pin in the groove; and the two sides of the device are respectively provided with a handle to hold the core shaft at the side. The upper part and the lower part of the rotating disc are respectively provided with a line charging hole and a line discharging hole; the left core shaft and the right core shaft are respectively provided with an upper line penetrating hole and a lower line penetrating hole; a connecting line is penetrated the four holes from the upper to the lower, and the rotating disc is rotated, so that the connecting line can be bidirectionally or unidirectionally wound or unwound. The assembled bidirectional winding device can bidirectionally winds and unwinds, can freely wind the line, has strong randomness, simple structure and convenient use, and is suitable for the field for bidirectionally or unidirectionally winding and unwinding the connecting line.
Description
Technical field
The utility model relates to a kind of Winder, particularly a kind of two ends to interfacility link, two-way around the/Winder put.
Technical background
Present Winder is to go to realize coiling in two ways basically, the one, roll is fixed on the axle, the rotation by axle drives roll, thereby wire-wound on roll; The one, a roll is arranged in the middle of wire spool, by with the rotation of the fixing central shaft of this wire spool, drive wire spool and rotate, thus with wire-wound on roll.This dual mode all will be with an end of cable, be fixed on the roll earlier, so wind the line to one-directional rotation by axle, all belong to single-ended winding mode, the connecting line that is all connecting equipment undoubtedly for the two ends of cable, for example holding wire, power line, earphone cord, netting twine etc. all are helpless.
Chinese patent application No. 200680025868.0, are called " Winder that is used for the cable of electric equipment " (publication number CN 101222872A applying date 2006-06-26), a kind of Winder that is particularly useful for vacuum cleaning is disclosed, it comprises a plug and first roll, second roll, cable on two rolls, is wound into elongated ring.It has two rolls, but also is not two-way coiling, just is applicable to the situation that cable is long, is convenient to control.Two ends for the sort of cable are all connecting equipment, and two ends all need still can't deal with problems around/the connecting line put.
The utility model content
The purpose of this utility model is to avoid above-mentioned the deficiencies in the prior art part, and provides a kind of simple in structure, and is easy to use, can to the two ends of the connecting line of equipment, two-way ground arbitrarily around or the combined bidirectional Winder put.
The purpose of this utility model can reach by following measure:
A kind of combined bidirectional Winder comprises housing parts and, it is characterized in that described housing parts is made up of left-hand rotation dish and right-hand rotation dish, and is described around shaft portion around shaft portion, is made up of left mandrel and right mandrel, wherein
(1) above-mentioned left-hand rotation dish and right-hand rotation dish, the mutual fastening of the rim by two rotating disk one ends rotates combination dials that form, a housing type and form mutually by this left and right rotating disk; And the trying to get to the heart of a matter of this left and right rotating disk, heart place offers a circular hole respectively therein;
(2), above-mentioned left mandrel and right mandrel, it is a columnar axle, include the tube edge on the stack shell on the one end and the other end, the diameter of the circular hole on the diameter of stack shell and above-mentioned two rotating disks is suitable, and can pass this circular hole and rotate, and this edge, bead fin with a circle annular, be stuck in outside the dish shell at circular hole place of left and right rotating disk,, and form the combined core-axle of a long tubular by mutual fit by the stack shell of two mandrels; Simultaneously, above-mentioned left-hand rotation dish and right-hand rotation dish also pass through the mutual fastening by the rim of two rotating disks, and form a combination dials, and the combinations thereof mandrel then is on the interior center line of this combination dials;
(3), described combination dials, coil in left-hand rotation on the dish shell of a side, be with an entrance hole, coil in right-hand rotation on the dish shell of a side, be with a wire hole; Described combined core-axle on the stack shell of left mandrel one side, is with one and goes up through wires hole, on the stack shell of right mandrel one side, is with a underpass hole;
(4), described left mandrel is at the end on its edge, is provided with a left handle, described right mandrel is provided with a right handles at an end on its edge; On the tube edge of left mandrel, be provided with twice left slider groove, correspondingly, on the correspondence position of left-hand rotation dish, be provided with two left brake silppers; And on the tube edge of right mandrel, be provided with the right slide block slot of twice, correspondingly, on the correspondence position of right-hand rotation dish, be provided with two right brake silppers.
The mutual fit of above-mentioned stack shell by left and right mandrel is by the pin in one of them stack shell, is inserted in the pin-and-hole in another stack shell, and forms the combined core-axle of a long tubular.
The above-mentioned mutual fastening by left and right rotating disk is by the flange on the left-hand rotation dish rim of one of them, is embedded in the circle groove on another the right-hand rotation dish rim, slides and be bonded into a combination dials.
Entrance hole place in above-mentioned left-hand rotation dish rim buckles the pushing block fastener of an arc.
Above-mentioned left-hand rotation dish and right-hand rotation dish, its dish shell is provided with some reinforcements.
Two-way Winder of the present utility model has following advantage.
1, two-way around putting, arbitrarily rise around.Change the Winder of system, need and will be fixed on earlier on the bobbin around the termination of cable, follow a direction then around putting, these two ends for cable all are connected with equipment, can't twine.And device of the present utility model, but can be at cable middle part any one open around.On left mandrel, the line of another side is then oppositely on right mandrel with starting point wire-wound on one side; Oppositely, can not decontrol around line; But also both sides unwrapping wire together.Also can be only at one side unwrapping wire.Two-way or unidirectional all can, random strong.
2, simple in structure, easy to use.The utility model device is formed by a pair of rotating disk and a pair of mandrel fit, and structure is very simple, but has two-wayly around the function of putting, and in the use, both can an end rotate, but also rotates simultaneously at two ends, controls simple and easy, easy to use.Can certainly on the dish shell, some stripeds be set,, be convenient to stir to increase frictional force; The dish shell material also can adopt the transparent material as organic glass, is convenient to observe the winding situation in the rotating disk.
The utility model is done the narration of further indefiniteness below in conjunction with drawings and Examples.
Description of drawings
Fig. 1 is the profile schematic diagram of the utility model Winder;
Fig. 2 is the schematic diagram of above-mentioned Winder structure (explosive view);
Fig. 3 is the schematic diagram of the inner threading relation of the utility model Winder;
Fig. 4 is the schematic diagram of the inner coiling situation of the utility model Winder;
Fig. 5 is the schematic diagram of the left-hand rotation dish structure of above-mentioned Winder;
Fig. 6 is the schematic diagram of the right-hand rotation dish structure of above-mentioned Winder;
Fig. 7 is the left mandrel structural representation of above-mentioned Winder;
Fig. 8 is the schematic diagram of the right mandrel structure of above-mentioned Winder;
Fig. 9 is the schematic diagram of the pushing block fastener on the rotating disk.
Among each figure, the 1st, left-hand rotation dish, the 2nd, right-hand rotation dish, the 3rd, left mandrel, the 4th, right mandrel, the 11st, entrance hole, the 22nd, wire hole, the 13rd, flange, the 24th, groove, 15, the 26th, the circular hole on the left and right rotating disk, 17,17 ' is left brake silpper, and 28,28 ' is right brake silpper, the 19th, and the pushing block fastener, 31, the 42nd, the stack shell of mandrel, the 314th, pin, the 424th, pin-and-hole, the 33, the 44th, the tube edge of mandrel, 331,331 ' is the left slider groove, 441,441 ' is right slide block slot, the 37th, and last through wires hole, the 48th, underpass hole, the 39th, left handle, the 49th, right handles.
Embodiment
With the preparation of engineering plastics or sheet metal, left-hand rotation dish 1 as shown in drawings, right-hand rotation dish 2, left mandrel 3 and right mandrel 4.Dish shell center at left and right rotating disk 1,2 respectively is with a circular hole 15,26, and the stack shell diameter of the diameter of circular hole and mandrel is suitable, and can be with the stack shell 31,42 of mandrel outside the dish shell, passes this circular hole and rotates freely.The tube of the left and right mandrel other end is along 33,44, then pasting the dish shell outside the shell and be stuck at dish, tube is along on 33,44 the both sides, respectively be with 2 road left slider grooves 331,331 ' and right slide block slot 441,441 ', and on the correspondence position of rotating disk, 2 left brake silppers 17,17 ' and right brake silpper 28,28 are then respectively arranged, when brake silpper arrives in the corresponding slide block slot under connecing, then with mandrel and rotating disk interlock together, rotate rotating disk, corresponding mandrel also rotates thereupon.Left and right handle 39,49 on the auxilliary end of core is used to drive mandrel.
Place, rim at left and right rotating disk, one of them is provided with a circle flange 13, then be provided with groove 24 on another the rim, when the stack shell of left and right mandrel passes circular hole 15,26 on the center of turntable line respectively, the two ends of left and right mandrel just are docking together, and flange 13 is embedded into 24 li of grooves, by 2～4 pins 314 in one of them stack shell, be inserted in another stack shell 424 li of the pin-and-holes on the relevant position, make two mandrels connect to a combined core-axle; Two rotating disks are the fastening by flange and groove also, and is combined into a combination dials.At this moment, left and right rotating disk is rotary each other; During brake silpper in unclamping above-mentioned slide block slot, also can rotate mutually between mandrel and the rotating disk.On the rim of a rotating disk, the pushing block fastener 19 of button lastblock arc, the cable that passes the rotating disk shell in order to qualification is the position of a side in the axial direction.
During use, with the last through wires hole 37 of left mandrel 3 and the entrance hole 11 of left-hand rotation dish 1, alignment in one direction, put left-hand rotation dish 1, promote the left brake silpper 17,17 ' on the left-hand rotation dish, to the tube of left mandrel along in the last left slider groove 331,331 ', with left-hand rotation dish 1 and left mandrel 3 chuckings, form the left-half of a combined bidirectional Winder; Similarly, with the underpass hole 48 of right mandrel 4 and the wire hole 22 on the right-hand rotation dish, alignment in one direction, put right-hand rotation dish 2, promote the right brake silpper 28,28 on the right-hand rotation dish, to the tube of right mandrel along last right slide block slot in 441,441 ', with right-hand rotation dish 2 and right mandrel 4 chuckings, form the right half part of a combined bidirectional Winder; Need be around the connecting line cable of the equipment of putting middle part, determine that one is opened around point, left-half and right half part with above-mentioned combined bidirectional Winder, combine in this, allowing this open the entrance hole 11 that coils on 1 housing around the connecting line on the point, from left-hand rotation penetrates, pass last through wires hole 37 with the left mandrel 3 in one side, with the underpass hole 48 through the right mandrel 4 of another side, the wire hole 22 that coils on 2 housings from the another side right-hand rotation passes again; Like this, a combined bidirectional Winder just can use.When needing two-way spiral, unclamp the left and right brake silpper on the rotating disk of both sides earlier, pin the dish shell of combination dials with two hands, left and right rotating disk is rotated relatively by positive and negative direction, just can be by the rotation of two rotating disks, two of the connecting line of equipment, on combined core-axle, lock left and right brake silpper then by positive and negative direction.During unwrapping wire, unclamp the brake silpper that needs unwrapping wire one side, arrest the handle on the opposite side mandrel on the other hand, another hand rotates the rotating disk of unwrapping wire one side, and connecting line is emitted lentamente against direction of winding, has put the brake silpper of locking this side behind the line again.Need put the situation of opposite side, correspondingly so operation.Monolateral when putting at a need, in the following ways: the brake silpper with this side rotating disk when needing coiling unclamps, and arrests the handle on the opposite side mandrel on the other hand, and another hand is by on coiling one side rotating disk and rotate rotating disk, thereby connecting line is wound on the mandrel, has rolled up and locked brake silpper again.During unwrapping wire, unclamp the brake silpper on this side rotating disk, arrest on the other hand the handle on the opposite side, rotate the rotating disk of this side against direction of winding on the other hand, and connecting line is gently emitted, put the brake silpper of locking this side behind the line again.Too big in some cable port, can't pass under the situation of wire hole into the utility model Winder, when removing peripheral combination dials, combined core-axle itself also is a kind of Winder, can open at any place of connecting line around, cable is wrapped on the combined core-axle, realize cable around putting.The utility model Winder is suitable for two all is connected to connecting line on the equipment, two-wayly or unidirectional uses around the occasion of putting connecting line.
Claims (8)
1. a combined bidirectional Winder comprises housing parts and, it is characterized in that described housing parts is made up of left-hand rotation dish (1) and right-hand rotation dish (2), and is described around shaft portion around shaft portion, is made up of left mandrel (3) and right mandrel (4), wherein
(a), above-mentioned left-hand rotation dish (1) and right-hand rotation dish (2), the mutual fastening of the rim by two rotating disk one ends rotates combination dials that form, a housing type and form mutually by this left and right rotating disk; And the trying to get to the heart of a matter of this left and right rotating disk, heart place offers a circular hole (15,16) respectively therein;
(b), above-mentioned left mandrel (3) and right mandrel (4), it is a columnar axle, include the stack shell (31 and 42) on the one end, with the tube edge (33 and 44) on the other end, circular hole (15 on the diameter of stack shell (31 and 42) and above-mentioned two rotating disks, 26) diameter is suitable, and can pass this circular hole and rotate, and this edge (33 and 44), bead fin with a circle annular, be stuck in a left side, the circular hole (15 of right-hand rotation dish, 26) outside the dish shell of locating, by mutual fit, and form the combined core-axle of a long tubular by the stack shell (31 and 42) of two mandrels; Simultaneously, above-mentioned left-hand rotation dish (1) and right-hand rotation dish (2) also pass through the mutual fastening by the rim of two rotating disks, and form a combination dials, and the combinations thereof mandrel then is on the interior center line of this combination dials;
(c), described combination dials, on the dish shell of left-hand rotation dish (1) one side, be with an entrance hole (11), on the dish shell of right-hand rotation dish (2) one sides, be with a wire hole (22); Described combined core-axle on the stack shell of left mandrel (3) one sides, is with one and goes up through wires hole (37), on the stack shell of right mandrel (4) one sides, is with a underpass hole (48);
(d), described left mandrel (3) is at the end of its edge (33), is provided with a left handle (39), described right mandrel (4) is provided with a right handles (49) at an end of its edge (44); On the tube edge (33) of left mandrel, be provided with twice left slider groove (331,331 '), correspondingly, on the correspondence position of left-hand rotation dish (1), be provided with two left side brakings sliding (17,17 '); And on the tube edge (44) of right mandrel (4), be provided with the right slide block slot (441,441 ') of twice, correspondingly, on the correspondence position of right-hand rotation dish (2), be provided with two right brake silppers (28,28 ').
2. combined bidirectional Winder according to claim 1, it is characterized in that, the mutual fit of described stack shell (31 and 42) by left and right mandrel, be by the pin (314) in one of them stack shell (31), be inserted into pin-and-hole (424) lining in another stack shell (42), and form the combined core-axle of a long tubular.
3. combined bidirectional Winder according to claim 1 and 2, it is characterized in that, described mutual fastening by left and right rotating disk, be by the flange (13) on left-hand rotation dish (1) rim of one of them, be embedded into circle groove (a 24) lining on another right-hand rotation dish (2) rim and slide and be bonded into a combination dials.
4. combined bidirectional Winder according to claim 1 and 2 is characterized in that, locates at the entrance hole (11) of described left-hand rotation dish (1) rim, buckles the pushing block fastener (19) of an arc.
5. combined bidirectional Winder according to claim 3 is characterized in that, locates at the entrance hole (11) of described left-hand rotation dish (1) rim, buckles the pushing block fastener (19) of an arc.
6. combined bidirectional Winder according to claim 1 and 2 is characterized in that, described left-hand rotation dish (1) and right-hand rotation dish (2), and its dish shell is provided with some reinforcements.
7. combined bidirectional Winder according to claim 3 is characterized in that, described left-hand rotation dish (1) and right-hand rotation dish (2), and its dish shell is provided with some reinforcements.
8. combined bidirectional Winder according to claim 4 is characterized in that, described left-hand rotation dish (1) and right-hand rotation dish (2), and its dish shell is provided with some reinforcements.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010201953219U CN201690076U (en) | 2009-06-05 | 2010-05-07 | Assembled bidirectional winding device |
Applications Claiming Priority (3)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN200920152492 | 2009-06-05 | ||
| CN200920152492.0 | 2009-06-05 | ||
| CN2010201953219U CN201690076U (en) | 2009-06-05 | 2010-05-07 | Assembled bidirectional winding device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN201690076U true CN201690076U (en) | 2010-12-29 |
Family
ID=43378354
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2010201953219U Expired - Fee Related CN201690076U (en) | 2009-06-05 | 2010-05-07 | Assembled bidirectional winding device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN201690076U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106229086A (en) * | 2016-08-25 | 2016-12-14 | 太仓市华天冲压五金制品厂 | A kind of Simple twisting device |
-
2010
- 2010-05-07 CN CN2010201953219U patent/CN201690076U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106229086A (en) * | 2016-08-25 | 2016-12-14 | 太仓市华天冲压五金制品厂 | A kind of Simple twisting device |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C17 | Cessation of patent right | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20101229 Termination date: 20120507 |