CN203998366U - Actinobacillus device - Google Patents
Actinobacillus device Download PDFInfo
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- CN203998366U CN203998366U CN201420376281.6U CN201420376281U CN203998366U CN 203998366 U CN203998366 U CN 203998366U CN 201420376281 U CN201420376281 U CN 201420376281U CN 203998366 U CN203998366 U CN 203998366U
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- connecting panel
- guide rod
- stator ring
- escapement
- swinging strut
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Abstract
The application discloses a kind of optical fiber wire releasing device, comprise fiber reel and the first stator ring, optical fiber wire releasing device also comprises swing guide wheel, swing guide wheel and comprise swinging strut, the escapement and the fixed support that are coupling with swinging strut, wherein, optical fiber on fiber reel is walked around escapement and the first stator ring successively, one end and the fixed support of swinging strut are coupling, swinging strut is vertical with respect to the centre of gration of swinging strut with escapement with respect to support bracket fastened centre of gration, and swinging strut is tangent with respect to the metallic channel of support bracket fastened centre of gration and escapement, swinging strut is positioned at same plane with respect to the optical fiber between support bracket fastened centre of gration and the first stator ring and escapement, and the centre of gration of the first stator ring is perpendicular to this plane.Swing guide wheel and make the optical fiber between the first stator ring and escapement be always 180 ° with the angle of the first stator ring, guaranteed that optical fiber is difficult to run out of from the first stator ring, thereby improved the work efficiency of actinobacillus device.
Description
Technical field
The utility model relates to technical field of optical fiber communication, particularly a kind of optical fiber wire releasing device.
Background technology
In technical field of optical fiber communication, often adopt optical fiber wire releasing device the optical fiber of coiling to be discharged to next step operation of being convenient to production.
Actinobacillus device comprises fiber reel 1 and the first stator ring 2a, as depicted in figs. 1 and 2, optical fiber on fiber reel 1 is walked around described the first stator ring 2a and is entered into subsequent handling, wherein, the position of fiber reel 1 of the prior art and the first stator ring 2a is relatively-stationary, its location positioning is to be about 95mm for dish inner width w (being that the lower surface of upper face of fiber reel 1 is to the distance between the upper surface of lower face) mostly, coils the fiber reel 1 that diameter d is about 235mm.
Along with the development of optical fiber technology, the capacity of the contained optical fiber of existing fiber reel can not meet current need of production, and high-capacity optical fiber dish arises at the historic moment, 2～2.5 times of the dish inner width that so-called high-capacity its dish inner width w is existing fiber dish.On existing equipment, directly apply above-mentioned high-capacity optical fiber dish, because the distance of fiber reel and the first stator ring 2a is constant, dish inner width increases, so corresponding optical fiber and the angle α of the first stator ring 2a will reduce, when the angle α of optical fiber and the first stator ring 2a is too small, actinobacillus device is in the process of unwrapping wire, and optical fiber is easy to run out of from the first stator ring 2a, thereby affect the normal work of actinobacillus device, reduced setting-out work efficiency.
In sum, how to improve the work efficiency of actinobacillus device, become those skilled in the art's technical barrier urgently to be resolved hurrily.
Utility model content
The purpose of this utility model is to provide a kind of actinobacillus device, to realize the object of the work efficiency that improves actinobacillus device.
To achieve these goals, the utility model provides following technical scheme:
A kind of optical fiber wire releasing device, comprise fiber reel and the first stator ring, described optical fiber wire releasing device also comprises swing guide wheel, described swing guide wheel comprises swinging strut, the escapement and the fixed support that are coupling with described swinging strut, wherein, optical fiber on described fiber reel is walked around described escapement and described the first stator ring successively, one end of described swinging strut and described fixed support are coupling, described swinging strut is vertical with respect to the centre of gration of described swinging strut with described escapement with respect to described support bracket fastened centre of gration, and described swinging strut is tangent with respect to the metallic channel of described support bracket fastened centre of gration and described escapement, described swinging strut is positioned at same plane with respect to the optical fiber between described support bracket fastened centre of gration and described the first stator ring and described escapement, and the centre of gration of described the first stator ring is perpendicular to this plane.
Preferably, described escapement is fixed on the fixed support directly over described the first stator ring.
Preferably, described swinging strut comprises: the first connecting panel, the second connecting panel, the 3rd connecting panel and the first S. A., wherein, described the second connecting panel is connected mutually with described the first connecting panel, the 3rd connecting panel, described the second connecting panel and described the first connecting panel are perpendicular, and described the second connecting panel and described the 3rd connecting panel are in same plane, both angular range are 90 °-180 °, described the first S. A. is arranged on described the 3rd connecting panel, described escapement is set on described the first S. A., and described the first connecting panel is coupling on described fixed support.
Preferably, described swinging strut also comprises the 4th connecting panel and the 5th connecting panel, wherein, described the 4th connecting panel connects described the 3rd connecting panel and described the 5th connecting panel, described the 4th connecting panel is connected on described the 3rd connecting panel, described the 5th connecting panel is connected on described the 4th connecting panel, and described the 4th connecting panel is parallel with the second connecting panel.
Preferably, described swinging strut also comprises spacing guide rod, described spacing guide rod comprises the first spacing guide rod and the second spacing guide rod, and be vertically set on described the 5th connecting panel, described the first spacing guide rod is parallel with the centre of gration of described escapement with the second spacing guide rod place plane, and has and hold the gap that described optical fiber passes through between described the first spacing guide rod and described the second spacing guide rod.
Preferably, described the first spacing guide rod and described the second spacing guide rod are removably mounted on described the 5th connecting panel, on described the 5th connecting panel, have and patchhole that described the first spacing guide rod and described the second spacing guide rod match and described the first spacing guide rod and the second spacing guide rod between the width in gap be greater than fibre diameter, be less than the width of the metallic channel of described escapement.
Preferably, described spacing guide rod is the spacing guide rod of wolfram steel or ceramic spacing guide rod.
Preferably, on described fixed support, be provided with rotating hole, be also provided with the second S. A. on described swinging strut, described the second S. A. inserts in described rotating hole.
Preferably, between described the second S. A. and described rotating hole, be also provided with bearing.
Preferably, described actinobacillus device also comprises the second stator ring, the 3rd stator ring, tension force guide wheel and turns to guide wheel; Described tension force guide wheel comprises the first tension force guide wheel and the second tension force guide wheel, from described the first stator ring optical fiber out walk around successively described the first tension force guide wheel, described the second stator ring, described the second tension force guide wheel, described the 3rd stator ring and described in turn to guide wheel.
In technique scheme, the disclosed actinobacillus device of the utility model, comprise fiber reel and the first stator ring, described optical fiber wire releasing device also comprises swing guide wheel, described swing guide wheel comprises swinging strut, the escapement and the fixed support that are coupling with described swinging strut, wherein, optical fiber on described fiber reel is walked around described escapement and described the first stator ring successively, one end of described swinging strut and described fixed support are coupling, described swinging strut is vertical with respect to the centre of gration of described swinging strut with described escapement with respect to described support bracket fastened centre of gration, and described swinging strut is tangent with respect to the metallic channel of described support bracket fastened centre of gration and described escapement, described swinging strut is positioned at same plane with respect to the optical fiber between described support bracket fastened centre of gration and described the first stator ring and described escapement, and the centre of gration of described the first stator ring is perpendicular to this plane, pass through such scheme, swinging guide wheel makes optical fiber between described the first stator ring and described escapement and the angle of the first stator ring be always 180 °, guaranteed that optical fiber is difficult for running out of from the first stator ring, thereby improved the work efficiency of actinobacillus device.
Accompanying drawing explanation
In order to be illustrated more clearly in the utility model embodiment or technical scheme of the prior art, to the accompanying drawing of required use in embodiment or description of the Prior Art be briefly described below, apparently, accompanying drawing in the following describes is only embodiment of the present utility model, for those of ordinary skills, do not paying under the prerequisite of creative work, other accompanying drawing can also be provided according to the accompanying drawing providing.
Fig. 1 is the schematic top plan view of a kind of actinobacillus device in prior art;
Fig. 2 is that the master of Fig. 1 looks schematic diagram;
Fig. 3 looks schematic diagram for the master of a kind of actinobacillus device that the utility model embodiment provides;
Fig. 4 looks schematic diagram for the utility model provides the master who swings guide wheel;
Fig. 5 is the schematic top plan view of Fig. 4;
The schematic top plan view of the another kind of actinobacillus device that Fig. 6 provides for the utility model embodiment.
The specific embodiment
Below in conjunction with the accompanying drawing in the utility model embodiment, the technical scheme in the utility model embodiment is clearly and completely described, obviously, described embodiment is only the utility model part embodiment, rather than whole embodiment.Embodiment based in the utility model, those of ordinary skills are not making the every other embodiment obtaining under creative work prerequisite, all belong to the scope of the utility model protection.
As shown in Figures 3 to 6, the disclosed a kind of actinobacillus device of the utility model embodiment.
A kind of optical fiber wire releasing device, comprise fiber reel and the first stator ring 2a, optical fiber wire releasing device also comprises swing guide wheel 5, swing guide wheel 5 and comprise swinging strut 6, the escapement 8 and the fixed support 9 that are coupling with swinging strut 6, wherein, optical fiber on fiber reel is walked around escapement 8 and the first stator ring 5 successively, one end of swinging strut 6 and fixed support 9 are coupling, in process of production, optical fiber band movable pendulum wheel 8 centre of grations with respect to swinging strut 6 that fiber reel is emitted rotate, and according to the difference of optical fiber position on fiber reel, drive is arranged with the swinging strut 6 of escapement 8 with respect to the centre of gration rotation of fixed support 9, swinging strut 6 is vertical with respect to the centre of gration of swinging strut 6 with escapement 8 with respect to the centre of gration of fixed support 9, and swinging strut 6 is tangent with respect to the centre of gration of fixed support 9 and the metallic channel of escapement 8, swinging strut 6 is positioned at same plane with respect to the centre of gration of fixed support 9 and the optical fiber between the first stator ring 2a and escapement 8, and the centre of gration of the first stator ring 2a is perpendicular to this plane, pass through such scheme, angle α between optical fiber between the first stator ring 2a and escapement 8 and the first stator ring 2a is always 180 °, thereby make optical fiber be difficult for running out of from the first stator ring 2a.
In order to optimize such scheme, escapement 8 is fixed on the fixed support 9 directly over the first stator ring 2a.Optical fiber is from fiber reel outlet, walk around the escapement 8 on the fixed support 9 being arranged on directly over the first stator ring 2a, optical fiber arrives on the first stator ring 2a through the metallic channel of escapement 8 again, tangent with respect to the centre of gration of fixed support 9 and the metallic channel of escapement 8 owing to being arranged with the swinging strut 6 of escapement 8, the swinging strut 6 that is therefore arranged with escapement 8 coincides with respect to centre of gration and the optical fiber between the first stator ring 2a and escapement 8 of fixed support 9.
Swinging strut 6 comprises: the first connecting panel 6a, the second connecting panel 6b, the 3rd connecting panel 6c and the first S. A. 6f, wherein, the second connecting panel 6b and the first connecting panel 6a, the 3rd connecting panel 6c are connected mutually, the second connecting panel 6b and the first connecting panel 6a are perpendicular, and the second connecting panel 6b and the 3rd connecting panel 6c are in same plane, both angular range are 90 °-180 °, the first S. A. 6f is arranged on the 3rd connecting panel 6c, it is upper that escapement 8 is set in the first S. A. 6f, and the first connecting panel 6a is coupling on fixed support 9.
In order to obtain further technique effect, swinging strut 6 also comprises the 4th connecting panel 6d and the 5th connecting panel 6e, wherein, the 4th connecting panel 6d connects the 3rd connecting panel 6c and the 5th connecting panel 6e, the 4th connecting panel 6d is connected on the 3rd connecting panel 6c, it is upper that the 5th connecting panel 6e is connected in the 4th connecting panel 6d, and the 4th connecting panel 6d is parallel with the second connecting panel 6b.
Can make further improvement to above-mentioned actinobacillus device provided by the utility model.
Mounting limit guide rod 7 on swinging strut 6, spacing guide rod 7 comprises the first spacing guide rod 7a and the second spacing guide rod 7b, and be vertically set on the 5th connecting panel 6e, the first spacing guide rod 7a is parallel with the centre of gration of escapement 8 with the second spacing guide rod 7b place plane, and has the gap that receiving optical fiber passes through between the first spacing guide rod 7a and the second spacing guide rod 7b.Optical fiber through the gap between the first spacing guide rod 7a and the second spacing guide rod 7b, is being walked around escapement 8 from fiber reel outlet, thereby optical fiber is better ordered about, is arranged with the swinging strut 6 of escapement 8 with respect to the centre of gration rotation of fixed support 9.
In addition, in order to make the gap width between the first spacing guide rod 7a and the second spacing guide rod 7b adjustable, the first spacing guide rod 7a and the second spacing guide rod 7b are removably mounted on the 5th connecting panel 6e, on the 5th connecting panel 6e, have and patchhole (not providing in figure) that the first spacing guide rod 7a and the second spacing guide rod 7b match and the first spacing guide rod 7a and the second spacing guide rod 7b between the width in gap be greater than fibre diameter, be less than the width of the metallic channel of escapement.Those skilled in the art can select the regulative mode of gap width between two spacing guide rods according to prior art, do not limit, as long as can realize herein.
In process of production, optical fiber is through the gap between the first spacing guide rod 7a and the second spacing guide rod 7b, because ordering about, optical fiber is arranged with the swinging strut 6 of escapement 8 with respect to the centre of gration rotation of fixed support 9, will certainly make like this optical fiber and the first spacing guide rod 7a, between the second spacing guide rod 7b, produce friction, cause optical fiber impaired, for a long time friction also can make the first spacing guide rod 7a and the second spacing guide rod 7b impaired, in order to reduce the friction between optical fiber and the first spacing guide rod 7a and the second spacing guide rod 7b, spacing guide rod 7 in the utility model embodiment is selected the spacing guide rod of smooth abrasion-proof, guide rod as spacing in wolfram steel or ceramic spacing guide rod.
In order to optimize technique scheme, on fixed support 9, be provided with rotating hole (not providing in figure), on swinging strut 6, be also provided with the second S. A. (not providing in figure), the second S. A. inserts in rotating hole.
In order to make to be arranged with the swinging strut 6 of escapement 8, with respect to the centre of gration of fixed support 9, with very little friction drag, rotate, between the second S. A. and rotating hole, be also provided with bearing (not providing in figure).
In addition, the another kind of actinobacillus device of the utility model embodiment, also comprises the second stator ring 2b, the 3rd stator ring 2c, tension force guide wheel 3 and turns to guide wheel (not providing in figure); Tension force guide wheel 3 comprises the first tension force guide wheel 3a and the second tension force guide wheel 3b, optical fiber is from fiber reel outlet, through swinging guide wheel 5, arrive the first stator ring 2a, then walk around successively the first tension force guide wheel 3a, the second stator ring 2b, the second tension force guide wheel 3b, the 3rd stator ring 2c and turn to guide wheel through the first stator ring 2a optical fiber out.
Claims (10)
1. an optical fiber wire releasing device, comprise fiber reel and the first stator ring, it is characterized in that, described optical fiber wire releasing device also comprises swing guide wheel, described swing guide wheel comprises swinging strut, the escapement and the fixed support that are coupling with described swinging strut, wherein, optical fiber on described fiber reel is walked around described escapement and described the first stator ring successively, one end of described swinging strut and described fixed support are coupling, described swinging strut is vertical with respect to the centre of gration of described swinging strut with described escapement with respect to described support bracket fastened centre of gration, and described swinging strut is tangent with respect to the metallic channel of described support bracket fastened centre of gration and described escapement, described swinging strut is positioned at same plane with respect to the optical fiber between described support bracket fastened centre of gration and described the first stator ring and described escapement, and the centre of gration of described the first stator ring is perpendicular to this plane.
2. actinobacillus device according to claim 1, is characterized in that, described escapement is fixed on the fixed support directly over described the first stator ring.
3. actinobacillus device according to claim 2, it is characterized in that, described swinging strut comprises: the first connecting panel, the second connecting panel, the 3rd connecting panel and the first S. A., wherein, described the second connecting panel and described the first connecting panel, the 3rd connecting panel is connected mutually, described the second connecting panel and described the first connecting panel are perpendicular, and described the second connecting panel and described the 3rd connecting panel are in same plane, both angular range are 90 °-180 °, described the first S. A. is arranged on described the 3rd connecting panel, described escapement is set on described the first S. A., described the first connecting panel is coupling on described fixed support.
4. actinobacillus device according to claim 3, it is characterized in that, described swinging strut also comprises the 4th connecting panel and the 5th connecting panel, wherein, described the 4th connecting panel connects described the 3rd connecting panel and described the 5th connecting panel, described the 4th connecting panel is connected on described the 3rd connecting panel, and described the 5th connecting panel is connected on described the 4th connecting panel, and described the 4th connecting panel is parallel with the second connecting panel.
5. actinobacillus device according to claim 4, it is characterized in that, described swinging strut also comprises spacing guide rod, described spacing guide rod comprises the first spacing guide rod and the second spacing guide rod, and be vertically set on described the 5th connecting panel, described the first spacing guide rod is parallel with the centre of gration of described escapement with the second spacing guide rod place plane, and has and hold the gap that described optical fiber passes through between described the first spacing guide rod and described the second spacing guide rod.
6. actinobacillus device according to claim 5, it is characterized in that, described the first spacing guide rod and described the second spacing guide rod are removably mounted on described the 5th connecting panel, on described the 5th connecting panel, have and patchhole that described the first spacing guide rod and described the second spacing guide rod match and described the first spacing guide rod and the second spacing guide rod between the width in gap be greater than fibre diameter, be less than the width of the metallic channel of described escapement.
7. actinobacillus device according to claim 6, is characterized in that, described spacing guide rod is the spacing guide rod of wolfram steel or ceramic spacing guide rod.
8. according to the actinobacillus device described in claim 1-7 any one, it is characterized in that, on described fixed support, be provided with rotating hole, be also provided with the second S. A. on described swinging strut, described the second S. A. inserts in described rotating hole.
9. actinobacillus device according to claim 8, is characterized in that, between described the second S. A. and described rotating hole, is also provided with bearing.
10. actinobacillus device according to claim 9, is characterized in that, described actinobacillus device also comprises the second stator ring, the 3rd stator ring, tension force guide wheel and turns to guide wheel; Described tension force guide wheel comprises the first tension force guide wheel and the second tension force guide wheel, from described the first stator ring optical fiber out walk around successively described the first tension force guide wheel, described the second stator ring, described the second tension force guide wheel, described the 3rd stator ring and described in turn to guide wheel.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420376281.6U CN203998366U (en) | 2014-07-08 | 2014-07-08 | Actinobacillus device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420376281.6U CN203998366U (en) | 2014-07-08 | 2014-07-08 | Actinobacillus device |
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| Publication Number | Publication Date |
|---|---|
| CN203998366U true CN203998366U (en) | 2014-12-10 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420376281.6U Active CN203998366U (en) | 2014-07-08 | 2014-07-08 | Actinobacillus device |
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| CN (1) | CN203998366U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108787789A (en) * | 2018-07-24 | 2018-11-13 | 山东中佳电子科技有限公司 | A kind of floating pay off rack and actinobacillus device |
-
2014
- 2014-07-08 CN CN201420376281.6U patent/CN203998366U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108787789A (en) * | 2018-07-24 | 2018-11-13 | 山东中佳电子科技有限公司 | A kind of floating pay off rack and actinobacillus device |
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