CN203535268U - Fiber storage structure - Google Patents
Fiber storage structure Download PDFInfo
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- CN203535268U CN203535268U CN201320571354.2U CN201320571354U CN203535268U CN 203535268 U CN203535268 U CN 203535268U CN 201320571354 U CN201320571354 U CN 201320571354U CN 203535268 U CN203535268 U CN 203535268U
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- optical fiber
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- storage ring
- fiber storage
- pallet
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- 239000000835 fiber Substances 0.000 title claims abstract description 241
- 239000013307 optical fiber Substances 0.000 claims abstract description 246
- 238000005452 bending Methods 0.000 claims description 12
- 238000003032 molecular docking Methods 0.000 claims description 3
- 238000004891 communication Methods 0.000 abstract description 18
- 238000003466 welding Methods 0.000 abstract 1
- 230000004927 fusion Effects 0.000 description 10
- 230000003287 optical effect Effects 0.000 description 4
- 238000005516 engineering process Methods 0.000 description 3
- 230000009286 beneficial effect Effects 0.000 description 2
- 238000000034 method Methods 0.000 description 2
- 238000010276 construction Methods 0.000 description 1
- 238000010586 diagram Methods 0.000 description 1
- 229940085805 fiberall Drugs 0.000 description 1
- 230000009191 jumping Effects 0.000 description 1
- 238000004804 winding Methods 0.000 description 1
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Abstract
The utility model discloses a fiber storage structure, which comprises a tray and a fiber storage ring, wherein the fiber storage ring is located at the bottom wall of the tray; the internal part of the fiber storage ring is of an open structure, and the annular wall of the fiber storage ring is provided with more than two gaps. When the fiber storage structure is used, an optical fiber is wound and/or bent and placed inside the fiber storage ring, the optical fiber or an optical fiber coil is attached to the annular wall of the fiber storage ring by depending on the elasticity of the optical fiber or the optical fiber coil; and two ends of optical fiber leave the fiber storage ring through the two gaps respectively. The optical fiber is placed or taken very conveniently because the fiber storage structure does not have an inner ring or a tooth structure, thereby being capable of finding the required optical fiber from multiple optical fibers easily; the fiber storage structure is small in size because the optical fiber is bent and/or wound naturally by depending on the flexibility and the elasticity of the optical fiber itself and placed inside the fiber storage ring, thereby greatly reducing the size of a welding disk and the like which need the fiber storage structure, and bringing great convenience for reducing the size of a communication cabinet.
Description
Technical field
The utility model relates to communication technique field, relates in particular to a kind of fiber storage structure.
Background technology
Fibre Optical Communication Technology (optical fiber communications) is shown one's talent from optical communication, has become one of main communication technology of modern communications, plays a part very important in Modern Telecommunication net.At optical fiber, enter in the process (FTTH, Fiber To the Home) of communication terminal, because communication cabinet volume is large, cause warding off ground difficulty, construction inconvenience.
In communication cabinet, during the volume of reduction communication cabinet, how fiber storage is an important problem.Take fusion joining disk as example, and fusion joining disk is important composition parts of communication cabinet, and fusion joining disk is for realizing docking of backbone optical cable and covered wire cable, tail optical fiber and jumping fiber etc.The volume of fusion joining disk has determined the volume of communication cabinet to a great extent, and what fusion joining disk volume was played a decisive role is the volume of its fiber storage structure.
The fiber storage structure of current industry, adopted the form of interior ring and outer shroud, between interior ring and outer shroud, place optical fiber, interior ring arranges staggered " teeth " with the relative portion of outer shroud and carrys out positioning optical waveguides, this fiber storage structural volume is larger, it is cumbersome that the picking and placeing of optical fiber all will be walked around staggered " teeth " successively, very difficult while especially finding out one that needs from multifiber.
Utility model content
The purpose of this utility model is to provide a kind of fiber storage structure, and volume is little, it is convenient to pick and place optical fiber, can from multifiber, find out easily that root optical fiber needing.
The utility model is realized by the following technical solutions.
A fiber storage structure, comprises pallet, fiber storage ring, and fiber storage ring is positioned on the diapire of pallet; The inside of fiber storage ring is Open architecture, and the ring wall of fiber storage ring is provided with plural breach; During use, by optical fiber coil and/or bending, put into the inside of fiber storage ring, optical fiber or fiber turns rely on self elasticity, fit in the ring wall of fiber storage ring; Fiber storage ring is left from two breach respectively in the two ends of optical fiber.
Wherein, fiber storage ring comprises left fiber storage ring, right fiber storage ring, left side and the right-hand part of the diapire of the pallet that left fiber storage ring, right fiber storage ring lay respectively at.
Preferably, also comprise cable location division or optical fiber deck or splitter; Cable location division, optical fiber deck, splitter are positioned at the middle part of the diapire of pallet.Also comprise left optical fiber entrance or right optical fiber entrance and be positioned at a plurality of optical fiber screens of the periphery, inner side of pallet; Left optical fiber entrance, right optical fiber entrance lay respectively at left side and the right-hand part of pallet;
During use, optical fiber enters from left optical fiber entrance, and through optical fiber, screens enters the inside pitch of the laps of right fiber storage ring and/or turns to, and from the breach of right fiber storage ring, draws, and docks the optical fiber of opposite side in cable location division or optical fiber deck or splitter; The optical fiber of opposite side from cable location division or optical fiber deck or splitter draw, by the breach of left fiber storage ring, enter the inside of left fiber storage ring, coil and/or turn to, draws from another breach of left fiber storage ring; Or,
Optical fiber enters from right optical fiber entrance, and through optical fiber, screens enters the inside pitch of the laps of left fiber storage ring and/or turns to, and from the breach of left fiber storage ring, draws, and docks the optical fiber of opposite side in cable location division or optical fiber deck or splitter; The optical fiber of opposite side from cable location division or optical fiber deck or splitter draw, by the breach of right fiber storage ring, enter the inside of right fiber storage ring, coil and/or turn to, draws from another breach of right fiber storage ring.
Preferably, also comprise optical fiber deck and splitter; Optical fiber deck, splitter are positioned at the middle part of the diapire of pallet.Also comprise left optical fiber entrance or right optical fiber entrance and be positioned at a plurality of optical fiber screens of the periphery, inner side of pallet; Left optical fiber entrance, right optical fiber entrance lay respectively at left side and the right-hand part of pallet;
During use, optical fiber enters from left optical fiber entrance, and through optical fiber, screens enters the inside pitch of the laps of right fiber storage ring and/or turns to, and from the breach of right fiber storage ring, draws, and docks the optical fiber of opposite side in optical fiber deck; The optical fiber of opposite side is drawn from optical fiber deck, enters the inside of left fiber storage ring by the breach of left fiber storage ring, and coil and/or turn to is drawn and entered splitter from another breach of left fiber storage ring; Or,
Optical fiber enters from right optical fiber entrance, and through optical fiber, screens enters the inside pitch of the laps of left fiber storage ring and/or turns to, and from the breach of left fiber storage ring, draws, and docks the optical fiber of opposite side in optical fiber deck; The optical fiber of opposite side is drawn from optical fiber deck, enters the inside of right fiber storage ring by the breach of right fiber storage ring, and coil and/or turn to is drawn and entered splitter from another breach of right fiber storage ring.
Preferably, also comprise cable location division and splitter; Cable location division, splitter are positioned at the middle part of the diapire of pallet.Also comprise left optical fiber entrance or right optical fiber entrance and be positioned at a plurality of optical fiber screens of the periphery, inner side of pallet; Left optical fiber entrance, right optical fiber entrance lay respectively at left side and the right-hand part of pallet;
During use, optical fiber enters from left optical fiber entrance, and through optical fiber, screens enters the inside pitch of the laps of right fiber storage ring and/or turns to, and from the breach of right fiber storage ring, draws, and docks the optical fiber of opposite side in cable location division; The optical fiber of opposite side is drawn from cable location division, enters the inside of left fiber storage ring by the breach of left fiber storage ring, and coil and/or turn to is drawn and entered splitter from another breach of left fiber storage ring; Or,
Optical fiber enters from right optical fiber entrance, and through optical fiber, screens enters the inside pitch of the laps of left fiber storage ring and/or turns to, and from the breach of left fiber storage ring, draws, and docks the optical fiber of opposite side in cable location division; The optical fiber of opposite side is drawn from cable location division, enters the inside of right fiber storage ring by the breach of right fiber storage ring, and coil and/or turn to is drawn and entered splitter from another breach of right fiber storage ring.
Preferably, also comprise cable location division, optical fiber deck and splitter; Cable location division, optical fiber deck, splitter are positioned at the middle part of the diapire of pallet.Also comprise left optical fiber entrance or right optical fiber entrance and be positioned at a plurality of optical fiber screens of the periphery, inner side of pallet; Left optical fiber entrance, right optical fiber entrance lay respectively at left side and the right-hand part of pallet;
During use, optical fiber enters from left optical fiber entrance, and through optical fiber, screens enters the inside pitch of the laps of right fiber storage ring and/or turns to, and from the breach of right fiber storage ring, draws, and docks the optical fiber of opposite side in cable location division or optical fiber deck; The optical fiber of opposite side from cable location division or optical fiber deck draw, by the breach of left fiber storage ring, enter the inside of left fiber storage ring, coil and/or turn to, draws and enters splitter from another breach of left fiber storage ring; Or,
Optical fiber enters from right optical fiber entrance, and through optical fiber, screens enters the inside pitch of the laps of left fiber storage ring and/or turns to, and from the breach of left fiber storage ring, draws, and docks the optical fiber of opposite side in cable location division or optical fiber deck; The optical fiber of opposite side from cable location division or optical fiber deck draw, by the breach of right fiber storage ring, enter the inside of right fiber storage ring, coil and/or turn to, draws and enters splitter from another breach of right fiber storage ring.
Preferably, cable location division is wave wire; The antetheca of cable location division and pallet forms the space of clamping cable.
Preferably, also comprised fine hole, and crossed fine hole and be positioned on the diapire of pallet.
Preferably, cross left back portion or the right back portion that fine hole is positioned at the diapire of pallet.
The beneficial effects of the utility model are: a kind of fiber storage structure, comprise pallet, fiber storage ring, and fiber storage ring is positioned on the diapire of pallet; The inside of fiber storage ring is Open architecture, and the ring wall of fiber storage ring is provided with plural breach.During use, by optical fiber coil and/or bending, put into the inside of fiber storage ring, optical fiber or fiber turns rely on self elasticity, fit in the ring wall of fiber storage ring; Fiber storage ring is left from two breach respectively in the two ends of optical fiber.Owing to there is no interior ring and " teeth " structure, make picking and placeing of optical fiber very convenient, can from multifiber, find out easily that root optical fiber needing; Owing to relying on flexibility and the elasticity of optical fiber itself its natural bending, coil to be positioned over to the inside of fiber storage ring, so fiber storage structural volume is little, greatly having reduced fusion joining disk etc. needs the volume of fiber storage structure, is the bringing great convenience property that reduces of communication cabinet volume.
Accompanying drawing explanation
For technical scheme clearer, that the utility model embodiment is described effectively, the accompanying drawing of required use in embodiment is briefly described, self-explantoryly be, accompanying drawing in the following describes is only embodiment more of the present utility model, for those skilled in the art, without paying under the prerequisite of creative work, can also make other accompanying drawing according to these accompanying drawings.
Fig. 1 is the structural representation of an embodiment of a kind of fiber storage structure of the utility model.
Fig. 2 is the winding structure schematic diagram of embodiment of Fig. 1 of a kind of fiber storage structure of the utility model.
Fig. 3 is the structural representation of another embodiment of a kind of fiber storage structure of the utility model.
Fig. 4 is the structural representation of another embodiment of a kind of fiber storage structure of the utility model.
In figure:
1-pallet; 2-fiber storage ring; The left fiber storage ring of 21-; The right fiber storage ring of 22-; 3-cable location division; 4-optical fiber deck; 5-splitter; The left optical fiber entrance of 6-; The right optical fiber entrance of 7-; The screens of 8-optical fiber; 9-crosses fine hole.
Embodiment
The utility model provides a kind of fiber storage structure, in order to make, those of skill in the art are clearer understands the utility model scheme, and make the above-mentioned object of the utility model, feature, beneficial effect can more understand, understandable, below in conjunction with accompanying drawing 1-4 and embodiment, the utility model is described in further detail.
Embodiment mono-
A fiber storage structure, comprises pallet 1, fiber storage ring 2, and fiber storage ring 2 is positioned on the diapire of pallet 1; The inside of fiber storage ring 2 is Open architecture, and the ring wall of fiber storage ring 2 is provided with plural breach; During use, by optical fiber coil and/or bending, put into the inside of fiber storage ring 2, optical fiber or fiber turns rely on self elasticity, fit in the ring wall of fiber storage ring 2; Fiber storage ring 2 is left from two breach respectively in the two ends of optical fiber.
Owing to there is no interior ring and " teeth " structure, make picking and placeing of optical fiber very convenient, can from multifiber, find out easily that root optical fiber needing; Owing to relying on flexibility and the elasticity of optical fiber itself its natural bending, coil to be positioned over to the inside of fiber storage ring 2, so fiber storage structural volume is little, greatly having reduced fusion joining disk etc. needs the volume of fiber storage structure, is the bringing great convenience property that reduces of communication cabinet volume.
In the present embodiment, fiber storage ring 2 comprises left fiber storage ring 21, right fiber storage ring 22, left side and the right-hand part of the diapire of the pallet 1 that left fiber storage ring 21, right fiber storage ring 22 lay respectively at.
In the present embodiment, also comprise cable location division 3; Cable location division 3 is positioned at the middle part of the diapire of pallet 1.
In the present embodiment, cable location division 3 is wave wire; The antetheca of cable location division 3 and pallet 1 forms the space of clamping cable.
In the present embodiment, also comprised fine hole 9, crossing fine hole 9 has two, and two fine holes 9 of mistake lay respectively at left back portion and the right back portion of the diapire of pallet 1.In the present embodiment, also comprise left optical fiber entrance 6 and be positioned at a plurality of optical fiber screens 8 of the periphery, inner side of pallet 1; Left optical fiber entrance 6 is positioned at the left side of pallet 1; During use, optical fiber enters from left optical fiber entrance 6, through optical fiber screens 8, enters the inside pitch of the laps of right fiber storage ring 22 and/or turns to, and from the breach of right fiber storage ring 22, draws, and docks the optical fiber of opposite side in cable location division 3; The optical fiber of opposite side is drawn from cable location division 3, enters the inside of left fiber storage ring 21 by the breach of left fiber storage ring 21, and coil and/or turn to is drawn from another breach of left fiber storage ring 21.The optical fiber of drawing from left fiber storage ring 21 can be guided to by being positioned at the fine hole 9 of mistake of left back portion of the diapire of pallet 1 another side of pallet 1.
As an alternative, left optical fiber entrance 6 can be replaced by right optical fiber entrance 7, and right optical fiber entrance 7 is positioned at the right-hand part of pallet 1.During use, optical fiber enters from right optical fiber entrance 7, through optical fiber screens 8, enters the inside pitch of the laps of left fiber storage ring 21 and/or turns to, and from the breach of left fiber storage ring 21, draws, and docks the optical fiber of opposite side in cable location division 3; The optical fiber of opposite side is drawn from cable location division 3, enters the inside of right fiber storage ring 22 by the breach of right fiber storage ring 22, and coil and/or turn to is drawn from another breach of right fiber storage ring 22.The optical fiber of drawing from right fiber storage ring 22 can be guided to by being positioned at the fine hole 9 of mistake of right back portion of the diapire of pallet 1 another side of pallet 1.
Further, as an alternative, cable fixed part 3 also can be substituted by optical fiber deck 4 or splitter 5.Optical fiber deck 4, splitter 5 are positioned at the middle part of the diapire of pallet 1.
Embodiment bis-
A fiber storage structure, comprises pallet 1, fiber storage ring 2, and fiber storage ring 2 is positioned on the diapire of pallet 1; The inside of fiber storage ring 2 is Open architecture, and the ring wall of fiber storage ring 2 is provided with plural breach; During use, by optical fiber coil and/or bending, put into the inside of fiber storage ring 2, optical fiber or fiber turns rely on self elasticity, fit in the ring wall of fiber storage ring 2; Fiber storage ring 2 is left from two breach respectively in the two ends of optical fiber.
Owing to there is no interior ring and " teeth " structure, make picking and placeing of optical fiber very convenient, can from multifiber, find out easily that root optical fiber needing; Owing to relying on flexibility and the elasticity of optical fiber itself its natural bending, coil to be positioned over to the inside of fiber storage ring 2, so fiber storage structural volume is little, greatly having reduced fusion joining disk etc. needs the volume of fiber storage structure, is the bringing great convenience property that reduces of communication cabinet volume.
In the present embodiment, fiber storage ring 2 comprises left fiber storage ring 21, right fiber storage ring 22, optical fiber deck 4 and splitter 5, left side and the right-hand part of the diapire of the pallet 1 that left fiber storage ring 21, right fiber storage ring 22 lay respectively at; Optical fiber deck 4, splitter 5 are positioned at the middle part of the diapire of pallet 1.
In the present embodiment, also comprise left optical fiber entrance 6 and be positioned at a plurality of optical fiber screens 8 of the periphery, inner side of pallet 1; Left optical fiber entrance 6 is positioned at the left side of pallet 1;
During use, optical fiber enters from left optical fiber entrance 6, through optical fiber screens 8, enters the inside pitch of the laps of right fiber storage ring 22 and/or turns to, and from the breach of right fiber storage ring 22, draws, and docks the optical fiber of opposite side in optical fiber deck 4; The optical fiber of opposite side is drawn from optical fiber deck 4, enters the inside of left fiber storage ring 21 by the breach of left fiber storage ring 21, and coil and/or turn to is drawn and entered splitter 5 from another breach of left fiber storage ring 21.
As an alternative, left optical fiber entrance 6 can be substituted by right optical fiber entrance 7, and right optical fiber entrance 7 is positioned at the right-hand part of pallet 1; Optical fiber enters from right optical fiber entrance 7, through optical fiber screens 8, enters the inside pitch of the laps of left fiber storage ring 21 and/or turns to, and from the breach of left fiber storage ring 21, draws, and docks the optical fiber of opposite side in optical fiber deck 4; The optical fiber of opposite side is drawn from optical fiber deck 4, enters the inside of right fiber storage ring 22 by the breach of right fiber storage ring 22, and coil and/or turn to is drawn and entered splitter 5 from another breach of right fiber storage ring 22.
Further, can propose to substitute third party's case and the cubic case of above-mentioned two schemes, optical fiber deck 4 is substituted by cable fixed part 3, and cable fixed part 3 is positioned at the middle part of the diapire of pallet 1.
Third party's case:
A fiber storage structure, comprises pallet 1, fiber storage ring 2, and fiber storage ring 2 is positioned on the diapire of pallet 1; The inside of fiber storage ring 2 is Open architecture, and the ring wall of fiber storage ring 2 is provided with plural breach; During use, by optical fiber coil and/or bending, put into the inside of fiber storage ring 2, optical fiber or fiber turns rely on self elasticity, fit in the ring wall of fiber storage ring 2; Fiber storage ring 2 is left from two breach respectively in the two ends of optical fiber.
Owing to there is no interior ring and " teeth " structure, make picking and placeing of optical fiber very convenient, can from multifiber, find out easily that root optical fiber needing; Owing to relying on flexibility and the elasticity of optical fiber itself its natural bending, coil to be positioned over to the inside of fiber storage ring 2, so fiber storage structural volume is little, greatly having reduced fusion joining disk etc. needs the volume of fiber storage structure, is the bringing great convenience property that reduces of communication cabinet volume.
In the present embodiment, fiber storage ring 2 comprises left fiber storage ring 21, right fiber storage ring 22, cable fixed part 3 and splitter 5, left side and the right-hand part of the diapire of the pallet 1 that left fiber storage ring 21, right fiber storage ring 22 lay respectively at; Cable fixed part 3, splitter 5 are positioned at the middle part of the diapire of pallet 1.
In the present embodiment, also comprise left optical fiber entrance 6 and be positioned at a plurality of optical fiber screens 8 of the periphery, inner side of pallet 1; Left optical fiber entrance 6 is positioned at the left side of pallet 1;
During use, optical fiber enters from left optical fiber entrance 6, through optical fiber screens 8, enters the inside pitch of the laps of right fiber storage ring 22 and/or turns to, and from the breach of right fiber storage ring 22, draws, and docks the optical fiber of opposite side in cable fixed part 3; The optical fiber of opposite side is drawn from cable fixed part 3, enters the inside of left fiber storage ring 21 by the breach of left fiber storage ring 21, and coil and/or turn to is drawn and entered splitter 5 from another breach of left fiber storage ring 21.
Cubic case:
Cubic case is also the replacement scheme of third party's case simultaneously, that is: left optical fiber entrance 6 can be substituted by right optical fiber entrance 7, and right optical fiber entrance 7 is positioned at the right-hand part of pallet 1.Optical fiber enters from right optical fiber entrance 7, through optical fiber screens 8, enters the inside pitch of the laps of left fiber storage ring 21 and/or turns to, and from the breach of left fiber storage ring 21, draws, and docks the optical fiber of opposite side in optical fiber deck 4; The optical fiber of opposite side is drawn from optical fiber deck 4, enters the inside of right fiber storage ring 22 by the breach of right fiber storage ring 22, and coil and/or turn to is drawn and entered splitter 5 from another breach of right fiber storage ring 22.
Further, can propose to substitute the 5th scheme and the 6th scheme of above-mentioned the first scheme and alternative plan, also comprise cable fixed part 3.
The 5th scheme:
A fiber storage structure, comprises pallet 1, fiber storage ring 2, and fiber storage ring 2 is positioned on the diapire of pallet 1; The inside of fiber storage ring 2 is Open architecture, and the ring wall of fiber storage ring 2 is provided with plural breach; During use, by optical fiber coil and/or bending, put into the inside of fiber storage ring 2, optical fiber or fiber turns rely on self elasticity, fit in the ring wall of fiber storage ring 2; Fiber storage ring 2 is left from two breach respectively in the two ends of optical fiber.
Owing to there is no interior ring and " teeth " structure, make picking and placeing of optical fiber very convenient, can from multifiber, find out easily that root optical fiber needing; Owing to relying on flexibility and the elasticity of optical fiber itself its natural bending, coil to be positioned over to the inside of fiber storage ring 2, so fiber storage structural volume is little, greatly having reduced fusion joining disk etc. needs the volume of fiber storage structure, is the bringing great convenience property that reduces of communication cabinet volume.
In the present embodiment, fiber storage ring 2 comprises left fiber storage ring 21, right fiber storage ring 22, cable fixed part 3, optical fiber deck 4 and splitter 5, left side and the right-hand part of the diapire of the pallet 1 that left fiber storage ring 21, right fiber storage ring 22 lay respectively at; Cable fixed part 3, optical fiber deck 4 and splitter 5 are positioned at the middle part of the diapire of pallet 1, and cable fixed part 3, optical fiber deck 4 and splitter 5 are arranged from front to back successively; Cable fixed part 3, optical fiber deck 4 and splitter 5 also can be arranged from back to front successively.
In the present embodiment, also comprise left optical fiber entrance 6 and be positioned at a plurality of optical fiber screens 8 of the periphery, inner side of pallet 1; Left optical fiber entrance 6 is positioned at the left side of pallet 1;
During use, optical fiber enters from left optical fiber entrance 6, through optical fiber screens 8, enters the inside pitch of the laps of right fiber storage ring 22 and/or turns to, and from the breach of right fiber storage ring 22, draws, and docks the optical fiber of opposite side in cable fixed part 3 and/or optical fiber deck 4; The optical fiber of opposite side is drawn from cable fixed part 3 and/or optical fiber deck 4, enters the inside of left fiber storage ring 21 by the breach of left fiber storage ring 21, and coil and/or turn to is drawn and entered splitter 5 from another breach of left fiber storage ring 21.
The 6th scheme:
The 6th scheme is also the replacement scheme of the 5th scheme simultaneously; That is: left optical fiber entrance 6 can be substituted by right optical fiber entrance 7, and right optical fiber entrance 7 is positioned at the right-hand part of pallet 1.Optical fiber enters from right optical fiber entrance 7, through optical fiber screens 8, enters the inside pitch of the laps of left fiber storage ring 21 and/or turns to, and from the breach of left fiber storage ring 21, draws, and docks the optical fiber of opposite side in optical fiber deck 4 and/or cable fixed part 3; The optical fiber of opposite side is drawn from optical fiber deck 4 and/or cable fixed part 3, enters the inside of right fiber storage ring 22 by the breach of right fiber storage ring 22, and coil and/or turn to is drawn and entered splitter 5 from another breach of right fiber storage ring 22.
Know-why of the present utility model has below been described in conjunction with specific embodiments.These are described is in order to explain principle of the present utility model, and can not be interpreted as by any way the restriction to the utility model protection domain.Explanation based on herein, those skilled in the art does not need to pay performing creative labour can associate other embodiment of the present utility model, within these modes all will fall into protection domain of the present utility model.
Claims (10)
1. a fiber storage structure, comprises pallet (1), it is characterized in that, also comprises fiber storage ring (2), and fiber storage ring (2) is positioned on the diapire of pallet (1); The inside of described fiber storage ring (2) is Open architecture, and the ring wall of described fiber storage ring (2) is provided with plural breach; During use, by optical fiber coil and/or bending, put into the inside of fiber storage ring (2), optical fiber or fiber turns rely on self elasticity, fit in the ring wall of fiber storage ring (2); Fiber storage ring (2) is left from two breach respectively in the two ends of optical fiber.
2. fiber storage structure as claimed in claim 1, it is characterized in that, described fiber storage ring (2) comprises left fiber storage ring (21), right fiber storage ring (22), left side and the right-hand part of the diapire of the pallet (1) that left fiber storage ring (21), right fiber storage ring (22) lay respectively at.
3. fiber storage structure as claimed in claim 2, is characterized in that, also comprises cable location division (3) or optical fiber deck (4) or splitter (5); Described cable location division (3), optical fiber deck (4), splitter (5) are positioned at the middle part of the diapire of pallet (1).
4. fiber storage structure as claimed in claim 2, is characterized in that, also comprises optical fiber deck (4) and splitter (5); Described optical fiber deck (4), splitter (5) are positioned at the middle part of the diapire of pallet (1).
5. fiber storage structure as claimed in claim 2, is characterized in that, also comprises cable location division (3) and splitter (5); Described cable location division (3), splitter (5) are positioned at the middle part of the diapire of pallet (1).
6. fiber storage structure as claimed in claim 2, is characterized in that, also comprises cable location division (3), optical fiber deck (4) and splitter (5); Described cable location division (3), optical fiber deck (4), splitter (5) are positioned at the middle part of the diapire of pallet (1).
7. the fiber storage structure as described in claim 3～6 any one, is characterized in that, also comprises left optical fiber entrance (6) or right optical fiber entrance (7) and is positioned at a plurality of optical fiber screens (8) of the periphery, inner side of pallet (1); Described left optical fiber entrance (6), right optical fiber entrance (7) lay respectively at left side and the right-hand part of pallet (1);
During use, optical fiber enters from left optical fiber entrance (6), through optical fiber screens (8), enter the inside pitch of the laps of right fiber storage ring (22) and/or turn to, from the breach of right fiber storage ring (22), draw the optical fiber of docking opposite side in cable location division (3) or optical fiber deck (4) or splitter (5); The optical fiber of opposite side is drawn from cable location division (3) or optical fiber deck (4) or splitter (5), enters the inside of left fiber storage ring (21) by the breach of left fiber storage ring (21), and coil and/or turn to is drawn from another breach of left fiber storage ring (21); Or,
Optical fiber enters from right optical fiber entrance (7), through optical fiber screens (8), enter the inside pitch of the laps of left fiber storage ring (21) and/or turn to, from the breach of left fiber storage ring (21), draw the optical fiber of docking opposite side in cable location division (3) or optical fiber deck (4) or splitter (5); The optical fiber of opposite side is drawn from cable location division (3) or optical fiber deck (4) or splitter (5), enters the inside of right fiber storage ring (22) by the breach of right fiber storage ring (22), and coil and/or turn to is drawn from another breach of right fiber storage ring (22).
8. fiber storage structure as claimed in claim 3, is characterized in that, described cable location division (3) is wave wire; The antetheca of described cable location division (3) and pallet (1) forms the space of clamping cable.
9. fiber storage structure as claimed in claim 1, is characterized in that, also comprises fine hole (9), crosses fine hole (9) and is positioned on the diapire of described pallet (1).
10. fiber storage structure as claimed in claim 9, is characterized in that, the fine hole of described mistake (9) is positioned at left back portion or the right back portion of the diapire of described pallet (1).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320571354.2U CN203535268U (en) | 2013-09-13 | 2013-09-13 | Fiber storage structure |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320571354.2U CN203535268U (en) | 2013-09-13 | 2013-09-13 | Fiber storage structure |
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| CN203535268U true CN203535268U (en) | 2014-04-09 |
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| CN201320571354.2U Expired - Lifetime CN203535268U (en) | 2013-09-13 | 2013-09-13 | Fiber storage structure |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104898204A (en) * | 2015-05-13 | 2015-09-09 | 宁波广瑞通信技术有限公司 | Welding plate |
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2013
- 2013-09-13 CN CN201320571354.2U patent/CN203535268U/en not_active Expired - Lifetime
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104898204A (en) * | 2015-05-13 | 2015-09-09 | 宁波广瑞通信技术有限公司 | Welding plate |
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