CN205003319U - Fine tray is joined in marriage in high density butt fusion - Google Patents
Fine tray is joined in marriage in high density butt fusion Download PDFInfo
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- CN205003319U CN205003319U CN201520722564.6U CN201520722564U CN205003319U CN 205003319 U CN205003319 U CN 205003319U CN 201520722564 U CN201520722564 U CN 201520722564U CN 205003319 U CN205003319 U CN 205003319U
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- male part
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- mount pad
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Abstract
The utility model relates to a fine tray is joined in marriage in high density butt fusion, including base and apron, the lateral wall of base surrounds and forms the cavity, and the apron can cover the cavity, its characterized in that: it has splice tray and matrix board to hold in the accommodation space that base and apron formed, and the both sides of the preceding lateral wall opening part of base have the tail optical fiber of confession adapter and install first mount pad and second mount pad in it, all has ability positioning adapter's location structure on first, two mount pads, compare with prior art, the utility model has the advantages of because it has splice tray and matrix board to hold simultaneously in the accommodation space of base and apron formation, little space occupation, it joins in marriage the overall arrangement mode of fine tray to have changed old -fashioned butt fusion, keeping laying the effective expansion capacity of ability under the unanimous prerequisite of size with the tray of telecommunications trunk, the lateral wall both sides have first mount pad and second mount pad before the base simultaneously, the adapter is connected for detachably with the base like this, with the multiple tail optical fiber adapter of nimble ground adaptation, the structure is highly universal.
Description
Technical field
The utility model relates to a kind of integrated module, particularly relate to a kind of there is left and right fiber, enter cable welding structure, pallet after bring out tail optical fiber and receive the high density molten of joining cable welding storage integrated of unnecessary tail optical fiber structure to join fine pallet.
Background technology
The optical fiber welding that Fibre Optical Communication Technology uses in the market joins integrated module mainly based on 12 core pencil tail optical fiber welding distributions, and 12 core pencil tail optical fiber complex manufacturing, cost be high, not easily change, and construction maintenance cost is high.As disclosed in the patent No. Chinese utility model patent " joining cable welding storage integrated support holder structure " that is ZL201220044133.5 (notification number is CN202453562U), one joins cable welding storage integrated support holder structure, comprise tray body, tray body comprises the storage disks of dish and the fusion joining disk of lower wall, storage disks is divided into three parts, be respectively the first storage disks, second storage disks, 3rd storage disks, above-mentioned three storage disks are oval storage disks, the connector being provided with the pig tail connections that berths in the ellipse of the storage disks of ellipse berths plate, whole chromatogram tail optical fiber is installed in storage disks, mark paster is posted in the bottom of tray body.This is joined cable welding storage integrated support holder structure and is divided into 3 independently storage areas, the taking-up of very convenient tail optical fiber and storage, and can not affect 8 tail optical fibers in other 2 regions, highly beneficial to the protection of tail optical fiber; 3 independently storage area tail optical fiber take out use process in there is correspondence independently tail optical fiber passage, do not interfere with each other, find and arrange tail optical fiber very convenient; 4 tail optical fibers form an entirety by the plate that berths rotated, the coiling of very convenient tail optical fiber and taking-up, the Chinese utility model patent " a kind of small intelligent fusion integrated tray device " being ZL201320852864.7 (notification number is CN203705682U) in the patent No. discloses a kind of pallet apparatus too, it has upper and lower double-layer structure, comprises pallet cover plate, fibre melting disc and welding chip; Described fibre melting disc is arranged on basetray, described pallet cover plate is arranged on fibre melting disc, under welding chip is arranged at pallet cover plate, on fibre melting disc, storage is fine is like this two independently spaces with molten fibre, makes storage space become large, simultaneously can also make fiber, enter cable, fiber storage and welding interference-free, but in use, the opening part of its integrated pallet is only suitable for a kind of inserting hole of tail optical fiber adapter, and its function singleness, poor universality, can make troubles to site operation; In addition, because the convenience of optical-fibre communications industry to the capacity and operation of joining cable welding storage integrated pallet in present stage is proposed higher requirement, for joining, cable welding, storage element all also exist placing structure complexity, storage space is less, or fiber enters cable position limitation, or the searching of molten storage tail optical fiber and the problem of arrangement inconvenience, all need to be improved further.
Summary of the invention
A technical matters to be solved in the utility model provides a kind of under keeping laying the prerequisite of consistent size with the pallet of telecommunications trunk, can effectively expand jumbo high density.
Another technical matters to be solved in the utility model be provide a kind of for above-mentioned prior art present situation and can be suitable for multiple tail optical fiber adapter, the high density molten of highly versatile joins fine pallet.
The utility model solves the problems of the technologies described above adopted technical scheme: this high density molten joins fine pallet, include base and cover plate, the side walls enclose of described base and form a cavity, described cover plate can cover described cavity, it is characterized in that: in the spatial accommodation that described base and cover plate are formed, accommodate fusion joining disk and distribution board simultaneously, the middle body of described base arranges described fusion joining disk, and described distribution board is arranged on the outside of fusion joining disk and is formed with fiber storage region, the both sides of the front side wall opening part of described base have installs the first mount pad in the inner and the second mount pad for tail optical fiber adapter, wherein, described first mount pad and the second mount pad all has the location structure locating described adapter.
Described location structure can simply with the first described mount pad and the mutually bonding mode of the second mount pad, to realize adapter to be fixed on mount pad, also directly can be fixed by the mode of other structures as bolt-hole, in the utility model, described location structure comprises the locating slot be arranged on described first mount pad and the second mount pad, and the lateral wall of described adapter have can with the male part of described locating slot phase inserting, under inserting state, the male part of described adapter just in time can inlay card in locating slot.
As preferably, the locating slot being arranged at the first described mount pad has two, be the first locating slot and the second locating slot, the locating slot being relatively arranged on the second described mount pad equally also has two, be the 3rd locating slot and the 4th locating slot, and the middle part of the first locating slot has the first barrier layer, the middle part of the 4th locating slot has the second barrier layer, correspondingly, a lateral wall of described adapter has two parallel and the first male part of upper and lower setting straggly and the second male part, another relative lateral wall is provided with the 3rd male part and the 4th male part, wherein, 3rd male part is positioned at the position at the first male part vertical direction axis and the second male part horizontal direction axes intersect place, 4th male part is positioned at the position at the first male part horizontal direction axis and the second male part vertical direction axes intersect place, under the state that the second male part glides along the second locating slot, the first described male part can be fastened on the first barrier layer of described first locating slot, and under the state glided along the 3rd locating slot in the 3rd male part, the 4th described male part can be fastened on the second barrier layer of described 4th locating slot.In addition, can also arrange the obstruct bar that at least one is vertical in first and second locating slot, third and fourth locating slot, correspondingly the male part of correspondence position also set up by adapter, to realize the location of the adapter of different size neatly.
Further, the horizontal direction axis of described adapter first male part and the position at the second male part vertical direction axes intersect place are provided with the first inner fovea part, the vertical direction axis of described adapter first male part and the position at the second male part horizontal direction axes intersect place are provided with the second inner fovea part, accordingly, the vertical direction axis of described adapter the 3rd male part and the position at the 4th male part horizontal direction axes intersect place are provided with the 3rd inner fovea part, the horizontal direction axis of described adapter the 3rd male part and the position at the 4th male part vertical direction axes intersect place are provided with the 4th inner fovea part.In order to realize optical fiber and the highdensity welding of tail optical fiber, the quantity of tail optical fiber adapter will increase at double, coordinating then by male part and inner fovea part sags and crests, the arrangement that have effectively achieved tail optical fiber adapter is neatly firm, tail optical fiber adapter connects in combination on the other hand, adapter and the quantity thereof of SC, LC can be selected according to actual conditions flexibly, there is the feature of highly versatile.
Fibre is joined in order to realize highdensity welding, the number needs increase at double of tail optical fiber adapter, then the weight of tail optical fiber adapter also increases thereupon, therefore, the front side wall of described base is provided with the first overhanging leg and the second leg respectively side by side, and described first leg and the second leg are connected with and for the supporting plate of tail optical fiber fiber, and described supporting plate also can be hinged with upper cover.This supporting plate combines the theory of traditional horizontal cable run groove, and change the problem of the fiber storage unrest that traditional wrapping post brings, effectively can share tail optical fiber by supporting plate and be pressed in pressure on pallet, supporting plate can also make tail optical fiber fiber more orderly simultaneously, so that tail optical fiber direction fiber to the left or to the right.
Further, the dual-side of described base extends outward the first chimb and the second chimb respectively, and described first chimb is with the second chimb is inserted with can for the erecting frame of at least one identical pallet inserting.It is two disk bodies that fusion joining disk and distribution board in fine pallet are joined in former old-fashioned welding, its total pallet is high is 25, capacity is 12 cores/pallet, and accommodating fusion joining disk and distribution board in the spatial accommodation formed due to base and cover plate simultaneously, pallet is high is 13.5, and its capacity is 24 cores/pallet or 36 cores/pallet, the pallet that then inserting one is identical on erecting frame, namely, under the prerequisite with identical pallet height, capacity improves 4 times or 6 times, embodies the object that high density molten is joined.
As improvement, described first chimb and the second chimb has inner fovea part, described erecting frame is provided with at least two guide rails, and each guide rail has local at least for through hole, all have L shape hole in the two side of this through hole and form the first elastic component and the second elastic component that are oppositely arranged, and the head of this first elastic component and the second elastic component also has the first protuberance and the second protuberance that are oppositely arranged, and under inserting state, this inner fovea part is just in time embedded between the first protuberance and the second protuberance.Wherein, the first described elastic component and the second elastic component can be Elastic buckle form, also can adopt and common are spring-supported pinball structure, or other prior aries.
For strengthening the connection of base dual-side and erecting frame further, contiguous described first chimb and described second chimb have the first all L-shaped positioning tab and the second positioning tab, and described guide rail have the inserting hole be embedded mutually with the second positioning tab bending place for this first positioning tab.
For realizing the object that high density molten is joined, described fusion joining disk center have for optical fiber and tail optical fiber welding thermwelding base, and described thermwelding base has the draw-in groove of 24 cores or 36 cores, and described thermwelding base surrounding has the wire casing passed through for cable.
Further, described fiber storage region comprises at least one mounting hole being arranged on described wire casing outside, the protruding formation one in the top protuberance of described mounting hole, and the end face of this protuberance stretches out and is formed with the connecting pin of confession Optical Fiber Winding.When optical fiber enters distribution board from mounting hole, pass after connecting pin can be wrapped in, to increase the winding space of optical fiber.
Compared with prior art, the utility model has the advantage of and accommodate fusion joining disk and distribution board due in the spatial accommodation that base and cover plate are formed simultaneously, take up room little, change the layout type that fine pallet is joined in old-fashioned welding, effectively capacity can be expanded under keeping laying the prerequisite of consistent size with the pallet of telecommunications trunk, simultaneously the both sides of base front side wall opening part have and install the first mount pad in the inner and the second mount pad for tail optical fiber adapter, such adapter and base are for be removably connected, with adaptive multiple tail optical fiber adapter neatly, there is the feature of highly versatile.
Accompanying drawing explanation
Fig. 1 is the structural representation of the utility model embodiment;
Fig. 2 is the decomposition texture schematic diagram of Fig. 1;
Fig. 3 is the structural representation that in the utility model embodiment, Lc adapter is self-contained;
Fig. 4 is the structural representation of a Sc adapter angle in the utility model embodiment;
Fig. 5 is the structural representation of another angle of Sc adapter in the utility model embodiment;
Fig. 6 is the structural representation that in the utility model embodiment, three high density moltens join fine tray combination;
Fig. 7 is the structural representation of erecting frame in the utility model embodiment;
Fig. 8 is the structural representation of Fig. 1 angle;
Fig. 9 is the structure enlarged diagram at Fig. 8 A place;
Figure 10 is the structural representation of the structure of another angle of Fig. 1;
Figure 11 is the structural representation at Figure 10 B place.
Embodiment
Below in conjunction with accompanying drawing embodiment, the utility model is described in further detail.
As shown in Fig. 1 ~ 11, this high density molten is joined fine pallet and is included base 1 and cover plate 2, the side walls enclose of base 1 and form a cavity 11, cover plate 2 can cover cavity 11, accommodate fusion joining disk 3 and distribution board 4 in the spatial accommodation that base 1 and cover plate 2 are formed simultaneously, the middle body of base 1 arranges fusion joining disk 3, fusion joining disk 3 center have for optical fiber and tail optical fiber welding thermwelding base 31, and thermwelding base 31 has the draw-in groove 311 of 24 cores or 36 cores, and thermwelding base 31 surrounding has the wire casing 312 passed through for cable, and distribution board 4 is arranged on the outside of fusion joining disk 3 and is formed with fiber storage region, fiber storage region comprises the multiple mounting holes 10 being arranged on wire casing 312 outside, the protruding formation one in the top protuberance of mounting hole 10, the end face of this protuberance stretches out and is formed with the connecting pin 101 of confession Optical Fiber Winding, in addition, the both sides of the front side wall opening part of base 1 also have installs the first mount pad 5 and the second mount pad 6 in the inner for tail optical fiber adapter 20, wherein, first mount pad 5 and the second mount pad 6 all have can the location structure of positioning adapter 20.
As Fig. 3, 4, shown in 5, location structure comprises two locating slots being arranged at the first mount pad 5, i.e. the first locating slot 51 and the second locating slot 52 and be arranged at two locating slots of the second mount pad 6, i.e. the 3rd locating slot 61 and the 4th locating slot 62, the middle part of the first locating slot 51 has the first barrier layer 53, the middle part of the 4th locating slot 62 has the second barrier layer 63, correspondingly the male part of correspondence position also set up by adapter 20, wherein, a lateral wall of adapter 20 has two parallel and the first male part 71 and the second male part 72 of upper and lower setting straggly, another relative lateral wall is provided with the 3rd male part 73 and the 4th male part 74, and the 3rd male part 73 is positioned at the position at the first male part 71 vertical direction axis and the second male part 72 horizontal direction axes intersect place, 4th male part 74 is positioned at the position at the first male part 71 horizontal direction axis and the second male part 72 vertical direction axes intersect place, in addition, the horizontal direction axis of adapter 20 first male part 71 and the position at the second male part 72 vertical direction axes intersect place are also provided with the first inner fovea part 75, the vertical direction axis of adapter 20 first male part 71 and the position at the second male part 72 horizontal direction axes intersect place are provided with the second inner fovea part 76, accordingly, the vertical direction axis of adapter 20 the 3rd male part 73 and the position at the 4th male part 74 horizontal direction axes intersect place are provided with the 3rd inner fovea part 77, the horizontal direction axis of adapter 20 the 3rd male part 73 and the position at the 4th male part 74 vertical direction axes intersect place are provided with the 4th inner fovea part 78.By an adapter 20 first male part 71, in 3rd inner fovea part 77 of the second male part 72 and another adapter 20 and the 4th inner fovea part 78, sags and crests coordinates, or the 3rd male part 73 of an adapter 20, in first inner fovea part 75 of the 4th male part 74 and another adapter 20 and the second inner fovea part 76, sags and crests coordinates, the arrangement that have effectively achieved tail optical fiber adapter 20 is neatly firm, and tail optical fiber adapter 20 connects in combination, SC can be selected flexibly according to actual conditions, the adapter 20 of LC and quantity thereof, after tail optical fiber adapter 20 location and installation of 24 cores or 36 cores is good, be positioned at the second male part 72 of leftmost side adapter 20 under the state glided along the second locating slot 52, first male part 71 can be fastened on the first barrier layer 53 of the first locating slot 51, and the 3rd male part 73 being positioned at rightmost side adapter 20 is under the state glided along the 3rd locating slot 61, 4th male part 74 can be fastened on the second barrier layer 63 of the 4th locating slot 62, so just easily and effectively can realize the tail optical fiber adapter 20 after combining is positioned on the first mount pad 5 and the second mount pad 6, in addition for realizing the location of the adapter 20 of different size, the obstruct bar that at least one is vertical can also be set in first and second locating slot, third and fourth locating slot, adapter 20 also arranges corresponding male part, under inserting state, the male part of adapter 20 just in time can inlay card in the barrier layer of locating slot.
In order to change the problem of the fiber storage unrest that traditional wrapping post brings, the front side wall of base 1 is provided with the first overhanging leg 12 and the second leg 13 respectively side by side, and the first leg 12 and the second leg 13 are connected with the supporting plate 8 that can supply tail optical fiber fiber, and supporting plate 8 is also hinged with upper cover 81, this supporting plate 8 combines the theory of traditional horizontal cable run groove 312, and effectively can share tail optical fiber by supporting plate 8 and be pressed in pressure on pallet, supporting plate 8 can also make tail optical fiber fiber more orderly simultaneously, so that tail optical fiber direction fiber to the left or to the right, simultaneously, the utility model also changes former old-fashioned welding and joins the setting that fusion joining disk in fine pallet 3 and distribution board 4 are two disk bodies, are accommodated fusion joining disk 3 and distribution board 4 in the spatial accommodation that base 1 and cover plate 2 are formed simultaneously, to make under the prerequisite with identical pallet height, the dual-side of base 1 extends outward the first chimb 14 and the second chimb 15 respectively, and the first chimb 14 is with the second chimb 15 is inserted with can for the erecting frame 9 of 2 ~ 3 identical pallet insertings.
For 3 the identical pallets of inserting on erecting frame 9, the dual-side of base 1 extends outward the first chimb 14 and the second chimb 15 respectively, and the first chimb 14 and the second chimb 15 have inner fovea part, erecting frame 9 is provided with three guide rails 91, and each guide rail 91 has local at least for through hole 92, all have L shape hole in the two side of this through hole 92 and form the first elastic component 93 and the second elastic component 94 be oppositely arranged, and the head of this first elastic component 93 and the second elastic component 94 also has the first protuberance 931 and the second protuberance 941 be oppositely arranged, and contiguous first chimb 14 and the second chimb 15 have the first all L-shaped positioning tab 16 and the second positioning tab 17, guide rail 91 then has the inserting hole 95 be embedded mutually with the second positioning tab 17 bending place for this first positioning tab 16, under inserting state, this inner fovea part is just in time embedded between the first protuberance 931 and the second protuberance 941, first positioning tab 16 and the second positioning tab 17 are then embedded on inserting hole 95, completing erecting frame 9 is positioned on the first chimb 14 or the second chimb 15, be fixed on the guide rail 91 of erecting frame 9 to realize three pallets, as shown in Figure 7.
When adopting Sc adapter:
Fine pallet is joined in traditional welding, its single 12 core pallets, pallet is high is 25, and accommodates fusion joining disk 3 and distribution board 4 in the spatial accommodation formed due to base 1 and cover plate 2 simultaneously, and the pallet height of its single pallet is then reduced to 13.5, capacity expansion to 24 core, namely under the prerequisite of original pallet height, capacity improves 4 times, if the pallet that inserting three is identical on erecting frame 9, then capacity can improve 6 times, embodies the object that high density molten is joined.
When adopting Lc adapter:
Fine pallet is joined in traditional welding, its single 12 core pallets, pallet is high is 25, and accommodates fusion joining disk 3 and distribution board 4 in the spatial accommodation formed due to base 1 and cover plate 2 simultaneously, and the pallet height of its single pallet is then reduced to 13.5, capacity expansion to 36 core, namely under the prerequisite of original pallet height, capacity improves 6 times, if the pallet that inserting three is identical on erecting frame 9, then capacity can improve 9 times, embodies the object that high density molten is joined.
Claims (10)
1. a high density molten joins fine pallet, include base (1) and cover plate (2), the side walls enclose of described base (1) and form a cavity (11), described cover plate (2) can cover described cavity (11), it is characterized in that: in the spatial accommodation that described base (1) and cover plate (2) are formed, accommodate fusion joining disk (3) and distribution board (4) simultaneously, the middle body of described base (1) arranges described fusion joining disk (3), and described distribution board (4) is arranged on the outside of fusion joining disk (3) and is formed with fiber storage region, the both sides of the front side wall opening part of described base (1) have installs the first mount pad (5) in the inner and the second mount pad (6) for tail optical fiber adapter (20), wherein, described first mount pad (5) and the second mount pad (6) all has the location structure locating described adapter (20).
2. high density molten according to claim 1 joins fine pallet, it is characterized in that described location structure comprises the locating slot be arranged on described first mount pad (5) and the second mount pad (6), and the lateral wall of described adapter (20) have can with the male part of described locating slot phase inserting, under inserting state, the male part of described adapter (20) just in time can inlay card in locating slot.
3. high density molten according to claim 2 joins fine pallet, it is characterized in that the locating slot being arranged at described the first mount pad (5) has two, be the first locating slot (51) and the second locating slot (52), the locating slot being relatively arranged on described the second mount pad (6) equally also has two, be the 3rd locating slot (61) and the 4th locating slot (62), and the middle part of the first locating slot (51) has the first barrier layer (53), the middle part of the 4th locating slot (62) has the second barrier layer (63), correspondingly, a lateral wall of described adapter (20) has two parallel and first male part (71) of upper and lower setting straggly and the second male part (72), another relative lateral wall is provided with the 3rd male part (73) and the 4th male part (74), wherein, 3rd male part (73) is positioned at the position at the first male part (71) vertical direction axis and the second male part (72) horizontal direction axes intersect place, 4th male part (74) is positioned at the position at the first male part (71) horizontal direction axis and the second male part (72) vertical direction axes intersect place, under the state that the second male part (72) glides along the second locating slot (52), described the first male part (71) can be fastened on first barrier layer (53) of described first locating slot (51), and under the state glided along the 3rd locating slot (61) in the 3rd male part (73), the 4th described male part (74) can be fastened on second barrier layer (63) of described 4th locating slot (62).
4. high density molten according to claim 3 joins fine pallet, it is characterized in that the horizontal direction axis of described adapter (20) first male part (71) and the position at the second male part (72) vertical direction axes intersect place are provided with the first inner fovea part (75), the vertical direction axis of described adapter (20) first male part (71) and the position at the second male part (72) horizontal direction axes intersect place are provided with the second inner fovea part (76), accordingly, the vertical direction axis of described adapter (20) the 3rd male part (73) and the position at the 4th male part (74) horizontal direction axes intersect place are provided with the 3rd inner fovea part (77), the horizontal direction axis of described adapter (20) the 3rd male part (73) and the position at the 4th male part (74) vertical direction axes intersect place are provided with the 4th inner fovea part (78).
5. high density molten according to claim 2 joins fine pallet, it is characterized in that the front side wall of described base (1) is provided with overhanging the first leg (12) and the second leg (13) respectively side by side, and described first leg (12) and the second leg (13) are connected with and for the supporting plate (8) of tail optical fiber fiber, and described supporting plate (8) can be also hinged with upper cover (81).
6. high density molten according to claim 5 joins fine pallet, it is characterized in that the dual-side of described base (1) extends outward the first chimb (14) and the second chimb (15) respectively, and described first chimb (14) is with the second chimb (15) is inserted with can for the erecting frame (9) of identical pallet inserting at least one by one.
7. high density molten according to claim 6 joins fine pallet, it is characterized in that described first chimb (14) and the second chimb (15) have inner fovea part, described erecting frame (9) is provided with at least two guide rails (91), and each guide rail (91) has local at least for through hole (92), all have L shape hole in the two side of this through hole (92) and form the first elastic component (93) and the second elastic component (94) that are oppositely arranged, and the head of this first elastic component (93) and the second elastic component (94) also has the first protuberance (931) and the second protuberance (941) that are oppositely arranged, under inserting state, this inner fovea part is just in time embedded between the first protuberance (931) and the second protuberance (941).
8. high density molten according to claim 7 joins fine pallet, it is characterized in that contiguous described first chimb (14) and described second chimb (15) have all L-shaped the first positioning tab (16) and the second positioning tab (17), and described guide rail (91) has the inserting hole (95) be embedded mutually with the second positioning tab (17) bending place for this first positioning tab (16).
9. the high density molten according to claim 1 ~ 7 any one claim joins fine pallet, it is characterized in that described fusion joining disk (3) center have for optical fiber and tail optical fiber welding thermwelding base (31), and described thermwelding base (31) has the draw-in groove (311) of 24 cores or 36 cores, and described thermwelding base (31) surrounding has the wire casing (312) passed through for cable.
10. high density molten according to claim 9 joins fine pallet, it is characterized in that described fiber storage region comprises at least one mounting hole (10) being arranged on described wire casing (312) outside, the protruding formation one in the top protuberance of described mounting hole (10), the end face of this protuberance stretches out and is formed with the connecting pin (101) of confession Optical Fiber Winding.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520722564.6U CN205003319U (en) | 2015-09-17 | 2015-09-17 | Fine tray is joined in marriage in high density butt fusion |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520722564.6U CN205003319U (en) | 2015-09-17 | 2015-09-17 | Fine tray is joined in marriage in high density butt fusion |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205003319U true CN205003319U (en) | 2016-01-27 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520722564.6U Withdrawn - After Issue CN205003319U (en) | 2015-09-17 | 2015-09-17 | Fine tray is joined in marriage in high density butt fusion |
Country Status (1)
| Country | Link |
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| CN (1) | CN205003319U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105093416A (en) * | 2015-09-17 | 2015-11-25 | 宁波隆兴电信设备制造有限公司 | High-density fusion welding and fiber adaptation tray |
-
2015
- 2015-09-17 CN CN201520722564.6U patent/CN205003319U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105093416A (en) * | 2015-09-17 | 2015-11-25 | 宁波隆兴电信设备制造有限公司 | High-density fusion welding and fiber adaptation tray |
| CN105093416B (en) * | 2015-09-17 | 2018-04-06 | 宁波隆兴电信设备制造有限公司 | High density molten matches somebody with somebody fine pallet |
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| Date | Code | Title | Description |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20160127 Effective date of abandoning: 20180406 |
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| AV01 | Patent right actively abandoned |
Granted publication date: 20160127 Effective date of abandoning: 20180406 |
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| AV01 | Patent right actively abandoned | ||
| AV01 | Patent right actively abandoned |