CN203414656U - Fiber fusion-storage combined pallet - Google Patents
Fiber fusion-storage combined pallet Download PDFInfo
- Publication number
- CN203414656U CN203414656U CN201320544188.7U CN201320544188U CN203414656U CN 203414656 U CN203414656 U CN 203414656U CN 201320544188 U CN201320544188 U CN 201320544188U CN 203414656 U CN203414656 U CN 203414656U
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- welding
- basal disc
- plate
- fine
- optical fiber
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- Withdrawn - After Issue
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Abstract
The utility model relates to a fiber fusion-storage combined pallet comprising a fusion basal disc having an independent fusion zone and a storage zone; the fusion basal disc is provided with a fusion chip seat on the bottom plate of the fusion zone; more than four fiber passing plates form a cable winding channel and a tail fiber winding channel; two fusion chips are respectively arranged on the fusion chip seat; a transparent cover plate is arranged on the fiber passing plates or/and a support seat; the fusion basal disc is provided with a fusion zone protection cover plate on an upper portion of the fusion zone; the fusion basal disc is provided with a tail fiber stationing device on the bottom of the storage zone; a movable storage basal disc is inserted in the fusion basal disc storage zone; the movable storage basal disc is provided with a window, at least three fiber winding limit pillars and at least two movable fiber blocking buckles; a storage zone protection cover plate is arranged on the upper portion of the movable storage basal disc. The fiber fusion-storage combined pallet can store, fuse and protect the lead-in cable and the tail fibers in the pallet through independent paths, so redundancy management and single-chip management are carried out for the tail fibers in the pallet, operation is easy, and applicability is strong.
Description
Technical field
The utility model relates to a kind of fused fiber splice storage combination pallet, and the optical fiber welding that belongs to optical communication transmission is joined technical field.
Background technology
Under the overall background of the integration of three networks at present, fibre distribution frame and outdoor optical cable distributing box are the optical communication terminal equipment being widely used in fused fiber splice between Optical Access Network optical cable, distribution, scheduling, test, be signal transmission between optical signal transceiver equipment, scheduling and the hinge of changing, there is the functions such as scheduling, switching of light signal.But what conventional fibre distribution frame and outdoor optical cable distributing box were used is terminal welding integrated dish, and it is comprised of disk body, tail optical fiber and adapter, function singleness; deposit fine amount little; fiber optic protection is not enough, and the resident amount of tail optical fiber is difficult for dilatation less, during service fulfillment, need to connect with extra light jumping fiber.Therefore, be now badly in need of that a kind of capacity is large towards multi-functional, fiber optic protection is strong, can carry out at any time the improved optical fiber pallet of dilatation and support fiber broadband construction.
Summary of the invention
It is a kind of rational in infrastructure that the purpose of this utility model provides; can by tail optical fiber in leading in cable and pallet by independent pathway deposit, welding and protection; tail optical fiber in pallet is made to Redundancy Management and single-core tube reason, easy to operate, the fused fiber splice storage combination pallet that applicability is strong.
The utility model is that the technical scheme achieving the above object is: a kind of fused fiber splice storage combination pallet, comprise welding basal disc, it is characterized in that: described welding basal disc comprises base plate, is arranged on the first framed side wallboard and the second framed side wallboard and the rear wall plate of base plate both sides, base plate middle part is provided with dividing plate welding basal disc is divided into independently welding area and memory block, welding basal disc is positioned at welding area one side and has front wallboard, on the first framed side wallboard and the second framed side wallboard, be respectively equipped with overhanging slot floor
Described welding basal disc is positioned on the base plate of welding area and has welding chip carrier, on base plate the fine plate of four above mistakes form reel around passage and tail fiber disc around passage, two welding chips that are provided with three above protection tube locating grooves are removable being arranged on welding chip carrier respectively, transparent cover plate was arranged on fine plate or/and welding area is divided on supporting base, lower two-layer, transparent cover plate is provided with for observing the watch window of welding chip, transparent cover plate is provided with at least two fine buttons of hole shape bundle or/and be at least provided with a fine button of bundle on the rear wall plate of welding basal disc welding area, welding basal disc is provided with and draws fine breach at the rear portion of the second framed side wallboard, the front portion of dividing plate is provided with tail optical fiber breach, top, welding basal disc welding area is provided with welding area cover sheet,
Described welding basal disc is positioned on the base plate of memory block tail optical fiber park device is installed, described tail optical fiber park device comprises base and exceeds the resident retaining ring seat of optical fiber on base, the resident retaining ring seat of optical fiber is provided with at least six for the snap ring of tail optical fiber plug is installed, the active storage basal disc with movable front wallboard is inserted on first framed side wallboard and dividing plate of welding basal disc memory block, active storage basal disc is provided with for observing the window of tail optical fiber park device, active storage basal disc is positioned at window outside and is provided with at least three around fine limited post, periphery is provided with the fine button of at least two active catchs, on active storage basal disc, with the clamping groove plate of notch, be arranged on the indentation, there of the first framed side wallboard front side, active storage basal disc top is provided with memory block cover sheet.
The utility model is divided into independently memory block and welding area by welding basal disc by dividing plate; on the base plate of welding area, be provided with welding chip carrier; by two removable being arranged on welding chip carrier of welding chip; make welding chip change fabricated structure into by former independent one, a plurality of protection tube fixed card slots on two welding chips of energy can well be realized optical cable welding and defencive function.The utility model is provided with transparent cover plate in welding area, welding area can be divided into, lower double-layer structure, welding area lower floor be provided with reel around passage and tail fiber disc around passage, outer cable can be incorporated into welding chip and tail optical fiber welding from reel around passage, and tail optical fiber enters welding area upper strata via tail fiber disc around passage from welding chip in pallet, by the tail optical fiber breach on dividing plate, enter in memory block, so tail optical fiber in leading in cable and pallet can be walked to fibre by independent pathway, welding protection, and leading in cable and tail optical fiber are placed respectively and can not be interfered, be convenient to administer and maintain.The utility model is provided with tail optical fiber park device in memory block, tail optical fiber after welding is introduced in memory block, tail optical fiber in pallet is made to Redundancy Management and single-core tube reason, and resident to tail optical fiber by tail optical fiber park device, facilitate dilatation, the utility model is cancelled adapter, and during use, direct tail optical fiber is drawn welding basal disc, rational in infrastructure, easy to operate, multi-functional, capacity is large, can carry out at any time dilatation improvement.Utility model is by tail optical fiber welding, tail optical fiber storage sets combines in welding basal disc, one side can provide flexibly for upper strata access device, reliable physical connection, the networking demand that can adapt to various topological structures, on the other hand, can dispose flexibly with responding fast and adapt to the uncertain of terminal user and realize flexible access, applicability is strong.
Accompanying drawing explanation
Below in conjunction with accompanying drawing, embodiment of the present utility model is described in further detail.
Fig. 1 is the structural representation of the utility model fused fiber splice storage combination pallet.
Fig. 2 is that the utility model fused fiber splice storage combination pallet is removed the structural representation after memory block cover sheet and welding area cover sheet.
Fig. 3 is the structural representation of the utility model welding basal disc.
Fig. 4 is the structural representation of the utility model welding chip.
Wherein: 1-welding basal disc, 1-1-block, 1-2-slot floor, the fine button of 1-3-gear, 1-4-the first framed side wallboard, 1-5-rear wall plate, 1-6-dividing plate, 1-7-spacing hasp, 1-8-the second framed side wallboard, 1-9-front wallboard, 1-10-perpendicular card base, 1-11-base plate, the fine button of 1-12-bundle, the fine plate of 1-13-outer mistake, 1-14-reference column, 1-15-fibre blocking plate, 1-16-bearing, 1-17-welding chip carrier, 1-171-pressing plate, 1-172-draw-in groove, 1-18-guide rib, the fine plate of 1-19-interior mistake, 2-active storage basal disc, 2-1-clamping groove plate, the fine button of 2-2-active catch, 2-3-movable front wallboard, 2-4-window, 2-5-around fine limited post, 3-memory block cover sheet, 3-1-through hole, 4-welding area cover sheet, 4-1-clamp, 5-tail optical fiber plug, 6-tail optical fiber park device, 6-1-base, the resident retaining ring seat of 6-2-optical fiber, 6-3-snap ring, 7-transparent cover plate, 7-1-spacing hole, 7-2-watch window, the fine button of 7-3-hole shape bundle, 8-welding chip, 8-1-spacing substrate, 8-2-socket, 8-3-protection tube locating groove.
Embodiment
See shown in Fig. 1～4; fused fiber splice storage combination pallet of the present utility model; comprise welding basal disc 1; see shown in Fig. 1～3; welding basal disc 1 of the present utility model comprises base plate 1-11, is arranged on the first framed side wallboard 1-4 and the second framed side wallboard 1-8 and the rear wall plate 1-5 of base plate 1-11 both sides; base plate 1-11 middle part is provided with dividing plate 1-6 welding basal disc 1 is divided into independently welding area and memory block; realize tail optical fiber in leading in cable and pallet and in welding area, there is respectively independent pathway welding and protection, by memory block, tail optical fiber in pallet is done to Redundancy Management and single-core tube is managed.The utility model welding basal disc 1 is positioned at welding area one side and has front wallboard 1-9, the first framed side wallboard 1-4 and the second framed side wallboard 1-8 are provided with overhanging slot floor 1-2, and the front middle part of slot floor 1-2 is provided with the block 1-1 for locating, by slot floor 1-2, fused fiber splice storage combination pallet tail of the present utility model is entered to be configured on fiber cable cross connection box and fibre distribution frame, can carry out whole pull and spacing.
See shown in 1～3, the utility model welding basal disc 1 is positioned on the base plate 1-11 of welding area and has welding chip carrier 1-17, the fine plate of four above mistakes on base plate 1-11 form reel around passage and tail fiber disc around passage, make fine cable and tail optical fiber realize around and walk, and play the fine effect of gear.As shown in Figure 3, the utility model cross fine plate comprise at least three of being positioned at the fine plate 1-13 of at least three outer mistakes that the periphery of welding area arranges and crossing outside that fine plate 1-13 inner side arranges along base plate 1-11 fine plate 1-19, the fine plate 1-19 of interior mistake comprises that former and later two arcs cross the fine plate of straight mistake of fine plate and sidepiece, by the fine plate of a plurality of mistakes make outer cable introduce after pallet along the reel of welding area around channel disc around, in pallet tail fiber disc along tail fiber disc around channel disc around, in 8 weldings of welding chip, tail optical fiber enters memory block after introducing upper strata coiling.On base plate 1-11 of the present utility model, go back at least one fibre blocking plate 1-15, coordinate with the fine plate of mistake, leading in cable and tail optical fiber are coiled in order.
See that Fig. 2～4 show; the welding chip 8 that two of the utility model are provided with three above protection tube locating groove 8-3 is removable being arranged on welding chip carrier 1-17 respectively; by tail optical fiber welding in welding chip 8 places and pallet after outer cable introducing pallet; and pass through the fine protection of protection tube locating groove 8-3 energy for the optical fiber of welding; the utility model welding chip 8 changes two formula unitized constructions into by independent one; and made by rubber; play optical cable welding and protective effect; also because adopting two removable welding chips 8, operation is very easy for molten fibre.As shown in Figure 3, the utility model welding chip carrier 1-17 is provided with two pressing plate 1-171, and on two pressing plate 1-171, be interval with respectively plural draw-in groove 1-172, as shown in Figure 4, welding chip 8 of the present utility model has spacing substrate 8-1, on spacing substrate 8-1, be interval with plural socket 8-2, the spacing substrate 8-1 of welding chip 8 is plugged between pressing plate 1-171 and base plate 1-11, and each socket 8-2 on spacing substrate 8-1 respectively correspondence is arranged in draw-in groove 1-172, by spacing substrate 8-1, improve the optical fiber reliability of welding.
See Fig. 2, shown in 3, the utility model transparent cover plate 7 was arranged on fine plate or/and on supporting base, welding area is divided into two-layer up and down, as shown in Figure 2, transparent cover plate 7 can be arranged on to the fine plate 1-19 of interior mistake top, the base plate 1-11 that welding basal disc 1 is positioned at welding area is provided with at least two reference column 1-14, at least two spacing hole 7-1 correspondences on transparent cover plate 7 are sleeved on reference column 1-14, transparent cover plate 7 is installed, and operation is very easy, and can cover optical fiber management of optical fibers, the utility model transparent cover plate 7 is provided with for observing the watch window 7-2 of welding chip 8, by watch window 7-2, conveniently detect molten fine quality.See Fig. 2, shown in 3, the utility model transparent cover plate 7 is provided with at least two hole shape bundle fine button 7-3 or/and the rear wall plate 1-5 of welding basal disc 1 welding area is provided with the fine button of at least one bundle 1-12, by hole shape, tie fine button 7-3 or/and the fine button of bundle 1-12 ties up optical fiber, realize the fine cabling management of cloth, the second framed side wallboard 1-8 rear portion is provided with draws fine breach, dividing plate 1-6 front portion is provided with tail optical fiber breach, because transparent cover plate 7 is divided into welding area, lower two-layer, because cable is in addition incorporated into welding chip 8 from the reel that draws fine indentation, there and enter lower floor around passage, and the tail optical fiber indentation, there that the interior tail optical fiber of the pallet that is arranged on lower floor enters welding area via tail fiber disc around passage from welding chip 8 is incorporated into memory block.
See shown in Fig. 1～3, the top, welding area of the utility model welding basal disc 1 is provided with welding area cover sheet 4, welding area cover sheet 4 can be provided with and show a paper sticking area, convenient management, by the base plate 1-11 of welding basal disc 1, front wallboard 1-9, the second framed side wallboard 1-8 and rear wall plate 1-5 and 4 pairs of optical fiber of welding area cover sheet realize omnibearing protection, front side or rear side that the utility model welding basal disc 1 is positioned at the base plate 1-11 of welding area are provided with two with the perpendicular card base 1-10 of barb, the top of rear wall plate 1-5 or front wallboard 1-9 is provided with at least two spacing hasp 1-7, welding area cover sheet 4 was placed on the top of fine plate or/and on the bearing 1-16 of the second framed side wallboard 1-8 inner side, can be placed on the fine plate of outer mistake top, or be placed on reference column top, the rear portion of welding area cover sheet 4 or anterior spacing by spacing hasp 1-7, barb clamping on clamp 4-1 on welding area cover sheet 4 front sides or rear side jack and perpendicular card base 1-10, be easy to install and maintain.
See shown in Fig. 1～3, the utility model welding basal disc 1 is positioned on the base plate 1-11 of memory block tail optical fiber park device 6 is installed, this tail optical fiber park device 6 comprises base 6-1 and exceeds the resident retaining ring seat 6-2 of optical fiber on base 6-1, the resident retaining ring seat 6-2 of optical fiber is provided with at least six for the snap ring 6-3 of tail optical fiber plug 5 is installed, by snap ring 6-3, can deposit temporary transient no tail optical fiber plug 5, be convenient to tail optical fiber dilatation.The resident retaining ring seat 6-2 of the base 6-1 of tail optical fiber park device 6 of the present utility model and optical fiber is fan-shaped, each snap ring 6-3 on the resident retaining ring seat 6-2 of optical fiber goes to upper and lower two-layer setting, as shown in Figure 2, every layer of snap ring can arrange 6 and can manage 6 tail optical fiber plugs 5, and the labelled notation of contributing a foreword, and double-decker can be managed 12 tail optical fiber plugs 5.The utility model is provided with pilot hole on base 6-1, during installation, tail optical fiber park device 6 moves in Nei Ke optional position, memory block, to meet tail optical fiber bending radius, after tail optical fiber park device 6 position adjustments are good, by bonding agent is placed on to pilot hole, tail optical fiber park device 6 is bonded in to base plate 1-11 above or is positioned on base plate 1-11 by alternate manner.
See shown in Fig. 1～3, the active storage basal disc 2 that the utlity model has movable front wallboard 2-3 is inserted on the first framed side wallboard 1-4 and dividing plate 1-6 of welding basal disc 1, by memory partitioning for two-layer up and down, the top of the first framed side wallboard 1-4 and dividing plate 1-6 is respectively equipped with the fine 1-3 that buckles of at least one gear, the first framed side wallboard 1-4 and dividing plate 1-6 are provided with active storage basal disc 2 guiding and spacing guide rib 1-18, conveniently active storage basal disc 2 is inserted in the memory block of welding basal disc 1, by 2 pairs of tail optical fiber store and managements of active storage basal disc.The utility model is provided with and shows a paper stickup district on the movable front wallboard 2-3 of active storage basal disc 2, active storage basal disc 2 is provided with for observing the window 2-4 of tail optical fiber park device, by this window 2-4, can see the situation of tail optical fiber plug 5, active storage basal disc 2 is positioned at window 2-4 outside and is provided with at least three around fine limited post 2-5, periphery is provided with the fine button of at least two active catchs 2-2, tail optical fiber edge is coiled around fine limited post 2-5, and by keeping off the fine 2-2 of button of fine button 1-3 and active catch, tail optical fiber is managed, allow the flexibility of tail optical fiber be greater than the radius-of-curvature of tail optical fiber, make away fibre more rationally and safety, and this deposits fine space can reach 220mm * 155mm * 18mm, can store more tail optical fiber, on the utility model active storage basal disc 2, with the clamping groove plate 2-1 of notch, be arranged on the indentation, there of the first framed side wallboard 1-4 front side, the tying up and managing tail optical fiber by the draw-in groove on clamping groove plate 2-1, the top, memory block of active storage basal disc 2 is provided with memory block cover sheet 3, memory block cover sheet 3 is placed on around fine limited post 2-5 top and is spacing by active catch fine button 2-2 and the fine button of gear 1-3, easy installation and removal, memory block of the present utility model cover sheet 3 is also transparency cover, this memory block cover sheet 3 is provided with two symmetrical through hole 3-1, from through hole 3-1, observe tail optical fiber plug 5 situations, during use, directly tail optical fiber is drawn to welding basal disc 1, tail optical fiber plug 5 can be drawn from the breach of the first framed side wallboard 1-4 front portion, make tail optical fiber in memory block, be subject to keeping off the constraint of fine button 1-3 and the fine button of active catch 2-2, by welding basal disc 1 and memory block cover sheet 3, stop again, tail optical fiber is carried out to general protection,
During the utility model work, outer cable is incorporated into welding chip 8 from the reel that draws fine indentation, there and enter lower floor around passage, with be arranged in the pallet of lower floor tail optical fiber in 8 times weldings of welding chip, and pallet in tail optical fiber along tail fiber disc around channel disc around after from tail optical fiber indentation, there, be incorporated in the active storage basal disc 2 of memory block, tail optical fiber is along drawing from the breach of the first framed side wallboard front portion after fine limited post 2-5 walks fibre, and unnecessary tail optical fiber is resident in tail optical fiber plug 5 is contained in the snap ring 6-3 of the resident retaining ring seat 6-2 of optical fiber.
Claims (10)
1. pallet is combined in a fused fiber splice storage, comprise welding basal disc (1), it is characterized in that: described welding basal disc (1) comprises base plate (1-11), be arranged on the first framed side wallboard (1-4) and the second framed side wallboard (1-8) and the rear wall plate (1-5) of base plate (1-11) both sides, base plate (1-11) middle part is provided with dividing plate (1-6) welding basal disc (1) is divided into independently welding area and memory block, welding basal disc (1) is positioned at welding area one side and has front wallboard (1-9), on the first framed side wallboard (1-4) and the second framed side wallboard (1-8), be respectively equipped with overhanging slot floor (1-2),
Described welding basal disc (1) is positioned on the base plate (1-11) of welding area and has welding chip carrier (1-17), the fine plate of upper four the above mistakes of base plate (1-11) form reel around passage and tail fiber disc around passage, two welding chips (8) that are provided with three above protection tube locating grooves (8-3) are removable being arranged on welding chip carrier (1-17) respectively, transparent cover plate (7) was arranged on fine plate or/and welding area is divided on supporting base, lower two-layer, transparent cover plate (7) is provided with the watch window (7-2) for observing welding chip (8), transparent cover plate (7) is provided with at least two hole shape fine buttons of bundle (7-3) or/and be at least provided with a fine button of bundle (1-12) on the rear wall plate (1-5) of welding basal disc (1) welding area, welding basal disc (1) is provided with and draws fine breach at the rear portion of the second framed side wallboard (1-8), the front portion of dividing plate (1-6) is provided with tail optical fiber breach, welding basal disc (1) top, welding area is provided with welding area cover sheet (4),
Described welding basal disc (1) is positioned on the base plate (1-11) of memory block tail optical fiber park device (6) is installed, described tail optical fiber park device (6) comprises base (6-1) and exceeds the resident retaining ring seat of optical fiber (6-2) on base (6-1), the resident retaining ring seat of optical fiber (6-2) is provided with at least six for the snap ring (6-3) of tail optical fiber plug is installed, the active storage basal disc (2) with movable front wallboard (2-3) is inserted on first framed side wallboard (1-4) and dividing plate (1-6) of welding basal disc (1), active storage basal disc (2) is provided with the window (2-4) for observing tail optical fiber park device (6), active storage basal disc (2) is positioned at window (2-4) outside and is provided with at least three around fine limited post (2-5), periphery is provided with the fine buttons of at least two active catchs (2-2), on active storage basal disc (2), with the clamping groove plate (2-1) of notch, be arranged on the indentation, there of the first framed side wallboard (1-4) front side, active storage basal disc (2) top is provided with memory block cover sheet (3).
2. pallet is combined in fused fiber splice storage according to claim 1, it is characterized in that: base (6-1) and the resident retaining ring seat of optical fiber (6-2) of described tail optical fiber park device (6) are fan-shaped, and each snap ring (6-3) on the resident retaining ring seat of optical fiber (6-2) all goes to upper and lower two-layer setting, and base (6-1) is provided with pilot hole.
3. pallet is combined in fused fiber splice storage according to claim 1, it is characterized in that: described welding chip carrier (1-17) is provided with two pressing plates (1-171), and on two pressing plates (1-171), be interval with respectively plural draw-in groove (1-172), welding chip (8) is provided with spacing substrate (8-1), on spacing substrate (8-1), be interval with plural socket (8-2), the spacing substrate (8-1) of welding chip (8) is plugged between pressing plate (1-171) and base plate (1-11), and each socket (8-2) on spacing substrate (8-1) respectively correspondence is arranged in draw-in groove (1-172).
4. pallet is combined in fused fiber splice storage according to claim 1, it is characterized in that: the top of described the first framed side wallboard (1-4) and dividing plate (1-6) is respectively equipped with at least one gear is fine buckle (1-3), and the first framed side wallboard (1-4) and dividing plate (1-6) are provided with active storage basal disc (2) are led and spacing guide rib (1-18).
5. fused fiber splice storage combination pallet according to claim 1, is characterized in that: the movable front wallboard (2-3) of described active storage basal disc (2) is provided with front wallboard and shows a paper stickup district.
6. pallet is combined in fused fiber splice storage according to claim 1, it is characterized in that: the base plate (1-11) that described welding basal disc (1) is positioned at welding area is provided with at least two reference columns (1-14), at least two spacing holes (7-1) correspondence on transparent cover plate (7) is sleeved on reference column (1-14).
7. pallet is combined in fused fiber splice storage according to claim 1, it is characterized in that: front side or rear side that described welding basal disc (1) is positioned at the base plate (1-11) of welding area are provided with two with the perpendicular card base (1-10) of barb, the top of rear wall plate (1-5) or front wallboard (1-9) is provided with at least two spacing hasps (1-7), welding area cover sheet (4) was placed on fine plate top or/and on the bearing (1-16) of the second framed side wallboard (1-8) inner side, the rear portion of welding area cover sheet (4) or anterior spacing by spacing hasp (1-7), barb clamping on clamp (4-1) on the jack of welding area cover sheet (4) front side or rear side and perpendicular card base (1-10).
8. according to the fused fiber splice storage combination pallet described in claim 1 or 7, it is characterized in that: the fine plate of described mistake comprises that base plate (1-11) is positioned at along base plate (1-11) at least three mistake fine plates (1-19) that at least three fine plates of outer mistake (1-13) that the periphery of welding area arranges and the inner side of crossing outside fine plate (1-13) arrange, the described fine plate of interior mistake (1-19) comprises that former and later two arcs cross the fine plate of straight mistake of fine plate and sidepiece.
9. fused fiber splice storage combination pallet according to claim 1, is characterized in that: on described base plate (1-11), be also provided with at least two fibre blocking plates (1-15).
10. fused fiber splice storage combination pallet according to claim 1, is characterized in that: the front middle part of described slot floor (1-2) is provided with the block (1-1) for locating.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320544188.7U CN203414656U (en) | 2013-09-03 | 2013-09-03 | Fiber fusion-storage combined pallet |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320544188.7U CN203414656U (en) | 2013-09-03 | 2013-09-03 | Fiber fusion-storage combined pallet |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203414656U true CN203414656U (en) | 2014-01-29 |
Family
ID=49977538
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201320544188.7U Withdrawn - After Issue CN203414656U (en) | 2013-09-03 | 2013-09-03 | Fiber fusion-storage combined pallet |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN203414656U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103439777A (en) * | 2013-09-03 | 2013-12-11 | 常州太平通讯科技有限公司 | Optical-fiber welding and storing combination pallet |
| CN105739020A (en) * | 2016-05-06 | 2016-07-06 | 国网山东省电力公司经济技术研究院 | Automatic-control temperature adjusting device of optical fiber fusion splicer |
| CN105739019A (en) * | 2016-05-06 | 2016-07-06 | 国网山东省电力公司经济技术研究院 | Optical fiber fusion splicer cooling device |
-
2013
- 2013-09-03 CN CN201320544188.7U patent/CN203414656U/en not_active Withdrawn - After Issue
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103439777A (en) * | 2013-09-03 | 2013-12-11 | 常州太平通讯科技有限公司 | Optical-fiber welding and storing combination pallet |
| CN103439777B (en) * | 2013-09-03 | 2016-03-23 | 常州太平通讯科技有限公司 | Fused fiber splice stores combination pallet |
| CN105739020A (en) * | 2016-05-06 | 2016-07-06 | 国网山东省电力公司经济技术研究院 | Automatic-control temperature adjusting device of optical fiber fusion splicer |
| CN105739019A (en) * | 2016-05-06 | 2016-07-06 | 国网山东省电力公司经济技术研究院 | Optical fiber fusion splicer cooling device |
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| Date | Code | Title | Description |
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| C14 | Grant of patent or utility model | ||
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