CN203242787U - Connecting device for power line compound optical fiber - Google Patents
Connecting device for power line compound optical fiber Download PDFInfo
- Publication number
- CN203242787U CN203242787U CN 201320277832 CN201320277832U CN203242787U CN 203242787 U CN203242787 U CN 203242787U CN 201320277832 CN201320277832 CN 201320277832 CN 201320277832 U CN201320277832 U CN 201320277832U CN 203242787 U CN203242787 U CN 203242787U
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- optical fiber
- plug
- socket
- cable
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Abstract
The utility model discloses a connecting device for a power line compound optical fiber. The connecting device is characterized by comprising a compound plug and a compound socket; the compound plug comprises a compound plug shell body which is formed by buckling upper and lower cover bodies, and a compound plug optical fiber connector, an optical fiber connecting plug and a power plug-in plug arranged on a compound plug body are mounted in the compound plug shell body; and the compound socket comprises a compound socket body provided with optical fiber plug insertion holes and power supply insertion holes, and a compound socket optical fiber connector and a power socket of the compound socket body are mounted in the compound socket body.
Description
Technical field
The utility model belongs to electronic communication field, relates to optical fiber and connects the integrated device that is connected with power supply, particularly a kind of jockey of the power line composite fiber that the composite fiber connector consists of on the basis of attaching plug, socket.
Background technology
Optical fiber communication has the characteristics such as capacity is large, volume is little, decay is little, antijamming capability is strong, dilatation is convenient, saving non-ferrous metal, is widely applied in wire communication, and Fiber to the home, Fiber-To-The-Office is very general example.The equipment that office uses is all with optical interface, and such as computer, facsimile machine, printer, the advanced audio in the family, HDTV, computer etc. are also all with optical interface.Optical fiber, power supply connected respectively in the past, indoor must the wiring respectively, and line is complicated around the equipment.Adopt the jockey of power line composite fiber single optical fibre composite power line cable can be tapped into terminal equipment, solve above-mentioned inconvenience.Multi-cable socket and multi-cable plug are this device cores.
Summary of the invention
The purpose of this utility model is to provide a kind of and is provided with the optical fiber connector at multi-cable plug, the power supply three pin plug is arranged, be provided with the optical fiber connector at multi-cable socket, power supply three-plug connector, the jockey of the power line composite fiber that realization light signal and electric power are transferred simultaneously.
The purpose of this utility model can realize by following technique measures:
The jockey of power line composite fiber of the present utility model is comprised of multi-cable plug and multi-cable socket; Described multi-cable plug comprises by lid up and down and fastens the multi-cable plug housing that forms, and the multi-cable plug optical fiber connector on the multi-cable plug body is installed, optical fiber attachment plug, electric power connecting plug in the multi-cable plug housing; Described multi-cable socket comprises the combination socket pedestal that is provided with Optical fiber plug spliced eye and electric power connecting hole, and the multi-cable socket optical fiber connector, the supply socket of combination socket pedestal are installed in the combination socket pedestal.
The multi-cable plug optical fiber connector described in the utility model are comprised of the plug optical fiber guiding element that combines by inserting mode, the adaptive main part of plug optical fiber; Wherein: described plug optical fiber guiding element by arrange on the body that is arranged on cone cylindrical sleeve tubing string that being used on the body install optical fiber and the adaptive main part of described plug optical fiber to lead fine pipe plug-in, and protruding and mousing-hook is locked with the adaptive main part realization of the locked groove that is symmetricly set on the adaptive main part body of plug optical fiber both sides and plug optical fiber and is cooperated by the lock that is symmetricly set on plug optical fiber guiding element body both sides; The adaptive main part of described plug optical fiber is fixedly mounted in the multi-cable plug housing by fixing hole and the securing member that arranges on the body, and the other end of leading fine pipe that arranges on the body of the adaptive main part of described plug optical fiber is combined together with the Optical fiber plug grafting that is installed on the lower cover.
Multi-cable plug body described in the utility model be shaped as 8 word streamline structures, wherein, be provided with the installing hole of the LED that installation is electrically connected with optical fiber and power supply on the upper cover body of described multi-cable plug body, be provided with the recombination line entrance on the up and down lid of multi-cable plug body.
The multi-cable socket optical fiber connector described in the utility model comprise by fixed connecting piece combine with the combination socket pedestal keeper and be connected to keeper and socket optical fiber guiding element between the adaptive main part of socket optical fiber; Wherein: be provided with corresponding with Optical fiber plug position Optical fiber plug locating clip and the Optical fiber plug mounting hole that is formed by elastic clip on the described keeper body, and described keeper combines with combination socket pedestal and the adaptive main part of socket optical fiber by fixed connecting piece; Described socket optical fiber guiding element by arrange on the body that is arranged on cone cylindrical sleeve tubing string that being used on the body install optical fiber and the adaptive main part of described socket optical fiber to lead fine pipe plug-in, and protruding and mousing-hook is locked with the adaptive main part realization of the locked groove that is symmetricly set on the adaptive main part body of socket optical fiber both sides and socket optical fiber and is cooperated by the lock that is symmetricly set on plug optical fiber guiding element body both sides.
Described supply socket comprises and the corresponding conductive insert groove of electric power connecting sheet, the copper post with holes that is connected with the conducting strip of each conductive insert groove, the screw position of fixing cord, wire hand-hole.
Described combination socket pedestal, being of a size of GB system, to use type, body surface be the square streamlined, the combination socket seat surface is differential of the arc face, and is provided with the adaptive jack of optical fiber and supply socket hole.
The beneficial effects of the utility model are as follows:
Where the utility model device has realized power supply, and optical fiber has realized that with regard to where electric power and fiber-optic signal transmit simultaneously.Overcome power supply, the optical fiber trouble that connects up respectively, optimize photoelectricity and connect, this is for Fiber to the home, and Fiber-To-The-Office especially has very extensive use for the equipment of fiber to the desk such as computer, printer, facsimile machine, HDTV, advanced audio etc.
Description of drawings
Fig. 1 the utility model exploded sketch.
The optical fiber guiding element schematic diagram of Fig. 2 plug, socket (optical fiber guiding element 6,16 structures of plug, socket are identical).
Fig. 3 is the rearview of Fig. 2.
Fig. 4 is the adaptive main part schematic diagram of plug optical fiber.
Fig. 5 is the rearview of Fig. 4.
Fig. 6 is multi-cable plug lower cover schematic diagram.
Fig. 7 is multi-cable plug loam cake schematic diagram.
The adaptive main part schematic diagram of the optical fiber of Fig. 8 socket.
Fig. 9 is the rearview of Fig. 8.
Figure 10 is Optical fiber plug keeper schematic diagram.
Figure 11 is the rearview of Figure 10.
Figure 12 is the transmission element schematic diagram.
Figure 13 is combination socket pedestal schematic diagram.
Figure 14 is the rearview of Figure 13.
Figure 15 is the schematic diagram of supply socket.
Figure 16 is the rearview of Figure 15.
Sequence number among the figure: the 1st, multi-cable plug, the 2nd, the multi-cable plug housing, the 4th, power plug contact pin or electric power connecting post, the 5th, fixing transmission element, the 6th, the optical fiber guiding element, the 7th, the adaptive main part of optical fiber, the 9th, Optical fiber plug, the 10th, multi-cable socket, the 11st, the multi-cable socket optical fiber connector, the 12nd, combination socket pedestal, the 13rd, supply socket, the 14th, keeper, the 15th, the adaptive main part of optical fiber, the 16th, optical fiber guiding element, the 17th, taper sheath tubing string, the 18th, lock protruding, the 19th, mousing-hook, the 20th, light pipe, the 21st, open slot, the 22nd, locked groove, 23, the 25th, recombination line entrance, 24, the 31st, the plastic sheet of keeper 14, the 26th, loophole, the 27th, open slot, the 28th, light pipe, the 29th, locked groove, the 30th, the adaptive jack of optical fiber, the 32nd, light inlet window, the 33rd, supply socket hole, the 34th, the fastening post of power line that matches with power line hand-hole 39, the 35th, the supply socket that matches with supply socket hole 33,36,37, the 38th, position, screw hole, the 39th, power line hand-hole, the 41st, supply socket location notch, the 42nd, loam cake, the 43rd, lower cover, the 44th, fixing hole, the 46th, fixed leg, the 47th, connecting hole, the 48th, the joint pin that is provided with connecting hole that is connected with connecting hole on the fixed leg 46 on the keeper 14, the 49th, the fixing hole of supply socket, the 50th, the fixed leg of supply socket.
Specific embodiments
The utility model is further described below with reference to embodiment (accompanying drawing):
As shown in Figure 1, the jockey of power line composite fiber of the present utility model is to be made of multi-cable plug 1 and multi-cable socket 10; Described multi-cable plug 1 comprises by lid 42,43 up and down and fastens the multi-cable plug housing 2 that forms, and is installed in the multi-cable plug optical fiber connector on the multi-cable plug body 2, power plug contact pin or electric power connecting post 4; Described multi-cable socket 10 comprises the combination socket pedestal 12 that is provided with Optical fiber plug spliced eye and electric power connecting hole, is installed in the multi-cable socket optical fiber connector 11, the supply socket 13 of combination socket pedestal 12.
Then be provided with pillar in the loam cake 42 of described multi-cable plug body 2, be used for fixedly transmission element 5, transmission element 5 is washed into the groove that is fit to the LED size, but makes in the LED lamp holder insertion groove fixing; The light of LED transmits from loophole 26.The lower cover 43 of described multi-cable plug body 2 is equipped with two Optical fiber plugs 9, and it is shaped as the cone cylinder, and the closer to styletable, the post footpath is less, and the core (the perhaps fibre core of silica fiber) of moulding of the Kong Xinyu plastic fiber of styletable conforms to.The optical fiber connector of multi-cable plug body 2 by the optical fiber guiding element 6(of plug referring to Fig. 2,3), the adaptive main part 7(of optical fiber of plug is referring to Fig. 4,5) form; The optical fiber guiding element 6 of plug is provided with two taper sheath tubing strings 17, is that optical fiber enters the footpath, and lock protruding 18 and mousing-hook 19 are put respectively in the both sides of optical fiber guiding element 6; The adaptive main part of optical fiber 7 is interior to be arranged two and leads fine pipe 20 as pincers optical fiber, lead fine pipe 20 from top to bottom the standard width of a room in an old-style house lead the two sides of fine pipe and open respectively a locked groove 22 apart from the open slot 21 of 1mm, be to close lock protruding 18 and mousing-hook 19,44th, fixing hole; When optical fiber guiding element 6 and optical fiber main part 7 constitute the optical fiber connector, light pipe 20 inserts in the casing string 17, the meanwhile mousing-hook 19 of optical fiber guiding element 6 enters the locked groove 22 of the adaptive main part 7 of optical fiber, because the effect of locked groove 22 and mousing-hook 19, optical fiber guiding element 6 can not thrown off from the adaptive main part 7 of optical fiber; The aperture of leading fine pipe when optical fiber guiding element 6 from up to down moves will be from large to small, thereby reach the purpose of the tight optical fiber of pincers, enter locked groove 22 in case lock protruding 18, the adaptive main part 7 of optical fiber guiding element 6 and optical fiber is just combined closely and is integral, form the optical fiber connector, optical fiber also just is lockable simultaneously; The optical fiber connector are contained in lower cover 43 inboards of multi-cable plug body 2 by the fixing hole 44 usefulness fastened by screws of the adaptive main part 7 of optical fiber; During lower cover 43 injection moulding of multi-cable plug body 2 power plug contact pin 4 is tightened up.
Shown in Fig. 6,7, described multi-cable plug 1 be shaped as 8 word streamline structures, wherein, be provided with the installing hole of the LED that installation is electrically connected with optical fiber and power supply on the upper cover body 42 of described multi-cable plug 1, be provided with recombination line entrance 23,25 on the up and down lid of multi-cable plug 1.
When using the multi-cable plug of this device, first with power line and the optical fiber ablation of power optical fiber recombination line, draw optical fiber to pass the optical fiber guiding element 6 of connector, optical fiber inserts the photoconduction hole, until optical fiber has resistance, presses optical fiber guiding element 6 this moment, locking optical fiber.Three power lines are received respectively power plug contact pin 4, and the LED lamp inserts light trough.Lower cover 43 and the loam cake 42 of multi-cable plug body 2 close button, enter lock-bit and fasten, and tighten the screw of multi-cable plug body 2, consist of the multi-cable plug with the composite fiber power line.
Described multi-cable socket 10 is made of the multi-cable socket optical fiber connector 11, supply socket 13, combination socket pedestal 12, and the multi-cable socket optical fiber connector 11 comprise that the keeper 14(that caters to Optical fiber plug 9 is shown in Figure 10,11), the adaptive main part 15(of optical fiber of socket is shown in Fig. 8,9) and optical fiber guiding element 16(shown in Fig. 2,3).The plastic sheet 24 of keeper 14,31 forms two Optical fiber plugs location intermediate plates, because location intermediate plate 24,31 effect, plug is located, and has guaranteed that the unthreaded hole of plug aligns with the unthreaded hole of socket when Optical fiber plug 9 inserts multi-cable socket.The adaptive main part of the optical fiber of socket 15 is interior to be arranged two and leads fine pipe 28 as pincers optical fiber, leads the groove 27 that fine pipe 28 is opened a spacing 1mm from top to bottom; A locked groove 29 is opened respectively in the two sides of the adaptive main part 15 of the optical fiber of socket, is lock protruding 18 and the mousing-hook 19 that should close optical fiber guiding element 16.The optical fiber guiding element 16 of plug is provided with two cone cylindrical sleeve tubing strings 17 as shown in Figure 3, is that optical fiber enters the footpath, and lock protruding 18 and mousing-hook 19 are put respectively in its both sides.Light pipe 28 inserted in the casing strings 17 when the adaptive main part 15 of optical fiber made up with optical fiber guiding element 16, the meanwhile lock of optical fiber guiding element 16 protruding 18 and mousing-hook 19 enters the locked groove 29 of the adaptive main part 15 of optical fiber, because locked groove 29 and lock are protruding 18, the effect of mousing-hook 19, optical fiber guiding element 16 spur up and down can be from adaptive main part 15 disengagements of optical fiber.Again with the connecting hole 47 of the adaptive main part 15 of optical fiber of fixed leg 46 alignment sockets of keeper 14, and be pressed into the adaptive main part 15 of optical fiber, this moment, 16,15,14 integrators consisted of the multi-cable socket optical fiber connector 11.The aperture of leading fine pipe when optical fiber guiding element 16 from up to down moves will be from large to small, thereby reach the purpose of the tight optical fiber of pincers, enters locked groove 29 in case lock protruding 18, and optical fiber just is lockable.Pass 47,46 by screw, the multi-cable socket optical fiber connector 11 just are fixed on the combination socket pedestal 12.
Shown in Figure 14,15,16, made supply socket groove position during supply socket 13 die sinking (with the corresponding supply socket groove 41 of plug slice shape), the conducting strip in each band silk hole is compressed into corresponding supply socket location notch 41 together, consist of conductive supply socket 13.Supply socket 13 is alignd one by one with combination socket pedestal 12 jacks, passes fixing hole 49, the fixed leg 50 of supply socket by screw, and supply socket is fixed on the combination socket pedestal 12.
Shown in Figure 13,14, described combination socket pedestal 12, shape is square, the combination socket seat surface is differential of the arc face, and is provided with the adaptive jack 30 of optical fiber and supply socket hole 33.
When using multi-cable socket 10 of the present utility model, with power line and the optical fiber ablation of power optical fiber recombination line, pull open first optical fiber guiding element 16 first, optical fiber inserts the photoconduction hole, until optical fiber has resistance, presses optical fiber guiding element 16 this moment, locking optical fiber; As mentioned above, compress silk with 14,15,16, and be fixed on the socket 12 and become one.Three power lines insert respectively the power line hand-hole 39 of supply socket 13, by position, screw hole 36,37,38, tighten screw, fix three power lines.Consist of the multi-cable plug of composite fiber power line.
Claims (6)
1. the jockey of a power line composite fiber, it is characterized in that: it is comprised of multi-cable plug and multi-cable socket; Described multi-cable plug comprises by lid up and down and fastens the multi-cable plug housing that forms, and the multi-cable plug optical fiber connector on the multi-cable plug body is installed, optical fiber attachment plug, electric power connecting plug in the multi-cable plug housing; Described multi-cable socket comprises the combination socket pedestal that is provided with Optical fiber plug spliced eye and electric power connecting hole, and the multi-cable socket optical fiber connector, the supply socket of combination socket pedestal are installed in the combination socket pedestal.
2. the jockey of power line composite fiber according to claim 1, it is characterized in that: the described multi-cable plug optical fiber connector are comprised of the plug optical fiber guiding element that combines by inserting mode, the adaptive main part of plug optical fiber; Wherein: described plug optical fiber guiding element by arrange on the body that is arranged on cone cylindrical sleeve tubing string that being used on the body install optical fiber and the adaptive main part of described plug optical fiber to lead fine pipe plug-in, and protruding and mousing-hook is locked with the adaptive main part realization of the locked groove that is symmetricly set on the adaptive main part body of plug optical fiber both sides and plug optical fiber and is cooperated by the lock that is symmetricly set on plug optical fiber guiding element body both sides; The adaptive main part of described plug optical fiber is fixedly mounted in the multi-cable plug housing by fixing hole and the securing member that arranges on the body, and the other end of leading fine pipe that arranges on the body of the adaptive main part of described plug optical fiber is combined together with the Optical fiber plug that is installed on the lower cover.
3. the jockey of power line composite fiber according to claim 1, it is characterized in that: described multi-cable plug body be shaped as 8 word streamline structures, wherein, be provided with the installing hole of the LED that installation is electrically connected with optical fiber and power supply on the upper cover body of described multi-cable plug, be provided with the recombination line entrance on the up and down lid of multi-cable plug.
4. the jockey of power line composite fiber according to claim 1 is characterized in that: the described multi-cable socket optical fiber connector comprise by fixed connecting piece combine with the combination socket pedestal keeper and be connected to keeper and socket optical fiber guiding element between the adaptive main part of socket optical fiber; Wherein: be provided with corresponding with Optical fiber plug position Optical fiber plug locating clip and the Optical fiber plug mounting hole that is formed by elastic clip on the described keeper body, and described keeper combines with combination socket pedestal and the adaptive main part of socket optical fiber by fixed connecting piece; Described socket optical fiber guiding element by arrange on the body that is arranged on cone cylindrical sleeve tubing string that being used on the body install optical fiber and the adaptive main part of described socket optical fiber to lead fine pipe plug-in, and protruding and mousing-hook is locked with the adaptive main part realization of the locked groove that is symmetricly set on the adaptive main part body of socket optical fiber both sides and socket optical fiber and is cooperated by the lock that is symmetricly set on plug optical fiber guiding element body both sides.
5. the jockey of power line composite fiber according to claim 1, it is characterized in that: described supply socket comprises and the corresponding conductive insert groove of electric power connecting sheet, the copper post with holes that is connected with the conducting strip of each conductive insert groove, the screw position of fixing cord, wire hand-hole.
6. the jockey of power line composite fiber according to claim 1, it is characterized in that: described combination socket pedestal, being of a size of GB system, to use type, body surface be the square streamlined, the combination socket seat surface is differential of the arc face, and is provided with the adaptive jack of optical fiber and supply socket hole.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201320277832 CN203242787U (en) | 2013-05-21 | 2013-05-21 | Connecting device for power line compound optical fiber |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201320277832 CN203242787U (en) | 2013-05-21 | 2013-05-21 | Connecting device for power line compound optical fiber |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203242787U true CN203242787U (en) | 2013-10-16 |
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ID=49320047
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 201320277832 Expired - Fee Related CN203242787U (en) | 2013-05-21 | 2013-05-21 | Connecting device for power line compound optical fiber |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN203242787U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103247884A (en) * | 2013-05-21 | 2013-08-14 | 广州丹兴通信技术有限公司 | Connecting device for compositing power lines with optical fibers |
| WO2021135770A1 (en) * | 2019-12-31 | 2021-07-08 | 江苏智维建设有限公司 | Smart indoor optical fiber testing apparatus for building |
-
2013
- 2013-05-21 CN CN 201320277832 patent/CN203242787U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103247884A (en) * | 2013-05-21 | 2013-08-14 | 广州丹兴通信技术有限公司 | Connecting device for compositing power lines with optical fibers |
| WO2021135770A1 (en) * | 2019-12-31 | 2021-07-08 | 江苏智维建设有限公司 | Smart indoor optical fiber testing apparatus for building |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C17 | Cessation of patent right | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20131016 Termination date: 20140521 |