CN208833980U - A kind of laying of aerial optical cable and inspection mancarried device - Google Patents
A kind of laying of aerial optical cable and inspection mancarried device Download PDFInfo
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- CN208833980U CN208833980U CN201821777481.7U CN201821777481U CN208833980U CN 208833980 U CN208833980 U CN 208833980U CN 201821777481 U CN201821777481 U CN 201821777481U CN 208833980 U CN208833980 U CN 208833980U
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- fixed
- optical cable
- inspection
- block
- telescopic rod
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Abstract
The utility model discloses a kind of laying of aerial optical cable and inspection mancarried devices, including sequentially connected rotating handles from top to bottom, fixed handle, telescopic rod, spill spin block and fixed block, the swingle through fixed handle and telescopic rod is provided between the rotating handles and spill spin block, the telescopic rod is provided with the fixture for fixing display close to one end of fixed handle, it is provided with camera shooting box on the spill spin block, the hook for mounting optical cable is provided on the fixed block.The utility model is avoided that because of equipment and personnel damage caused by getting an electric shock when observation optical cable, and angle lens are easy to adjust, and observed image is stablized.
Description
Technical field
The utility model relates to a kind of equipment of outdoor cable detection, and in particular to a kind of laying of aerial optical cable and inspection
Mancarried device.
Background technique
Optical cable routes medium as a kind of physical communication of optical signal transmission, and compared with other transmission mediums, optical cable has
The advantages that transmission capacity is big, light-weight and anti-interference strong.The common system of laying of optical cable has aerial laying, embedded underground and pipeline to apply
If three kinds of modes.For carrying the optical cable of important service, " communication of power system regulation " is to the method for aerial laying and daily patrols
Corresponding requirements have been made in inspection.Due to needing construction personnel is sliding to hang hanging or pole ascending operation, conventional overhead optical cable laying method and patrol
Inspection is easy to happen the unsafe incidents such as construction personnel's falling from high altitude and electric shock.For save the cost, on an overhead steel strand
Optical cable for various purposes may be laid, after many years run, the model and purposes of these aerial optical cables are difficult to recognize
, carry out inconvenience to actual maintenance and repairing work belt.
Document CN207651930U discloses a kind of Telescopic shaft type cable fault inspection device, including telescopic rod, camera,
Camera bracket, angular adjustment motor, power storehouse, data line and control panel；The stock that the telescopic rod has more piece isometric
It is arranged outward according to the sequence of diameter from small to large, the top of minimum diameter stock is provided with camera bracket, in camera
Camera and angular adjustment motor, the tail portion connection of angular adjustment motor and camera are installed on bracket；In the tail of camera
Portion is also connected with data line, and data line is also connect with angular adjustment motor, and the other end of data line is connected to control by interface
On panel.The device conductive track is more, and when electric shock be easy to cause equipment and personnel to damage, and observe it is more inconvenient.
Utility model content
The technical problem to be solved by the present invention is to provide a kind of laying of aerial optical cable and inspection mancarried devices, can keep away
Because of equipment and personnel damage caused by getting an electric shock when exempting to observe optical cable, and angle lens are easy to adjust, and observed image is stablized.
The content of the utility model includes sequentially connected rotating handles from top to bottom, fixed handle, telescopic rod, spill spin block
And fixed block, the swingle through fixed handle and telescopic rod is provided between the rotating handles and spill spin block, it is described flexible
Bar is provided with the fixture for fixing display close to one end of fixed handle, and camera shooting box is provided on the spill spin block, described
The hook for mounting optical cable is provided on fixed block.
When using the present apparatus, fixed handle is held with a hand, another hand reverses rotating handles, at this time rotating handles
It will drive spill spin block rotation by swingle, so that the camera shooting box that rotation is fixed with spill spin block, is adjusted by manually mode and taken the photograph
As the angle of box, be avoided that using motor rotate camera shooting box when, it is understood that there may be electric shock damage danger.
The telescopic rod includes the fixed cylinder I and at least one extending I fixed with fixed handle, I set of the extending
In fixed cylinder I, the extending I is connected through a screw thread with fixed cylinder I.
By fixed cylinder I of holding with a firm grip, extending I is rotated, the length of telescopic rod is adjustable, the present apparatus is made to can be suitably used for different height
The optical cable of degree.
The swingle includes the fixed cylinder II being sleeved in fixed cylinder I, and at least one be sleeved in fixed cylinder II
A extending II, the fixed cylinder II prolong telescopic rod direction and are provided at least one piece of block board, be provided on the extending II
With the matched card slot of block board, the fixed cylinder II is connect by way of clearance fit with extending II.
For the block board in card slot, the setting of block board can make fixed cylinder II in rotation, drive extending II 1
With rotation, so that extending II drives spill spin block rotation；And when the variation of the length of telescopic rod, because of the inside of swingle
It is all to be connected by way of clearance fit, and block board prolongs the setting of telescopic rod direction, therefore rotates each other between component
Bar can move freely on telescopic rod direction.
The fixture includes the fixed plate fixed with telescopic rod, and at least two be arranged in fixed plate are symmetrical to be answered
Position bar, and be arranged in release link for limiting the mobile baffle of display.It is provided with reset element in the release link, is led to
Overstretching release link, reset element can generate the pulling force of reinstatement state, and reset element is applied the pulling force of reset by baffle
Over the display, fixed display can be played the role of.
The release link includes limit outer cylinder, is sleeved on the limit inner cylinder limited in outer cylinder, and be plugged on limit outer cylinder
With the activity insertion tube between limit inner cylinder, the activity insertion tube is provided with close to one end of fixed plate for preventing activity insertion tube from pulling out
Stop collar out, it is described limit outer cylinder and limit inner cylinder on be respectively arranged with stop collar cooperation baffle ring, the fixed plate and
The spring for resetting activity insertion tube is provided between stop collar.
The camera shooting box includes waterproof cover, shell matched with waterproof cover, and the transparent panel being arranged on shell, described
Camera is provided in shell.Common setting is that camera is exposed to the outdoor label gone to detect on optical cable, but at this time one
Denier accidentally makes camera get an electric shock, and not only results in the damage of camera, it is also possible to will cause personal injury.Therefore, this dress
It is set to and avoids electric shock problem, camera has been arranged in the shell of insulation, and waterproof cover is while insulation, moreover it is possible to prevent water
It immerses in shell and damages camera.The camera and display pass through network or bluetooth progress image transmitting.
It is provided in the shell for limiting the mobile at least block filling plate of camera, the setting for filling plate makes to image
The placement that box can consolidate camera of all sizes.
The transparent panel is tempered glass or transparent plastic, while not influencing camera sight, moreover it is possible to prevent conduction
With the impact resistance for increasing camera shooting box.
It is provided at least one jack on the fixed block, an auxiliary hook, the auxiliary hook are at least plugged in the jack
It is connected through a screw thread with jack.Lightguide cable link is typically more complicated, and simple hook is not able to satisfy the need of mounting many times
It asks, therefore the setting of auxiliary hook can make the more adaptable of device, and the present apparatus is enable to be articulated on the optical cable nearest with label, and steady
Image that is fixed, clearly shooting label.
It is described hook for three hook, it is described three hook on be provided with hook screw rod, be provided on the fixed block with
The screw hole of screw rod cooperation is linked up with, the hook screw rod is connected through a screw thread with screw hole, is threadedly coupled the company for making hook with fixed block
Connect even closer, three hooks can solve hook and the unmatched problem of optical cable angle.
The telescopic rod of the utility model is insulating bar, can adapt to the aerial optical cable laying of different height, is not necessarily to work people
Member, which climbs up, carries out fiber cable laying on shaft tower and messenger wire, reduce the risk of staff's falling from high altitude, has ensured construction peace
Entirely, optical cable especially is set up on messenger wire long neglected and in disrepair, safety guarantee is had more using the portable dam.This reality
It is all made of the epoxy material of the 10KV class of insulation with novel operating stick, avoids the danger that personnel get an electric shock in work progress, especially
It is to set up optical cable on the messenger wire of power cable laying to play a protective role.The utility model is light easily to be turned
It moves, solves the problems, such as that aerial optical cable laying working efficiency is low and manpower wastes, using visualization function, can safely and efficiently look into
Look for the failure breakpoint of aerial optical cable, also can inspection aerial optical cable rapidly operating condition, improve the breakdown repair of aerial optical cable
Efficiency.
The utility model has the following beneficial effects:
(1) the rotation of lens device being made of rotating handles, swingle and spill spin block, can be such that Observation personnel easily adjusts
The angle of camera lens makes to operate more convenient and safe.
(2) telescopic rod is adjustable the length of device, keeps the applicability of device stronger.
(3) on swingle block board and card slot design, make swingle that can drive spill spin block while rotating, and stretching
It can be moved with the movement of telescopic rod on contracting bar direction.
(4) camera shooting box can make camera avoid getting an electric shock and intake, and be avoided that the non-artificial factor damage of camera.
(5) fixture can easily fix display, and Observation personnel is facilitated to observe the image that camera lens is shot with video-corder at any time.
(6) hook and auxiliary hook make the more adaptable of device, and the present apparatus is enable to be articulated on the optical cable nearest with label, and
The image shot with video-corder is more clear and stablizes.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of the utility model.
Fig. 2 is the cross-sectional view of the utility model.
Fig. 3 is the utility model spill spin block and the amplified structural schematic diagram of fixed block.
Fig. 4 is the structural schematic diagram of the utility model fixture.
1 rotating handles, 2 fixed handles, 3 telescopic rods, 31 swingles, 4 fixtures, 41 fixed plates, 42 limit outer cylinders, 43 limits
Inner cylinder, 44 activity insertion tubes, 45 connecting plates, 46 stop collars, 47 springs, 48 baffles, 5 displays, 6 spill spin blocks, 61 limit plates, 7 take the photograph
As box, 71 waterproof covers, 72 shells, 73 transparent panels, 74 cameras, 75 filling plates, 8 fixed blocks, 81 auxiliary hooks, 82 are linked up with, 83 jacks,
84 hook screw rods, 85 auxiliary hook screw rods.
Specific embodiment
As shown in attached drawing 1-4, the utility model include from top to bottom sequentially connected rotating handles 1, fixed handle 2, stretch
Contracting bar 3, spill spin block 6 and fixed block 8 are provided with through fixed handle 2 and telescopic rod 3 between the rotating handles 1 and spill spin block 6
Swingle 31, be provided with cavity in the fixed block 8, limit plate 61 be provided in cavity, the swingle 31, which passes through, to be fixed
Block 8 is simultaneously fixed with limit plate 61, and the telescopic rod 3 is provided with the fixture for fixing display 5 close to one end of fixed handle 2
4, it is provided with camera shooting box 7 on the spill spin block 6, the hook 82 for mounting optical cable is provided on the fixed block 8.
The telescopic rod 3 includes the fixed cylinder I and at least one extending I fixed with fixed handle 2, the extending I
It is sleeved in fixed cylinder I, the extending I is connected through a screw thread with fixed cylinder I.
The swingle 31 includes the fixed cylinder II being sleeved in fixed cylinder I, and is sleeved in fixed cylinder II at least
One extending II, the fixed cylinder II prolong 3 direction of telescopic rod and are provided at least one piece of block board, be arranged on the extending II
Have and is connect by way of clearance fit with the matched card slot of block board, the fixed cylinder II with extending II.
For the block board in card slot, the setting of block board can make fixed cylinder II in rotation, drive extending II 1
With rotation, so that extending II drives spill spin block 6 to rotate；And when the variation of the length of telescopic rod 3, because swingle 31
It is all to be connected by way of clearance fit, and block board prolongs the setting of 3 direction of telescopic rod each other between internal part, therefore
Swingle 31 can move freely on 3 direction of telescopic rod.
The fixture 4 includes the fixed plate 41 fixed with telescopic rod 3, and at least two be arranged in fixed plate 41 are mutually right
The release link of title, and be arranged in release link for limiting the mobile baffle 48 of display 5.It is provided in the release link multiple
Bit unit, by stretching release link, reset element can generate the pulling force of reinstatement state, and reset element will be resetted by baffle 48
Pulling force apply on display 5, fixed display 5 can be played the role of.
The release link includes limit outer cylinder 42, is sleeved on the limit inner cylinder 43 limited in outer cylinder 42, and be plugged on limit
Activity insertion tube 44 between position outer cylinder 42 and limit inner cylinder 43, the activity insertion tube 44 are useful close to the setting of one end of fixed plate 41
In the stop collar 46 for preventing activity insertion tube 44 from extracting, the limit outer cylinder 42 and limiting is respectively arranged with and stop collar on inner cylinder 43
The baffle ring of 46 cooperations, is provided with the spring 47 for resetting activity insertion tube 44, institute between the fixed plate 41 and stop collar 46
The connecting plate 45 for being provided with closing bore in activity insertion tube 44 is stated, can prevent foreign matter from entering 44 influence activity insertion tube 44 of activity insertion tube
Movement.
The camera shooting box 7 includes waterproof cover 71, shell 72 matched with waterproof cover 71, and is arranged in saturating on shell 72
Isotropic disk 73 is provided with camera 74 in the shell 72.Camera 74, which is arranged in, can prevent from getting an electric shock in the shell 72 of insulation, and
Waterproof cover 71 is while insulation, moreover it is possible to prevent water from immersing and damage camera 74 in shell 72.
It is provided in the shell 72 for limiting the mobile at least block filling plate 75 of camera 74, filling plate 75 is set
Setting enables to image the firm placement of box 7 camera 74 of all sizes.
The transparent panel 73 is tempered glass or transparent plastic, while not influencing 74 sight of camera, moreover it is possible to prevent
Impact resistance that is conductive and increasing camera shooting box 7.
It is provided at least one jack 83 on the fixed block 8, an auxiliary hook 81, institute are at least plugged in the jack 83
It states and is provided with auxiliary hook screw rod 85 in auxiliary hook 81, the auxiliary hook screw rod 85 is connected through a screw thread with jack 83.Lightguide cable link usually compared with
For complexity, simple hook 82 is not able to satisfy the demand of mounting many times, therefore the setting of auxiliary hook 81 can make the suitable of device
Answering property is stronger, and the present apparatus is enable to be articulated on the optical cable nearest with label, and image that is stable, clearly shooting label.
The hook 82 is three hooks, and hook screw rod 84 is provided on three hooks, is arranged on the fixed block 8
Have the screw hole cooperated with hook screw rod 84, the hook screw rod 84 is connected through a screw thread with screw hole, threaded connection make to link up with 82 and
The connection of fixed block 8 is even closer, and three hooks can solve hook 82 and the unmatched problem of optical cable angle.
The use step of the utility model are as follows:
(1) hook 82 is rotatably inserted into fixed block 8, as needed the grafting auxiliary hook 81 in jack 83；
(2) waterproof cover 71 is opened, camera 74 is put into shell 72, addition fills plate 75 to camera in shell 72
74 is immovable, covers waterproof cover 71；
(3) release link on fixture 4 is pulled open, display 5 is put into fixture 4, unclamping release link makes the gear in release link
Plate 48 is fixed by display 5；
(4) telescopic rod 3 is adjusted to appropriate length by the extending on rotating extensible arm 3, and then both hands hold fixed handle
2 lift the present apparatus；
(5) hook 82 or auxiliary hook 81 being articulated on optical cable nearest at optical cable label, a hand holds fixed handle 2,
Another hand reverses rotating handles 1, adjusts the angle of camera 74 in camera shooting box 7, the label of optical cable is observed by display 5；
(6) after observing, hook 82 or auxiliary hook 83 are separated with optical cable, the present apparatus is slowly withdrawn downwards, by telescopic rod 3
Restore raw footage, take out camera 74 and display 5 and charge, to spare.
Claims (10)
1. a kind of aerial optical cable laying and inspection mancarried device, it is characterised in that: including sequentially connected rotation from top to bottom
Handle (1), fixed handle (2), telescopic rod (3), spill spin block (6) and fixed block (8), the rotating handles (1) and spill spin block (6)
Between be provided with the swingle (31) through fixed handle (2) and telescopic rod (3), the telescopic rod (3) is close to fixation handle (2)
One end be provided with the fixture (4) for fixing display (5), be provided on the spill spin block (6) camera shooting box (7), it is described solid
Determine to be provided with the hook (82) for mounting optical cable on block (8).
2. aerial optical cable laying as described in claim 1 and inspection mancarried device, it is characterised in that: the telescopic rod (3)
It is sleeved in fixed cylinder I including the fixed cylinder I and at least one extending I, the extending I fixed with fixed handle (2), institute
Extending I is stated to be connected through a screw thread with fixed cylinder I.
3. aerial optical cable laying as claimed in claim 2 and inspection mancarried device, it is characterised in that: the swingle (31)
Including the fixed cylinder II being sleeved in fixed cylinder I, and at least one extending II being sleeved in fixed cylinder II, the fixation
Cylinder II prolongs telescopic rod (3) direction and is provided at least one piece of block board, is provided on the extending II and the matched card of block board
Slot, the fixed cylinder II are connect by way of clearance fit with extending II.
4. aerial optical cable laying as claimed in any one of claims 1-3 and inspection mancarried device, it is characterised in that: described
Fixture (4) includes the fixed plate (41) fixed with telescopic rod (3), and be arranged on fixed plate (41) at least two are symmetrical
Release link, and be arranged in release link for limiting display (5) mobile baffle (48).
5. aerial optical cable as claimed in claim 4 laying and inspection mancarried device, it is characterised in that: the release link includes
It limits outer cylinder (42), the limit inner cylinder (43) being sleeved in limit outer cylinder (42), and is plugged on limit outer cylinder (42) and limit
Activity insertion tube (44) between inner cylinder (43), the activity insertion tube (44) are provided with close to the one end of fixed plate (41) for preventing
It is respectively arranged with and limits in the stop collar (46) that activity insertion tube (44) is extracted, the limit outer cylinder (42) and limit inner cylinder (43)
The baffle ring of ring (46) cooperation, is provided with for resetting activity insertion tube (44) between the fixed plate (41) and stop collar (46)
Spring (47).
6. aerial optical cable laying as claimed in any one of claims 1-3 and inspection mancarried device, it is characterised in that: described
Imaging box (7) includes waterproof cover (71), the matched shell (72) with waterproof cover (71), and setting is transparent on shell (72)
Plate (73), the shell (72) is interior to be provided with camera (74).
7. aerial optical cable laying as claimed in claim 6 and inspection mancarried device, it is characterised in that: in the shell (72)
It is provided with for limiting camera (74) mobile at least block filling plate (75).
8. aerial optical cable laying as claimed in claim 6 and inspection mancarried device, it is characterised in that: the transparent panel (73)
For tempered glass or transparent plastic.
9. aerial optical cable laying as claimed in any one of claims 1-3 and inspection mancarried device, it is characterised in that: described
It is provided at least one jack (83) on fixed block (8), is at least plugged with an auxiliary hook (81) in the jack (83), it is described auxiliary
Hook (81) is connected through a screw thread with jack (83).
10. aerial optical cable laying as claimed in any one of claims 1-3 and inspection mancarried device, it is characterised in that: institute
Stating hook (82) is three hooks, is provided with hook screw rod (84) on three hooks, be provided on the fixed block (8) with
The screw hole of screw rod (84) cooperation is linked up with, the hook screw rod (84) is connected through a screw thread with screw hole.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821777481.7U CN208833980U (en) | 2018-10-31 | 2018-10-31 | A kind of laying of aerial optical cable and inspection mancarried device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821777481.7U CN208833980U (en) | 2018-10-31 | 2018-10-31 | A kind of laying of aerial optical cable and inspection mancarried device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208833980U true CN208833980U (en) | 2019-05-07 |
Family
ID=66319889
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821777481.7U Active CN208833980U (en) | 2018-10-31 | 2018-10-31 | A kind of laying of aerial optical cable and inspection mancarried device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208833980U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110410280A (en) * | 2019-07-12 | 2019-11-05 | 湖南城市学院 | A kind of blower inspection device |
-
2018
- 2018-10-31 CN CN201821777481.7U patent/CN208833980U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110410280A (en) * | 2019-07-12 | 2019-11-05 | 湖南城市学院 | A kind of blower inspection device |
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