CN109580175A - Multistation fiber optic cable detects end fixing device - Google Patents
Multistation fiber optic cable detects end fixing device Download PDFInfo
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- CN109580175A CN109580175A CN201811630143.5A CN201811630143A CN109580175A CN 109580175 A CN109580175 A CN 109580175A CN 201811630143 A CN201811630143 A CN 201811630143A CN 109580175 A CN109580175 A CN 109580175A
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- Prior art keywords
- clamping
- tightening
- seated
- locking
- fiber optic
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Classifications
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- G—PHYSICS
- G01—MEASURING; TESTING
- G01M—TESTING STATIC OR DYNAMIC BALANCE OF MACHINES OR STRUCTURES; TESTING OF STRUCTURES OR APPARATUS, NOT OTHERWISE PROVIDED FOR
- G01M11/00—Testing of optical apparatus; Testing structures by optical methods not otherwise provided for
- G01M11/30—Testing of optical devices, constituted by fibre optics or optical waveguides
Abstract
The present invention relates to a kind of multistation fiber optic cables to detect end fixing device, including support baseboard, tightening device and locking device, tightening device is installed at the top of the left end of the support baseboard, sliding slot is evenly arranged on the right end of support baseboard, locking device is uniformly mounted on support baseboard；The tightening device includes tightening supporting table, tightening wheel, tighten bracket, clamping supporting table, clamping bottom set, set and clamping cylinder in clamping；The locking device includes locking bracket, locks collet, is seated mechanism, sliding set, buffer gear, lifting cylinder, mobile balladeur train and mobile cylinder.The present invention can solve that existing existing fiber optic cable when locking to fiber optic cable end can not be carried out tightening movement, be locked without the structure for fiber optic cable end, the nut set on end can arbitrarily shake, the problems such as can not carrying out rotation test to the nut set on end automatically.
Description
Technical field
The present invention relates to lighting fiber technical fields, the in particular to a kind of fixed dress in multistation fiber optic cable detection end
It sets.
Background technique
Fiber optic cable forms a kind of communications cable, the optical fiber of fiber optic cable by two or more glass or plastic light fibre core
Core is mostly six or 12, and fiber optic cable needs to detect fiber optic cable after connecting connection end, while optical fiber end
Nut cap on head is also required to carry out rotation detection；Existing fiber optic cable end is as shown in figure 4, the middle part of cable knob is circle
Column structure, the right end of cable knob are provided with nut set, and cable knob can be carried out it with transmission device by nut set
Grafting, the left end of cable knob are fiber optic cable.
The fixation of detection and optic fibre end for fiber optic cable, existing patent also proposed some solutions, patent
Number a kind of fiber optic cables method for testing performance and device are provided for 201410541700.1 Chinese invention patent, the invention is logical
Fiber optic cables device for detecting performance is crossed, is determined there are the fiber optic cables of performance hidden danger mark, determines existence without artificial calculate
The fiber optic cables of energy hidden danger, to effectively increase fiber optic cables performance detection efficiency, which essentially discloses fiber optic cable
Detection method, the stationary fixture of fiber optic cable is had no and is related to；The Chinese invention of Patent No. 201410322402.3 is special
Benefit provides remote fiber cable temperature detection alarm system and method, which is by monitoring shine optical power and receipts light light
The data cases of power, to judge monitored cable with the presence or absence of failure, which relates generally to the detection of fiber optic temperature report
It is alert, the stationary fixture of fiber optic cable is had no and is related to.
It is existing to fiber optic cable end lock when there are the problem of it is as follows, fiber optic cable can not carry out tightening movement so that
It needs manually to tighten fiber optic cable when fiber laser arrays, be locked without the structure for fiber optic cable end, and
Fiber optic cable end locking back nut set can arbitrarily shake, and can not carry out rotation test etc. to the nut set on end automatically and ask
Topic.
Summary of the invention
To solve the above-mentioned problems, the present invention provides a kind of multistation fiber optic cables to detect end fixing device, can be with
Existing fiber optic cable can not carry out tightening movement, nothing for fiber optic cable end when solving the existing locking to fiber optic cable end
Structure locked, nut on end set can arbitrarily shake, can not rotate automatically to the nut set on end
The problems such as test, may be implemented to be tightened fiber optic cable, carry out the function of secure lock to fiber optic cable end, has light
Fine cable can carry out tightening movement, the structure of fiber optic cable end can be locked, the nut set on end not
The advantages that arbitrarily shaking, rotation test is carried out to the nut set on end automatically.
To achieve the goals above, the present invention uses following technical scheme, and a kind of multistation fiber optic cable detection end is solid
Determine device, including support baseboard, tightening device and locking device, is equipped on the left end top of the support baseboard and tightens dress
It sets, sliding slot is evenly arranged on the right end of support baseboard, locking device is uniformly mounted on support baseboard；The quantity of locking device
It is six or 12.
The tightening device includes tightening supporting table, tightening wheel, tighten bracket, clamping supporting table, clamping bottom set, clamping
Upper set and clamping cylinder are tightened supporting table and are mounted at the top of the left end of support baseboard, tighten and uniformly divide on the top of supporting table
It is furnished with three groups and tightens wheel, each tighten wheel and be connected with bracket is tightened by pin shaft, tighten bracket and be mounted on and tighten supporting table
Top on；
Clamping supporting table is located at the right side for tightening supporting table, and clamping supporting table is mounted on the top of support baseboard, clamping
Clamping bottom set is installed, set is located at the surface of clamping bottom set in clamping, and the outer end covered in clamping passes through on the top of supporting table
On clamping cylinder is mounted at the top of the outer end of clamping supporting table；The upper side covered on the upper side of the clamping bottom set and clamping
It is provided with circular groove, and clamping bottom puts on and puts on the position of circular groove on the position and clamping of circular groove and correspond, when specific works,
Cable on the left of optic fibre end can be carried out clamping and maintain it in the state tightened by tightening device, to carry out to cable
Detection, the contractile motion of clamping cylinder makes and clamping bottom covers upper circular groove and blocks cable with the upper circular groove of set in clamping, often
Group I-beam wheel can carry out single line cable to tighten movement.
The locking device includes locking bracket, locks collet, is seated mechanism, sliding set, buffer gear, lifting air
Cylinder, mobile balladeur train and mobile cylinder, locking bracket are mounted on the middle part upper surface of support baseboard, and two locking collets pass through pin
Axial symmetry is mounted on the top of locking bracket, and the locking collet on rear side of locking bracket is connected with locking bracket, is locked
The top of collet is arranged and bolt hole, and the medial surface for locking collet is provided with flexible pad, on the right side of each locking collet
It is symmetrically installed with and is seated mechanism；
Sliding set is located at the lower right-hand side of locking collet；The sliding set is arcuate structure, and the medial surface of sliding set
It is provided with moving tooth, buffer gear is installed on the bottom of sliding set, is connected at the top of the lower end of buffer gear and lifting cylinder,
The bottom of lifting cylinder is mounted on the top of mobile balladeur train, the bottom of mobile balladeur train by way of being slidably matched with support bottom
The sliding slot being arranged on plate is connected, and the right end of mobile balladeur train is mounted on the top of support baseboard by mobile cylinder, specifically
When work, optic fibre end can be carried out clamping locking by locking device, and two locking collets surely can be by optical fiber by bolt lock
It is locked in the middle part of end, being seated mechanism can be supported and limit to the nut set on optic fibre end, control lifting cylinder
Stretching motion is carried out, the moving tooth on sliding set there can be the lateral surface for being stuck in optic fibre end top nut set of certain pressure, lead to
The stretching motion for crossing control mobile cylinder makes sliding set drive the nut on optic fibre end to pack under the action of buffer gear
Row rotation, whereby it can be detected that whether the nut set on optic fibre end can rotate.
As a preferred technical solution of the present invention, the mechanism that is seated includes being seated telescopic rod, being seated spring, insert
Tight expansion bracket, flexible fixture block and fixture block spring, the bottom for being seated telescopic rod are mounted on the right side of locking collet, are seated flexible
It is equipped on the top of bar and is seated expansion bracket, the outer end for being seated telescopic rod, which is set with, is seated spring；
The right side for being seated expansion bracket is arcuate structure, and the lateral surface for being seated expansion bracket is provided with square groove, and the fixture block that stretches is logical
It crosses fixture block spring and is mounted on and be seated on expansion bracket on the inner wall of square groove；The lateral surface of the flexible fixture block is arcwall face, is stretched
It is evenly arranged with ball on the lateral surface of fixture block, when specific works, being seated mechanism can be inserted into optic fibre end and optic fibre end spiral shell
In gap between mother set, flexible fixture block is against on the medial surface of optic fibre end nut set under the action of fixture block spring, is stretched
Ball on fixture block can cooperate optic fibre end nut set to be rotated, and the left end for being seated expansion bracket can touch optic fibre end spiral shell
The left end of mother set, so that its circumferential position with radial direction can access locking.
As a preferred technical solution of the present invention, the buffer gear includes buffering supporting plate, angle spring, buffering
Traveller, traveller spring and buffering lifter plate, the top for buffering supporting plate are connected by hinge with the bottom of sliding set, and supporting plate is buffered
Upper end front and rear sides be symmetrical arranged angled spring, angle spring is mounted between sliding set and buffering supporting plate；
It buffers and buffering traveller is installed on the bottom of supporting plate, it is by way of being slidably matched and slow to buffer the middle part of traveller
It rushes lifter plate to be connected, buffers and be provided with traveller spring on the outside of the upper end of traveller, traveller spring is mounted on buffering supporting plate and buffering
Between lifter plate, when specific works, when mobile cylinder carries out stretching motion, sliding set can be automatic under the connection function of hinge
It is rotated, while the position of sliding set can increase, buffer gear can stretch automatically, so that sliding set is attached to light always
On the lateral surface of fine end nut set.
As a preferred technical solution of the present invention, the wheel of tightening is I-beam wheel, and is located at and tightens in supporting table
The wheel lower section of tightening in portion is distributed with and tightens telescopic rod, and the top for tightening telescopic rod is connected with the bottom for tightening bracket, tightens and stretches
The bottom of contracting bar, which is mounted on, tightens in supporting table, tightens to be set on the outside of telescopic rod and tightens spring, when specific works, is located at
Tightening wheel and can stretch automatically under the action of tightening spring in the middle part of supporting table is tightened, is matched to tighten wheel by line
Cable is tightened.
Above-mentioned clamping cylinder, the structure feature of mobile cylinder, control method, with working principle is existing at lifting cylinder
Technology.
The beneficial effects of the present invention are:
One, the present invention fiber optic cable can be carried out tightening movement, can the structure to fiber optic cable end carried out
The advantages that nut set in locking, end will not arbitrarily shake, carry out rotation test to the nut set on end automatically；
Two, the present invention is provided with tightening device, and the cable on the left of optic fibre end can be carried out clamping and protected by tightening device
It holds it and is in the state tightened, to be detected to cable；
Three, it is provided on locking device of the present invention and is seated mechanism, being seated mechanism can be inserted into optic fibre end and optic fibre end
In gap between nut set, so that optic fibre end nut set is circumferential can to access locking with radial position；
Four, buffer gear is provided on locking device of the present invention, buffer gear can stretch automatically, so as to sliding set
Always it is attached on the lateral surface of optic fibre end nut set.
Detailed description of the invention
Present invention will be further explained below with reference to the attached drawings and examples.
Fig. 1 is structural schematic diagram of the invention；
Fig. 2 is the structural schematic diagram between support baseboard and locking device of the present invention；
Fig. 3 is the structural schematic diagram that the present invention is seated between expansion bracket, flexible fixture block and fixture block spring；
Fig. 4 is the structural schematic diagram of fiber optic cable end.
Specific embodiment
In order to be easy to understand the technical means, the creative features, the aims and the efficiencies achieved by the present invention, tie below
Conjunction is specifically illustrating, and the present invention is further explained.It should be noted that in the absence of conflict, embodiment in the application and
Feature in embodiment can be combined with each other.
As shown in figure 4, the middle part of existing fiber cable knob is cylindrical structure, the right end of cable knob is provided with nut
It can be carried out grafting with transmission device by nut set by set, cable knob, and the left end of cable knob is fiber optic cable.
As shown in Figure 1 to Figure 3, a kind of multistation fiber optic cable detects end fixing device, including support baseboard 1, tightens
Device 2 and locking device 3, at the top of the left end of the support baseboard 1 on tightening device 2 is installed, on the right end of support baseboard 1
It is evenly arranged with sliding slot, locking device 3 is uniformly mounted on support baseboard 1；The quantity of locking device 3 is six or 12.
The tightening device 2 includes tightening supporting table 21, tightening wheel 22, tighten bracket 23, clamping supporting table 24, clamping
Set 26 and clamping cylinder 27 on bottom set 25, clamping are tightened supporting table 21 and are mounted at the top of the left end of support baseboard 1, tighten branch
Three groups are evenly distributed on the top of support platform 21 and tightens wheel 22, are each tightened wheel 22 and are connected by pin shaft with bracket 23 is tightened
It connects, tightens bracket 23 and be mounted on the top for tightening supporting table 21；
Clamping supporting table 24 is located at the right side for tightening supporting table 21, and clamping supporting table 24 is mounted on the top of support baseboard 1
On, clamping bottom set 25 is installed, set 26 is located at the surface of clamping bottom set 25, clamping in clamping on the top of clamping supporting table 24
On above the outer end of set 26 is mounted at the top of the outer end of clamping supporting table 24 by clamping cylinder 27；The described clamping bottom set 25 it is upper
The upper side of set 26 is provided with circular groove on side and clamping, and covers circle on 26 in the position of circular groove and clamping on clamping bottom set 25
The position of slot corresponds, and when specific works, the cable on the left of optic fibre end can be carried out clamping and keep it by tightening device 2
In the state tightened, to detect to cable, the contractile motion of clamping cylinder 27 makes and the circle on clamping bottom set 25
Slot blocks cable with the circular groove in clamping on set 26, and every group of I-beam wheel can carry out single line cable to tighten movement.
The locking device 3 includes locking bracket 31, locking collet 32, is seated mechanism 33, sliding set 34, buffer gear
35, lifting cylinder 36, mobile balladeur train 37 and mobile cylinder 38, locking bracket 31 are mounted on the middle part upper surface of support baseboard 1,
Two locking collets 32 are symmetrically mounted on the top of locking bracket 31 by pin shaft, positioned at the locking folder of 31 rear side of locking bracket
Set 32 is connected with locking bracket 31, and the medial surface of the top setting of locking collet 32 and bolt hole, locking collet 32 is provided with
Flexible pad is symmetrically installed with and is seated mechanism 33 on the right side of each locking collet 32；
Sliding set 34 is located at the lower right-hand side of locking collet 32；The sliding set 34 is arcuate structure, and sliding set 34
Medial surface be provided with moving tooth, buffer gear 35, the lower end of buffer gear 35 and lifting air are installed on the bottom of sliding set 34
The top of cylinder 36 is connected, and the bottom of lifting cylinder 36 is mounted on the top of mobile balladeur train 37, and the bottom of mobile balladeur train 37 is logical
The sliding slot crossing the mode being slidably matched and being arranged on support baseboard 1 is connected, and the right end of mobile balladeur train 37 passes through mobile cylinder
38 are mounted on the top of support baseboard 1, and when specific works, optic fibre end can be carried out clamping locking by locking device 3, and two
Locking collet 32 can will be locked in the middle part of optic fibre end surely by bolt lock, and being seated mechanism 33 can be on optic fibre end
Nut set is supported and limits, and control lifting cylinder 36 carries out stretching motion, and the moving tooth on sliding set 34 can have centainly
The lateral surface for being stuck in optic fibre end top nut set of pressure, the stretching motion by controlling mobile cylinder 38 make sliding set 34 exist
It drives the nut set on optic fibre end to be rotated under the action of buffer gear 35, whereby it can be detected that the spiral shell on optic fibre end
Whether mother set can rotate.
The mechanism 33 that is seated includes being seated telescopic rod 331, being seated spring 332, be seated expansion bracket 333, flexible fixture block
334 and fixture block spring 335, the bottom for being seated telescopic rod 331 is mounted on the right side of locking collet 32, is seated telescopic rod 331
Top on be equipped with and be seated expansion bracket 333, the outer end for being seated telescopic rod 331, which is set with, is seated spring 332；
The right side for being seated expansion bracket 333 is arcuate structure, and the lateral surface for being seated expansion bracket 333 is provided with square groove, is stretched
Fixture block 334 is mounted on by fixture block spring 335 and is seated on expansion bracket 333 on the inner wall of square groove；Outside the flexible fixture block 334
Side is arcwall face, is evenly arranged with ball on the lateral surface of flexible fixture block 334, and when specific works, being seated mechanism 33 can be inserted
Into in the gap between optic fibre end and optic fibre end nut set, flexible fixture block 334 is against light under the action of fixture block spring 335
On the medial surface of fine end nut set, the ball on flexible fixture block 334 can cooperate optic fibre end nut set to be rotated, and be seated
The left end of expansion bracket 333 can touch the left end of optic fibre end nut set, so that its circumferential position with radial direction can access
Locking.
The buffer gear 35 includes buffering supporting plate 351, angle spring 352, buffering traveller 353,354 and of traveller spring
The top of buffer lift plate 355, buffering supporting plate 351 is connected by hinge with the bottom of sliding set 34, and the upper of supporting plate 351 is buffered
End front and rear sides are symmetrical arranged angled spring 352, and angle spring 352 is mounted between sliding set 34 and buffering supporting plate 351；
It buffers and buffering traveller 353 is installed on the bottom of supporting plate 351, the middle part of buffering traveller 353, which passes through, to be slidably matched
Mode is connected with buffer lift plate 355, buffers and is provided with traveller spring 354, traveller spring 354 on the outside of the upper end of traveller 353
It is mounted between buffering supporting plate 351 and buffer lift plate 355, when specific works, when mobile cylinder 38 carries out stretching motion, dials
Dynamic set 34 can be rotated automatically under the connection function of hinge, while the position of sliding set 34 can increase, 35 energy of buffer gear
It is enough to stretch automatically, it is attached to always so as to sliding set 34 on the lateral surface of optic fibre end nut set.
The described wheel 22 of tightening is I-beam wheel, and is located at and tightens tightening 22 lower section of wheel at 21 middle part of supporting table and be distributed with and tighten
Telescopic rod 221, the top for tightening telescopic rod 221 are connected with the bottom for tightening bracket 23, tighten the bottom installation of telescopic rod 221
It on tightening supporting table 21, tightens to be set on the outside of telescopic rod 221 and tightens spring 222, when specific works, positioned at tightening branch
Tightening in the middle part of support platform 21 takes turns 22 can stretch automatically under the action of tightening spring 222, match to tighten wheel 22
Cable is tightened.
It is above-mentioned clamping cylinder 27, lifting cylinder 36, the structure feature of mobile cylinder 38, control method, equal with working principle
For the prior art.
When work: the first step is first locked the left end of cable using external fixture, then by optical fiber cable cable-end
Head is placed into two locking collets 32, fiber optic cable end is locked between two locking collets 32 by bolt, then
The contractile motion in clamping bottom set 25 and clamping between set 26, by controlling clamping cylinder 27 will be placed in the middle part of cable to make
It is locked in place in the middle part of cable, finally cable is wound on and is tightened on wheel 22, so that cable hits state in what is tightened, so as to cable
Increase the detection effect of cable；
Second step, limit movement can be carried out to optic fibre end by being seated mechanism 33, and the right end of flexible fixture block 334 can be inserted into
In gap between optic fibre end and optic fibre end nut set, flexible fixture block 334 is against optical fiber under the action of fixture block spring 335
On the medial surface of end nut set, the ball on flexible fixture block 334 can cooperate optic fibre end nut set to be rotated, and be seated and stretch
The left end of contracting frame 333 can touch the left end of optic fibre end nut set, so that its circumferential position with radial direction can access lock
Fixed, when mobile cylinder 38 carries out stretching motion, sliding set 34 can be rotated automatically under the connection function of hinge, be dialled simultaneously
The position of dynamic set 34 can increase, and buffer gear 35 can stretch automatically, so that sliding set 34 is attached to optic fibre end spiral shell always
On the lateral surface of mother set, it whereby it can be detected that whether the nut set on optic fibre end can rotate.
It realizes and is tightened fiber optic cable, to the function of fiber optic cable end progress secure lock, solved existing
Existing fiber optic cable can not be carried out tightening movement, be incited somebody to action without the structure for fiber optic cable end when to the locking of fiber optic cable end
It, which is locked, the nut set on end can arbitrarily shake, can not carry out rotation test etc. to the nut set on end automatically asks
Topic, has reached purpose.
The basic principles, main features and advantages of the invention have been shown and described above.The technical staff of the industry should
Understand, the present invention is not limited to the above embodiments, and only illustrating for the description in above embodiments and description is of the invention
Principle, without departing from the spirit and scope of the present invention, various changes and improvements may be made to the invention, these change and change
Into all fall within the protetion scope of the claimed invention.The claimed scope of the invention is by appended claims and its equivalent
It defines.
Claims (7)
1. a kind of multistation fiber optic cable detects end fixing device, including support baseboard (1), tightening device (2) and locking dress
Set (3), it is characterised in that: it is equipped with tightening device (2) at the top of the left end of the support baseboard (1), support baseboard (1)
Sliding slot is evenly arranged on right end, locking device (3) is uniformly mounted on support baseboard (1)；Wherein:
The tightening device (2) includes tightening supporting table (21), tightening wheel (22), tighten bracket (23), clamping supporting table
(24), clamping bottom set (25), (26) and clamping cylinder (27) are covered in clamping, tighten supporting table (21) and be mounted on support baseboard (1)
Left end at the top of on, tighten and be evenly distributed with three groups on the top of supporting table (21) and tighten wheel (22), each tighten wheel (22)
It is connected by pin shaft with bracket (23) is tightened, tightens bracket (23) and be mounted on the top for tightening supporting table (21)；
Clamping supporting table (24) is located at the right side for tightening supporting table (21), and clamping supporting table (24) is mounted on support baseboard (1)
On top, clamping bottom set (25) is installed on the top of clamping supporting table (24), set (26) is located at clamping bottom set (25) in clamping
Surface, the outer end that (26) are covered in clamping is mounted at the top of the outer end of clamping supporting table (24) by clamping cylinder (27)；
The locking device (3) includes locking bracket (31), locking collet (32), is seated mechanism (33), sliding set (34), delays
Punch mechanism (35), lifting cylinder (36), mobile balladeur train (37) and mobile cylinder (38), locking bracket (31) are mounted on support baseboard
(1) on middle part upper surface, two lockings collet (32) are symmetrically mounted on the top of locking bracket (31) by pin shaft, are located at
Locking collet (32) on rear side of locking bracket (31) is connected with locking bracket (31), the top setting of locking collet (32) and spiral shell
Keyhole, the medial surface of locking collet (32) are provided with flexible pad, are symmetrically installed on the right side of each locking collet (32)
It is seated mechanism (33)；
Sliding set (34) is located at the lower right-hand side of locking collet (32), is equipped with buffer gear on the bottom of sliding set (34)
(35), it is connected at the top of the lower end of buffer gear (35) and lifting cylinder (36), the bottom of lifting cylinder (36) is mounted on shifting
On the top of dynamic balladeur train (37), what the bottom of mobile balladeur train (37) was arranged by way of being slidably matched and on support baseboard (1)
Sliding slot is connected, and the right end of mobile balladeur train (37) is mounted on the top of support baseboard (1) by mobile cylinder (38).
2. a kind of multistation fiber optic cable according to claim 1 detects end fixing device, it is characterised in that: described
Be seated mechanism (33) include be seated telescopic rod (331), be seated spring (332), be seated expansion bracket (333), flexible fixture block (334) and
Fixture block spring (335), the bottom for being seated telescopic rod (331) are mounted on the right side of locking collet (32), are seated telescopic rod
(331) it is equipped on top and is seated expansion bracket (333), the outer end for being seated telescopic rod (331), which is set with, is seated spring (332)；
The right side for being seated expansion bracket (333) is arcuate structure, and the lateral surface for being seated expansion bracket (333) is provided with square groove, is stretched
Fixture block (334) is mounted on by fixture block spring (335) and is seated on expansion bracket (333) on the inner wall of square groove.
3. a kind of multistation fiber optic cable according to claim 1 detects end fixing device, it is characterised in that: described
Buffer gear (35) includes buffering supporting plate (351), angle spring (352), buffering traveller (353), traveller spring (354) and buffering
The top of lifter plate (355), buffering supporting plate (351) is connected by hinge with the bottom of sliding set (34), is buffered supporting plate (351)
Upper end front and rear sides be symmetrical arranged angled spring (352), angle spring (352) be mounted on sliding set (34) and buffering supporting plate
(351) between；
It buffers and buffering traveller (353) is installed on the bottom of supporting plate (351), the middle part of buffering traveller (353) is by being slidably matched
Mode be connected with buffer lift plate (355), buffer traveller (353) upper end on the outside of be provided with traveller spring (354), traveller
Spring (354) is mounted between buffering supporting plate (351) and buffer lift plate (355).
4. a kind of multistation fiber optic cable according to claim 1 detects end fixing device, it is characterised in that: described
Tightening wheel (22) is I-beam wheel, and is located at tightening wheel (22) lower section tightened in the middle part of supporting table (21) and is distributed with and tightens telescopic rod
(221), the top for tightening telescopic rod (221) is connected with the bottom for tightening bracket (23), tightens the bottom peace of telescopic rod (221)
Mounted in tightening on supporting table (21), tightens to be set on the outside of telescopic rod (221) and tighten spring (222).
5. a kind of multistation fiber optic cable according to claim 1 detects end fixing device, it is characterised in that: described
The upper side that (26) are covered on the upper side of clamping bottom set (25) and clamping is provided with circular groove, and circular groove on clamping bottom set (25)
The position that circular groove on (26) is covered on position and clamping corresponds.
6. a kind of multistation fiber optic cable according to claim 1 detects end fixing device, it is characterised in that: described
Sliding set (34) is arcuate structure, and the medial surface of sliding set (34) is provided with moving tooth.
7. a kind of multistation fiber optic cable according to claim 2 detects end fixing device, it is characterised in that: described
The lateral surface of flexible fixture block (334) is arcwall face, is evenly arranged with ball on the lateral surface of flexible fixture block (334).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811630143.5A CN109580175A (en) | 2018-12-29 | 2018-12-29 | Multistation fiber optic cable detects end fixing device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811630143.5A CN109580175A (en) | 2018-12-29 | 2018-12-29 | Multistation fiber optic cable detects end fixing device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN109580175A true CN109580175A (en) | 2019-04-05 |
Family
ID=65932347
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201811630143.5A Withdrawn CN109580175A (en) | 2018-12-29 | 2018-12-29 | Multistation fiber optic cable detects end fixing device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN109580175A (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110112633A (en) * | 2019-06-06 | 2019-08-09 | 武汉君恩软件有限公司 | A kind of data flat cable assembling tool for communication product |
-
2018
- 2018-12-29 CN CN201811630143.5A patent/CN109580175A/en not_active Withdrawn
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110112633A (en) * | 2019-06-06 | 2019-08-09 | 武汉君恩软件有限公司 | A kind of data flat cable assembling tool for communication product |
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Application publication date: 20190405 |