CN205910380U - A scheduling device that is used for optical fiber terminal's tail cover to imbed with backstop - Google Patents
A scheduling device that is used for optical fiber terminal's tail cover to imbed with backstop Download PDFInfo
- Publication number
- CN205910380U CN205910380U CN201620884108.6U CN201620884108U CN205910380U CN 205910380 U CN205910380 U CN 205910380U CN 201620884108 U CN201620884108 U CN 201620884108U CN 205910380 U CN205910380 U CN 205910380U
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- China
- Prior art keywords
- sleeve
- jig plate
- backstop
- hole
- blind hole
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Abstract
The utility model discloses a scheduling device that is used for optical fiber terminal's tail cover to imbed with backstop, scheduling device includes: a first tool board for assigning the tail cover for the second tool board of centre gripping tail cover, and be used for placeing the third tool board of backstop. The utility model discloses a scheduling device that is used for optical fiber terminal's tail cover to imbed with backstop, it can be to tail cover and the backstop location of sorting respectively, and the tail of being convenient for overlaps and the follow -up assembly of backstop, can improve greatly that the tail overlaps and the assembly efficiency of backstop.
Description
Technical field
The utility model relates to the collator that the tail sleeve of optic fibre connector is embedded with backstop.
Background technology
Optic fibre connector/joints of optical fibre need to use tail sleeve and backstop, and tail sleeve and backstop will support the use.Some models
Tail sleeve and backstop there is following supporting structure:
Backstop includes: for the hollow cylindrical ceramic insertion core cooperating head coordinating with ceramic insertion core, and is used for and tail sleeve
The hollow cylindrical straight length of cooperation；This straight length and ceramic insertion core cooperating head integrally connected, ceramic insertion core cooperating head and straight tube
The coaxial heart of section, the internal diameter of ceramic insertion core cooperating head is more than the internal diameter of straight length, and the external diameter of ceramic insertion core cooperating head is more than straight tube
The external diameter of section.
Tail sleeve includes: the hollow cylindrical sleeve being axially inserted into for backstop straight length, and the circle running through for single fiber cable
Tapered hollow conical pipe；Microcephaly's opening of described conical pipe, the major part of conical pipe and sleeve integrally connected, conical pipe is with sleeve altogether
Axle center, and the external diameter of sleeve is more than the external diameter of conical pipe major part.
And the external diameter of backstop straight length is coordinated with the internal diameter gap of sleeve, the external diameter of sleeve is more than ceramic insertion core cooperating head
External diameter.
Because tail sleeve and backstop are all relatively fine parts, therefore the assembling of tail sleeve and backstop is all inconvenient always, produces
Efficiency is very low.
Utility model content
The purpose of this utility model is the collator providing a kind of tail sleeve for optic fibre connector to embed with backstop, its
Can tail sleeve and backstop be ranked up positioning respectively, be easy to the follow-up assembling of tail sleeve and backstop.
For achieving the above object, the technical solution of the utility model is to design a kind of tail sleeve for optic fibre connector and backstop
Embedded collator, described optic fibre connector includes tail sleeve and backstop；
Described backstop includes: for the hollow cylindrical ceramic insertion core cooperating head coordinating with ceramic insertion core, and for
The hollow cylindrical straight length of tail sleeve cooperation；This straight length and ceramic insertion core cooperating head integrally connected, ceramic insertion core cooperating head with
The coaxial heart of straight length, the internal diameter of ceramic insertion core cooperating head is more than the internal diameter of straight length, and the external diameter of ceramic insertion core cooperating head is more than
The external diameter of straight length；
Described tail sleeve includes: the hollow cylindrical sleeve being axially inserted into for backstop straight length, and conical hollow taper
Pipe；Microcephaly's opening of described conical pipe, the major part of conical pipe and sleeve integrally connected, the conical pipe heart coaxial with sleeve, and sleeve
External diameter be more than conical pipe major part external diameter；
The external diameter of described backstop straight length is coordinated with the internal diameter gap of sleeve；The external diameter of described sleeve is joined more than ceramic insertion core
The external diameter of syncephalon；
Described collator includes: for assigning the first jig plate of tail sleeve, for clamping the second jig plate of tail sleeve, with
And for assigning the 3rd jig plate of backstop；
Described first jig plate horizontal, the top surface of the first jig plate is provided with and some is vertically arranged for vertically assign conical pipe
One blind hole, the inner chamber of the first blind hole is turbination, and the inner chamber of the first blind hole can accommodate conical pipe, and the opening of the first blind hole top
Mouth diameter is less than the external diameter of sleeve；
Described second jig plate lies in the first tool plate top surface, and the second jig plate is provided with and each first blind hole one a pair
That answers is vertically arranged through hole, through hole and the corresponding coaxial heart of the first blind hole；Described through hole is made up of the two sections of the coaxial heart: uses
In the hypomere of receiving sleeve, and it is available for the epimere that ceramic insertion core cooperating head vertically runs through；The inner chamber of described through hole hypomere is circle
Cylindricality, the internal diameter of through hole hypomere is coordinated with the crest clearance of sleeve, and the axial length of through hole hypomere is equal to the axial length of sleeve；
The inner chamber of described through hole epimere is cylinder, and the internal diameter of through hole epimere is more than the external diameter of ceramic insertion core cooperating head, through hole epimere
Internal diameter is less than the external diameter of sleeve, and the axial length of through hole epimere is less than the axial length of backstop straight length；
Described 3rd jig plate horizontal, the top surface of the 3rd jig plate is provided with: corresponds, is used for the second jig plate through hole
That vertically assigns ceramic insertion core cooperating head is vertically arranged the second blind hole；The inner chamber of the second blind hole is cylinder, and the depth of the second blind hole is not
Axial length more than ceramic insertion core cooperating head.
Preferably, described first blind hole is uniform in the top surface of the first jig plate；Described second blind hole is in the 3rd jig plate
Top surface is uniform.
Preferably, the inner chamber of described first blind hole and taper ligament coordinate.
Preferably, described first jig plate, the second jig plate and the 3rd jig plate are all rectangle.
Advantage of the present utility model and having the beneficial effects that: provide a kind of tail sleeve for optic fibre connector and backstop to embed
Collator, it can be ranked up positioning to tail sleeve and backstop respectively, be easy to the follow-up assembling of tail sleeve and backstop, be greatly improved
Tail sleeve and the efficiency of assembling of backstop.
Brief description
Fig. 1 is the first jig plate and the schematic diagram of the second jig plate；
Fig. 2 is the schematic diagram of the 3rd jig plate；
Fig. 3 is tail sleeve and the schematic diagram of backstop assembling.
Specific embodiment
With reference to the accompanying drawings and examples, specific embodiment of the present utility model is further described.Hereinafter implement
Example is only used for clearly the technical solution of the utility model being described, and can not limit protection model of the present utility model with this
Enclose.
The technical scheme that the utility model is embodied as is:
As shown in Figure 1 and Figure 2, the collator that a kind of tail sleeve for optic fibre connector is embedded with backstop, described optic fibre connector
Including tail sleeve 4 and backstop 5；
Described backstop 5 includes: for the hollow cylindrical ceramic insertion core cooperating head 51 coordinating with ceramic insertion core, and is used for
Hollow cylindrical straight length 52 with tail sleeve 4 cooperation；This straight length 52 and ceramic insertion core cooperating head 51 integrally connected, ceramic insertion core
Cooperating head 51 heart coaxial with straight length 52, the internal diameter of ceramic insertion core cooperating head 51 is more than the internal diameter of straight length 52, and ceramic insertion core
The external diameter of cooperating head 51 is more than the external diameter of straight length 52；
Described tail sleeve 4 includes: the hollow cylindrical sleeve 41 being axially inserted into for backstop 5 straight length 52, and in cone
Empty conical pipe 42；Microcephaly's opening of described conical pipe 42, the major part of conical pipe 42 and sleeve 41 integrally connected, conical pipe 42 and set
The cylinder 41 coaxial hearts, and the external diameter of sleeve 41 is more than the external diameter of conical pipe 42 major part；
The external diameter of described backstop 5 straight length 52 is coordinated with the internal diameter gap of sleeve 41；The external diameter of described sleeve 41 is more than pottery
The external diameter of porcelain lock pin cooperating head 51；
Described collator includes: for assigning the first jig plate 1 of tail sleeve 4, for clamping the second jig plate of tail sleeve 4
2, and for assigning the 3rd jig plate 3 of backstop 5；
Described first jig plate 1 horizontal, the top surface of the first jig plate 1 be provided with some for vertically assigning the perpendicular of conical pipe 42
Put the first blind hole 11, the inner chamber of the first blind hole 11 is turbination, and the inner chamber of the first blind hole 11 can accommodate conical pipe 42, and first
The opening diameter on blind hole 11 top is less than the external diameter of sleeve 41；
Described second jig plate 2 lies in the first jig plate 1 top surface, and the second jig plate 2 is provided with and each first blind hole 11
It is vertically arranged through hole, through hole and the corresponding coaxial heart of the first blind hole 11 correspondingly；Described through hole is by up and down the two of the coaxial heart
Section is constituted: for the hypomere 21 of receiving sleeve 41, and is available for the epimere 22 that ceramic insertion core cooperating head 51 vertically runs through；Described logical
The inner chamber of hole hypomere 21 is cylinder, and the internal diameter of through hole hypomere 21 is coordinated with the crest clearance of sleeve 41, the axle of through hole hypomere 21
It is equal to the axial length of sleeve 41 to length；The inner chamber of described through hole epimere 22 is cylinder, and the internal diameter of through hole epimere 22 is more than
The external diameter of ceramic insertion core cooperating head 51, the internal diameter of through hole epimere 22 is less than the external diameter of sleeve 41, and the axial direction of through hole epimere 22 is long
Degree is less than the axial length of backstop 5 straight length 52；
Described 3rd jig plate 3 horizontal, the top surface of the 3rd jig plate 3 is provided with: with the second jig plate 2 through hole correspond,
It is vertically arranged the second blind hole 31 for vertically assign ceramic insertion core cooperating head 51；The inner chamber of the second blind hole 31 is cylinder, and second is blind
The depth in hole 31 is not more than the axial length of ceramic insertion core cooperating head 51.
Preferably, described first blind hole 11 is uniform in the top surface of the first jig plate 1；Described second blind hole 31 is in the 3rd tool
The top surface of plate 3 is uniform.
Preferably, the inner chamber of described first blind hole 11 and conical pipe 42 gap coordinate.
Preferably, described first jig plate 1, the second jig plate 2 and the 3rd jig plate 3 are all rectangle.
The operation instruction of the utility model collator is as follows:
As shown in figure 1, by the first jig plate 1 horizontal, assigning tail in each first blind hole 11 of the first jig plate 1 top surface
Set 4, tail sleeve 4 is vertically arranged (sleeve 41 upper, conical pipe 42 under), and conical pipe 42 is placed in the first blind hole 11, the bottom of sleeve 41
Top surface supporting by the first jig plate 1.
Second jig plate 2 is placed in the surface of above-mentioned first jig plate 1, the through hole of the second jig plate 2 is controlled with first
On tool plate 1, the sleeve 41 of each tail sleeve 4 aligns, and vertically transfers the second jig plate 2 to the first jig plate 1 top surface, make after contraposition
Second jig plate 2 lies in the first jig plate 1 top surface, and on the first jig plate 1, the second jig plate inserted by the sleeve 41 of each tail sleeve 4
2 through hole hypomere 21.
Meanwhile, as shown in Fig. 2 by the 3rd jig plate 3 horizontal, in each second blind hole 31 of the 3rd jig plate 3 top surface
Assign backstop 5, backstop 5 is vertically arranged (backstop 5 straight length 52 upper, ceramic insertion core cooperating head 51 under), ceramic insertion core cooperating head 51
It is placed in the second blind hole 31, backstop 5 is overall to be supported by the second blind hole 31 bottom surface.
Complete said process and achieve the sequence positioning to tail sleeve 4 and backstop 5, the assembling to tail sleeve 4 and backstop 5 below
Illustrate.
First jig plate 1 of above-mentioned horizontal, the second jig plate 2 are tightened together, tail sleeve 4 is clamped at the first tool
Between plate 1, the second jig plate 2, form the horizontal tool board component of built-in multiple tail sleeves 4.
By above-mentioned tool board component (the first jig plate 1 under, the second jig plate 2 is upper) upset 180 degree (the first jig plate
1 upper, the second jig plate 2 under), now, the through hole of the second jig plate 2 is inverted that (upper, through hole epimere 22 exists through hole hypomere 21
Under, through hole epimere 22 opening down), tail sleeve 4 be inverted (conical pipe 42 upper, sleeve 41 under, sleeve 41 opening down),
And tail sleeve 4 remains clamped between the first jig plate 1, the second jig plate 2.
Tool board component after upset is placed in the surface of above-mentioned 3rd jig plate 3, by the through hole of the second jig plate 2
Section 22 openings are aligned with the straight length 52 of each backstop 5 on the 3rd jig plate 3, after contraposition, tool board component are vertically pressed to the
Three jig plate 3 top surface, makes the second jig plate 2 be close to the 3rd jig plate 3 top surface, the straight length of each backstop 5 on the 3rd jig plate 3
52 insert in corresponding tail sleeve 4 sleeve 41, complete tail sleeve 4 and the assembling of backstop 5, that is, as shown in Figure 3.
After completing tail sleeve 4 and the assembling of backstop 5, the first jig plate 1 and the second jig plate 2 are departed from, you can take out assembling
Tail sleeve stopping element together.
The above is only preferred embodiment of the present utility model it is noted that common skill for the art
For art personnel, on the premise of without departing from the utility model know-why, some improvements and modifications can also be made, these change
Enter and retouch also to should be regarded as protection domain of the present utility model.
Claims (4)
1. it is used for the collator that the tail sleeve of optic fibre connector is embedded with backstop, described optic fibre connector includes tail sleeve and backstop；
Described backstop includes: for the hollow cylindrical ceramic insertion core cooperating head coordinating with ceramic insertion core, and is used for and tail sleeve
The hollow cylindrical straight length of cooperation；This straight length and ceramic insertion core cooperating head integrally connected, ceramic insertion core cooperating head and straight tube
The coaxial heart of section, the internal diameter of ceramic insertion core cooperating head is more than the internal diameter of straight length, and the external diameter of ceramic insertion core cooperating head is more than straight tube
The external diameter of section；
Described tail sleeve includes: the hollow cylindrical sleeve being axially inserted into for backstop straight length, and conical hollow taper pipe；Institute
State microcephaly's opening of conical pipe, the major part of conical pipe and sleeve integrally connected, the conical pipe heart coaxial with sleeve, and the external diameter of sleeve
External diameter more than conical pipe major part；
The external diameter of described backstop straight length is coordinated with the internal diameter gap of sleeve；The external diameter of described sleeve is more than ceramic insertion core cooperating head
External diameter；
It is characterized in that:
Described collator includes: for assigning the first jig plate of tail sleeve, for clamping the second jig plate of tail sleeve, Yi Jiyong
In the 3rd jig plate assigning backstop；
Described first jig plate horizontal, the top surface of the first jig plate be provided with some for vertically assign conical pipe to be vertically arranged first blind
Hole, the inner chamber of the first blind hole is turbination, and the inner chamber of the first blind hole can accommodate conical pipe, and the opening on the first blind hole top is straight
Footpath is less than the external diameter of sleeve；
Described second jig plate lies in the first tool plate top surface, and the second jig plate is provided with one-to-one with each first blind hole
It is vertically arranged through hole, through hole and the corresponding coaxial heart of the first blind hole；Described through hole is made up of the two sections of the coaxial heart: for holding
Receive the hypomere of sleeve, and be available for the epimere that ceramic insertion core cooperating head vertically runs through；The inner chamber of described through hole hypomere is cylinder,
The internal diameter of through hole hypomere is coordinated with the crest clearance of sleeve, and the axial length of through hole hypomere is equal to the axial length of sleeve；Described
The inner chamber of through hole epimere is cylinder, and the internal diameter of through hole epimere is more than the external diameter of ceramic insertion core cooperating head, the internal diameter of through hole epimere
Less than the external diameter of sleeve, and the axial length of through hole epimere is less than the axial length of backstop straight length；
Described 3rd jig plate horizontal, the top surface of the 3rd jig plate is provided with: corresponds, is used for vertically with the second jig plate through hole
That assigns ceramic insertion core cooperating head is vertically arranged the second blind hole；The inner chamber of the second blind hole is cylinder, and the depth of the second blind hole is not more than
The axial length of ceramic insertion core cooperating head.
2. the tail sleeve for optic fibre connector according to claim 1 and backstop embed collator is it is characterised in that institute
The top surface stating the first blind hole in the first jig plate is uniform；Described second blind hole is uniform in the top surface of the 3rd jig plate.
3. the tail sleeve for optic fibre connector according to claim 2 and backstop embed collator is it is characterised in that institute
State the inner chamber of the first blind hole and taper ligament coordinates.
4. the tail sleeve for optic fibre connector according to claim 3 and backstop embed collator is it is characterised in that institute
Stating the first jig plate, the second jig plate and the 3rd jig plate is all rectangle.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620884108.6U CN205910380U (en) | 2016-08-16 | 2016-08-16 | A scheduling device that is used for optical fiber terminal's tail cover to imbed with backstop |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620884108.6U CN205910380U (en) | 2016-08-16 | 2016-08-16 | A scheduling device that is used for optical fiber terminal's tail cover to imbed with backstop |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205910380U true CN205910380U (en) | 2017-01-25 |
Family
ID=57800507
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620884108.6U Active CN205910380U (en) | 2016-08-16 | 2016-08-16 | A scheduling device that is used for optical fiber terminal's tail cover to imbed with backstop |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205910380U (en) |
-
2016
- 2016-08-16 CN CN201620884108.6U patent/CN205910380U/en active Active
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| TR01 | Transfer of patent right | ||
| TR01 | Transfer of patent right |
Effective date of registration: 20181207 Address after: 315315 No. 60 Shikongdong, Fushan Village, Guanhaiwei Town, Cixi City, Ningbo City, Zhejiang Province Co-patentee after: Zhang Shaohua Patentee after: Yao Yuan Address before: No. 58 Chunqiu Road, Huangdao Town, Xiangcheng District, Suzhou City, Jiangsu Province, 215000 Patentee before: Suzhou Kelanguang Communication Co., Ltd. |
|
| TR01 | Transfer of patent right | ||
| TR01 | Transfer of patent right |
Effective date of registration: 20200924 Address after: 100012 6 floor 2 unit 709, No. 11, courtyard 4, double Camp Road, Chaoyang District, Beijing Patentee after: CLAN COMMUNICATION (BEIJING) Co.,Ltd. Address before: 315315 Shek Kong East 60, Fushan Village, Guan Hai Wei Town, Cixi, Ningbo, Zhejiang Patentee before: Yao Yuan Patentee before: Zhang Shaohua |