CN208000393U - A kind of special heat-peeling forceps being used for 0.9 tail optical fiber - Google Patents
A kind of special heat-peeling forceps being used for 0.9 tail optical fiber Download PDFInfo
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- CN208000393U CN208000393U CN201721263894.9U CN201721263894U CN208000393U CN 208000393 U CN208000393 U CN 208000393U CN 201721263894 U CN201721263894 U CN 201721263894U CN 208000393 U CN208000393 U CN 208000393U
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- Prior art keywords
- knife
- optical fiber
- pressure
- pedestal
- edge
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Abstract
The utility model is related to a kind of special heat-peeling forceps being used for 0.9 tail optical fiber, including pedestal, control circuit and heating plate are connected in pedestal, control circuit connects power connection, sealing cover and the fine lid of pressure are also connected on pedestal, control panel is connected on sealing cover, the pressure fibre plate of connection and heating plate corresponding matching is covered in pressure fibre, bottom knife is connected on pedestal, connection cutter is covered in pressure fibre, the edge of a knife of cutter and the edge of a knife of bottom knife are correspondingly arranged, and the cutter edge of a knife is identical as the structure of the bottom knife edge of a knife, are V-knife;Optical fiber guide support seat is connected on the pedestal of bottom knife side, support plate is equipped with above optical fiber guide support seat, on the supporting plate at least provided with a guide groove, guide groove and corresponding edge of a knife corresponding matching on corresponding bottom knife.The advantages of the utility model:V-knife improves the service life of blade, and optical fiber is easy, into slot, fibre cladding to be protected not to be scraped off, and optical fiber incision is abundant, and the optical fiber of hot soarfing is concordant face to face, and peeling force is small.
Description
Technical field
The utility model is related to optical-fiber processing equipment technical field, more particularly to a kind of special hot soarfing being used for 0.9 tail optical fiber
Pincers.
Background technology
Be widely used due to characteristic specific to optical fiber in modern communications industry, people to the demand of optical fiber just
It is increasing year by year, in the construction and maintenance process of fibre optic installations, it is often necessary to optical fiber is cut off, the operations such as welding,
Essential step is exactly that the coat of optical fiber surface is removed before carrying out these operations, is just needed when removing coat
Special fiber stripping tool is used, used fiber stripping tool mainly has the peeling plier and heat-peeling forceps of cold stripping formula, cold stripping at this stage
It is easy to damage the surface of optical fiber,
And existing heat-peeling forceps are mainly used for the ribbon fiber hot soarfing of 2 cores or more, conventional 250 bare fibres and 900 tails
Fine main still clamped using Miller carries out cold stripping.Requirement with optical fibre device producer to product is higher and higher, the type of optical fiber
More and more, the protection coating layer material of outside of fiber is also more complicated various, has occurred common Miller pincers nothing at present
The optical fiber coating layer material that method divests, as sea is quenched coating layer material, therefore be badly in need of at this stage a kind of dedicated hot soarfing tool for
It uses.
Utility model content
Purpose of the utility model is to solve at this stage for 0.9 tail optical fiber do not have a kind of dedicated hot soarfing tool for
The shortcomings that use, and a kind of special heat-peeling forceps being used for 0.9 tail optical fiber proposed.
To achieve the goals above, the utility model uses following technical solution:
A kind of special heat-peeling forceps being used for 0.9 tail optical fiber, it is characterised in that:Including pedestal, the side of pedestal be equipped with cavity,
The other side is equipped with step groove, fixes control circuit in the cavity, on the control circuitry power connection of the connection for power supply, in chamber
Be connected sealing cover on body, and control panel is connected on sealing cover, and be connected heating plate in step groove, and heating plate is electrically connected
Connection control circuit, be connected bottom knife on the pedestal of heating plate outer end, the edge of a knife of bottom knife and the heating surface pair of heating plate
It should be arranged, hingedly pressure is fine on the pedestal of step groove side covers, and the pressure fibre plate of connection and heating plate corresponding matching is covered in pressure fibre,
Be equipped with cutter in the side of the fine lid of pressure, the edge of a knife of cutter and the edge of a knife of bottom knife are correspondingly arranged, the cutter edge of a knife with cut
The structure of the piece edge of a knife is identical, their edge of a knife is made of at least one V-groove, and V-groove both sides are equipped with symmetrical inclined-plane,
Two inclined-planes cooperatively form V-knife mouth;
It is fixedly connected with optical fiber guide support seat on the pedestal of bottom knife side, branch is equipped with above optical fiber guide support seat
Fagging, on the supporting plate at least provided with a guide groove, guide groove and corresponding edge of a knife corresponding matching on corresponding bottom knife,
Side below optical fiber guide support seat is equipped with the first connecting plate.
Based on the above technical solution, there can be technical solution further below:
It is fixedly connected with hinged seat in the side of the pedestal, by pressing fine lid, hinge described in hinged pin connection on hinged seat
Joint chair is platy structure, is equipped with the pin hole of connection swivel pin in the side of hinged seat, covers and set there are two being arranged in parallel in pressure fibre
Riser, hinged seat is correspondingly arranged between two risers, is all provided with that there are one stepped holes on each riser, in each stepped hole
Inside be connected a bearing, and swivel pin is connected to across two risers in bearing.
It is equipped with upper knife groove in the outside of the fine lid of the pressure, the cutter is arranged in upper knife groove, is set at the top of upper knife groove
There is screw hole, connection and cutter hold out against the adjusting screw of cooperation in screw hole.
The heating plate is fixed on by lower platen in the step groove.
The lower platen is U-shaped platy structure, is equipped on the downside of the U-type groove of lower platen for compressing under the heating plate
Indent.
The fine plate of the pressure is fixed on the pressure fibre by top board and covers.
The fine plate of pressure is softpanel structure of the cross section at T-type structure, and the top board is straight panel, is set on the inside of top board
There is the upper indent for being fixed fine plate.
The pedestal and the fine lid of the pressure are attracted by magnet and are coordinated.
It is equipped with mounting groove in the front end face of the pedestal, first connecting plate is correspondingly arranged in mounting groove.
The utility model has the advantage of:This heat-peeling forceps can be widely applied for the hot soarfing of various types of 0.9 tail optical fibers, significantly
Improving the efficiency and quality of optical fiber hot soarfing, the knife-edge design of present apparatus blade is at V-structure, the design of the diclinic edge of a knife, when
The service life of blade is improved, is 2 times of single-edge service life;Second is that bezel designs can allow round fiber incision more to be filled
Point, the optical fiber of hot soarfing is more concordant face to face, pulls optical fiber more laborsaving after hot soarfing.The guide groove and knife of optical fiber guide support seat
Mouthful be arranged on same center line, optical fiber can be allowed to be easier into slot, at the same protect during optical fiber hot soarfing fibre cladding not by
It scratches.The temperature when heating temperature of this heat-peeling forceps can control fiber stripping facilitates client to carry out temperature for different materials optical fiber hot soarfing
The adjusting of degree.
Description of the drawings
Fig. 1 is the basic structure schematic diagram of the utility model;
Fig. 2 is assembly structure diagram;
Fig. 3 is bottom blade form schematic diagram;
Fig. 4 is the side view of Fig. 3.
Specific implementation mode
In order to make the utility model be more clearly understood, the present apparatus is described in detail below in conjunction with attached drawing, it is described herein
Specific embodiment be only used to explain the utility model, be not used to limit the utility model.
As depicted in figs. 1 and 2, a kind of special heat-peeling forceps being used for 0.9 tail optical fiber provided by the utility model, including pedestal 1,
The pedestal 1 is square structure, and the side above pedestal 1 is equipped with cavity 2, the other side is equipped with step groove, passes through in cavity 2
Screw fixes control circuit 4, and power supply DC connector 5 of the connection for power supply, power supply DC connectors 5 are connected to bottom in control circuit 4
On 1 rear wall of seat, the 1 mating connection sealing cover 3 of pedestal above cavity 2, sealing cover 3 is the open rectangular box-like knot in a downside
Structure is all provided in open both sides there are one the second connecting plate 7, and two the second connecting plates 7 are respectively engaged in cavity 2 and pass through screw
It is fastened on the side wall of pedestal 1.
Control panel 6 is connected on sealing cover 3, control panel 6 connects connection control circuit 4, is connected in step groove
Heating plate 8, the mating connection heating plate 8 in step groove, heating plate 8 connect control circuit 4, and heating plate 8 is solid by lower platen 13
It is scheduled in step groove, lower platen 13 is U-shaped platy structure, is equipped on the downside of the U-type groove of lower platen 13 for compressing the heating
The pushing slot of piece 8, lower platen 13 are fixedly connected on by screw in step groove, and instruction stripping coat is carved on lower platen 13
The scale of fiber lengths pastes heating alarming sign on lower platen 13.
The mating connection bottom knife 11 on the pedestal 1 of 8 outer end of heating plate, the heating of the edge of a knife and heating plate 8 of bottom knife 11
Face is correspondingly arranged, and the pedestal 1 in step groove side is connected by screw hinged seat 19, is connected by swivel pin 20 on hinged seat 19
Pressure fibre lid 9 is connect, hinged seat 19 is platy structure, and the pin hole of connection swivel pin 20 is equipped in the side of hinged seat 19, in pressure fibre lid 9
On set there are two riser 21 disposed in parallel, hinged seat 19 is correspondingly arranged between two risers 21, on each riser 21
If there are one stepped holes, be connected a bearing in each stepped hole, and swivel pin 20 is connected to across two risers 21
In bearing.
The pressure fibre plate 10 of connection and 8 corresponding matching of heating plate, presses fine plate 10 solid by two top boards 14 on the fine lid 9 of pressure
It is scheduled on the pressure fibre lid 9.The fine plate 10 of pressure is softpanel structure of the cross section at T-type structure, and top board 14 is straight panel, in top board
14 insides are equipped with the upper indent for being fixed fine plate 10.Pedestal 1 and pressure fibre lid 9 also pass through magnet 25 and are attracted cooperation.
In conjunction with shown in Fig. 3 and Fig. 4, it is equipped with upper knife groove in the outside of the pressure fibre lid 9, cutter is connected in upper knife groove
12, screw hole is equipped at the top of upper knife groove, connection and cutter 12 hold out against the adjusting screw of cooperation in screw hole.The knife of cutter 12
Mouthful be correspondingly arranged with the edge of a knife of bottom knife 11, cutter 12 is a straight panel structure, set in straight panel there are two connecting hole, straight
The side of plate is set there are two the edge of a knife, and bottom knife 11 includes connecting plate, and two other connecting holes are equipped on connecting plate, are being connected
The side of plate is equipped with knife plate, and two other edges of a knife, 12 edge of a knife of cutter and 11 edge of a knife of bottom knife are equipped in the side of knife plate
Structure is identical, their edge of a knife is made of two V-groove 11a, the both sides V-groove 11a be equipped with symmetrical inclined-plane 11b, two
A inclined-plane 11b cooperatively forms V-knife mouth 11c.
It is equipped with mounting groove 17 on the end face of 11 front side pedestal 1 of bottom knife, optical fiber guide support is connected in mounting groove 17
Seat 18 is equipped with support plate 23, two guide grooves 24 in support plate 23, each guide groove 24 above optical fiber guide support seat 18
It is coaxially arranged with the corresponding edge of a knife on corresponding bottom knife 11, the side below optical fiber guide support seat 18 is equipped with first
Connecting plate 22, the first connecting plate 22 are connected by screw in mounting groove 17.
Claims (9)
1. a kind of special heat-peeling forceps being used for 0.9 tail optical fiber, it is characterised in that:Including pedestal(1), in pedestal(1)Side be equipped with
Cavity(2), the other side be equipped with step groove, in cavity(2)Interior fixed control circuit(4), in control circuit(4)Upper connection is for supplying
The power supply DC connectors of electricity(5), in cavity(2)Upper mating connection sealing cover(3), in sealing cover(3)Upper connection control panel(6),
Be connected heating plate in step groove(8), heating plate(8)Be electrically connected connection control circuit(4), in heating plate(8)The pedestal of outer end
(1)Upper mating connection bottom knife(11), bottom knife(11)The edge of a knife and heating plate(8)Heating surface be correspondingly arranged, in step groove
The pedestal of side(1)The upper fine lid of hinged pressure(9), in the fine lid of pressure(9)Upper connection and heating plate(8)The pressure fibre plate of corresponding matching
(10), in the fine lid of pressure(9)Side be equipped with cutter(12), cutter(12)The edge of a knife and bottom knife(11)The edge of a knife correspondence set
It sets, cutter(12)The edge of a knife and bottom knife(11)The structure of the edge of a knife is identical, their edge of a knife is by least one V-groove(11a)
Composition, V-groove(11a)Both sides are equipped with symmetrical inclined-plane(11b), two inclined-planes(11b)Cooperatively form V-knife mouth(11c);
In bottom knife(11)The pedestal of side(1)On be fixedly connected with optical fiber guide support seat(18), in optical fiber guide support seat
(18)Top is equipped with support plate(23), in support plate(23)On at least provided with a guide groove(24), guide groove(24)With it is corresponding
Bottom knife(11)Upper corresponding edge of a knife corresponding matching, in optical fiber guide support seat(18)The side of lower section is equipped with the first connecting plate
(22).
2. a kind of special heat-peeling forceps being used for 0.9 tail optical fiber according to claim 1, it is characterised in that:In the pedestal(1)
Side be fixedly connected with hinged seat(19), in hinged seat(19)On pass through swivel pin(20)Connect the fine lid of the pressure(9), hinged seat
(19)For platy structure, in hinged seat(19)Side be equipped with connection swivel pin(20)Pin hole, in the fine lid of pressure(9)It is equipped with two
A riser disposed in parallel(21), hinged seat(19)It is correspondingly arranged at two risers(21)Between, in each riser(21)It is upper equal
If there are one stepped holes, be connected a bearing in each stepped hole, swivel pin(20)Across two risers(21)Even
It is connected in bearing.
3. a kind of special heat-peeling forceps being used for 0.9 tail optical fiber according to claim 1, it is characterised in that:In the fine lid of the pressure
(9)Outside be equipped with upper knife groove, the cutter(12)It is arranged in upper knife groove, screw hole is equipped at the top of upper knife groove, in screw hole
Interior connection and cutter(12)Hold out against the adjusting screw of cooperation.
4. a kind of special heat-peeling forceps being used for 0.9 tail optical fiber according to claim 1, it is characterised in that:The heating plate(8)
Pass through lower platen(13)It is fixed in the step groove.
5. a kind of special heat-peeling forceps being used for 0.9 tail optical fiber according to claim 4, it is characterised in that:The lower platen
(13)For U-shaped platy structure, in lower platen(13)U-type groove on the downside of be equipped with for compressing the heating plate(8)Pushing slot.
6. a kind of special heat-peeling forceps being used for 0.9 tail optical fiber according to claim 1, it is characterised in that:The fine plate of the pressure
(10)Pass through top board(14)It is fixed on the fine lid of the pressure(9)On.
7. a kind of special heat-peeling forceps being used for 0.9 tail optical fiber according to claim 6, it is characterised in that:The fine plate of the pressure
(10)It is cross section into the softpanel structure of T-type structure, the top board(14)For straight panel, in top board(14)Inside, which is equipped with, to be compressed
The fixed fine plate of pressure(10)Upper indent.
8. a kind of special heat-peeling forceps being used for 0.9 tail optical fiber according to claim 1, it is characterised in that:The pedestal(1)With
The fine lid of the pressure(9)Pass through magnet(25)It is attracted cooperation.
9. a kind of special heat-peeling forceps being used for 0.9 tail optical fiber according to claim 1, it is characterised in that:In the pedestal(1)
Front end face be equipped with mounting groove(17), first connecting plate(22)It is correspondingly arranged at mounting groove(17)It is interior.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721263894.9U CN208000393U (en) | 2017-09-29 | 2017-09-29 | A kind of special heat-peeling forceps being used for 0.9 tail optical fiber |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721263894.9U CN208000393U (en) | 2017-09-29 | 2017-09-29 | A kind of special heat-peeling forceps being used for 0.9 tail optical fiber |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208000393U true CN208000393U (en) | 2018-10-23 |
Family
ID=63834968
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721263894.9U Expired - Fee Related CN208000393U (en) | 2017-09-29 | 2017-09-29 | A kind of special heat-peeling forceps being used for 0.9 tail optical fiber |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208000393U (en) |
-
2017
- 2017-09-29 CN CN201721263894.9U patent/CN208000393U/en not_active Expired - Fee Related
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20181023 |
|
| CF01 | Termination of patent right due to non-payment of annual fee |