CN208232978U - A kind of dedicated high pressure resistant fiber glass coating pipe device of new-energy automobile harness - Google Patents
A kind of dedicated high pressure resistant fiber glass coating pipe device of new-energy automobile harness Download PDFInfo
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- CN208232978U CN208232978U CN201820615444.XU CN201820615444U CN208232978U CN 208232978 U CN208232978 U CN 208232978U CN 201820615444 U CN201820615444 U CN 201820615444U CN 208232978 U CN208232978 U CN 208232978U
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- pressing plate
- fiber glass
- glass coating
- shaft
- guide rod
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Abstract
The utility model relates to electric wire for automobile cable fiberglass pipe engineering device technique field, in particular to a kind of dedicated high pressure resistant fiber glass coating pipe device of new-energy automobile harness, wherein one end of fiber glass coating ontology, which is arranged, is fixed with steel loop；The both ends of shaft are rotatablely connected with two inner sidewall of the left and right of slot respectively；Pressing plate one end is mutually fixedly connected with shaft；The lateral wall of steel loop is fixed, and there are two guide rings；Guide rod one end is provided with the first stop collar；Second stop collar is arranged between two guide rings；Compression bar is provided on the shaft of guide rod；The upper surface of pressing plate is inclined-plane；The end of compression bar is pressed on the upper surface of pressing plate.When the utility model is used, the fiber glass coating pipe device of the structure can be such that glass fibre sleeve is self-locking on wirning harness, prevent harness and fiberglass pipe continuous frictional, protect wirning harness greatly；The fiber glass coating pipe device can dismount simply simultaneously, easy to use, be not necessarily to when dismounting destroy fixed structure.
Description
Technical field
The utility model relates to electric wire for automobile cable fiberglass pipe engineering device technique field, in particular to a kind of new energy vapour
The dedicated high pressure resistant fiber glass coating pipe device of vehicle wire harness.
Background technique
Power supply on new-energy automobile realizes that circuit physical is connected by power line apparatus with various electric parts, power
Line apparatus is distributed throughout full vehicle.If engine is compared to automobile heart, power line apparatus is exactly the nerve of automobile
Network system it be responsible for the information between each electric parts of vehicle transmitting work, it is seen that automobile power line apparatus is for automotive line
The importance on road.Each electronic component of automobile connects the transmitting of progress information by harness and exchanges, and automotive wire bundle is usually according to position
It sets and is divided into preceding cover region harness, front door area harness, back door area harness, vehicle body area harness, chassis area harness and rear cover region harness etc.,
The harness in these regions summarizes connection again and forms overall wire sheaves；Interior harness is hidden in compartment with concealed, and harness relies on carriage wall
Extruding and fix, when harness does not have carriage wall extruding force, harness is often in free state, so generally wrapping up outside harness
There is glass fibre sleeve, the functions such as anti-wear and insulation can not be played；And harness can be made more attractive；But glass now
Fibre sleeving lacks fixed device on harness, while the car is driving, is easy to continue harness and fiberglass pipe because of vibration
Friction, leads to harness dermal abrasion, and damage internal wire causes short circuit.
Therefore it is necessary to carry out further skill to the dedicated high pressure resistant fiber glass coating pipe device of existing new-energy automobile harness
Art innovation.
Utility model content
The purpose of this utility model is that it is in view of the drawbacks of the prior art and insufficient, it is special to provide a kind of new-energy automobile harness
With high pressure resistant fiber glass coating pipe device.
In order to achieve the above purposes, the technical solution adopted by the utility model is:
The dedicated high pressure resistant fiber glass coating pipe device of a kind of new-energy automobile harness described in the utility model, it includes
Fiber glass coating ontology, pressing plate, guide rod and shaft；Wherein one end of the fiber glass coating ontology, which is arranged, is fixed with steel loop；
Grooved hole is opened up on the side wall of the steel loop；The slot is arranged along the length direction of fiber glass coating ontology；
The both ends of the shaft are rotatablely connected with two inner sidewall of the left and right of slot respectively；Described pressing plate one end is mutually solid with shaft
Fixed connection；The lateral wall of the steel loop is fixed, and there are two guide rings；The guide ring is arranged successively along fiber glass coating ontology；Institute
Guide ring is stated to match with guide rod；Described guide rod one end is provided with the first stop collar；The guide rod other end sequentially passes through two
A guide ring；The second stop collar is provided on the shaft of the guide rod；Second stop collar setting two guide rings it
Between；Spring is cased on the guide rod；The spring compression is between the second stop collar and the guide ring of separate first stop collar；
Compression bar is provided on the shaft of the guide rod；The upper surface of the pressing plate is inclined-plane；The inclined-plane is from pressing plate
One end far from shaft gradually rises along pressing plate close to one end of shaft；The end of the compression bar is pressed on the upper surface of pressing plate
On.
Further, the end of the compression bar is arranged to semi-spherical shape.
Further, one end on the guide rod far from the first stop collar is fixed with cable wire；The other end of the cable wire
It is fixed on one end on pressing plate far from shaft.
After adopting the above structure, the utility model has the beneficial effect that a kind of new-energy automobile line described in the utility model
The dedicated high pressure resistant fiber glass coating pipe device of beam, wherein one end of fiber glass coating ontology, which is arranged, is fixed with steel loop；The side of steel loop
Grooved hole is opened up on wall；Slot is arranged along the length direction of fiber glass coating ontology；The both ends of shaft respectively with the left and right of slot
The rotation connection of two inner sidewalls；Pressing plate one end is mutually fixedly connected with shaft；The lateral wall of steel loop is fixed, and there are two guide rings；Guide ring
It is arranged successively along fiber glass coating ontology；Guide ring matches with guide rod；Guide rod one end is provided with the first stop collar；Guiding
The bar other end sequentially passes through two guide rings；The second stop collar is provided on the shaft of guide rod；Second stop collar is arranged two
Between a guide ring；Spring is cased on guide rod；Spring compression the second stop collar and far from the first stop collar guide ring it
Between；Compression bar is provided on the shaft of guide rod；The upper surface of pressing plate is inclined-plane；The one end of inclined-plane from pressing plate far from shaft is along pressure
One end on plate close to shaft gradually rises；The end of compression bar is pressed on the upper surface of pressing plate.When the utility model is used,
After fiber glass coating ontology is nested into outside wirning harness, since the elastic force of spring acts on, the second stop collar is pushed, whole guide rod is made
Along guide ring direction oriented sliding；The compression bar of sliding is slided with guide rod, and the bottom end of compression bar is slided along the top surface of pressing plate, is led to
It crosses compression bar to be pressed on pressing plate, is pressed on pressing plate fiber glass coating ontology on wirning harness；Fiber glass coating ontology and electric wire
Shu Zidong is fixed；When fiber glass coating ontology is split out from wirning harness, guide rod along spring compression direction slide, make compression bar from
The surface of pressing plate is opened, after pressing plate removes the pressure to fiber glass coating ontology, fiber glass coating ontology can be extracted from wirning harness；
The fiber glass coating pipe device of the structure can be such that glass fibre sleeve is self-locking on wirning harness, prevent harness and fiberglass pipe
Continuous frictional protects wirning harness greatly；The fiber glass coating pipe device can dismount simply simultaneously, user
Just, without destroying fixed structure when dismounting.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of the utility model；
Description of symbols:
1, steel loop；101, slot；2, fiber glass coating ontology；3, pressing plate；4, guide ring；5, guide rod；501, compression bar；
502, the first stop collar；503, the second stop collar；6, spring；7, shaft；8, cable wire.
Specific embodiment
The utility model will be further described below with reference to the accompanying drawings.
As shown in Figure 1, the dedicated high pressure resistant glass fibre sleeve dress of a kind of new-energy automobile harness described in the utility model
It sets, it includes fiber glass coating ontology 2, pressing plate 3, guide rod 5 and shaft 7；Fiber glass coating ontology 2 and the prior art are without this
Matter difference；Wherein one end of the fiber glass coating ontology 2, which is arranged, is fixed with steel loop 1；Slot is offered on the side wall of the steel loop 1
Hole 101；The slot 101 is arranged along the length direction of fiber glass coating ontology 2；
The both ends of the shaft 7 are rotatablely connected with two inner sidewall of left and right of slot 101 respectively；Described 3 one end of pressing plate with turn
7 phase of axis is fixedly connected；The lateral wall of the steel loop 1 is fixed, and there are two guide rings 4；The guide ring 4 is along fiber glass coating ontology 2
It is arranged successively；The guide ring 4 matches with guide rod 5；Described 5 one end of guide rod is provided with the first stop collar 502；Guide rod
5 other ends sequentially pass through two guide rings 4；The second stop collar 503 is provided on the shaft of the guide rod 5；Second limit
Position ring 503 is arranged between two guide rings 4；Spring 6 is cased on the guide rod 5；The spring 6 is pressed on the second stop collar
Between 503 and the guide ring 4 far from the first stop collar 502；After fiber glass coating ontology 2 is nested into outside wirning harness, due to spring 6
Elastic force effect, push the second stop collar 503, make whole guide rod 5 along 4 direction oriented sliding of guide ring；
Compression bar 501 is provided on the shaft of the guide rod 5；The upper surface of the pressing plate 3 is inclined-plane；The inclined-plane is from pressure
The one end of one end along pressing plate 3 close to shaft 7 on plate 3 far from shaft 7 gradually rises；The end of the compression bar 501 is pressed on
On the upper surface of pressing plate 3；The compression bar 501 of sliding is slided with guide rod 5, and the bottom end of compression bar 501 is sliding along the top surface of pressing plate 3
It is dynamic, it is pressed on pressing plate 3 by compression bar 501, is pressed on pressing plate 3 fiber glass coating ontology 2 on wirning harness；Fiber glass coating
Ontology 2 is fixed automatically with wirning harness；When fiber glass coating ontology 2 is split out from wirning harness, guide rod 5 is along the compression side of spring 6
To sliding, compression bar 501 is made to leave the surface of pressing plate 3, after pressing plate 3 removes the pressure to fiber glass coating ontology 2, fiber glass coating
Ontology 2 can be extracted from wirning harness；The fiber glass coating pipe device of the structure can make glass fibre sleeve be self-locking in wirning harness
On, harness and fiberglass pipe continuous frictional are prevented, protects wirning harness greatly；The glass fibre sleeve simultaneously
Device can dismount simply, easy to use, without destroying fixed structure when dismounting.
As a kind of preferred embodiment of the utility model, the end of the compression bar 501 is arranged to semi-spherical shape；Dome shape
Compression bar 501 reduce the frictional force between compression bar 501 and pressing plate 3.
As a kind of preferred embodiment of the utility model, one end on the guide rod 5 far from the first stop collar 502 is fixed
There is cable wire 8；The other end of the cable wire 8 is fixed on one end on pressing plate 3 far from shaft 7；The effect of cable wire 8 is in compression bar 501
Far from after pressing plate 3, pulls pressing plate 3 to turn over by cable wire 8, pressing plate 3 is made to leave the surface of fiber glass coating ontology 2, it is easy to disassemble
Wirning harness is dismantled from fiber glass coating ontology 2.
When the utility model is used, after fiber glass coating ontology is nested into outside wirning harness, since the elastic force of spring acts on,
The second stop collar is pushed, makes whole guide rod along guide ring direction oriented sliding；The compression bar of sliding is slided with guide rod, compression bar
Bottom end along pressing plate top surface slide, be pressed on pressing plate by compression bar, make pressing plate that fiber glass coating ontology is pressed on electricity
On harness；Fiber glass coating ontology is fixed automatically with wirning harness；When fiber glass coating ontology is split out from wirning harness, guide rod edge
The compression direction of spring slides, and so that compression bar is left the surface of pressing plate, the effect of cable wire is to pass through cable wire after compression bar is far from pressing plate
Pressing plate is pulled to turn over, after pressing plate removes the pressure to fiber glass coating ontology, fiber glass coating ontology can be extracted from wirning harness；
The fiber glass coating pipe device of the structure can be such that glass fibre sleeve is self-locking on wirning harness, prevent harness and fiberglass pipe
Continuous frictional protects wirning harness greatly；The fiber glass coating pipe device can dismount simply simultaneously, user
Just, without destroying fixed structure when dismounting.
The above description is only a preferred embodiment of the present invention, therefore all according to described in the utility model patent application range
The equivalent change or modification done of structure, feature and principle, be included in the scope of the utility model patent application.
Claims (3)
1. a kind of dedicated high pressure resistant fiber glass coating pipe device of new-energy automobile harness, it is characterised in that: it includes glass fibers
Dimension set ontology (2), pressing plate (3), guide rod (5) and shaft (7)；Wherein one end of the fiber glass coating ontology (2) is arranged solid
Surely there is steel loop (1)；Grooved hole (101) are opened up on the side wall of the steel loop (1)；The slot (101) is along fiber glass coating ontology
(2) length direction setting；
The both ends of the shaft (7) are rotatablely connected with two inner sidewall of left and right of slot (101) respectively；Described pressing plate (3) one end with
Shaft (7) is mutually fixedly connected；The lateral wall of the steel loop (1) is fixed, and there are two guide ring (4)；The guide ring (4) is along glass
Fibre sleeving ontology (2) is arranged successively；The guide ring (4) matches with guide rod (5)；Described guide rod (5) one end is provided with
First stop collar (502)；Guide rod (5) other end sequentially passes through two guide rings (4)；It is set on the shaft of the guide rod (5)
It is equipped with the second stop collar (503)；Second stop collar (503) is arranged between two guide rings (4)；The guide rod (5)
On be cased with spring (6)；The spring (6) is pressed on the second stop collar (503) and the guide ring far from the first stop collar (502)
(4) between；
Compression bar (501) are provided on the shaft of the guide rod (5)；The upper surface of the pressing plate (3) is inclined-plane；The inclined-plane from
The one end of one end along pressing plate (3) close to shaft (7) on pressing plate (3) far from shaft (7) gradually rises；The compression bar (501)
End be pressed on the upper surface of pressing plate (3).
2. the dedicated high pressure resistant fiber glass coating pipe device of a kind of new-energy automobile harness according to claim 1, feature
Be: the end of the compression bar (501) is arranged to semi-spherical shape.
3. the dedicated high pressure resistant fiber glass coating pipe device of a kind of new-energy automobile harness according to claim 1, feature
Be: one end on the guide rod (5) far from the first stop collar (502) is fixed with cable wire (8)；The cable wire (8) it is another
End is fixed on one end on pressing plate (3) far from shaft (7).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820615444.XU CN208232978U (en) | 2018-04-27 | 2018-04-27 | A kind of dedicated high pressure resistant fiber glass coating pipe device of new-energy automobile harness |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820615444.XU CN208232978U (en) | 2018-04-27 | 2018-04-27 | A kind of dedicated high pressure resistant fiber glass coating pipe device of new-energy automobile harness |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208232978U true CN208232978U (en) | 2018-12-14 |
Family
ID=64584550
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820615444.XU Active CN208232978U (en) | 2018-04-27 | 2018-04-27 | A kind of dedicated high pressure resistant fiber glass coating pipe device of new-energy automobile harness |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208232978U (en) |
-
2018
- 2018-04-27 CN CN201820615444.XU patent/CN208232978U/en active Active
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