CN208306548U - Vehicle-mounted pick-up head bracket and automobile including it - Google Patents
Vehicle-mounted pick-up head bracket and automobile including it Download PDFInfo
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- CN208306548U CN208306548U CN201820855610.3U CN201820855610U CN208306548U CN 208306548 U CN208306548 U CN 208306548U CN 201820855610 U CN201820855610 U CN 201820855610U CN 208306548 U CN208306548 U CN 208306548U
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- hood
- vehicle
- shading cover
- head bracket
- groove
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Abstract
The utility model discloses a kind of vehicle-mounted pick-up head bracket and including its automobile, vehicle-mounted pick-up head bracket includes: rack body, the rack body extends inwardly to form the tapered groove of width from end face, it is characterized in that, further include: hood, the hood is for being seamlessly connected the rack body and inside rear-view mirror bracket, the hood is at least locally installed in the groove, and extend to far from the rack body side, the hood is arranged towards the mounting surface for installing vehicle-mounted camera, the hood and the groove are enclosed shooting channel, the vehicle-mounted camera is towards the shooting channel, and it is shot by the shooting channel；The surface of the hood towards the mounting surface is covered with for reducing reflective rough layer.The utility model provides a kind of vehicle-mounted pick-up head bracket and the automobile including it, and vehicle-mounted pick-up head bracket is avoided to influence image quality because veiling glare is introduced into vehicle-mounted camera, improves user satisfaction.
Description
Technical field
The utility model relates to automobile parts, more particularly, to a kind of vehicle-mounted pick-up head bracket and including its automobile.
Background technique
Advanced driving assistance system refers to while the car is driving, utilizes the various sensors being mounted on automobile, prison
Ambient data is surveyed and collects, by network analysis come predicting road conditions, to remind driver to do sth. in advance to discover possible generation
Danger, to increase driver comfort and safety.
Sensor includes the front camera for perceptual image, and front camera usually passes through bracket and installs inside rear-view mirror
On bracket, makes camera lens towards on front windshield, to acquire the traffic information of vehicle front, and be supplied to system.For it is clear at
Picture, front camera, which has light incidence, is strict with.But in the prior art, it is deposited between inside rear-view mirror bracket and bracket
In shiny surface, when direct sunlight is on shiny surface, will cause reflective；Alternatively, there are gap between inside rear-view mirror bracket and bracket,
It will appear light leakage；Above situation will cause the veiling glare outside the light introducing being incident in the camera lens of front camera, cause
There is the defects of ghost image, image identification in image.
Therefore, it is necessary to a kind of vehicle-mounted pick-up head bracket and including its automobile, to solve the above problems.
Utility model content
In view of this, keeping away the purpose of this utility model is that propose a kind of vehicle-mounted pick-up head bracket and the automobile including it
Exempt from that vehicle-mounted pick-up head bracket is reflective or light leakage, avoiding veiling glare from being introduced into vehicle-mounted camera influences image quality, and it is full to improve user
Meaning degree.
Based on a kind of above-mentioned purpose vehicle-mounted pick-up head bracket provided by the utility model, comprising: rack body, the bracket
Ontology extends inwardly to form the tapered groove of width from end face, further includes:
Hood, the hood is for being seamlessly connected the rack body and inside rear-view mirror bracket, and the hood is extremely
Few part installation in the groove, and extends to far from the rack body side, and the hood is towards for installing vehicle
The mounting surface setting of camera is carried, the hood and the groove are enclosed shooting channel, the vehicle-mounted camera direction
The shooting channel, and shot by the shooting channel；The surface of the hood towards the mounting surface is covered with
For reducing reflective rough layer.
Hood avoids light leakage, influences image quality for being seamlessly connected rack body and inside rear-view mirror bracket；In shading
The surface of cover is covered with for reducing reflective rough layer, when direct sunlight is on hood, is formed on rough layer unrestrained anti-
It penetrates, can reduce reflective, so that parasitic reflection be avoided to enter in the camera lens of camera, image is avoided the defects of ghost image occur, to mention
The acquisition quality of image of high camera improves the accuracy of image identification.
Preferably, the hood includes the first shading cover and the second shading cover, the first shading cover installation
In the groove, the second shading cover is seamlessly connected with the first shading cover and prolongs to far from the groove side
It stretches, the first shading cover is connect by the second shading cover with the inside rear-view mirror bracket.Pass through the first hood
Groove on body and rack body cooperates, and forms seamless connection, and the second shading cover prolongs the length of the first shading cover
It stretches, before being connected to the second shading cover can on shelves glass, further avoids light and be reflected into the camera lens of camera.
Preferably, the first shading cover includes bottom plate and the side wall that extends upward from bottom plate opposite end, described
Bottom plate is towards the mounting surface and by two side walls two sides opposite with the groove respectively along connection, the bottom plate
Vertical range between the mounting surface towards the end face be from the distant to the near in be gradually reduced.Bottom plate by two side walls with it is recessed
Slot connection provides relative tight to groove and blocks, to block veiling glare, prevents veiling glare from entering camera；By being gradually reduced bottom
Vertical range between plate and mounting surface further hides, it can be achieved that from the first shading cover to the second shading cover gentle transition
Light-blocking line reflection.
Preferably, the second shading cover includes being oppositely arranged and the connecting pin of gentle transition and abutment end, and described
Two hoods are connect by the connecting pin with the first shading cover smooth and seamless, and the hood passes through the abutment end
With windshield is seamless abuts, the connecting pin and the abutment end are separately positioned on the following above and of the mounting surface.The
Two shading covers are obliquely installed, and gentle transition is carried out from connecting pin to abutment end, in order to provide good line reflection effect against sunshine,
And the redundant space in shooting channel is reduced as much as possible, it avoids introducing veiling glare；Second shading cover can be overlapped on interior backsight
On mirror support, the second shading cover of support smoothly extends, and saves occupied space, increases operation rate.Moreover, inside rear-view mirror bracket is
Second shading cover provides support, to improve the stability of vehicle-mounted pick-up head bracket.
Preferably, the second shading cover is provided with installation card on the side in the shooting channel, it is described it is interior after
The card slot being used cooperatively with the installation card is provided on the relative position of vision mirror bracket.It is connected by a snap, tears open between the two
Dress is convenient, and integraty is good.
Preferably, the first shading cover and the second shading cover are an integral molding structure.Integrated formed structure
Load-carrying ability it is strong, integraty is good, it can be achieved that single whole effect.
Preferably, the rough layer is for making light that irreflexive protrusion or salient point occur.Protrusion or salient point can make light
Diffusing reflection occurs for line, further decreases light reflection.
Preferably, the protrusion or the salient point across the hood width direction and along the length of the hood
Direction is continuously distributed.Rough layer covers hood comprehensively, the influence that vehicle-mounted camera is imaged to prevent light from reflecting.
Furthermore it is preferred that the surface of the hood is covered with plastic layer.The reflective function of plastic layer is poor, and plasticity is good, easily
Moulding.
The utility model also provides a kind of automobile, and the automobile includes such as above-mentioned vehicle-mounted pick-up head bracket.
The hood of automobile avoids light leakage, influences image quality for being seamlessly connected rack body and inside rear-view mirror bracket；
It is covered on the surface of hood for reducing reflective rough layer, when direct sunlight is on hood, the shape on rough layer
It at diffusing reflection, can reduce reflective, so that parasitic reflection be avoided to enter in the camera lens of camera, avoid image from ghost image etc. occur and lack
It falls into, to improve the acquisition quality of image of camera, improves the accuracy of image identification.
It is and existing from the above it can be seen that vehicle-mounted pick-up head bracket provided by the utility model and the automobile including it
There is technology to compare, have the advantage that by be arranged hood can realize it is seamless between inside rear-view mirror bracket and camera bracket
Connection, avoids light leakage；It is covered on the surface of hood for reducing reflective rough layer, forms diffusing reflection on rough layer,
It can reduce reflective, so that parasitic reflection be avoided to enter in the camera lens of camera, image be avoided the defects of ghost image occur, be taken the photograph with improving
As the acquisition quality of image of head, the accuracy of image identification is improved.Hood extends to far from rack body side, leans on as far as possible
It closely or is connected on windshield, to further avoid light leakage.
Detailed description of the invention
By the way that embodiment is described with reference to the accompanying drawing, the features described above and technological merit of the utility model will
It becomes more fully apparent and is readily appreciated that.
Fig. 1 is the schematic diagram of the vehicle-mounted pick-up head bracket used in the utility model specific embodiment.
Fig. 2 is the second shading cover and the signal of inside rear-view mirror bracket connection status of vehicle-mounted pick-up head bracket shown in FIG. 1
Figure.
Fig. 3 is the second shading cover and the explosion of inside rear-view mirror bracket connection status of vehicle-mounted pick-up head bracket shown in Fig. 2
Figure.
Wherein appended drawing reference:
1: rack body；2: hood；3: inside rear-view mirror bracket；4: bottom plate；
5: side wall；6: connecting pin；7: abutment end；8: shooting channel；
9: card slot；10: supporting surface；11: groove.
Specific embodiment
For the purpose of this utility model, technical solution and advantage is more clearly understood, below in conjunction with specific embodiment, and
Referring to attached drawing, the utility model is further described.Wherein identical components are presented with like reference characters.It needs
Illustrate, word "front", "rear" used in the following description, "left", "right", "up" and "down" refer to the side in attached drawing
To.The word "inner" used and "outside" refer respectively to the direction towards or away from geometric center of specific component.
Fig. 1 is the schematic diagram of the vehicle-mounted pick-up head bracket used in the utility model specific embodiment.As shown in Figure 1, vehicle
Carrying camera bracket includes: rack body 1 and hood 2.
Rack body 1 extends inwardly to form the tapered groove 11 of width from end face.
Hood 2 is mounted on groove for being seamlessly connected rack body 1 and inside rear-view mirror bracket 3, at least part of hood 2
In 11, and extend to far from 1 side of rack body, hood 2 is arranged towards the mounting surface for installing vehicle-mounted camera, shading
Cover 2 is enclosed shooting channel 8 with groove 11, and vehicle-mounted camera is shot towards shooting channel 8, and by shooting channel 8；
The surface of hood 2 towards mounting surface is covered with for reducing reflective rough layer.
Hood 2 avoids light leakage, influences image quality for being seamlessly connected rack body 1 and inside rear-view mirror bracket 3；?
The surface of hood 2 is covered with for reducing reflective rough layer, when direct sunlight is on hood, is formed on rough layer
Diffusing reflection, can reduce reflective, so that parasitic reflection be avoided to enter in the camera lens of camera, image be avoided the defects of ghost image occur,
To improve the acquisition quality of image of camera, the accuracy of image identification is improved.
In the present embodiment, groove 11 is including two sides side be oppositely arranged and symmetric about the axis and for two sides
The bottom surface in face.Rack body 1 includes the first surface for connecting with windshield, second table opposite with first surface
Face and the side for connecting first surface and second surface, wherein side is the end face of rack body 1, when rack body 1
When end face is multiple, the groove 11 in the utility model embodiment is that the width that extends internally from multiple end faces is tapered
At.Mounting surface for installing vehicle-mounted camera is the second surface of rack body 1, the part shading being mounted in groove 11
The side of the opposite sides of the 2 entire groove 11 of covering of cover, to prevent groove 11 from forming reflective surface.Hood 2 is far from rack body 1
One side end face of end face and the bottom surface of groove 11 are enclosed the shooting mouth shot for vehicle-mounted camera.
Preferably, hood 2 includes the first shading cover and the second shading cover, and the first shading cover is mounted on groove 11
Interior, the second shading cover and the first shading cover are seamlessly connected and extend to far from 11 side of groove, and the first shading cover passes through
Second shading cover is connect with inside rear-view mirror bracket 3.Cooperated by the groove 11 on the first shading cover and rack body 1, shape
At seamless connection, hood can be maximized by the way that the second shading cover is arranged, the range of further expansion line reflection against sunshine, the
Two shading covers extend the length of the first shading cover, before being connected to the second shading cover can on shelves glass, into one
Step avoids light from being reflected into the camera lens of camera.Moreover, although hood consists of two parts, but identical material can be used
Material production, still can be combined into an entirety, realize single whole effect.
Preferably, the first shading cover includes bottom plate 4 and the side wall 5 that extends upward from 4 opposite end of bottom plate, bottom plate 4
It is connect towards mounting surface and by the two sides edge opposite with groove 11 respectively of two side walls 5, hanging down between bottom plate 4 and mounting surface
Straight distance is in be gradually reduced towards end face from the distant to the near.After vehicle-mounted camera is mounted on rack body 1, vehicle-mounted camera
Coverage has been fixed, and the open area range of groove 11 should be greater than the coverage of vehicle-mounted camera, so groove 11
Bottom may introduce veiling glare, and bottom plate 4 is connect by two side walls 5 with groove, provide relative tight to groove 11 and block, to hide
Veiling glare is kept off, prevents veiling glare from entering camera, while can avoid influencing vehicle-mounted camera normal illumination range.Moreover, being further
Shut out the light reflection, and the vertical height between hood and preceding shelves glass should be gradually from the first shading cover to the second shading cover
Reduce, to realize gentle transition, the vertical range between bottom plate 4 and mounting surface should be gradually reduced from the distant to the near towards end face.
Fig. 2 is the second shading cover and the signal of inside rear-view mirror bracket connection status of vehicle-mounted pick-up head bracket shown in FIG. 1
Figure.Fig. 3 is the second shading cover and inside rear-view mirror bracket connection status explosive view of vehicle-mounted pick-up head bracket shown in Fig. 2.Such as
Shown in Fig. 2 and Fig. 3, it is fitted and connected between the second shading cover and inside rear-view mirror bracket 3.
Preferably, the second shading cover includes being oppositely arranged and the connecting pin 6 of gentle transition and abutment end 7, the second shading
Cover 2 is connect by connecting pin 6 with the first shading cover smooth and seamless, and hood 2 passes through abutment end 7 and windshield is seamless supports
It connects, connecting pin 6 and abutment end 7 are separately positioned on the following above and of mounting surface.Second shading cover is obliquely installed, from connecting pin
6 carry out gentle transition to abutment end 7, in order to provide good line reflection effect against sunshine, and reduce shooting channel 8 as much as possible
Interior redundant space avoids introducing veiling glare；Second shading cover can be overlapped on inside rear-view mirror bracket 3, support the second hood
Body smoothly extends, and saves occupied space, increases operation rate.Moreover, inside rear-view mirror bracket 3 provides support for the second shading cover,
To improve the stability of vehicle-mounted pick-up head bracket.
In the present embodiment, inside rear-view mirror bracket 3 is used to support the wedge shaped supporting surface 10 in end face of the second shading cover,
Second hood is shown consideration for close and is connected on supporting surface 10, and supporting surface 10 is provided for the second shading cover and steadily supported.Second hides
Light shield body is wrapped on supporting surface 10 by way of quadric injection mould.
Preferably, the first shading cover and the second shading cover are an integral molding structure.The load energy of integrated formed structure
Power is strong, and integraty is good, it can be achieved that single whole effect.
Preferably, the surface of the first shading cover and the second shading cover can be covered with plastic layer.The reflective of plastic layer
Can be poor, plasticity is good, easy moulding.
In the present embodiment, the first shading cover can be made up with the second shading cover of identical material, making material
It is including but not limited to PBT material (polybutylene terephthalate (PBT), Polybutylene terephthalate, You Mingju
Four methine ester of terephthalic acid (TPA)).PBT material can be fabricated to rough layer, can both reflect to avoid light, while PBT material is again
Can high temperature resistant prolong the service life.The surfacing of first shading cover and the second shading cover is consistent, and the first shading
The bottom surface of cover and the second shading cover junction is generally aligned in the same plane and is seamlessly connected；By using identical material production the
One shading cover and the second shading cover realize single whole effect so that hood can be still an entirety.
Preferably, rough layer is for making light that irreflexive protrusion or salient point occur.When sunlight be radiated at protrusion or it is convex
It on point, can make light that diffusing reflection occur, further decrease light reflection.
Preferably, protrusion or salient point across hood 2 width direction and along the length direction of hood 2 it is continuously distributed.
Rough layer covers hood 2 comprehensively, the influence that vehicle-mounted camera is imaged to prevent light from reflecting.
In the present embodiment, protrusion includes but is not limited to step-like protrusion or strip bulge or semi-cylindrical hill or ripple
Type protrusion, salient point include but is not limited to semicircle salient point or pointed salient point.
Convenient for disassembly and assembly between hood and inside rear-view mirror bracket to make, integraty is good, is connected by a snap between the two, excellent
Selection of land, the second shading cover are provided with installation card (not shown), the phase of inside rear-view mirror bracket 3 on the side in shooting channel 8
To being provided with the card slot 9 being used cooperatively with installation card on position.When assembly, the second shading cover is connected to card by installation card
On slot 9, to realize the connection between hood 2 and inside rear-view mirror bracket 3.
The use process of vehicle-mounted pick-up head bracket is described further below.
First shading cover of hood 2 is mounted in the groove 11 of rack body 1, the second shading cover of hood 2
It is connect with inside rear-view mirror bracket 3 by installation card and 9 snapping of card slot, and is the second screening by the supporting surface of inside rear-view mirror bracket 3 10
Light shield body provides support, and rack body 1 is abutted backwards to a side surface of vehicle-mounted camera with preceding shelves glass, the first shading cover and
6 gentle transition of connecting pin of second shading cover connects, the abutment end 7 and preceding shelves of the separate rack body 1 of the second shading cover
Glass abuts, and inside rear-view mirror bracket 3 is abutted backwards to a side surface of rearview mirror with preceding shelves glass, and vehicle-mounted pick-up head bracket is along preceding shelves
The length direction of glass is arranged, i.e., vehicle-mounted pick-up head bracket, can be into one in vertically arranged (being arranged perpendicular to the direction of axle)
Step reduces the occupied space on preceding shelves glass, provides the more favorable visual field.
First shading cover and the second shading cover reduce shooting channel under the premise of not influencing coverage as far as possible
Redundant space in 8, come the influence for avoiding light from reflecting；And first is provided with platform on shading cover and the second shading cover
Scalariform protrusion or the rough layers such as salient point can form diffusing reflection, to reduce light reflection, into one when light is radiated on rough layer
Step improves the effect of line reflection against sunshine.
The utility model also provides a kind of automobile, and the automobile includes such as above-mentioned vehicle-mounted pick-up head bracket.The screening of automobile
Light shield avoids light leakage, influences image quality for being seamlessly connected rack body and inside rear-view mirror bracket；It is covered on the surface of hood
It is stamped for reducing reflective rough layer, when direct sunlight is on hood, forms diffusing reflection on rough layer, can reduce anti-
Light avoids image from the defects of ghost image occur so that parasitic reflection be avoided to enter in the camera lens of camera, to improve adopting for camera
Collect the quality of image, improves the accuracy of image identification.
From the description above with practice it is found that vehicle-mounted pick-up head bracket provided by the utility model and including its automobile,
Compared with prior art, having the advantage that can be realized between inside rear-view mirror bracket and camera bracket by the way that hood is arranged
Seamless connection, avoids light leakage；It is covered on the surface of hood for reducing reflective rough layer, is formed on rough layer unrestrained anti-
It penetrates, can reduce reflective, so that parasitic reflection be avoided to enter in the camera lens of camera, image is avoided the defects of ghost image occur, to mention
The acquisition quality of image of high camera improves the accuracy of image identification.Hood extends to far from rack body side, to the greatest extent may be used
Energy is close or is connected on windshield, to further avoid light leakage.
It should be understood by those ordinary skilled in the art that: the foregoing is merely specific embodiment of the utility model and
, it is not intended to limit the utility model, all any modifications within the purport of the utility model, made, change equivalent replacement
Into etc., it should be included within the scope of protection of this utility model.
Claims (10)
1. a kind of vehicle-mounted pick-up head bracket, comprising: rack body, it is tapered that the rack body from end face extends inwardly to form width
Groove, which is characterized in that further include:
Hood, the hood is for being seamlessly connected the rack body and inside rear-view mirror bracket, the hood at least office
Portion is installed in the groove, and is extended to far from the rack body side, and the hood is towards for installing vehicle-mounted take the photograph
As the mounting surface setting of head, the hood and the groove are enclosed shooting channel, and the vehicle-mounted camera is described in
Channel is shot, and is shot by the shooting channel；The surface of the hood towards the mounting surface, which is covered with, to be used for
Reduce reflective rough layer.
2. vehicle-mounted pick-up head bracket according to claim 1, which is characterized in that
The hood includes the first shading cover and the second shading cover, and the first shading cover is mounted on the groove
Interior, the second shading cover and the first shading cover are seamlessly connected and extend to far from the groove side, and described the
One shading cover is connect by the second shading cover with the inside rear-view mirror bracket.
3. vehicle-mounted pick-up head bracket according to claim 2, which is characterized in that
The first shading cover includes bottom plate and the side wall that extends upward from bottom plate opposite end, and the bottom plate is described in
Mounting surface and the two sides edge connection opposite with the groove respectively by two side walls, the bottom plate and the mounting surface
Between vertical range towards the end face be from the distant to the near in be gradually reduced.
4. vehicle-mounted pick-up head bracket according to claim 2 or 3, which is characterized in that
The second shading cover includes being oppositely arranged and the connecting pin of gentle transition and abutment end, second hood pass through
The connecting pin is connect with the first shading cover smooth and seamless, the hood by the abutment end and windshield without
Seam abutting, the connecting pin and the abutment end are separately positioned on the following above and of the mounting surface.
5. vehicle-mounted pick-up head bracket according to claim 2 or 3, which is characterized in that
The second shading cover is provided with installation card, the phase of the inside rear-view mirror bracket on the side in the shooting channel
To being provided with the card slot being used cooperatively with the installation card on position.
6. vehicle-mounted pick-up head bracket according to claim 2 or 3, which is characterized in that
The first shading cover and the second shading cover are an integral molding structure.
7. vehicle-mounted pick-up head bracket according to any one of claims 1 to 3, which is characterized in that
The rough layer is for making light that irreflexive protrusion or salient point occur.
8. vehicle-mounted pick-up head bracket according to claim 7, which is characterized in that
The protrusion or the salient point across the hood width direction and continuously divide along the length direction of the hood
Cloth.
9. vehicle-mounted pick-up head bracket according to any one of claims 1 to 3, which is characterized in that
The surface of the hood is covered with plastic layer.
10. a kind of automobile, which is characterized in that the automobile includes vehicle-mounted camera branch as described in any one of claim 1 to 9
Frame.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820855610.3U CN208306548U (en) | 2018-06-04 | 2018-06-04 | Vehicle-mounted pick-up head bracket and automobile including it |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820855610.3U CN208306548U (en) | 2018-06-04 | 2018-06-04 | Vehicle-mounted pick-up head bracket and automobile including it |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208306548U true CN208306548U (en) | 2019-01-01 |
Family
ID=64709411
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820855610.3U Active CN208306548U (en) | 2018-06-04 | 2018-06-04 | Vehicle-mounted pick-up head bracket and automobile including it |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208306548U (en) |
-
2018
- 2018-06-04 CN CN201820855610.3U patent/CN208306548U/en active Active
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