CN207817310U - A kind of HUD light path imagings verifying attachment - Google Patents
A kind of HUD light path imagings verifying attachment Download PDFInfo
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- CN207817310U CN207817310U CN201820017770.0U CN201820017770U CN207817310U CN 207817310 U CN207817310 U CN 207817310U CN 201820017770 U CN201820017770 U CN 201820017770U CN 207817310 U CN207817310 U CN 207817310U
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- light path
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- guide rail
- imaging lens
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Abstract
The utility model discloses a kind of HUD light path imagings verifying attachments, including：Simulate the simulator of front windshield, the first guide rail being oppositely arranged with the simulator, the optical mechanical apparatus for ray machine to be arranged, for the imaging lens device of imaging and at least one reflector apparatus of reflected light path；Wherein, the optical mechanical apparatus, the imaging lens device, the reflector apparatus are provided with and the detachable fixable dismounting component of the guide rail；The optical mechanical apparatus, the imaging lens device and the reflector apparatus are provided with the first regulating mechanism of adjustable oneself height；The reflector apparatus and the simulator are provided with the second regulating mechanism for adjusting self-view.Advantageous effect caused by the utility model is engineer's time update, adjustment light path parameter and subsequent development personnel can be facilitated to be smoothed out project, and without by third party inspection, improving working efficiency, save testing cost by the present apparatus from performing check.
Description
Technical field
This patent is related to test product field, more specifically to a kind of HUD light path imagings verifying attachment.
Background technology
Apply to the HUD technologies of aircraft early period, starts gradually to apply to automotive field at present；And in order to give driver more preferable
Driving experience and manipulation impression, current vehicle-mounted HUD have evolved to the concealed HUD forms of the third generation, machine installation is main
Inside the concealed console being installed to before vehicle steering wheel, the front windshield using former vehicle is imaging support；Because by structure
The limitation in space and the angle of inclination of windshield, therefore the exploitation of the concealed HUD of the third generation and test process relatively preceding two generation
Product（External HUD）More energy, cost etc. need to be spent to be designed, verify to product.Often light path is unreasonable, will
Entire project is caused to be pushed over always.
Therefore, the developing focus of concealed HUD must carry out light premised on limited inner volume according to being controlled in vehicle
Road is designed, and ensures that the imaging effect of model machine can meet customer need at the first time.
Utility model content
The technical problem to be solved by the utility model is to provide a kind of devices examined for concealed HUD, realize certainly
A kind of HUD light path imagings verifying attachment of row detection.
The purpose of this utility model is achieved through the following technical solutions：A kind of HUD light path imagings verifying attachment, packet
It includes：The simulator for simulating front windshield, the first guide rail, the light for ray machine to be arranged being oppositely arranged with the simulator
Machine device, for the imaging lens device of imaging and at least one reflector apparatus of reflected light path；
Wherein, the optical mechanical apparatus, the imaging lens device, the reflector apparatus is provided with can with first guide rail
Dismantle fixable dismounting component；The optical mechanical apparatus, the imaging lens device and the reflector apparatus are provided with adjustable
First regulating mechanism of oneself height；The reflector apparatus and the simulator are provided with for adjusting self-view
Two regulating mechanisms.
Described in being provided with the simulator of simulation front windshield, be oppositely arranged with the simulator due to the present apparatus
First guide rail, the optical mechanical apparatus for ray machine to be arranged, for the imaging lens device of imaging and at least the one of reflected light path
A reflector apparatus, the optical mechanical apparatus, the imaging lens device, the reflector apparatus is provided with can with first guide rail
Dismantle fixable dismounting component；The optical mechanical apparatus, the imaging lens device and the reflector apparatus are provided with adjustable
First regulating mechanism of oneself height；The reflector apparatus and the simulator are provided with for adjusting self-view
Two regulating mechanisms.Above-mentioned apparatus passes through the adjusting position on first guide rail or the opposite position of adjusting and first guide rail
It sets and own device adjusts height or angle to simulate the inner volume controlled in vehicle, to realize the effect for examining light path
Fruit, such HUD can facilitate engineer's time update, adjustment light path parameter and subsequent development people by present apparatus self testing
Member is smoothed out project, and without by third party inspection, improving working efficiency, saves testing cost.
Preferably, it is provided with scale on first guide rail.It is provided with scale on first guide rail, is carried out in the present apparatus
It can be adjusted according to the scale on first guide rail when adjusting before test, it is easy to use and just without measuring again
In reading numerical values.
Preferably, the dismounting component includes:Guiding slot holder, setting for being detachably connected with first guide rail is in institute
It states and is used for and the fixed fixed screw of the first guide rail on guiding slot holder.The guiding slot holder detachably connects with first guide rail
Connect, be provided on the guiding slot holder for the fixed fixed screw of first guide rail so that it is convenient to described first
Guide rail realizes detachable fixable connection type.
Preferably, first regulating mechanism includes：It connect height-adjustable adjusting screw rod with the guiding slot holder.Pass through
The adjusting screw rod to adjust height, the adjusting to the optical mechanical apparatus, the imaging lens device and the reflector apparatus
Screw rod facilitates adjusting height, and of low cost, cost-effective.
Preferably, the imaging lens device and the optical mechanical apparatus are provided with the third regulating mechanism for adjusting self-view.
The imaging lens device and the optical mechanical apparatus are provided with the regulating mechanism of adjustable self-view, are carrying out testing preceding institute in this way
It states imaging lens device and the optical mechanical apparatus adjusts the volumetric spaces in being controlled in the angle simulation vehicle of itself, pass through the third tune
Section mechanism realizes many-sided adjusting to simulate the volumetric spaces in vehicle in control, facilitates the adjusting to whole device before test, drop
The time that whole device is adjusted before low test, to promote working efficiency.
Preferably, the reflector apparatus is provided with the 4th regulating mechanism for adjusting lateral position.The reflector apparatus
The 4th regulating mechanism for being provided with adjusting lateral position facilitates progress when the reflector apparatus needs lateral adjustments position
The adjusting of lateral position realizes many-sided adjusting to simulate the volumetric spaces in vehicle in control, drop by the 4th regulating mechanism
The time that whole device is adjusted before low test, to promote working efficiency.
Preferably, the simulator is provided with the 5th regulating mechanism for adjusting oneself height.The simulator setting
There is the mechanism of adjustable oneself height, can adjust oneself height by the 5th regulating mechanism before testing, realize many-sided
Adjusting reduces the time adjusted to whole device before test to simulate the volumetric spaces in vehicle in control, to promote work effect
Rate.
Preferably, the 5th regulating mechanism includes the pedestal for adjusting the simulator height.The adjusting machine
Structure is a pedestal, and the pedestal acts not only as support construction and is also used as adjusting the mechanism of height, realizes two
With effect, it is also convenient for carrying needing the when of carrying.
Preferably, the reflector apparatus and the simulator are provided with the reading mechanism for reading angular value.Institute
It states reflector apparatus and the simulator is provided with the reading mechanism of angle value, facilitate adjust the speculum dress before testing
It sets and angle needed for the simulator, easy to operate without measurement angle again, promotion working efficiency.
Preferably, the reflector apparatus is two.The reflector apparatus is set as two, is conveniently carried out to light path anti-
Penetrate adjusting.
Advantageous effect caused by the utility model is：Since the present apparatus is provided with the simulation dress of simulation front windshield
First guide rail that set, is oppositely arranged with the simulator, the optical mechanical apparatus for ray machine to be arranged, the imaging for imaging
Lens device and at least one reflector apparatus for reflected light path, it is the optical mechanical apparatus, the imaging lens device, described
Reflector apparatus is provided with and the detachable fixable dismounting component of first guide rail；The optical mechanical apparatus, the imaging lens
Device and the reflector apparatus are provided with the first regulating mechanism of adjustable oneself height；The reflector apparatus and the mould
Quasi- device is provided with the second regulating mechanism for adjusting self-view.Above-mentioned apparatus in first guide rail by raising section
Set or adjust adjust height or angle with the relative position of first guide rail and own device simulate controlled in vehicle it is interior
Portion's volumetric spaces, to realize examine light path effect, such HUD can by present apparatus self testing, facilitate engineer and
Shi Xiugai, adjustment light path parameter and subsequent development personnel are smoothed out project, and without by third party inspection, improving work
Efficiency saves testing cost.
Description of the drawings
Fig. 1 is the overall structure diagram of the utility model embodiment；
Fig. 2 is the simulator structural schematic diagram of the utility model embodiment；
Fig. 3 is the first reflector apparatus structural schematic diagram of the utility model embodiment；
Fig. 4 is the second reflector apparatus structural schematic diagram of the utility model embodiment；
Fig. 5 is the imaging lens apparatus structure schematic diagram of the utility model embodiment；
Fig. 6 is the optical mechanical apparatus structural schematic diagram of the utility model embodiment；
Wherein：1, the first guide rail；2, the first reflector apparatus；3, it is imaged lens device；4, optical mechanical apparatus, the 5, second speculum
Device；6, simulator；7, shaft；8, protractor；9, the first mirror support；10, the first reflecting optics；11, it second fixes
Screw；12, the first supporting rack；13, the first adjusting screw rod；14, first cross slide way；15, the first guiding slot holder；16, third is fixed
Screw；17, the 6th fixed screw；18, third guiding slot holder；19, third adjusting screw rod；20, it is imaged mirror support；21, imaging lens；
22, imaging lens support plate；23, ray machine；24, the 7th fixed screw；25, the 4th guiding slot holder；26, the 4th adjusting screw rod；27, ray machine
Support plate；28, optical-mechanical support；30, the second mirror support；31, the second reflecting optics；32, the second supporting rack；33, second is horizontal
Direction guiding rail；34, the second guiding slot holder；35, the 4th fixed screw；36, the second adjusting screw rod；36, the 5th fixed screw；38, shaft；
39, protractor；40, Chinese herbaceous peony windshield is simulated；41, shaft；42, angle dish；43, the first fixed screw；44, adjusting rod；
45, support arm；46, pedestal.
Specific implementation mode
In order to make the purpose of the utility model, technical solutions and advantages more clearly understood, below in conjunction with attached drawing and implementation
Example, the present invention will be further described in detail.It should be appreciated that specific embodiment described herein is only explaining this
Utility model, not limiting the utility model.
The utility model is described in further detail with preferred embodiment below in conjunction with the accompanying drawings.
As depicted in figs. 1 and 2, the utility model provides a kind of HUD light path imagings verifying attachment, including：Simulate front
The simulator 6 of wind glass, the first guide rail 1, the optical mechanical apparatus for ray machine 27 to be arranged being oppositely arranged with the simulator 6
4, for the imaging lens device 3 of imaging and at least one reflector apparatus of reflected light path；
Wherein, the optical mechanical apparatus 4, the imaging lens device 3, the reflector apparatus are provided with and first guide rail
1 detachable fixable dismounting component；The optical mechanical apparatus 4, the imaging lens device 3 and the reflector apparatus are provided with can
Adjust the first regulating mechanism of oneself height；The reflector apparatus and the simulator 6 are provided with for adjusting itself angle
Second regulating mechanism of degree.
Since the present apparatus is provided with the simulator 6 of simulation front windshield, the institute being oppositely arranged with the simulator 6
State the first guide rail 1, the optical mechanical apparatus 4 for ray machine 27 to be arranged, for the imaging lens device 3 of imaging and for reflected light path
At least one reflector apparatus, the optical mechanical apparatus 4, the imaging lens device 3, the reflector apparatus be provided with it is described
First guide rail, 1 detachable fixable dismounting component；The optical mechanical apparatus 4, the imaging lens device 3 and the reflector apparatus
It is provided with the first regulating mechanism of adjustable oneself height；The reflector apparatus and the simulator 6 are provided with for adjusting
Save the second regulating mechanism of self-view.Above-mentioned apparatus is by the adjusting position on first guide rail or adjusts and described the
The relative position and own device of one guide rail adjust height or angle to simulate the inner volume controlled in vehicle, to real
Now examine the effect of light path, such HUD can be convenient to modify in time, adjust light path parameter by the present apparatus from performing check
And subsequent development personnel are smoothed out project, and without by third party inspection, improving working efficiency, save testing cost.
In the embodiments of the present invention, scale is provided on first guide rail 1.It is arranged on first guide rail 1
There is scale, can be adjusted according to the scale on first guide rail 1 when the present apparatus carries out parameter regulation, without again
Measure, it is easy to use and be convenient for reading numerical values.
In the embodiments of the present invention, the dismounting component includes:For being detachably connected with first guide rail 1
Guiding slot holder, be arranged on the guiding slot holder be used for and first guide rail, 1 fixed fixed screw.The guiding slot holder with it is described
First guide rail 1 is detachably connected, be provided on the guiding slot holder for the fixed fixed screw of first guide rail 1,
It is convenient in this way to realize detachable fixable connection type with first guide rail 1.
In the embodiments of the present invention, first regulating mechanism includes：Adjustable height is connect with the guiding slot holder
The adjusting screw rod of degree.The optical mechanical apparatus 4, the imaging lens device 3 and the speculum are filled by the adjusting screw rod
Adjusting height is set, the adjusting screw rod facilitates adjusting height, and of low cost, cost-effective.
In the embodiments of the present invention, the imaging lens device 3 and the optical mechanical apparatus 4 are provided with and adjust itself angle
The third regulating mechanism of degree.The imaging lens device 3 and the optical mechanical apparatus 4 are provided with the adjusting machine of adjustable self-view
Structure, the imaging lens device 3 and the optical mechanical apparatus 4 are adjusted in the angle simulation vehicle of itself in control in this way before being tested
Volumetric spaces realize many-sided adjusting to simulate the volumetric spaces in vehicle in control by the third regulating mechanism, facilitate test
The preceding adjusting to whole device reduces the time adjusted to whole device before test, to promote working efficiency.
In the embodiments of the present invention, the reflector apparatus is provided with the 4th adjusting machine for adjusting lateral position
Structure.The reflector apparatus is provided with the 4th regulating mechanism for adjusting lateral position, when the reflector apparatus needs laterally to adjust
When section is set, facilitate the adjusting for carrying out lateral position, many-sided adjusting is realized by the 4th regulating mechanism to simulate in vehicle
Volumetric spaces in control reduce the time adjusted to whole device before test, to promote working efficiency.
In the embodiments of the present invention, the simulator 6 is provided with the 5th regulating mechanism for adjusting oneself height.
The simulator 6 is provided with the mechanism of adjustable oneself height, can adjust oneself height by regulating mechanism before testing, real
Existing many-sided adjust reduces the time adjusted to whole device before test to simulate the volumetric spaces in vehicle in control, to carry
Rise working efficiency.
In the embodiments of the present invention, the 5th regulating mechanism includes for adjusting 6 height of the simulator
Pedestal 46.5th regulating mechanism is a pedestal 46, and the pedestal 46 acts not only as support construction and may be used also
As the mechanism for adjusting height, to realize dual-purpose effect, it is also convenient for carrying needing the when of carrying.
In the embodiments of the present invention, the reflector apparatus and the simulator 6 are provided with for reading angle
The reading mechanism of angle value.The reflector apparatus and the simulator 6 are provided with the reading mechanism of angle value, before testing side
Just angle needed for the reflector apparatus and the simulator 6 is adjusted, it is easy to operate without measurement angle again, promote work
Make efficiency.
In the embodiments of the present invention, the reflector apparatus is two.The reflector apparatus is set as two,
It is convenient that Reflective regulation is carried out to light path.
There are two the reflector apparatus, the first reflector apparatus and the second speculum dresses for the utility model embodiment setting
It sets, according to the data that client provides, after the relative position for placing the first guide rail with a scale and simulator, by designed
The first reflector apparatus, the second reflector apparatus, imaging lens device, optical mechanical apparatus, upper and lower and angle is adjusted in light path data
Deng relative position after, after powering on, debugging efforts can be carried out.
Glass angle on the simulator 6 need to be according to the angle of inclination progress of the glass for the headstock that depot provides
Match.
Fig. 1 to 6 is the element definition graph of each device, and concrete operations are described as follows：
The simulator 6 includes：It is adjustable to simulate 40, two support arms 45 of Chinese herbaceous peony windshield, adjusting rod 44, two
The pedestal 46 of height.The simulation Chinese herbaceous peony windshield 40 or so installs trough of belt shaft 41, and institute is mounted on by trough of belt shaft 41
It states on left and right support arm 45, refills and be fitted on the height-adjustable pedestal 46, at least on one side with angle on the support arm 45
Dish 42 is spent, 42 periphery of angle dish is provided with straight slot described in 45 upper edge of support arm with angle dish 42（Do not refer in figure
Go out）, correspond to and be provided with the adjusting rod 44, the adjusting rod 44 in the shaft 41 on the support arm 45 with angle dish 42
The other end is provided with threaded hole, and the adjusting rod 44 can be penetrated the threaded hole by the first fixed screw 43 and fix the adjusting
The position of bar 44 facilitates reading angular value.
After the simulator 6 determines the relative position with first guide rail 1, adjusted by the adjusting rod 44 described
The angle of Chinese herbaceous peony windshield 40 is simulated, angle value is read in the angle dish 42, is then tightened described first and is fixed spiral shell
Silk 43, reads the angle of needs.
First reflector apparatus 2 includes:First reflecting optics 10, for installing first reflecting optics 10
One mirror support 9, the first supporting rack 12, two height-adjustable first for being used to support first mirror support 9
Adjusting screw rod 13, the first guiding slot holder 15, be provided on first guiding slot holder 15 second fixed screw 11 for and described first
Guide rail 1 is fixed, and the side of first supporting rack 12 is provided with arc-shaped slot（It is not pointed out in figure）For using third to fix spiral shell
Silk 16 fixes the first mirror support.First reflecting optics 10 are fixed on first mirror support 9, while described
Band shaft 7 and protractor 8 on first mirror support 9, is installed to institute on first mirror support 9 by the shaft 7
It states on the first supporting rack 12, first supporting rack 12 is fixed to first guide groove by described two first adjusting screw rods 13
On seat 15, it is finally assembled on first guide rail 1.
Behind the position for adjusting first guiding slot holder 15 according to the position on first guide rail 1, it is solid to tighten described second
After determining screw 11, after adjusting first adjusting screw rod 13 to desired height, then first mirror support 9 rotated to conjunction
Suitable angle, angle value are read by the protractor 8, then tighten the third fixed screw 16, the first speculum dress
Set 2 target location determination.If you need to lateral adjustments distance, then first guiding slot holder 15 and first adjusting screw rod 13 it
Between a first cross slide way 14 is set, multiple installations first adjusting screw rod 13 is provided in the first cross slide way 14
Mounting hole（It is not pointed out in figure）, first adjusting screw rod 13 is installed to by the first cross slide way 14 by selectivity
On adjust the lateral position of first reflecting optics 10.
Second reflector apparatus 5 includes：Second reflecting optics 31, for installing second reflecting optics 31
Two-mirror holder 30, the second supporting rack 32, two for being used to support second mirror support 30 height-adjustable
Two adjusting screw rods 36, the second guiding slot holder 34 are provided with the 4th fixed screw 35 on second guiding slot holder 34 for described the
One guide rail 1 is fixed, and the side of first supporting rack 32 is provided with arc-shaped slot（It is not pointed out in figure）For using the 5th fixation
Screw 37 fixes second reflecting optics 31.Second reflecting optics 31 are installed on second mirror support 30,
Band shaft 38 and protractor 39, second mirror support 30 are pacified by shaft 38 respectively on second mirror support 30
It is attached on second supporting rack 32, second supporting rack 32 is led by second adjusting screw rod 36 fixed to described second
In groove seat 34, it is finally installed on first guide rail 1.
Behind the position for adjusting second guiding slot holder 34 according to the position on first guide rail 1, it is solid to tighten the described 4th
After determining screw 35, after adjusting second adjusting screw rod 36 to desired height, then second mirror support 30 rotated to
Proper angle, angle value are read by the protractor 39, then tighten the 5th fixed screw 37, second speculum
The target location of device 5 determines.If you need to lateral adjustments distance, then in second guiding slot holder 34 and second adjusting screw rod 36
Between second cross slide way 33 is set, multiple installation second adjusting screw rods are provided on second cross slide way 33
36 mounting hole（It is not pointed out in figure）, second adjusting screw rod 36 is installed to by second cross slide way by selectivity
The lateral position of second reflecting optics 31 is adjusted on 33.
The imaging lens device 3：Imaging lens 21, are used to support the imaging mirror support 20 for installing the imaging lens 21
Imaging lens support plate 22, two height-adjustable third adjusting screw rods 19, third guiding slot holders 18 of mirror support 20 are imaged, it is described
The 6th fixed screw 17 is provided on third guiding slot holder 18 for being fixed with first guide rail 1.The imaging lens 21 are fixed to
On the imaging mirror support 20, the imaging mirror support 20 is fixed in the imaging lens support plate 22 again, the then imaging
Mirror support plate 22 is connected with the third adjusting screw rod 19 again, and then group is loaded onto on the third guiding slot holder 18, then is installed to
On first guide rail 1.
Behind the position for adjusting the third guiding slot holder 18 according to the position on first guide rail 1, it is solid to tighten the described 6th
Determine screw 17, after adjusting the third adjusting screw rod 19 to desired height, the target location of the imaging lens device 3 determines.Such as
The imaging lens device 3 needs band angle, then the imaging lens can be passed through with the imaging lens support plate 22 of adjustment angle by selecting
Support plate 22 adjusts the angle for being imaged lens device 3 with being hinged for the third adjusting screw rod 19 to realize.
The optical mechanical apparatus 4：Ray machine 23, is used to support the ray machine at the optical-mechanical support 28 for installing the ray machine 23
The ray machine support plate 27, two of holder 28 is for adjusting the 4th adjusting screw rod 26 of height, the 4th guiding slot holder 34, the described 4th leading
The 7th fixed screw 24 is provided in groove seat 34 for being fixed with first guide rail 1.The ray machine 23 is fixed to the ray machine
On holder 28, the optical-mechanical support 28 again be fixed to the ray machine support plate 27 on, then the ray machine support plate 27 again with institute
The connection of the 4th adjusting screw rod 26 is stated, then group loads onto the 4th guiding slot holder 25, then on first guide rail 1.
Behind the position for adjusting the 4th guiding slot holder 25 according to the position on first guide rail 1, it is solid to tighten the described 7th
After determining screw 24, after adjusting the 4th adjusting screw rod 26 to desired height, the target location of optical mechanical apparatus 4 determines.If ray machine
Device 4 needs band angle, then select can with the ray machine support plate 27 of adjustment angle, by the ray machine support plate 27 with it is described
4th adjusting screw rod 26 is hinged to realize the angle for adjusting the imaging lens device 4.
According to light path design numerical value, behind the position for adjusting above each device, power supply is inserted on power pedestal, device
It works, independently adjusts each device further according to demand, reach required effect.If light path needs to be further added by speculum, then increase again
Add independent reflector apparatus.
Those skilled in the art conceive according to the utility model, can go out corresponding connection and configuration with Aided design completely,
Therefore, the utility model specifically connects and configuration repeats no more.
The foregoing is merely the section Examples of the utility model, are not intended to limit the scope of protection of the utility model,
Equivalent system or equivalent process transformation made by using the description of the utility model and the drawings, are directly or indirectly transported
Used in other related technical areas, it is equally included in the patent within the scope of the utility model.
Claims (10)
1. a kind of HUD light path imagings verifying attachment, which is characterized in that including：Simulate front windshield simulator, with it is described
The first guide rail that simulator is oppositely arranged, the optical mechanical apparatus for ray machine to be arranged, imaging lens device, Yi Jiyong for imaging
In at least one reflector apparatus of reflected light path；
Wherein, the optical mechanical apparatus, the imaging lens device, the reflector apparatus are provided with detachable with first guide rail
Fixable dismounting component；The optical mechanical apparatus, the imaging lens device and the reflector apparatus are provided with and itself are adjusted
First regulating mechanism of height；The reflector apparatus and the simulator are provided with the second tune for adjusting self-view
Save mechanism.
2. a kind of HUD light path imagings verifying attachment according to claim 1, which is characterized in that set on first guide rail
It is equipped with scale.
3. a kind of HUD light path imagings verifying attachment according to claim 1, which is characterized in that the mechanism for assembling-disassembling includes:
Guiding slot holder, setting for being detachably connected with first guide rail are on the guiding slot holder for fixed solid with the guide rail
Determine screw.
4. a kind of HUD light path imagings verifying attachment according to claim 1, which is characterized in that first regulating mechanism
Including：It connect height-adjustable adjusting screw rod with the guiding slot holder.
5. a kind of HUD light path imagings verifying attachment according to claim 1, which is characterized in that the imaging lens device and
The optical mechanical apparatus is provided with the third regulating mechanism for adjusting self-view.
6. a kind of HUD light path imagings verifying attachment according to claim 1, which is characterized in that the reflector apparatus is set
It is equipped with the 4th regulating mechanism for adjusting lateral position.
7. a kind of HUD light path imagings verifying attachment according to claim 1, which is characterized in that the simulator setting
There is the 5th regulating mechanism for adjusting oneself height.
8. a kind of HUD light path imagings verifying attachment according to claim 7, which is characterized in that the 5th regulating mechanism
It include the pedestal for adjusting the simulator height.
9. a kind of HUD light path imagings verifying attachment according to claim 1, which is characterized in that the reflector apparatus and
The simulator is provided with the reading mechanism for reading angular value.
10. a kind of HUD light path imagings verifying attachment according to claim 1, which is characterized in that the reflector apparatus is
Two.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820017770.0U CN207817310U (en) | 2018-01-05 | 2018-01-05 | A kind of HUD light path imagings verifying attachment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820017770.0U CN207817310U (en) | 2018-01-05 | 2018-01-05 | A kind of HUD light path imagings verifying attachment |
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| Publication Number | Publication Date |
|---|---|
| CN207817310U true CN207817310U (en) | 2018-09-04 |
Family
ID=63326133
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| CN201820017770.0U Active CN207817310U (en) | 2018-01-05 | 2018-01-05 | A kind of HUD light path imagings verifying attachment |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109633901A (en) * | 2018-12-09 | 2019-04-16 | 中国航空工业集团公司洛阳电光设备研究所 | A kind of automobile head up display image source configuration and image source adjustment mechanism |
| CN110967841A (en) * | 2019-12-20 | 2020-04-07 | 歌尔科技有限公司 | Adjustable lens module and head-mounted equipment |
| CN111976486A (en) * | 2020-08-28 | 2020-11-24 | 深圳市科莱德电子有限公司 | Vehicle-mounted central control all-directional movement method and device |
-
2018
- 2018-01-05 CN CN201820017770.0U patent/CN207817310U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109633901A (en) * | 2018-12-09 | 2019-04-16 | 中国航空工业集团公司洛阳电光设备研究所 | A kind of automobile head up display image source configuration and image source adjustment mechanism |
| CN110967841A (en) * | 2019-12-20 | 2020-04-07 | 歌尔科技有限公司 | Adjustable lens module and head-mounted equipment |
| CN111976486A (en) * | 2020-08-28 | 2020-11-24 | 深圳市科莱德电子有限公司 | Vehicle-mounted central control all-directional movement method and device |
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