JP2022056771A - Vehicular display device - Google Patents

Abstract

To provide a vehicular display device in which a reflector does not need to transmit infrared light and the existence of imaging means is inconspicuous.SOLUTION: An HUD 1 reflects display light L1 from an indicator unit 9 by a plane mirror 10 and projects the display light onto a front windshield 3, generates a virtual image V by the display light L1 reflected by the front windshield 3 by superimposing on an actual scene transmitting the front windshield 3 and displays the virtual image, irradiates a driver D with infrared light L2 from an infrared light irradiation unit 12, and captures the driver with a camera 13. A light shielding section 14 for shielding visible light is provided at a peripheral edge section of cover glass 7 disposed in an opening 8 formed in a housing 6. The infrared light irradiation unit 12 and the camera 13 are provided corresponding to the light shielding section 14. An infrared light transmission section for transmitting infrared light L2 is provided in a portion to which the infrared light irradiation unit 12 and the camera 13 correspond in the light shielding section 14.SELECTED DRAWING: Figure 1

Description

The present invention relates to a vehicle display device such as a head-up display device capable of displaying a virtual image on a front windshield, a combiner, or the like of a vehicle and capturing an image of a user.

A head-up display device that creates and displays a virtual image by the display light reflected by the reflected light-transmitting member, which is superimposed on the actual scene (scenery in front of the vehicle) that passes through the reflected light-transmitting member such as the front windshield and combiner of the vehicle. Contributes to safe and comfortable vehicle operation by providing information desired by the user as a virtual image while suppressing the movement of the line of sight of the user such as the driver of the vehicle as much as possible.

Further, some head-up display devices irradiate the user with infrared light to image the user, and based on the captured image, the user's state is grasped.

For example, the head-up display device described in Patent Document 1 is formed by reflecting visible light emitted from a display means toward a user by a combiner member to form a display image, and infrared rays are directed toward the user. The infrared light irradiating means for irradiating the light, the mirror member that reflects the visible light emitted from the display means toward the combiner member and transmits the infrared rays reflected by the user and the combiner member, and the infrared rays transmitted through the mirror member. It is provided with a plurality of imaging means for capturing the image of the user from different directions and an image processing means for calculating the position of the user's eyes based on the image captured by the imaging means. It is possible to calculate the position with high accuracy.

Japanese Unexamined Patent Publication No. 2008-126984

By the way, when the image pickup means is installed on the back side of the reflecting mirror (mirror member) (on the side opposite to the user and the combiner member side with respect to the reflecting mirror) as in the head-up display device described in Patent Document 1. The reflecting mirror must reflect visible light and transmit infrared light, which causes a problem that the manufacturing cost is high.

Therefore, for example, if the image pickup means is installed at a position other than the back side of the reflector, the presence of the image pickup means is conspicuous from the outside of the housing through the opening of the housing, and there is a new problem that the commercial value of the vehicle display device is lowered. Occurs.

The present invention has been made in view of the above circumstances, and an object of the present invention is to provide a vehicle display device in which a reflecting mirror does not need to transmit infrared light and the presence of an imaging means is inconspicuous.

In order to solve the above problems, in the present invention, the display light from the display light projection means is reflected by a reflecting mirror and projected onto the reflected light transmitting member, and the reflected light is superimposed on the actual scene transmitted through the reflected light transmitting member. For vehicles in which a virtual image is generated and displayed by the display light reflected on the optical member, the user of the vehicle is irradiated with infrared light from the infrared light irradiation means, and the user is imaged by the image pickup means. The display device includes the display light projection means, the reflector, and the image pickup means, and is formed in the housing and a housing for accommodating the display light projection means, the reflector, and the image pickup means. The image pickup means is provided with a light-transmitting member provided in the opening and through which the display light and the infrared light pass, and a light-shielding portion for blocking visible light is provided on the peripheral edge of the light-transmitting member. It is characterized in that an infrared light transmitting portion is provided corresponding to the light-shielding portion, and at least a portion of the light-shielding portion corresponding to the image pickup means is provided with an infrared light transmitting portion that transmits infrared light.

The housing accommodates the infrared light irradiating means, the infrared light irradiating means is provided facing the light-shielding portion, and the portion of the light-shielding portion facing the infrared light irradiating means is provided. An infrared light transmitting portion that transmits infrared light may be provided. At this time, even if the imaging means is provided on one end side of the vehicle in the vehicle width direction in the housing, and the infrared light irradiation means is provided on the other end side of the vehicle in the vehicle width direction in the housing. good.

Alternatively, in the present invention, the display light from the display light projecting means is reflected by a reflecting mirror and projected onto the reflected translucent member, and is superimposed on the actual scene transmitted through the reflected transmissive member and reflected by the reflected transmissive member. It is a display device for vehicles that generates and displays a virtual image by the display light, irradiates the user of the vehicle with infrared light from the infrared light irradiating means, and images the user with the imaging means. It is provided with the display light projection means, the reflector and the image pickup means, and is arranged in a housing for accommodating the display light projection means, the reflector and the image pickup means, and an opening formed in the housing. A translucent member through which the display light and the infrared light pass is provided, and a light-shielding portion that blocks visible light and a translucent portion that does not block visible light are provided on the peripheral edge of the translucent member. The image pickup means is provided corresponding to the translucent portion, and a shielding member for blocking visible light and transmitting infrared light is provided between the image pickup means and the translucent portion. It is a feature.

The housing accommodates the infrared light irradiating means, and the infrared light irradiating means is provided facing the translucent portion, and is provided between the infrared light irradiating means and the translucent portion. , A shielding member that shields visible light and transmits infrared light may be provided. At this time, even if the infrared light irradiation means is provided on one end side of the vehicle in the vehicle width direction in the housing, and the imaging means is provided on the other end side of the vehicle in the vehicle width direction in the housing. good.

The shielding member may be provided substantially parallel to the translucent portion, or may be held in the housing, and the shielding member overlaps with the shielding member in the light shielding portion from the outside to the inside of the translucent member. A polymerization portion may be provided in which the color becomes lighter toward the surface.

The light-shielding portion may be provided with a black print layer formed on the translucent member.

According to the present invention, it is not necessary for the reflecting mirror to transmit infrared light in the vehicle display device, and the presence of the image pickup means is inconspicuous.

It is explanatory drawing which shows the vehicle provided with the head-up display device which concerns on embodiment for carrying out an invention. It is explanatory drawing which shows the appearance of the head-up display apparatus of FIG. It is explanatory drawing which shows the head-up display device of FIG. 1 in a plan view. It is explanatory drawing which shows the other example of the head-up display apparatus which concerns on embodiment for carrying out an invention. It is explanatory drawing which shows the internal structure of the head-up display apparatus of FIG. It is explanatory drawing which shows still another example of the head-up display apparatus which concerns on embodiment for carrying out an invention. It is explanatory drawing which shows the head-up display device of FIG. 6 in a plan view.

A mode for carrying out the present invention will be described with reference to the drawings.

As shown in FIG. 1, the head-up display device (HUD) 1 as a vehicle display device according to the present embodiment is provided inside an instrument panel 4 below the front windshield 3 of the vehicle 2. The display light L1 which is visible light is projected onto _a part of the front windshield 3. The display light L ₁ is reflected by the front windshield 3 to generate a virtual image V, and the virtual image V is superimposed on the actual view transmitted through the front windshield 3 to the driver D sitting in the driver's seat, which is not shown behind the steering wheel 5. To be visually recognized.

Further, the HUD ₁ has a DMS (driver monitoring system) function for monitoring the state of the driver D, and irradiates the driver D with infrared light L2 to image the driver D.

Specifically, the HUD 1 is covered with a housing 6 molded from black ABS resin or the like to prevent the intrusion of external light and is partitioned from the outside, and the housing 6 is a transparent cover glass (transparent member) made of polycarbonate or the like. ) 7 is attached to the opening 8. Inside the housing 6, a display unit 9, a plane mirror 10, a concave mirror 11, an infrared light irradiation unit 12, and a camera 13 are held and housed.

As shown in FIG. 2, the cover glass 7 arranged in the opening 8 has a quadrilateral plate shape that is curved downward, and visible light is emitted to the peripheral portion (peripheral portion of the four sides) of the cover glass 7 over the entire circumference. A light-shielding portion 14 is provided as an invisible portion that shields light from light. The light-shielding portion 14 has a transparent base material such as polycarbonate, and a black print layer is formed on the back surface (or front surface) of the base material.

The display unit 9 is provided with a display 15 including a light source and _a liquid crystal panel, and projects and displays video light (display light L1) which is visible light from the display unit 15. The plane mirror 10 is formed by depositing a metal such as aluminum or a dielectric multilayer film on glass formed so as to have a flat portion, and simply reflects visible light. The concave mirror 11 is formed by depositing a metal such as aluminum on a resin such as polycarbonate molded so as to have a concave portion, and magnifies and reflects visible light.

As shown in FIG. 3, the infrared light irradiation unit 12 is provided on the center side of the vehicle 2 in the vehicle width direction so as to face (correspond to) the light-shielding portion 14 below the cover glass 7 in the housing 6. An infrared light transmitting portion 16 for transmitting infrared light is provided in a portion of the light shielding portion 14 facing (corresponding to) the infrared light irradiation unit 12 (a portion of the light shielding portion 14 of the infrared light transmitting portion 16). Is composed of a black printing layer that shields visible light and transmits infrared light, and the other portion is composed of a black printing layer that shields visible light and infrared light), and an infrared light irradiation unit. 12 irradiates infrared light (near infrared light) emitted by a light source made of a light emitting diode toward the front window shield 3 through the infrared light transmitting portion 16.

On the other hand, the camera 13 is located on the center side in the vehicle width direction of the vehicle 2 and in front of the infrared light irradiation unit 12 so as to face (correspond to) the infrared light transmitting portion 16 below the cover glass 7 in the housing 6. A near-infrared image is provided with an image pickup element that is provided and has sensitivity to infrared light in the wavelength band emitted from the infrared irradiation unit 12, and a lens that can transmit infrared light and form an image on the image pickup element. Take a picture. Further, the camera 13 here is provided so as to face (correspond to) the light-shielding portion 14.

Neither the infrared light irradiation unit 12 nor the camera 13 is on the back side of the plane mirror 10 or the concave mirror 11 (the side opposite to the side of the front window shield 3 with respect to the plane mirror 10 or the concave mirror 11), and the front window is from the plane mirror 10. It is provided at a position that does not overlap with the optical path of the display light L1 up to the shield ₃ . In the case of this example, although detailed illustration is omitted here, the housing 6 has a pair of peripheral wall portions that are substantially orthogonal (intersect) with the vehicle width direction, and the vehicle is included in the pair of peripheral wall portions. The infrared light irradiation unit 12 and the camera 13 are provided in a vacant space of the housing 6 which is slightly inside the one peripheral wall portion (one peripheral wall portion) located on the side close to the virtual center line which is divided into two equal parts to the left and right. .. The housing 6 here includes four peripheral wall portions, and the two peripheral wall portions substantially along the vehicle width direction shown in FIG. 1 are configured as a vertical wall connecting the ends of the pair of peripheral wall portions. Will be done.

In the HUD 1, the display light L ₁ from the display unit 9 is reflected by the plane mirror 10, then magnified and reflected by the concave mirror 11, and is a transparent central portion (translucent) surrounded by the light-shielding portion 14 of the cover glass 7. Area) 17 is passed and projected onto the front windshield 3. The display light L1 projected on the front windshield ₃ is enlarged and reflected toward the driver D, generates a virtual image V, and is displayed on the driver D by superimposing it on the actual scene transmitted through the front windshield 3.

On the other hand, the infrared light L ₂ from the infrared light irradiation unit 12 passes through the infrared light transmitting portion 16 of the light shielding portion 14 of the cover glass 7 and is projected onto the front windshield 3, and the driver is projected by the front windshield 3. It is reflected to the side of D and irradiates the driver D. Then, when reflected by the driver D, a part of the infrared light L ₂ follows the reverse path, and the infrared light L ₂ that has passed through the infrared light transmitting portion 16 and is incident on the camera 13 causes the driver D to follow the opposite path. It is imaged. This imaging is performed periodically or irregularly while the virtual image V is displayed, and the driver D is monitored based on the captured image.

In the HUD ₁ according to the present embodiment, the display light L1 from the display unit 9 is reflected by the plane mirror 10 and the concave mirror 11 and projected onto the front windshield 3, and the front window is superimposed on the actual scene transmitted through the front windshield 3. _A virtual image V is generated and displayed by the display light L1 reflected on the shield 3, and the driver D of the vehicle ₂ is irradiated with the infrared light L2 from the infrared light irradiation unit 12, and the driver D is irradiated with the infrared light L2. The image is taken by the camera 13, and the display unit 9, the plane mirror 10, the concave mirror 11, and the camera 13 are provided, and the display unit 9, the plane mirror 10, the concave mirror 11, and the housing 6 accommodating the camera 13 are formed in the housing 6. A cover glass 7 is provided in the opening 8 through which the display light L1 and the infrared light L2 pass, and _a light _- shielding portion 14 for blocking visible light is provided on the peripheral edge of the cover glass 7. The camera 13 (infrared light irradiation unit 12 and camera 13) is provided facing (corresponding to) the light-shielding unit 14, and the camera 13 (infrared light irradiation unit 12 and camera 13) of the light-shielding unit 14 faces (corresponds to). ) Is provided with an infrared light transmitting portion 16 that transmits the infrared light L _2. Therefore, the light of the infrared light L ₂ received by the camera 13 facing the peripheral portion of the cover glass 7 is provided. The plane mirror 10 and the concave mirror 11 that _are not on the road do not need to transmit the infrared light L2, and the manufacturing cost can be suppressed.

Further, since the camera 13 (infrared light irradiation unit 12 and camera 13) is covered with a light-shielding portion 14 that blocks visible light due to the appearance of the HUD 1, the presence of the camera 13 (infrared light irradiation unit 12 and camera 13) is also present. Inconspicuous.

Since the light-shielding portion 14 is provided with a black print layer formed on the cover glass 7, it is easy to manufacture the cover glass 7 provided with the light-shielding portion 14, and the camera 13 is the vehicle width of the vehicle 2 in the housing 6. Since it is provided on the center side of the direction, it is difficult for outside light to enter from the side window on the driver's side of the vehicle 2, and the possibility that strong outside light enters the camera 13 and interferes with the driver D's monitor is reduced. be able to.

FIG. 4 shows another HUD 18 according to the present embodiment. Of the parts of the HUD 18, the parts similar to the HUD 1 are designated by the same reference numerals as those of the HUD 1, and the description thereof will be omitted.

In the HUD 18, a light-shielding portion 14 that blocks visible light and a light-transmitting portion 19 that does not block visible light are provided on the peripheral edge of the cover glass 7 (a part of the light-shielding portion 14 (infrared light transmitting portion of HUD1). A translucent portion 19 is provided so as to pull out the portion (16).) The infrared light irradiation unit 12 and the camera 13 are provided facing (corresponding to) the translucent portion 19 thereof, and are shown in FIG. 5 between the infrared light irradiation unit 12 and the camera 13 and the translucent portion 19. As described above, a shielding piece 20 is provided as an invisible member that shields visible light and transmits infrared light (in FIG. 5, α is the irradiation range of the infrared light irradiation unit 12, and β is an image of the camera 13. Shows the corner.).

Specifically, the cover glass 7 is attached to the recess 21 formed near the surface of the housing 6 with double-sided tape 22, and the shielding piece 20 is attached to the recess 23 formed inside the recess 21 in the housing 6 with the double-sided tape 24. It is attached and held by. The shielding piece 20 is made of, for example, a sheet material made of black resin, and is provided substantially parallel to the translucent portion 19 due to its shape and arrangement. Although detailed illustration is omitted here, the cover glass 7 is placed (held) in the mounting portion of the recess 21 whose peripheral edge portion faces the double-sided tape 22, and the shielding piece 20 is the peripheral edge thereof. The portion is placed (held) in the mounting portion of the recess 23 facing the double-sided tape 24, and the recess 23 is provided at a position one step lower than the recess 21.

The light-shielding portion 14 overlaps with the shielding piece 20 and faces from the outside to the inside of the cover glass 7 (in FIG. 5, from the left and right outside (double-sided tape 22 side) to the inside (translucent portion 19 side). ) A polymerization section 25 having a lighter color is provided. The overlapping portion 25 may be formed, for example, by changing the shade of black from the outside to the inside of the cover glass 7 like a gradation, or the density of black dots from the outside to the inside of the cover glass 7. It may be formed by halftone dot printing so that

The HUD 18 reflects the display light L1 from the display unit 9 by the plane mirror ₁₀ and the concave mirror 11 and projects it on the front windshield 3, and is reflected on the front windshield 3 so as to be superimposed on the actual scene transmitted through the front windshield 3. A virtual image V is generated and displayed by the display light L ₁ , and the driver D of the vehicle 2 is irradiated with the infrared light L ₂ from the infrared light irradiation unit 12, and the driver D is imaged by the camera 13. A housing 6 including a display unit 9, a plane mirror 10, a concave mirror 11 and a camera 13 and accommodating the display unit 9, a plane mirror 10, a concave mirror 11 and a camera 13, and an opening 8 formed in the housing 6 are provided. _A cover glass ₇ through which the display light L1 and the infrared light L2 pass is provided, and a light-shielding portion 14 that blocks visible light and a translucent light that does not block visible light are provided on the peripheral edge of the cover glass 7. A unit 19 is provided, and the camera 13 (infrared light irradiation unit 12 and camera 13) is provided facing (corresponding to) the translucent unit 19 and is transparent to the camera 13 (infrared light irradiation unit 12 and camera 13). Since a shielding piece 20 that shields visible light and transmits infrared light is provided between the light unit 19 and the light unit 19, the camera 13 provided facing (corresponding to) the peripheral edge portion of the cover glass 7 receives light. The plane mirror 10 and the concave mirror 11 that are not on the optical path of the infrared light L ₂ do not need to transmit the infrared light L ₂ , and the manufacturing cost can be suppressed.

Further, in terms of the appearance of the HUD 18, the camera 13 (infrared light irradiation unit 12 and camera 13) is covered with a shielding piece 20 that blocks visible light, so that the camera 13 (infrared light irradiation unit 12 and camera 13) is present. Is also inconspicuous. In particular, if the shielding piece 20 is made of a black resin, the transmittance of infrared light is higher and the transmission rate of visible light is lower than that of printing that shields visible light and transmits infrared light. Therefore, the camera 13 (infrared). It is possible to achieve both the high concealment of the light irradiation unit 12 and the camera 13) and the effective shooting by the camera 13.

The shielding piece 20 is provided substantially parallel to the translucent portion 19. On the other hand, in general, the cover glass 7 is designed so that the sunlight reflected on the surface thereof does not face the driver D, so that the sunlight reflected by the shielding piece 20 substantially parallel to the translucent portion 19 can also be generated. It is possible to prevent the driver D from going. Here, since the shielding piece 20 is placed (held) on the housing 6, it is possible to prevent deformation of the cover glass 7 that may occur when the shielding piece 20 is fixed to the cover glass 7.

Further, since the light-shielding portion 14 is provided with the overlapping portion 25 that overlaps with the shielding piece 20 and whose color becomes lighter from the outside to the inside of the cover glass 7, the light-shielding portion 14 and the shielding piece having different members and installation positions are provided. The boundary with 20 can be blurred to make it inconspicuous, and the commercial value of HUD 18 can be improved.

6 and 7 show still another HUD26 according to this embodiment. Of the parts of the HUD 26, the parts similar to the HUD 1 are designated by the same reference numerals as those of the HUD 1, and the description thereof will be omitted.

In the HUD 26, a light-shielding portion 14 that shields visible light is provided on the peripheral edge of the cover glass 7, and the light-shielding portion 14 is provided on one end side (outside) and the other end side (center side) of the vehicle 2 in the vehicle width direction. An infrared light transmitting portion 16 for transmitting the infrared light L ₂ is provided. The camera 13 faces the infrared light transmitting portion 16 provided on one end side of the vehicle width direction of the vehicle 2, and the infrared light irradiation unit 12 is provided on the other end side of the vehicle width direction of the vehicle 2. It faces the external light transmitting portion 16.

According to the HUD 26, the camera 13 is provided in the housing 6 on one end side of the vehicle 2 in the vehicle width direction, and the infrared light irradiation unit 12 is provided in the housing 6 on the other end side of the vehicle 2 in the vehicle width direction. Therefore, the infrared light L ₂ emitted from the infrared light irradiation unit 12 and reflected by the cover glass 7 is difficult to enter the camera 13 on the opposite side in the vehicle width direction, and stray light is generated by the illumination light in the captured image. It can be suppressed.

Although the embodiments for carrying out the present invention have been illustrated above, the embodiments of the present invention are not limited to those described above, and may be appropriately modified without departing from the spirit of the invention.

For example, in the above embodiment, the front windshield of the vehicle is used as a reflective light-transmitting member to project the display light, but a combiner may be used instead of the front windshield, and if the camera is housed in the housing, it is red. The external light irradiation unit may be provided outside the housing (for example, on the steering column behind the steering wheel of the vehicle). Further, the entire invisible portion 14 (all areas) may be used as the infrared light transmitting portion 16. In short, an infrared light transmitting portion 16 for transmitting infrared light may be provided at least in a portion of the invisible portion 14 facing (corresponding to) the camera 13.

Further, the light-shielding portion may be formed by painting, multicolor molding or other methods without printing, the cover glass or the shielding piece may be fixed to the housing by welding or other methods, and the shielding piece may be fixed to the housing. It may be colored by printing, or may be adhered to the cover glass by a method such as opticarbond. The cover glass may be composed of a dark-colored (semi-transparent) member instead of transparent.

Further, in the HUD 26, a plurality of infrared light transmitting units 16 are provided, and the camera 13 and the infrared light irradiation unit 12 are arranged so as to face each infrared light transmitting unit 16, but the arrangement is also in the vehicle width direction. It is not limited to one end side and the other end side, and one or all of the infrared light transmitting portion 16 may be changed to a combination of the translucent portion 19 of the HUD 18 and the shielding piece 20.

1 Head-up display device (vehicle display device)
2 Vehicle 3 Front windshield (reflection and translucent member)
6 Housing
7 Cover glass (translucent member)
9 Display light projection means (display unit)
10 Plane mirror (reflector)
11 Concave mirror (reflector)
12 Infrared light irradiation unit (infrared light irradiation means)
13 Camera (imaging means)
14 Light-shielding part 16 Infrared light transmission part 19 Light-transmitting part 20 Shielding piece (shielding member)
25 Polymerization section D Driver (user)
L ₁ Display light L ₂ Infrared light V Virtual image

Claims (9)

The display light from the display light projection means is reflected by a reflecting mirror and projected onto the reflected light-transmitting member, and a virtual image is generated by the display light reflected by the reflected light-transmitting member overlaid on the actual scene transmitted through the reflected light-transmitting member. This is a vehicle display device that irradiates a vehicle user with infrared light from an infrared light irradiating means and images the user with an imaging means.
It is provided with the display light projection means, the reflector and the image pickup means, and is arranged in a housing for accommodating the display light projection means, the reflector and the image pickup means, and an opening formed in the housing. A translucent member through which the display light and the infrared light pass.
A light-shielding portion that shields visible light is provided on the peripheral portion of the translucent member.
The image pickup means is provided corresponding to the light-shielding portion, and is provided.
A display device for a vehicle, characterized in that an infrared light transmitting portion for transmitting infrared light is provided at least in a portion of the light-shielding portion corresponding to the image pickup means. The housing accommodates the infrared light irradiation means.
The infrared light irradiation means is provided so as to face the light-shielding portion.
The vehicle display device according to claim 1, wherein an infrared light transmitting portion for transmitting infrared light is provided in a portion of the light-shielding portion facing the infrared light irradiating means. The display light from the display light projection means is reflected by a reflecting mirror and projected onto the reflected light-transmitting member, and a virtual image is generated by the display light reflected by the reflected light-transmitting member overlaid on the actual scene transmitted through the reflected light-transmitting member. This is a vehicle display device that irradiates a vehicle user with infrared light from an infrared light irradiating means and images the user with an imaging means.
It is provided with the display light projection means, the reflector and the image pickup means, and is arranged in a housing for accommodating the display light projection means, the reflector and the image pickup means, and an opening formed in the housing. A translucent member through which the display light and the infrared light pass.
A light-shielding portion that blocks visible light and a light-transmitting portion that does not block visible light are provided on the peripheral portion of the translucent member.
The image pickup means is provided corresponding to the translucent portion, and is provided.
A display device for a vehicle, characterized in that a shielding member that shields visible light and transmits infrared light is provided between the image pickup means and the translucent portion. The housing accommodates the infrared light irradiation means.
The infrared light irradiation means is provided so as to face the translucent portion.
The vehicle display according to claim 3, wherein a shielding member that shields visible light and transmits infrared light is provided between the infrared light irradiating means and the translucent portion. Device. The imaging means is provided on one end side of the vehicle in the vehicle width direction in the housing, and the infrared light irradiation means is provided on the other end side of the vehicle in the vehicle width direction in the housing. The vehicle display device according to claim 2 or 4. The vehicle display device according to claim 4 or 5, wherein the shielding member is provided substantially parallel to the translucent portion. The vehicle display device according to any one of claims 4 to 6, wherein the shielding member is held in the housing. 1. Display device for vehicles as described in the section. The vehicle display device according to any one of claims 1 to 8, wherein the light-shielding portion is provided with a black print layer formed on the translucent member.

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