JPH0461702A - Mirror device - Google Patents

Abstract

PURPOSE:To improve the working efficiency in makeup and enhance the quality of finish of makeup by forming a mirror device concerned from a mirror part admitting penetration of beams of light, another mirror part not admitting penetration of beams of light, and a light emission part installed on the backs of these mirror parts. CONSTITUTION:A light emission part 3 is installed on the back of a mirror arrangement consisting of a mirror part 1 admitting penetration of beams of light and another mirror part 2 not admitting penetration of beams of light, and thereby the mirror part 2 works not as light source but a mirror when the light emission part 3 is not lighted. Further, the light emission part 3 is installed on the back of the mirror arrangement having the non-penetration mirror part 2 with a view angle of 60 deg. or more inside of the penetrative mirror part 1, and thereby the whole face can be illuminated uniformly in non- glaring condition. This achieves uniform illumination of a face without producing shade, and uniform makeup can be performed without requiring movement of the face, which improves the working efficiency in makeup, and the finish quality of makeup will be enhanced.

Description

DETAILED DESCRIPTION OF THE INVENTION Field of Industrial Application The present invention relates to an upper mirror device and a vanity unit using the same.

Conventional technology Conventional mirror devices (there is no combination of front mirror surface and light emitting surface, the light source that brightly illuminates the face is near the mirror or on the mirror surface, and the illumination light is from above or from both sides of the face) In addition, shaving and hairdressing must be performed using the same light bulb irradiation method and light emission condition. 9. The same large mirror. Atsushi, who was checking his dry makeup, was unable to concentrate on his makeup because there was so much other than his face reflected in the mirror. Problems to be solved: Conventional mirror devices do not have a combination of a mirror surface and a light-emitting surface.The light source attached to the vanity unit is near or on the mirror surface and is bright.
The illumination light comes from above or from both sides of the face, and if you move your face to a position where you can see the animal's face clearly, or if the area around your chin is dark and your chin is raised, your beard may curl. It's difficult and dangerous. Also, the same color of light, illumination pattern, and light emitting conditions were a big problem L. She was checking her makeup and couldn't check to see if her makeup was appropriate for the lighting in the area she was going to. There was one problem: It was difficult to see when applying make-up to small areas. Atsushi: There was also the problem of having to apply make-up while holding one's face close to a light source or leaning over. Also, using the same large mirror to enlarge
The present invention provides a novel mirror device that solves the above problems. Means for Solving the Problem: A mirror unit that does not transmit light, a mirror unit that does not transmit light, and a light-emitting unit that is installed on the back side of the mirror unit. Hold the size of the plate and have a light-transmissive mirror part around it.

When a person sits in front of a mirror device to reflect their face, the light-emitting section lights up and the light that passes through the light-transmitting mirror section illuminates the entire face.Lighting mode when applying makeup, at least the chest area of the body. The overall appearance of the upper part is expressed by the number of colors.
There is an illumination mode to check when checking for shadows, and even if that mode is switchable, the mirror part that does not transmit light cannot move in the direction perpendicular to the face part relative to the mirror part that transmits light or the face part. When the light-opaque mirror section moves relative to the light-transmissive mirror section, the light source of the light-emitting section that is in the shadow of the protruding light-opaque mirror section is turned off and the light emitted to illuminate the face without directly illuminating the face. (1) The light-emitting part can be turned on by placing the light-emitting part on the back of the mirror part, which consists of a mirror part that transmits light and a mirror part that does not transmit light. (2) By installing a light-emitting part on the back side of a mirror part that has a light-opaque mirror part with a viewing angle of 60 degrees or more in the light-transmitting mirror part, the light-transmitting mirror part is not a light source. Even if the entire face is evenly illuminated in a non-dazzling state, (3) lighting scenes that project the face so that it can be clearly seen;
(4) By making the light-opaque mirror part movable relative to the light-transmissive mirror part or the face, facial parts can be clearly seen without the need to move the face. (5) When a light-opaque mirror section moves relative to a light-transmissive mirror section, it is possible to reduce waste by selecting a light source that is effective for illuminating the facial region based on the position of the light-opaque mirror section and the facial region. An embodiment of the present invention will be described with reference to the drawings. Fig. 1 is a front view of the mirror device, Fig. 2 is a sectional view of the mirror device, and Fig. 1 is a sectional view of the mirror device. The device uses light-transmitting mirrors such as half mirrors, mesh mirrors, and dot mirrors.
, a light-opaque mirror section 2, and a light emitting section 3 on the back surface thereof.

In FIG. 2, the light-opaque mirror section 2 has a size of a visual angle of 60 degrees or more with the line of sight of the eye section 4 as the center axis, and the light-emitting section 3 is composed of, for example, light sources 5 to 16, and the light emitted from them is reflected from the light-transmitting mirror. The face part 17 is uniformly illuminated by passing through the part 1.

Figure 3 shows lighting for checking the entire area above the chest. When a person 17 stands on a weight sensor 18 with a light color selection switch to see the entire area, light sources 5 to 16
is turned off, and the light-transmitting mirror portion 1 is turned off, and the light-transmitting mirror portion 2 is turned off.
Similarly, the light transmitting mirror section 1 and the light non-transmitting mirror section 2 are combined to form one large mirror, and the power source 19
A lighting device 20 connected to a light source 2 having an arbitrary light color
The light source 22 turns on the light source 21 and lights up the person 17.
The light source 21 and the light source 22 have different light colors.
Person 17 makes the selection of lighting. For example, light source (13)
21. In addition to the light source 22, it is also possible to install a light source with a different irradiation direction or a different illumination state and light color.
By stepping on the pedal section 24 near 3, the weight sensor 25 operates on the drive section 27 connected to the power source 26, the drive section 27 operates on the light-opaque mirror section 2, and the light-opaque mirror section 2 becomes the light-transmissive mirror section. 1 or perpendicular to the plane of the facial part 17. The measuring section 28 measures the distance between the light-opaque mirror section 2 and the face section 17, and the lighting control device 29 connected to the power source 26 determines the position of an effective light source for illuminating the face section 7 based on the distance. In the case of Figure 4, the light sources 5.6.7, 14, and 15.16 light up, but the various switches are of the type that can be operated by hand. etc., with the hands that are wearing makeup (＼ If the switch part gets dirty or you do the tedious act of wiping the makeup on your hands before operating the switch) Effects of the invention even if it can be done by operating the feet 23 (1) When applying makeup, the face is illuminated without creating even shadows.The makeup can be applied evenly without moving the face. The work efficiency is improved and the quality of the makeup finish is also improved.

(2) The number of light sources within a 60-degree viewing angle Eliminates visual impairment and discomfort caused by glare, and ensures safety without deteriorating visual function.a (3) The light source is stored on the back of the mirror. Rutahachi looks clean and beautiful,
It is economical and less likely to be damaged by external force as it does not directly hit the light source. (4) If you are wearing makeup, place your face in the mirror so that it is not reflected on other parts of your face. (5) The same surface can function as a mirror and a light source independently, allowing effective use of space (6) ) The fact that the mirror is movable relative to the face makes it easier to see without moving the face, increasing work efficiency. (7) It is economical because only the light source that effectively illuminates the face is lit. (8) The area of the part that functions as a mirror can be changed to the size that suits the purpose, making it functional (9) Light color and irradiation method Change the light emitting state and use it for actions from now on. By creating a space with close lighting and checking the finish of your makeup under that lighting, you can see how your face is viewed and feel secure.

[Brief explanation of the drawing]

Figure 1 shows the front view of a mirror device in an embodiment of the present invention.
FIG. 2 is a cross section of the same mirror device; FIG. 3 is a schematic configuration of a toilet unit using the same mirror device; FIG. 4 is a schematic configuration diagram of a toilet unit using the same mirror device. 1. Removal of light-transmitting mirror 2. Light-impermeable mirror/clothes 3. Luminous Buddha 4. Buddhahood 5-16. Light source (12
), 17...on 18...weight sensor with light color selection switch, 19...electronic 20...lighting control device 21.
・Light source 22・・Light source 23・・Danger 24・・Pedal @
L25...Weight sensor 26...Electrical measurement 27...Drive unit 28...Measurement unit 29...Lighting control device Name of agent Patent attorney Shigetaka Awano Haka1 person Figure 2 Figure 2 Palace ■1 Senwa

Claims (5)

[Claims] (1) A mirror device characterized in that its components include a light-transmissive mirror section, a light-opaque mirror section, and a light-emitting section installed on the back surface thereof. (2) The mirror device according to claim 1, wherein the light-opaque mirror portion has a viewing angle of 60 degrees or more with the line of sight as the central axis, and a light-transmissive mirror portion is provided around it. (3) When a person sits in front of a mirror device to reflect their face, the light-emitting section lights up and the light beam that passes through the light-transmitting mirror section illuminates the entire face. 3. The mirror device according to claim 1, further comprising a switchable illumination mode for checking the overall appearance for color and shading. (4) The mirror device according to claim 1, wherein the light-opaque mirror section is movable in a direction perpendicular to the face section relative to the light-transmissive mirror section or the face section. (5) When the light-opaque mirror section moves relative to the light-transmissive mirror section, the light source of the light-emitting section that is in the shadow of the protruding light-opaque mirror section is turned off, without directly illuminating the face. 5. The mirror device according to claim 4, having a lighting control function to turn on a light source of a light emitting section that illuminates the mirror.