JP2016071943A - Mirror with luminaire - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a mirror with a luminaire suppressing direct glare and indirect glare.SOLUTION: A mirror with a luminaire includes a mirror and a luminaire having a light source on the back face of the mirror, and is attached to a wall surface. Light emitted from the light source comprises direct advance light parallel with the mirror, approach light approaching the mirror, and separation light away from the mirror. The luminaire includes a non-transmission member not transmitting light, and a back face translucent member connected to the non-transmission member and transmitting the separation light. The light source radiates the direct advance light toward the non-transmission member. The back face translucent member positioned between the light source and the wall surface includes a swollen part that is arranged so as to be parallel with the back face of the mirror, or swollen in the back face direction of the mirror.SELECTED DRAWING: Figure 2

Description

  The present invention relates to a mirror with an illumination device that includes a mirror and an illumination device having a light source on the back side of the mirror and is attached to a wall surface.

  2. Description of the Related Art Conventionally, there is a mirror in a washroom space of a public toilet that includes a lighting device on the back side of the mirror, emits light toward the wall around the mirror, and produces a space by indirect illumination (for example, Patent Document 1).

  The illuminating device described in Patent Document 1 has a mirror mounted in a state protruding from a wall surface of a sanitary equipment room by a certain distance and with the left and right edges separated from the corresponding left and right wall surfaces. A space is formed between the light fixtures, and lighting fixtures are arranged in the upper, lower, left and right parts of the space, and light from the lighting fixtures is emitted upward and downward from the back side of the mirror and to both the left and right sides.

Japanese Utility Model Publication No. 2-112193

However, in the case of such a lighting device described in Patent Document 1, depending on the construction state, a lighting fixture provided between the back surface of the mirror and the wall surface may be seen by a human being in the vicinity of the lighting device.
At this time, a phenomenon called direct glare occurs in which the luminaire, which is a high-intensity light source, directly enters the eyes.

  Or the phenomenon of indirect glare which a lighting fixture will reflect in the wall surface in which an illuminating device is attached, an adjacent mirror (or mirror-finished wall surface), or a window glass generate | occur | produces.

  Accordingly, the present invention solves the problems of the prior art as described above, that is, an object of the present invention is to provide a mirror with an illumination device that suppresses direct glare and indirect glare.

  The invention according to claim 1 is a mirror with a lighting device that includes a mirror and a lighting device having a light source on the back side of the mirror and is attached to a wall surface, and the light emitted from the light source is the mirror. And the illuminating device is connected to the impervious member, the impervious member that does not transmit the light, and the illuminating device is connected to the impervious member. A back light transmitting member that transmits the separation light, and the light source emits the straight light toward the impermeable member, and the back surface is located between the light source and the wall surface. The translucent member is arranged in parallel with the back surface of the mirror or includes a bulging portion that bulges in the back direction of the mirror, thereby solving the above-described problem.

  The mirror with a lighting device according to the first aspect of the present invention includes a mirror and a lighting device having a light source on the back surface of the mirror, so that reflected light when light emitted from the light source hits a wall surface or the like. As a result of illuminating the surroundings, not only can the space behind the mirror be produced as indirect illumination, but also the following special effects can be achieved.

That is, in the mirror with the illumination device according to the first aspect of the present invention, the light source emits the straight light toward the impermeable member, so that the straight light emitted from the light source is directed toward the impermeable member. Since the light is emitted, straight light is not directly visible to human eyes, and direct glare caused by the straight light can be suppressed.
In addition, since the bulging portion of the back surface translucent member is arranged in parallel with the back surface of the mirror or bulges in the back surface direction of the mirror, the back light projecting member is less visible from the front than the mirror. In addition to being able to suppress direct glare caused by remote light, the lighting device does not have a protrusion on the wall surface, so it is difficult for the lighting device to be reflected around the mirror with the lighting device, so that the illumination is reflected. Indirect glare caused by remote light can be suppressed.

  According to a second aspect of the present invention, in addition to the configuration of the mirror with the illumination device according to the first aspect, the impermeable member includes a first reflecting surface that reflects the straight light, and the illumination The apparatus includes a front light-transmitting member that is parallel to the front surface of the mirror and outward from the edge of the mirror, and the first reflecting surface directs the straight light toward the front light-transmitting member. By reflecting the light, the above-described problems are solved.

  In addition to the effect produced by the invention according to claim 1, the mirror with the illumination device of the invention according to claim 2 is configured such that the first reflecting surface reflects straight light toward the front translucent member. Since the straight light emitted from the light source is radiated from the front translucent member to the user after being reflected by the first reflecting surface, the user standing in front of the mirror can be illuminated brightly.

  In addition to the configuration of the mirror with the illumination device according to claim 2, the invention according to claim 3 is described above by having one end of the impermeable member connected to the front translucent member. It solves the problem.

  In addition to the effect of the invention according to claim 2, the mirror with the illumination device of the invention according to claim 3 is impermeable because one end of the impermeable member is connected to the front translucent member. Compared to the case where one end of the member is not connected to the front light-transmitting member, the straight-ahead light is not directly visible to human eyes, so that the direct glare caused by the straight-ahead light can be suppressed.

  The invention according to claim 4 includes, in addition to the configuration of the mirror with illumination device according to claim 2 or claim 3, the illumination device includes a second reflection surface that reflects the approaching light, The second reflecting surface reflects the approaching light toward the rear translucent member, thereby solving the above-described problem.

  In the mirror with an illuminating device according to the fourth aspect of the present invention, in addition to the effect exhibited by the second or third aspect of the invention, the second reflecting surface reflects the approaching light toward the rear translucent member. Since the approaching light emitted from the light source is reflected by the second reflecting surface on the back side of the mirror and then radiated toward the wall surface together with the separation light from the rear translucent member provided in the illumination device, the approaching light Can also be part of indirect lighting, creating a brighter space behind the mirror.

  The invention according to claim 5 is a mirror with a lighting device that includes a mirror and a lighting device having a light source on the back side of the mirror and is attached to a wall surface, and the lighting device faces the light source. And a light-transmitting member that does not transmit light, and a light-transmitting back member connected to one end of the light-impermeable member, and the light-transmitting back light disposed between the light source and the wall surface The member is arranged in parallel with the rear surface of the mirror, or has a bulging portion that bulges in the rear surface direction of the mirror, thereby solving the above-described problem.

The mirror with the illumination device of the invention according to claim 5 includes the mirror and the illumination device having the light source on the back side of the mirror, so that the reflected light when the light emitted from the illumination device hits the wall surface or the like. Because it illuminates the surroundings, the space behind the mirror can be produced as indirect illumination.
In addition, since the bulging portion of the back surface translucent member is arranged in parallel with the back surface of the mirror or bulges in the back surface direction of the mirror, the back light projecting member is less visible from the front than the mirror. In addition to being able to suppress direct glare that the lighting device can be seen directly, the lighting device does not have a protruding part to the wall surface, so it is difficult for the lighting device to be reflected around the mirror with the lighting device, and the illumination is Indirect glare that is reflected can be suppressed.

  According to the present invention, direct glare and indirect glare can be suppressed.

The front view of a washroom provided with the mirror with the illuminating device of embodiment of this invention. AA sectional drawing of FIG. AA sectional drawing which shows the optical path of the emitted light emitted from LED. AA sectional drawing in the modification of embodiment of this invention.

  Below, the mirror with the illuminating device which is embodiment of this invention is demonstrated based on FIG. 1 thru | or FIG.

<1. Overview of washroom>
FIG. 1 is a front view of a wash space provided with a mirror 100 with an illumination device according to an embodiment of the present invention.

In the washroom space, a washstand L and a mirror 100 with a lighting device are installed above the washstand L.
And the washstand L and the mirror 100 with an illuminating device are attached to the wall surface W with high diffusivity and reflectance.

  In FIG. 1, three washstands L and three mirrors 100 with illumination devices are installed, but the number is not limited to three.

<2. Overview of mirror with illumination device>
FIG. 2 is a cross-sectional view taken along the line AA in FIG. 1. Since the mirror 100 with the illumination device is symmetrical from FIG. 1, only one side of the mirror 100 with the illumination device is shown in FIG.

  The mirror 100 with the illumination device includes a base 110 for fixing the mirror 100 with the illumination device to the wall surface W, a flat mirror 120 with less unevenness and curvature, and an illumination device 130 on the back side of the mirror 120. .

<2.1. Base Structure>
The base 110 is thicker than the mirror 100 with the illumination device (for example, 115 mm or more), and includes a U-shaped softening member 111, and the softening member 111 is fixed to the wall surface W.
Thereby, the mirror 100 with the illumination device is fixed to the wall surface W via the wiping member 111 of the base 110 and is opposed to and separated from the wall surface W.

  The opening 111a of the upper member 111 facing the mirror 120 is closed by a flat base plate 112.

The base plate 112 holds the mirror 120 by mirror fixing brackets (not shown) provided at both ends in the vertical direction.
Further, the base plate 112 is connected to an illuminating device 130 described later by connecting screws 113 at a plurality of positions in the horizontal direction (width direction of the mirror 120; hereinafter the same) and in the vertical direction.

<2.2. Structure of lighting device>

Next, the structure of the illumination device 130 will be described.
The illumination device 130 is on the back side and the side of the mirror 120, and is approximately the same height as the mirror 120 (see FIG. 1).

The illuminating device 130 includes a plurality of LED-attached substrates 131 attached to the bottom of an approximately U-shaped LED fixing bracket 135 in the vertical direction.
The LED-equipped substrate 131 includes a plurality of LEDs (light sources) 131a in the vertical direction.

The LED 131a is orthogonal to the mirror 120, and emits light in the horizontal direction and away from the mirror 120 (the light emitted from the LED 131a will be described later).
In this embodiment, the spread angle of the LED 131a is approximately 120 degrees, but this spread angle is only an example and is not limited to 120 degrees.

Furthermore, the illumination device 130 includes an impermeable member 132 that does not transmit light at a position facing the LED 131a.
The impermeable member 132 is formed of an acrylic resin that is colored gray so as to hardly transmit light (for example, a transmittance of 3% or less), and includes a vertical portion 132a that is perpendicular to the mirror 120, and a vertical portion. It includes three portions: an inclined portion 132b that is continuous with 132a and is inclined toward the LED 131a from the vertical portion 132a, and a horizontal portion 132c that is continuous with the inclined portion 132b and extends in the horizontal direction.
Furthermore, the LED 131a side of the inclined portion 132b is provided with a first reflecting surface 132d formed of a light reflecting sheet having a high reflectance (for example, the reflectance is 90% or more).

Further, the lighting device 130 includes a rear translucent member 133 connected to the end of the horizontal portion 132c of the impermeable member 132, and the impermeable member 132 and the rear translucent member 133 are connected without a gap. ing.
The rear translucent member 133 is located between the LED 131 a and the wall surface W, and is parallel to the rear surface 123 of the mirror 120.
Note that the connecting screw 113 that connects the base 110 and the lighting device 120 described above specifically connects the base plate 112, the rear translucent member 133, and the LED fixture 135.

In addition, the lighting device 130 includes a front translucent member 134 connected to the end of the vertical portion 132a of the impermeable member 132, and the impermeable member 132 and the front transmissive member 134 are connected without a gap. Yes.
The front light transmitting member 134 is substantially flush with the front surface 122 of the mirror 120, and is connected to the light transmitting part 134a and a light transmitting part 134a located outward from the edge 121 of the mirror 120. It has a mirror facing part 134b which is behind the thickness of the mirror 120.
Furthermore, a second reflecting surface 134c parallel to the mirror 120 is provided on the wall surface W side of the mirror facing portion 134b.

The LED fixing bracket 135 is not only connected to the rear light transmitting member 133 by the connecting screw 113 but also fastened to the front light transmitting member 134 by the fastening screw 136.
<3. Optical path of synchrotron radiation>

  Next, the optical path of the radiated light emitted from the LED 131a will be described with reference to FIG.

As described above, since the spread angle of the emitted light emitted from the LED 131a is 180 degrees or less (for example, about 120 degrees), the emitted light emitted from the LED 131a is emitted toward the end of the mirror 120. .
The radiated light emitted from the LED 131a can be roughly divided into three types: straight light SL parallel to the mirror 120, approaching light AL approaching the mirror 120, and separation light LL moving away from the mirror 120.

<3.1. Light path of straight light>
First, the straight light SL parallel to the mirror 120 will be described.
The straight light SL emitted from the LED 131a is directed to the impermeable member 132 facing the LED 131a.
Then, the straight traveling light SL reflects the first reflecting surface 132 d of the impermeable member 132 and travels toward the front light transmitting member 134.

  In addition, since the impermeable member 132 and the front transmissive member 134 are connected without a gap, the straight light SL does not reflect on any object and does not go to human eyes (that is, the straight light SL directly It does n’t go to human eyes.)

Further, since the inclination of the inclined portion 132b and the first reflecting surface 132d with respect to the vertical portion 132a is 45 degrees or less, the straight light SL reflected by the first reflecting surface 132d is not emitted perpendicularly to the mirror 120, and the mirror 120 Radiated towards
By defining the inclination of the first reflecting surface 132d in this way, the user standing in front of the mirror 120 can be illuminated efficiently.

<3.2. Approaching light path>
Next, the approaching light AL approaching the mirror 120 will be described.
The approaching light AL emitted from the LED 131a travels toward the front translucent member 134 on the mirror 120 side from the LED 131a.
Then, the approaching light AL is reflected by the second reflecting surface 134 c of the front light transmitting member 134, passes through the back light transmitting member 133, and travels toward the wall surface W.

  As described above, since the wall surface W has high diffusibility and reflectance, when the approaching light AL is radiated to the wall surface W, it functions as indirect illumination of the wash space.

<3.3. Optical path of remote light>
Next, the separation light LL that moves away from the mirror 120 will be described.

  The separation light LL emitted from the LED 131a is directly transmitted through the rear translucent member 133 toward the wall surface W.

  As described above, since the wall surface W has high diffusivity and reflectivity, when the separation light LL is radiated to the wall surface W, it functions as indirect illumination of the wash space like the approaching light AL.

<3.4. About the shape of the rear transparent member>
As described above, the approaching light AL and the separation light LL are transmitted through the rear translucent member 133 toward the wall surface W.
At this time, since the rear translucent member 133 is parallel to the rear surface 123 of the mirror 120, the wall around the mirror 100 with the illumination device including the wall surface W (a mirror wall perpendicular to the wall surface, a partition material for the mirror surface, a window glass, etc.) The rear translucent member 133 is hardly reflected.

<4. Effects of this embodiment>
The mirror 100 with the illumination device of the present embodiment thus obtained includes the mirror 120 and the illumination device 130 having the LED 131a as the light source on the back surface 123 of the mirror 120, so that the light emitted from the LED 131a is emitted. Since the surroundings are illuminated with the reflected light when hitting the wall surface W or the like, the space of the back surface 123 of the mirror 120 can be produced as indirect illumination.

  Further, since the LED 131a radiates the straight light SL toward the impermeable member 132, the straight light SL emitted from the LED 131a is radiated toward the impermeable member 132. Direct glare caused by the straight light SL can be suppressed without being noticed by human eyes.

  Further, since the first reflecting surface 132d reflects the straight light SL toward the front light transmitting member 134, the front light transmitting member 134 after the straight light SL emitted from the LED 131a is reflected by the first reflecting surface 132d. The user standing in front of the mirror 120 can be illuminated brightly.

  Further, since one end of the impermeable member 132 is connected to the front light transmitting member 134, the straight light SL is compared with a case where one end of the impermeable member 132 is not connected to the front light transmitting member 134. Is not directly visible to human eyes, and direct glare caused by the straight light SL can be suppressed.

  Furthermore, since the second reflecting surface 134c reflects the approaching light AL toward the back surface transparent member 133, the approaching light AL emitted from the LED 131a is reflected by the second reflecting surface 134c on the back surface 123 side of the mirror 120. After that, since the rear light transmitting member 133 provided in the illumination device 130 is radiated toward the wall surface W together with the separation light LL, the approaching light AL also becomes a part of the indirect illumination 130 and becomes brighter on the rear surface 123 of the mirror 120. You can produce a space.

<5. Modification>
As mentioned above, although the form for implementing this invention was demonstrated, this invention is not limited above.
The present invention is a mirror with an illumination device that includes a mirror and an illumination device having a light source on the back side of the mirror and is attached to a wall surface, and the light emitted from the light source is a straight light that is parallel to the mirror. And an approaching light approaching the mirror and a separation light that moves away from the mirror, and the illumination device is connected to the non-transmission member that does not transmit light and transmits the separation light. A back light transmissive member, and the light source radiates the straight light toward the impermeable member, and the back light transmissive member positioned between the light source and the wall surface, If it is arranged in parallel with the back of the mirror, or has a bulging portion that bulges in the back direction of the mirror, and can suppress direct glare and indirect glare, What is its specific embodiment? It does not matter.

For example, in the present embodiment, the back light transmitting member 133 is parallel to the back surface 123 of the mirror 120, but the back light transmitting member 133 is in the direction of the back surface 123 of the mirror 120 as shown in FIG. You may have the bulging part 133a bulging in.
This makes it difficult to see the rear light projecting member 133 from the front side of the mirror 120, so that direct glare caused by the separation light LL can be suppressed, and the illumination device 130 has a protruding portion toward the wall surface W. Therefore, the illuminating device 130 is difficult to be reflected around the mirror 100 with the illuminating device, and indirect glare caused by the separated light LL in which the illumination is reflected can be suppressed.

  Moreover, although LED was used as a light source in this embodiment, other light sources, such as a fluorescent lamp and electroluminescence, may be sufficient.

  Moreover, as long as a 1st reflective surface and a 2nd reflective surface have a high reflectance, you may stick a thing like the highly reflective sheet as described in this embodiment, or coatings, such as silver plating However, any specific embodiment may be used.

  Further, the impermeable member is not limited to the acrylic resin colored in gray as described in the present embodiment as long as it hardly transmits light. Any embodiment may be used.

  Further, the front translucent member and the rear translucent member may be any specific embodiment as long as it is a milky white acrylic resin having a total light transmittance of about 60%.

  Further, in the present embodiment, the inclination of the first inclined surface is 45 degrees or less with respect to the vertical portion. However, the inclination is approximately 45 degrees, and the straight light emitted from the LED is perpendicular to the mirror. You may reflect so that it may become.

Further, the wall surface may have any specific embodiment as long as it has high diffusibility, such as matte painting, wood, cloth, plaster finish, and concrete pouring.
Increasing the diffusivity of the wall can reduce the reflection of the light source.

  In addition, the elements included in the above-described embodiments can be combined as long as technically possible, and combinations thereof are also included in the scope of the present invention as long as they include the features of the present invention.

DESCRIPTION OF SYMBOLS 100 ... Mirror 110 with an illuminating device ... Base 111 ... Overlay member 111a ... Opening 112 ... Base plate 113 ... Connection screw 120 ... Mirror 121 ... Edge 122 ... Front surface 123 ... Back surface 130 ... Illumination device 131 ... Substrate with LED 131a ... LED (light source)
132 ... Impermeable member 132a ... Vertical part 132b ... Inclined part 132c ... Horizontal part 132d ... First reflective surface 133 ... Back surface translucent member 133a ... Swelling part 134 Front translucent member 134a ... Translucent part 134b ... Mirror facing part 134c ... Second reflective surface 135 ... LED fixture 136 ... Fastening screw

L ... Wash basin W ... Wall surface

SL ・ ・ ・ Straight light AL ・ ・ ・ Approaching light LL ・ ・ ・ Remote light

Claims (5)

A mirror with an illumination device that includes a mirror and an illumination device having a light source on the back side of the mirror and is attached to a wall surface,
The light emitted from the light source consists of straight light parallel to the mirror, approaching light approaching the mirror, and separation light moving away from the mirror,
The lighting device includes an impermeable member that does not transmit light, and a back light transmitting member that is connected to the impermeable member and transmits the separation light,
The light source emits the straight light toward the impermeable member;
The rear translucent member positioned between the light source and the wall surface includes a bulging portion that is arranged in parallel with the rear surface of the mirror or bulges in the rear surface direction of the mirror. A mirror with an illumination device. The impermeable member includes a first reflecting surface that reflects the straight light;
The lighting device is provided with a front light-transmitting member parallel to the front surface of the mirror and outward from the edge of the mirror,
The mirror with an illumination device according to claim 1, wherein the first reflecting surface reflects the straight light toward the front translucent member.   The mirror with a lighting device according to claim 2, wherein one end of the impermeable member is connected to the front translucent member. The lighting device includes a second reflecting surface that reflects the approaching light;
The said 2nd reflective surface reflects the said approaching light toward the said back surface translucent member, The mirror with the illuminating device of Claim 2 or Claim 3 characterized by the above-mentioned. A mirror with an illumination device that includes a mirror and an illumination device having a light source on the back side of the mirror and is attached to a wall surface,
The lighting device includes an impermeable member that faces the light source and does not transmit light, and a rear translucent member connected to one end of the impermeable member,
The rear translucent member disposed between the light source and the wall surface has a bulging portion that is disposed in parallel with the rear surface of the mirror or bulges in the rear surface direction of the mirror. A mirror with an illuminating device.

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