JP2017076562A - Door with lighting apparatus - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a door including a lighting apparatus capable of mitigating features of light of light emission diode, for example, its directional characteristic, improving ornamental effect at its outer appearance of the door and further capable of being applied to get effect other than the ornamental effect.SOLUTION: A lighting of a door provided with a lighting device is comprised of a lighting S1 at a front surface side of a door main body, a lighting S2 at a rear side of the door main body, a lighting S3 at a lower part of the door main body, a lighting S4 at a handle of the door main body, a lighting S5 at a frame edge of the door and a lighting S6 of a down light of the door. As shown in Fig.3, the lighting S1 comprises a lighting device 2 stored in the door main body 1 and provided with LED plate 20, a double grazing glass 3 acting as a dispersion plate into which light radiated from the lighting device 2 is incident, dispersed and injected, a slit port 40 for metering light injected out of the double grazing glass 3 to its part, a slit passage 41 for guiding a light passed to the slit port 40 to a slant downward as its specified direction, and a slit radiating port 42 for radiating light advanced at the slit passage 41 out of a room.SELECTED DRAWING: Figure 3

Description

  The present invention relates to a door in which a lighting fixture composed of an LED (light emitting diode) plate as a light emitting means is incorporated.

The applicant has developed a lighting fixture constructed by attaching an LED plate to a case of an aluminum extruded profile, and is also researching and developing an application example of the lighting fixture to a building material.
For example, in Patent Document 1, an LED plate is arranged in a shape body, a coating material is filled on the LED plate to form a lighting fixture, and the lighting fixture is used as an inner case, and the building material is incorporated in the outer case. Has proposed.
Such building materials are attached to a building's vertical, plain, baseboard, lower frame, etc., and indoors are attached to a wall baseboard, etc. It is intended to give safety and security to passers-by and to light up the building (paragraph 0041 of the same document).

The applicant is considering applying the lighting apparatus to a door as a fitting, following the building material.
Patent Document 2 discloses a configuration in which a light emitting diode is used as a light emitting means on a bathroom door or the like of a joinery and a face material of the door is lit up.
In paragraph 0017 of the same document 2, “as shown in FIGS. 1 to 3, the light-emitting diode 4 is placed closer to the other side in the out-of-plane direction than the face material 24 in the brace assembly 23. The light-emitting diode 4 illuminates the other side surface 24a in the out-of-plane direction of the face material 24.
Further, in paragraph 0018 of the same document 2, “in this way, when the joinery is viewed from one side in the out-of-plane direction (chamber 5), one out-of-plane direction side surface 24b of the face material 24 is brightly lit up and decorated. "It will be the appearance that has been done ... Since it does not look directly at the light of the light-emitting diode 4 but through the face material 24, it will give a gentle feeling, so the healing effect can be improved." Is described.

JP 2013-105611 A JP 2007-321344 A

It is as follows if the problem of the prior art currently disclosed by the literature 2 is pointed out.
Due to the light properties of the light-emitting diode 4, for example, its directivity, the speckled pattern of the light source of the light-emitting diode 4 may appear strongly on the face material 24, and thus there is a limit to the decorative effect of the appearance of the joinery, and the joinery emits light In the case of applying a diode, it is desirable that in addition to the decorative effect according to the function of the joinery, other effects should be achieved.

  Therefore, the applicant prevents the spotted pattern of the light source of the light emitting diode from being visually recognized, and changes the irradiation light to enhance the decorative effect of the door appearance, and further to the effect other than the decorative effect. An object of the present invention is to provide a door provided with a lighting device capable of performing the above.

  In order to solve the above-described problems, the present invention provides a lighting fixture housed in a door body and provided with an LED plate, and a scattering plate that receives, scatters, and emits light emitted from the lighting fixture. A slit opening for narrowing the light emitted from the scattering plate to a part thereof, a slit passage for guiding the light traveling to the slit opening in a predetermined direction, and a slit emitting opening for emitting the light traveling through the slit passage to the outdoor side It was set as the door characterized by having (Invention of Claim 1).

  In order to solve the above-described problems, the present invention provides a lighting fixture housed in a door body and provided with an LED plate, and a scattering plate that receives, scatters, and reflects light emitted from the lighting fixture. The door is characterized by having an opening for narrowing a part of the light emitted from the scattering plate and radiating it to the indoor side (the invention according to claim 2).

  In each of the above inventions, the scattering plate is provided with a sliding plate glass, which is a door (the invention according to claim 3).

  In the said invention, it was set as the door characterized by the position where the illumination surface of the said lighting fixture opposes the said scattering plate, and the position where the said slit opening opposes the said scattering plate do not correspond (Claim 4). Invention).

  In the above invention, the door is characterized in that the slit passage is inclined (the invention according to claim 5).

  In order to solve the above-mentioned problems, a lighting fixture provided with an LED plate, a mounting shape for mounting the lighting device, and arranging the irradiation surface in a direction to illuminate the outside from the indoor side to the outdoor side, and the irradiation surface A diffuser plate facing the door is disposed on the lower strength bone of the door body (the invention according to claim 6).

  In order to solve the above-mentioned problems, a lighting fixture provided with an LED plate, a lighting fixture that is attached to the lighting fixture, a reflecting surface that reflects the light emitted from the lighting fixture, and a light emitted from the reflecting surface are generated. The shape member is arranged on the lower strength bone of the door main body to provide a door (the invention according to claim 7).

  In order to solve the above-mentioned problems, a lighting fixture provided with an LED plate, a lighting fixture that is attached to the lighting fixture, a reflecting surface that reflects the light emitted from the lighting fixture, and a light emitted from the reflecting surface are generated. The shape member is arranged on the frame of the door to form a door (the invention according to claim 8).

According to the present invention, by using the scattering plate, it is possible to prevent the spotted pattern of the light source of the light emitting diode from being visually recognized, and to change the irradiation light of the lighting fixture, thereby improving the decorative effect of the appearance of the door. In addition, effects other than decorative effects can be achieved.
Further, by using a shape member that generates light emitted from the reflecting surface, it is possible to prevent the spotted pattern of the light source of the light-emitting diode from being visually recognized, and to change the irradiation light of the lighting fixture, so that the door It is possible to enhance the decorative effect of the external appearance and to achieve effects other than the decorative effect.
Furthermore, the diffuser plate can make the spot pattern of the LED plate as the light source more difficult to see.

Front view of door with built-in lighting equipment, Back view of the door, A longitudinal sectional view of the door, The main part longitudinal section of the lower part of the door, A cross-sectional view of the main part of the left side of the door, The rear view of the door body showing the wiring path to the lighting equipment of the door body of the door, A cross-sectional view of the main part of the right side of the door, A perspective view of a profile with a lighting fixture; Cross-sectional view of the same material, Cross-sectional view of a profile according to another example, It is a cross-sectional view of the profile concerning another example.

As shown in FIGS. 1 and 2, the lighting of the door provided with the lighting device according to the invention of the present application depends on the position of the lighting device 2, the lighting S 1 on the front side of the door body, the lighting S 2 on the back side of the door body, and the door body. It is divided into a lower illumination S3, a door body handle illumination S4, a door frame illumination S5, and a door downlight illumination S6.
In addition, in each of these illuminations, the configuration common to each configuration of each embodiment uses common terms and is illustrated in the drawings in substantially the same manner, and is denoted by the same reference numerals as necessary. Detailed description is omitted.

Lighting S1 on the front side of the door body
The illumination S1 on the front side of the door body (hereinafter also simply referred to as illumination S1) illuminates the surface 10 facing the outdoor side of the door body 1 where the eyes of visitors and the like are concentrated.
As shown in FIG. 3, the illumination S1 is housed inside the door body 1, and the illumination fixture 2 including the LED plate 20 and the light emitted from the illumination fixture 2 are incident, scattered, and emitted. A multi-layer glass 3 serving as a scattering plate, a slit port 40 for narrowing the light emitted from the multi-layer glass 3 to a part thereof, and the light that has traveled to the slit port 40 as a predetermined direction is guided obliquely downward. It comprises a slit passage 41 and a slit radiation opening 42 that radiates light traveling through the slit passage 41 to the outdoor side.

  As shown in FIGS. 8 and 9, the luminaire 2 is filled up to the end 21 of the main body 21, an aluminum-shaped main body 21 on which the LED plate 20 is disposed, a wire 22 that presses the LED plate 20 against the main body 21. The coating material 23 is formed.

  The LED plate 20 includes a module in which an LED chip is directly arranged on a substrate on which an electrode pattern is drawn. Specifically, the LED plate 20 includes, for example, a substrate 200 on which a wiring pattern and an anchor portion are formed, and an LED chip 201 to which electrodes are connected via auxiliary plating and gold plating applied on the wiring pattern. Here, the LED chip 201 includes a single emission color, a multi-type one in which chips emitting red, green and blue are arranged. A lens-like (convex) coating layer 202 is formed around the LED chip 201.

  The lighting fixture 2 configured as described above is configured in units of an arbitrary number of chips as necessary, such as 12 chips, 16 chips, or 20 chips, and the lighting fixture 2 is a base connecting portion (not shown). It can be connected in a long shape via.

The said lighting fixture 2 is being fixed via the 2nd attachment plates 51 and 51 attached to the 1st attachment plates 50 and 50 respectively as a pair like FIG.
The first mounting plates 50 and 50 are fixed to the space portion 11 of the door body 1 that houses the multilayer glass 3, and the space portion 11 is provided along the lateral width of the door body 1. The first mounting plates 50 and 50 are each formed in an elongated shape along the upper edge or the lower edge of the space portion 11 and the cross-sectional shape thereof is substantially L-shaped.
The second mounting plates 51 and 51 close the indoor side of the space portion 11 and form the indoor side opening 13, and are formed in a long shape like the first mounting plates 50 and 50. And fixed to the end of the first mounting plate 50.
An engagement groove in which an engagement fin 25 (see FIG. 9) formed on the main body 21 of the lighting fixture 2 can be slid and fixed at a position where the second mounting plate 51 faces the multilayer glass 3. 52 is formed, and the irradiation surface 24 of the lighting fixture 2 attached to the engagement groove 52 can face the multilayer glass 3.

As shown in FIG. 3, the engagement groove 52 is formed at a position corresponding to the upper and lower portions of the multilayer glass 3, and the illumination groove 52 is only at a position corresponding to the upper portion of the multilayer glass 3. The fixture 2 can be arranged, and the illumination fixture 2 can be arranged only at a position corresponding to the lower portion of the multilayer glass 3, or the illumination fixture 2 can be arranged at a position corresponding to the upper and lower portions of the multilayer glass 3.
In addition, the said 2nd attachment plates 51 and 51 become a pressing edge which supports the said multilayer glass 3, as shown in FIG.

The multi-layer glass 3 is horizontally long along the space portion 11, and at least one of the glass plates constituting the multi-layer glass 3 is composed of “sliding glass”.
When the illumination light from the lighting fixture 2 reaches the boundary surface between the air and the glass plate (inside the room) according to the law concerning the path of light, a part of the light is reflected and the remaining light is refracted to pass through the inside of the glass plate. The light travels and is radiated as refracted light, except for light that is totally reflected at the interface between the glass plate (outside of the room) and air.
In this case, since the glass plate is a “sliding plate glass”, one surface of the float plate glass is formed with an uneven surface by the gold sand and the gold brush, so that light is irregularly reflected at the boundary surface or the light is irregularly formed. Diffused, scattered and emitted.
Therefore, the spot pattern in which the light of the LED chip 201 of the lighting fixture 2 appears on the irradiation surface 24 is not visually recognized, but is emitted as soft light.

  The double-layer glass 3 serving as the scattering plate may be a “sliding plate glass”, or may be the multi-layer glass as long as the scattering plate can reflect or emit light irregularly. It is not limited to the layer glass 3 and may be a plastic such as an acrylic resin.

The slit port 40, the slit passage 41, and the slit radiation port 42 are formed by upper and lower plate members 43 and 44 constituting the surface 10 of the door body 1 and a plurality of intermediate plate members 45 therebetween.
At the lower ends of the upper plate member 43 and the intermediate plate member 45 and at the upper ends of the lower plate member 44 and the intermediate plate member 45, as shown in FIG. 3, inclined surfaces 46, 47 which are inclined upward from the outdoor side toward the indoor side. Is formed.
The plate members 43 to 45 are fixed to the ribs of the door body 1 so that these inclined surfaces 46 and 47 face each other substantially in parallel to each other. The slit port 40 is formed with the slit radiation port 42 on the outdoor side, and the slit passage 41 is formed therebetween.
A reflector 48 that facilitates reflecting light may be attached to the inclined surface 47.

In the configuration as described above, the position where the illumination surface 24 of the lighting fixture 2 is opposed to the multilayer glass 3 is shifted upward from the position where the slit opening 40 is opposed to the multilayer glass 3, and the slit The passage 41 is inclined downward from the indoor side to the outdoor side.
Therefore, it is difficult to see the illumination surface 24 from the slit radiating opening 42, and the spotted pattern is eliminated and soft light is emitted. Moreover, it is prevented that a tool is inserted from the slit radiating port 42 and the multilayer glass 3 is broken or the door is unlocked, thereby improving crime prevention. Furthermore, even if the slit radiation port 42 entering the field of view of the visitor or the like is narrow, the light is spread and emitted so as to be diffracted.

  The direction of the slit passage 41 is configured so as to be horizontal from the outdoor side to the indoor side, in addition to the case where it is inclined upward from the outdoor side toward the indoor side, or when it is inclined downward from the outdoor side toward the indoor side. Also good. Also in these cases, the position where the illumination surface 24 of the lighting fixture 2 faces the multilayer glass 3 and the position where the slit opening 40 faces the multilayer glass 3 are shifted so as not to coincide with each other.

It is as follows if the effect of the illumination S1 of the door main body front side comprised as mentioned above is put together.
(1) The multi-layer glass 3 does not visually recognize the speckled pattern appearing on the irradiation surface 24, but is emitted as soft light. The illumination surface 24 is difficult to see from the slit radiation port 42, and the speckle pattern is eliminated. And a decorative effect is exhibited.
(2) It is prevented that a tool is inserted from the slit radiating port 42 and the multilayer glass 3 is broken or the door is unlocked, and the crime prevention property can be improved.
(3) Even if the slit radiation port 42 entering the field of view of a visitor or the like is narrow, light is spread and emitted so as to be diffracted.
(4) When light is seen from the slit radiation port 42, it is easy to recognize that a visitor or the like is at home. That is, it is expected that the light from the slit radiation port 42 can be easily recognized like lighting from the indoor side and can prevent crime.

Lighting S2 on the back side of the door body
Illumination S2 on the back side of the door body (hereinafter also simply referred to as illumination S2) is intended to illuminate the back surface 12 of the door body 1 facing indoors for the convenience of residents and the like and to enhance the decorative effect of the door. .
As shown in FIGS. 2 and 3, the illumination S 2 includes the illumination fixture 2, the multilayer glass 3 on which the light emitted from the illumination fixture 2 is incident, scattered and reflected, and the multilayer glass 3. It is comprised from the said opening 13 which restrict | squeezes the light radiate | emitted from one part and radiates it indoors.

  In this illumination S2, the illuminating light from the lighting fixture 2 is refracted by the indoor side glass plate of the multilayer glass 3 and then reflected by the outdoor side glass plate, again to the indoor side glass plate. The light is refracted and passes through the opening 13 to be emitted indoors.

  According to the illumination S2, as in the above (1), the multi-layer glass 3 radiates as soft light without observing the speckled pattern appearing on the irradiation surface 24, and the illumination surface from the opening 13 24 is difficult to see, and further, the speckled pattern is eliminated and a decorative effect is exhibited.

Lighting S3 at the bottom of the door body
The illumination S3 at the bottom of the door body 1 (hereinafter also simply referred to as illumination S3) irradiates the visitors, etc., from the lower end of the door body 1 with the outdoor side to enhance the safety of the feet and enhance the door decoration effect. It is.
As shown in FIG. 3, the lighting S3 includes the lighting fixture 2 and a long mounting member 6 fixed along the lower strength bone 14 of the door body 1 in order to attach the lighting fixture 2. The mounting shape 6 is formed by arranging the irradiation surface 24 of the luminaire 2 so as to illuminate the outside from the indoor side toward the outdoor side, and the diffusion plate 7 facing the irradiation surface 24. The diffusion plate 7 diffuses the irradiation light of the lighting fixture 2 and will be described in detail later.

The end on the outdoor side of the lower strength bone 14 of the door body 1 protrudes to the outdoor side from the end on the outdoor side of the lower frame 17 with the door closed, and the lower strength bone 14 The end portion on the outdoor side is formed to have a smaller height dimension than the end portion on the indoor side. Moreover, the illuminating device 2 is arrange | positioned in the direction which illuminates the outside toward the outdoor side from the indoor side.
Therefore, the light emitted from the diffusion plate 7 can irradiate a range on the outdoor side from the lower bone 14.

Instead of the mounting shape 6, the lighting fixture 2 may be mounted on the shape 8 as shown in FIG.
As shown in FIGS. 8 and 9, the shape member 8 includes a reflecting surface 80 that reflects the irradiation light of the lighting device 2, and the irradiation surface 24 of the lighting device 2 is provided on the curved reflecting surface 80. There is provided an attachment portion 82 for attaching the lighting fixture 2 to one end side 81 of the curved surface, and one end side locking portion 83 for attaching the shape member 8 to an LED built-in space portion 86 (described later). The other end side locking portion 85 is provided on the other end side 84 of the surface.

The reflection surface 80 reflects the irradiation light of the irradiation surface 24 over the entire range with respect to the irradiation surface 24 of the luminaire 2 positioned on one end side 81 of the profile 8 (hereinafter referred to as all in this document). (Referred to as reflection).
In the present embodiment, the reflecting surface 80 is formed in order from the one end side 81, the inclined surface 800 that reflects the light irradiated from the irradiation surface 24, and the irradiation surface 24, and is irradiated from the irradiation surface 24. And a curved surface 802 that curves from the flat surface 801 to the other end side 84.

  The mounting portion 82 includes a substantially U-shaped housing frame 820 that houses the lighting fixture 2, and a slide portion 821 that slides the engagement fins 25, 25 of the lighting fixture 2 inside the housing frame 820. Yes.

  Since the housing frame 820 is configured so that the irradiation surface 24 can be opposed to the reflecting surface 80, the LED plate 20 as a light source is difficult to see, and the lighting fixture 2 is of an indirect illumination type. Can do.

  The one end side locking portion 83 extends substantially perpendicularly to the irradiation surface 24 from the housing frame 820, and its end portion is bent in that direction at a position substantially the same as the bottom surface of the flat surface 801. Is formed.

  The other end side locking portion 85 is formed at the end of the curved surface 802 and extending substantially parallel to the one end side locking portion 83.

When the shape member 8 is used, the illumination S3 is configured by incorporating the shape member 8 into the LED built-in space portion 86 (see FIG. 4).
In this case, the function and effect of the illumination S3 can be achieved by the shape member 8 as follows.
(5) The shape member 8 is made of an amyl shape member, and the reflection surface 80 generates soft glossy light, enabling the production of soft light. It can function as a metal mirror.
(6) Since the housing frame 820 of the shape member 8 is configured such that the irradiation surface 24 faces the reflection surface 80, the LED plate 20 as a light source is difficult to see, and the lighting fixture 2 Can be an indirect illumination type.
(7) The irradiation light of the lighting fixture 2 is reflected over the entire range of the reflection surface 80 by the reflection surface 80 of the shape member 8, and the rear direction of the lighting fixture 2 that is a light source from the reflection surface 80. It is controlled so as to be emitted (for example, on the upper side of the paper surface in FIG. 9).

  Instead of the mounting shape 6, as shown in FIGS. 10 and 11, another shape 8 </ b> A and shape 8 </ b> B configured by attaching the diffusion plate 7 to the shape 8 may be used.

As shown in FIG. 10, the diffuser plate 7 attached to the shape member 8A allows the light reflected by the first surface (first surface) 803 of the reflecting surface 80 to pass through the irradiation light of the lighting fixture 2, The light passing therethrough is reflected from the second surface (second surface) 804 of the reflecting surface 80 and is radiated.
That is, the diffuser plate 7 has a longitudinal edge in the mounting recess 822 formed outside the slide portion 821 of the profile 8A, and the other longitudinal edge in the flat surface 801 of the reflecting surface 80. Are each positioned in a mounting groove portion 823 formed on a boundary line that divides substantially in half.

The diffusion plate 7 is formed in a long shape along the shape member 8A, and each end edge in the longitudinal direction is slid and arranged in the attachment recess 822 and the attachment groove 823 as described above.
The diffuser plate 7 may be any type as long as the incident light beam is diffused and emitted. For example, the trade name “Carbograss DEFR” (Carbograss \ Carboglass is a registered trademark owned by Asahi Glass Co., Ltd.) is used.

  The mounting recess 822 has an opening facing the reflecting surface 80, and may be formed continuously along the longitudinal direction of the profile 8A, or may be formed separately at predetermined intervals. Also good.

The mounting groove portion 823 is formed at a position where the diffusing plate 7 can be disposed at a substantially right angle with respect to the flat surface 801, and is continuously formed along the longitudinal direction of the profile 8A.
The distribution of the first surface 803 and the second surface 804 with respect to the reflection surface 80 when the diffusing plate 7 is disposed is not limited to the above configuration, and may be arbitrarily distributed within the region of the reflection surface 80. Can do.
Note that the shape member 8A is formed to be thick and reinforced from the flat surface 801 to a part of the curved surface 802 over the left and right sides of the mounting groove portion 823.

  In the shape member 8A configured as described above, the light emitted from the lighting fixture 2 is on the inclined surface 800 of the first surface 803 and the inside of the diffusion plate 7 (upper side of the paper surface in FIG. 10). The light is reflected by the flat surface 801 and diffused through the diffusion plate 7. The diffused light is reflected by the flat surface 801 outside the diffuser plate 7 of the second surface 804 (lower side of the paper surface in FIG. 10), reflected by the curved surface 802, and radiated, or by the second. The light is radiated as it is without being reflected by the surface 804.

In the case of using the shape member 8A, the illumination S3 is an LED built-in formed on the lower rib 14 of the door body 1 in order to attach the shape member 8A provided with the lighting fixture 2 as shown in FIG. The space member 86 is configured by incorporating the shape member 8A.
In such a configuration, the end on the outdoor side of the lower strength bone 14 of the door body 1 protrudes to the outdoor side from the end on the outdoor side of the lower frame 17 with the door closed, and The end portion on the outdoor side of the strength bone 14 and the end portion on the indoor side are formed to have substantially the same height.
Therefore, the light emitted from the diffusion plate 7 can irradiate the lower range of the lower strength bone 14.
Moreover, the following effect can be added as an effect of the said illumination S3 in the case of using the said shape 8A.

(8) The light reflected by the first surface 803 of the reflective surface 80 is radiated as it is after being diffused by the diffusing plate 7, or is reflected and radiated by the second surface 804. A soft glossy light different from the shape 8 is generated.
(9) The diffuser plate 7 makes it difficult to see the spotted pattern of the LED plate 20 as the light source, and the lighting fixture 2 can be in an indirect illumination form.

Next, based on FIG. 11, an embodiment of another shape member 8B configured by attaching the diffusion plate 7 to the shape member 8 will be described.
The diffuser plate 7 of the shape member 8B shown in FIG. 11 is disposed at a position where the light reflected from the reflecting surface 80 passes and is radiated as it is.
That is, the diffusion plate 7 has an attachment edge 824 formed on the outside of the slide portion 821 (on the lower side of the paper surface in FIG. 11), and the other edge in the longitudinal direction. They are arranged in attachment recesses 825 formed inside the other end side locking portion 85 of the end side 84 (upper side of the paper surface in FIG. 11).

  The opening of the mounting recess 824 faces the other end side 84, while the opening of the mounting recess 825 faces the opening of the mounting recess 824, respectively, along the longitudinal direction of the profile 8. May be formed continuously, or may be formed at predetermined intervals.

  Therefore, the diffusing plate 7 is disposed so as to close the reflecting surface 80 and is slidably disposed in the mounting recesses 824 and 825.

  In the shape member 8B configured as described above, the irradiation light of the lighting fixture 2 is reflected by the reflecting surface 80 and is all diffused through the diffusion plate 7.

The following functions and effects can be added as functions and effects of the illumination S3 when the shape member 8B is used.
(10) Since the light diffused from the diffusion plate 7 is light reflected by the reflecting surface 80, the light is softer than the light generated by the shape member 8A.

In addition, when incorporating the shape member 8, the shape member 8A, or the shape member 8B into the LED assembly space portion 86, the LED assembly space portion 86 was inserted into the receiving groove 861 (see FIG. 4). Using the other end side locking portion 85 of the shape member 8 or the like as a fulcrum, the one end side locking portion 83 of the shape member 8 or the like is locked to the receiving piece 862 (see FIG. 4) of the LED built-in space portion 86. After that, an elastic material 863 (see FIG. 4) such as a bead (rubber bead) or rubber packing is pushed in.
Such a built-in structure of the shape member 8 and the like allows the shape member 8 and the like to be removed from the lower strength bone 14, and as a maintenance of the shape member 8 and the like, for example, replacement of the lighting fixture 2 and the like can be easily performed. It can be done.

Door body handle lighting S4
The door body handle illumination S4 (hereinafter also simply referred to as illumination S4) is a decoration that makes it easier for a visitor or the like to recognize the presence and position of the handle when the door is opened and closed, and to lift the handle with light. The effect is demonstrated.
This illumination S4 consists of the said lighting fixture 2 and the attachment fin 150 formed in the back surface of the handle 15 in order to attach this lighting fixture 2. As shown in FIG.
Note that a sensor for sensing a visitor or the like may be provided in the illumination S4 to operate the illumination fixture 2.

  As described above, the wiring of the lighting S1, the lighting S2, the lighting S3, and the lighting S4 to the lighting fixtures 2 is as shown in FIG. To the commercial power supply (not shown) via the line L1 through the line L2 through the vertical frame for the lighting S3, and via the line L3 through the vertical frame and the upper frame of the door body 1 for the lighting S4. It is connected.

Door frame lighting S5
The lighting S5 on the door frame (hereinafter also simply referred to as lighting S5) is provided on the frame 9 provided around the back surface 12 of the door body 1 for the convenience of the occupant and to enhance the decorative effect of the door. It is provided.
As shown in FIGS. 3, 5, and 7, the illumination S <b> 5 includes the illumination device 2, the shape 8, the shape 8 </ b> A, or the shape 8 </ b> B to which the illumination device 2 is attached. In order to attach the profile 8, the profile 8A or the profile 8B, the LED built-in space portion 90 formed in the frame 9 and the diffusion plate 7 for diffusing the irradiation light of the lighting fixture 2 are formed. .
Also in this illumination S5, the same operation effect as illumination S3 can be produced.

Door downlight illumination S6
Door downlight illumination S6 (hereinafter also simply referred to as illumination S6) is intended to irradiate visitors and the like from the top of the door to the outside to enhance the safety of the feet and enhance the door decoration effect. .
As shown in FIG. 3, the lighting S <b> 6 is fixed along the lighting fixture 2 and an upper decorative cover 16 attached to the upper frame of the door in order to attach the lighting fixture 2. And a diffusing plate 7 that is attached to the mounting member 60 and diffuses the irradiation light of the lighting fixture 2.
Also in the lighting S6, a sensor for detecting a visitor or the like may be provided to operate the lighting fixture 2.

  The present invention is not limited to the above-described embodiments, and many modifications can be made by those having ordinary knowledge in the art within the technical idea of the present invention.

DESCRIPTION OF SYMBOLS 1 Door main body 10 Front surface 11 Space part 12 Back surface 13 Opening 14 Lower strength bone 15 Handle 16 Upper decorative cover 17 Lower frame

2 Lighting fixture 20 LED plate 21 Aluminum shape main body 22 Wire material 23 Coating material 24 Irradiation surface 25 Engaging fin

200 Substrate 201 LED chip 202 Coating layer 3 Multi-layer glass

40 Slit Port 41 Slit Passage 42 Slit Radiation Ports 43 to 45 Plate Material 46 47 Inclined Surface 48 Reflector

50 First mounting plate 51 Second mounting plate 52 Engaging groove

6 60 Mounting profile

7 Diffuser

8 8A 8B Profile 80 Reflecting surface 81 One end side 82 Mounting portion 83 One end side engaging portion 84 Other end side 85 Other end side engaging portion 800 Inclined surface 801 Flat surface 802 Curved surface 803 First surface 804 Second surface 820 Housing frame 821 Slide part 822 824 825 Mounting recess 823 Mounting groove

86 LED installation space portion 861 Receiving groove 862 Receiving piece 863 Elastic material

9 Frame 90 LED built-in space

S1 Door body front side lighting S2 Door body back side lighting S3 Door body lower part lighting S4 Door body handle lighting S5 Door frame lighting S6 Door downlight lighting

Claims (8)

A lighting fixture housed inside the door body and provided with an LED plate;
A scattering plate that receives and scatters and emits light emitted from the lighting device;
A slit opening for narrowing the light emitted from the scattering plate to a part thereof, a slit passage for guiding the light traveling to the slit opening in a predetermined direction, and a slit emitting opening for emitting the light traveling through the slit passage to the outdoor side A door characterized by having. A lighting fixture housed inside the door body and provided with an LED plate;
A scattering plate that receives and scatters and reflects light emitted from the lighting fixture;
A door comprising an opening for narrowing a part of the light emitted from the scattering plate and radiating the light toward an indoor side.   The door according to claim 1, wherein the scattering plate includes a sliding plate glass.   The door according to claim 1, wherein a position where the illumination surface of the lighting fixture faces the scattering plate and a position where the slit opening faces the scattering plate do not coincide with each other.   The door according to claim 1, wherein the slit passage is inclined.   A luminaire provided with an LED plate, and a mounting shape for mounting the lighting device, and arranging the irradiation surface in an orientation to illuminate the outside from the indoor side to the outdoor side, and a diffusion plate facing the irradiation surface, A door characterized in that it is arranged on the lower strength bone of the door body.   A lighting device including an LED plate, a lighting device to which the lighting device is attached, a reflecting surface that reflects the light emitted from the lighting device, and a light that is emitted from the reflecting surface are formed on the door body. A door characterized by being placed on the lower bone.   A lighting fixture having an LED plate, and a shape of the lighting fixture having a reflection surface for reflecting the irradiation light of the lighting fixture and generating light emitted from the reflection surface are attached to the frame of the door. A door characterized in that it is arranged on the door.

Images