JPH0544968Y2 - - Google Patents

Description

[Detailed description of the invention] [Industrial application field] This invention has a mirror function, a lighting function, a stand function,
The present invention relates to a very useful stand-type lighting device that has a shelf function, an object hooking function, and further a moving function or a device holding function that can be added as necessary.

[Conventional technology]

Traditionally, mirrors such as full-length mirrors fixed to the wall,
Various lighting equipment, shelves for various small items, devices for hanging objects such as hangers, etc. are each known as unique products. However, a product that combines these functions and also has a stand function etc. is not yet known.

[The problem that the idea aims to solve]

The above-mentioned conventional mirrors, lighting fixtures, etc. are each separate products, which causes the inconvenience of having to purchase and install each product separately, and also results in wasted installation space and inability to effectively illuminate walls and corners.

The present invention overcomes the above problems,
It does not waste space and allows for full-length mirrors, etc. It can illuminate walls and corners, it has a shelf to organize small items, it has a multifunctional stand type lighting device that can be used to organize objects by hooking them, and it can also be moved or safely held. The purpose of the present invention is to provide a stand type lighting device with multi-functions.

[Means to solve the problem]

The first multi-functional stand type lighting device of this invention is
an outer frame body, a rectangular or elongated mirror attached to the outer frame body, a pedestal that holds the bottom of the mirror, and a pedestal fixed to the pedestal and arranged behind the mirror that has an upper end surface and a side surface. a stand for holding the mirror upright, comprising a tubular body having an illumination hole on at least a side surface; a lighting section disposed inside the tubular body; and a stand disposed behind the mirror and between the tubular body. one or more shelves attached so as to be moved, one or more object hooking means attached to at least one of the outer frame body, the tubular body, and the shelf; and a moving unit attached to the pedestal. means or fixing means. Here, "rectangular",
The "rectangular shape" is not limited to a square shape, but may also be an ellipse shape, a track shape, etc., as long as it is long or elongated. Furthermore, the term "attachment" means fixing or holding, or both.

In this second invention, the stand has a rod-shaped or tubular body, and the lighting unit is fixed to the rod-shaped body, tubular body or shelf and protrudes above the shelf; otherwise, it has the same configuration as the first invention described above.
Here, the lighting unit may be fixed onto the rod-shaped or tubular body that is inserted into a hole provided in the shelf, for example.

A third invention of the multifunctional stand-type lighting device is characterized in that the lighting section of the second invention is arranged inside a tubular body having an illumination hole in at least one of the upper end surface and the side surface. .

The multifunctional stand-type lighting device of the fourth invention includes the tubular body of the first invention and a first lighting part arranged inside the tubular body, and a second lighting part arranged so as to protrude above the shelf of the second invention. It is a combination of

The multi-functional stand-type lighting device of the fifth invention is equipped with a moving means or a device holding means. Here, the term "device holding means" refers to means for preventing the device from falling down, and includes fixing means, locking means, and the like.

Furthermore, in the present invention, the material, color,
The surface pattern etc. is not critical, but wooden or wood-grained metal is preferred. This is because it is aesthetically pleasing and gives a calming impression as a piece of furniture.

[Effect]

As mentioned above, each stand-type lighting device of the present invention has a mirror function because it has a mirror, a lighting function because it has a lighting section, a stand function because it has a stand, and a shelf function because it has a shelf. have,
Since it has an object hooking means, it also has an object hooking function, and furthermore, these functions act in a complex manner. Those with moving means or device holding means are additionally provided with a moving function and a device holding function.

[Effect of idea]

This multi-functional stand-type lighting device has the above-mentioned functions, so there is no inconvenience of installing mirrors and lighting equipment separately as in the past, and it also has a stand function, so even if the installation space is small, it can function as a mirror and It can perform lighting functions without wasting space and can be easily installed anywhere. Furthermore, it is possible to effectively improve illuminance on walls, corners, etc. in a small space, thereby providing a comfortable living space. Since the mirror has a long shape, it can be used as a full-length mirror, and it can also give a sense of spaciousness in the installation area. Furthermore, it has a shelf function and an object hook function, so you can organize small items, clothes, etc.

Furthermore, in the first, third, fourth, and fifth designs in which the lighting section is disposed inside the tubular body, the storage space for the lighting section is small and compact. As in the fifth invention, devices with a moving function are convenient for moving the device, and devices with a device holding function can securely fix the device to the floor, wall, ceiling, etc., and are therefore superior in safety.

As described above, the present invention simultaneously has effects based on the many functions described above, and is extremely useful in combination.

〔Example〕

Hereinafter, the present invention will be specifically explained with reference to Examples.

Embodiment 1 A front view of the present device according to this embodiment is shown in FIG. 1, a perspective view thereof in FIG. 2, and an assembly diagram thereof in FIG. 3.
This device consists of an outer frame 1, a mirror 2, a stand 3, a lighting section 4, a shelf 5, an object hooking means 6, and a moving means 7.

Outer frame (length 1500, width 90, thickness approx. 20mm) 1
are made of wood and are placed at both left and right ends of the mirror 2 below. The mirror 2 has a transparent glass plate 21 (length 1500, width
250, 5 mm thick), a metal reflective film (not shown) on the back of which a metal such as Al is adhered and formed by vapor deposition, and a scattering prevention layer (not shown) attached to the back of this reflective film. (not shown) and a back plate 22 joined to the back surface thereof. The transparent glass plate 21 is a glass that causes less distortion of the image it projects, and is generally colorless and transparent, but may be colored and translucent. The anti-scattering layer is made of resin to prevent the glass from scattering even if the mirror is damaged. This anti-scattering layer may be a resin film or a resin plate, and is adhered and pasted using an adhesive or pressure-sensitive adhesive.
Note that this may be formed directly on the reflective film without using an adhesive or the like. The back plate 22 is for holding the glass and preventing it from breaking.

The stand 3 consists of a base 31 (width about 420 mm, depth about 360 mm, thickness about 20 mm) and a tubular body 32. This pedestal 31 is made of wood, and the bottom of the outer frame body is fixed with screws, and the mirror 2 is mounted on the front center side of this pedestal 31 (approximately from the front end).
60 mm), and a tubular body 32 is erected and fixed behind it. Three casters are arranged on the lower surface of the pedestal 31, and these casters serve as the moving means 7. The tubular body 32 is made of metal, has approximately the same length as the mirror 2, has an opening at its upper end 32c, and has two elongated illumination holes 32a and 32b spaced apart from each other on the front side of the lower middle side. The bottom part has a flange shape so that it can be fixed on the pedestal 31.

The illumination unit 4 uses two twin fluorescent lamps, and is arranged and fixed on the bottom side of the tubular body 32. In addition, this twin fluorescent lamp includes a transformer (not shown) and
A socket (not shown), an AC power cord 41 connected to the AC power cord 41, an outlet 43 connected to the end of the AC power cord 41, and an intermediate switch 42 connected in the middle of the cord 41 are connected.

The shelf 5 is made of wood and consists of a substantially semi-elliptical flat plate, and is approximately 300 mm from the upper end of the mirror 2 and the tubular body 32.
One is placed and fixed on the lower side. Note that a hole into which the tubular body 32 is inserted is formed on the rear side of this shelf, and the tubular body 32 is inserted into this hole. Two holes 51 and 52 are provided on the center side for passing bolts for fixing the object hooking means 63. A stopper 5 is placed under it to hold and fix this shelf 5.
3 is fixed to the tubular body 32 with bolts and nuts, and the shelf 5 is placed and held on the stopper 53 thereof. The front side of this shelf is fixed to the outer frame body 1 by two screws of the front object hooking means 61a and 61b consisting of a wooden head side part and a metal lower side screw part. Therefore, the front and rear sides of this shelf 5 are fixed by the stopper 53 and the hook means 61.

The object hooking means 6 is the front side hooking means 61.
In addition to a and b, there are two holes on the top and bottom of the same length in a pair on the left and right with an appropriate interval between the shelf 5 and the upper lighting hole 32a.
A set (total of four) of rear side hooking means 62a to 62d are arranged and fixed. The hooking means 62a to 62d are
It has a similar structure to the front hooking means 61a and 61b, but the legs that can be hooked are longer. Furthermore, a U-shaped hooking means 63 is fixed below the shelf 5 via the shelf 5 and the stopper 53.

Due to the above configuration, the apparatus of this embodiment has the effects described in the [Effects] section above, and also has the following additional effects.

(1) It has a long glass that is highly transparent and scratch resistant, giving it a luxurious feel, excellent durability, and allows for a full-length mirror. (2) Since a compact twin fluorescent lamp with a single-cap structure is used, it can be easily placed on one side of the tubular body, takes up little space, and has high brightness. (3)
The ceiling and corners of the tubular body can be illuminated from the ceiling and sides. (4) Since it is a stand type and a movable type with casters, it can be easily placed in a corner etc. to further improve the illuminance of the corner etc.
It can provide a more comfortable living space. (5) Since the object hooking means is attached to the outer frame, the shelf, and the tubular body, it is convenient for organizing objects. (6) Since the shelf is fixed and held by the two means 61 and 53, its stability is excellent. (7) Since the mirror is fixed near the front center of the pedestal, the device can be safely held even without device holding means.

Embodiment 2 FIG. 4 is a perspective view of a multifunctional stand-type lighting device of this embodiment, and FIG. 5 is an explanatory diagram of its assembly.

This device is the same as Example 1 except for the following points. First, the illumination part 4 is fixed on the shelf 5, and this illumination part 4 is arranged in a tubular body having illumination holes 81 and 82 on the upper end surface and the front side surface. Note that the hole 82 on the front side surface is an elongated hole. The stand has a rod-shaped body 33 with a long track-shaped cross section. Further, the object hooking means 62a to 62d attached to the rod-shaped body 33 have legs extending laterally that gradually become shorter as they go downward.

This device also has the same effect as the one in Example 1, and since the lighting section is located above, it is convenient for illuminating the ceiling and above, and the lighting section is located inside the tubular body, so it is convenient to illuminate the lighting bulb. can prevent damage to the
Furthermore, since the rod-shaped body is used, the structure is simple, and since the object hooking means is shorter toward the bottom, it is convenient to hook the objects in piles.

Embodiment 3 FIG. 6 shows a perspective view of a multifunctional stand-type lighting device of this embodiment. This device is essentially a combination of Embodiments 1 and 2, and is the same as Embodiments 1 and 2 except for the following points.

First, compared to the first embodiment, the hooking means attached to the outer frame body is also attached to its sides 64a, b. There are seven lighting holes 32d in the tubular body.
j is formed, and furthermore, it is larger toward the bottom and smaller toward the top. Hooking means 62e to 62l attached to the tubular body
There are as many as 4 pairs, and their legs become shorter as they move downward. Three shelves 5a to 5c are arranged one above the other. There is no means of movement, and there is no means of locking it to the wall.
One each on the left and right (not shown) are arranged at the rear upper part 10a and lower part 10b of the tubular body, and at the upper rear part of the outer frame body.

Next, compared to the second embodiment, the second lighting section 41 uses a normal light bulb or fluorescent lamp with a single-cap structure, and its connection cord runs inside the tubular body.

Since this device has two illumination parts and a large number of illumination holes, it has an even better illumination effect in corners and the like. It has many shelves and hooking means, so it is excellent for organizing things.
There is also a lot of organization. Since the device can be locked and held on a wall or ceiling using a chain, wire, etc. via a predetermined locking means, the device will not fall over. In particular, even if the mirror is arranged in the front to increase the plane area of the shelf to increase the space for placing small items, the device will not fall over.

It should be noted that the present invention is not limited to those shown in the above-mentioned specific embodiments, and various modifications may be made within the scope of the present invention depending on the purpose and application.

That is, the outer frame may cover the entire circumference of the mirror or three sides including both sides. The lower part of this outer frame may be fixed with an adhesive.

The size, shape, installation height, etc. of the mirror can be selected from a variety of options depending on the purpose and use.For example, mirrors that show the entire human body, mirrors that show most of the body (excluding the lower part of the legs), and mirrors that are suitable for adults and children. size according to,
Various shapes and mounting heights can be selected depending on whether the entire human body is to be photographed or not. The material of the mirror can also be made of resin. In this case, it is less likely that it will be torn into pieces and the pieces will be scattered.

The lighting bulb in the lighting section is usually a twin fluorescent lamp (type,
The size etc. differ depending on the purpose. ), but the present invention is not limited to this, and it is also possible to use a U-shaped fluorescent lamp with a single-cap structure, or furthermore, a normal fluorescent lamp or a light bulb. The installation positions and heights of the illumination bulbs can be selected from various locations, the number of illumination bulbs can be set to two or more, and the colors can also be selected from various locations depending on the purpose.

The same applies to the size, shape, material used, etc. of the stand, as well as the length, thickness, cross-sectional shape, etc. of the tubular or rod-shaped body. The size, shape, number, mounting position (height, location), etc. of the illumination holes (including slit holes) formed in the tubular body are also selected depending on the purpose and use. For example, if you want to illuminate almost the entire area, you can illuminate the entire area, if you want to illuminate the lower part, you can place it below it, if you want to illuminate the upper area, you can place it above it, and if you want to illuminate the rear area, you can also form it behind it.

The shelf can be of any shape as long as it can hold things, and its size can be selected depending on the purpose. The shelf can also be box-shaped with a bank around it to prevent small items from falling easily.
The number may be two or more, and the arrangement may be approximately equally spaced, or may be arranged above, in the middle, or below, or two or more. If there are multiple items, the ability to organize small items is better. There are no particular restrictions on how to install this shelf, and there is no need to use a stopper.
It may be fixed directly to the tubular body (rod-shaped body), it may be fixed only to the outer frame body or the back plate, or it may be fixed to both. Similar to the shelf, the object hooking means is
The shape, size, number, location, arrangement method, etc. can be selected depending on the purpose and use.

The moving or holding means can also vary. When fixing, rubber, soft resin, or felt can be attached to the surface of the pedestal that is in contact with the floor to prevent damage to the floor. The fixing means and the locking means are also at least one of the floor, wall, and ceiling.
can be connected to.

Furthermore, in this device, a cover 9 can be installed to cover and protect the mirror surface, as shown in FIG. This cover 8 is normally installed so that it can be opened and closed left and right by a hinge 91. Further, this cover may be configured so that it can be opened and closed from either the left or right sides, that is, the entire device can be folded in two, or, as shown in FIG. 7, it can be opened and closed from both sides, that is, the entire device can be folded into three. In this case, breakage of the glass can be prevented. Furthermore, a mirror may be placed on the inner surface of this cover. In this case, a two-sided mirror or a three-sided mirror
It can be used as a plane mirror, and when opened, it can create a larger sense of spaciousness despite its small footprint, and the same effect can be achieved even if the width of the mirror is narrowed.

The installation location of this device is preferably a corner or a wall surface as in the above embodiment, but is not limited thereto depending on the purpose and use.

[Brief explanation of the drawing]

FIG. 1 is a front view of the multi-functional stand-type lighting device according to the first embodiment, FIG. 2 is a perspective view of the stand-type lighting device shown in FIG. 1, and FIG. 3 is the stand-type lighting device shown in FIG. 1. FIG. 4 is a perspective view of the multi-functional stand type lighting device according to the second embodiment, FIG. 5 is an explanatory view of the assembly of the stand type lighting device shown in FIG. 4, and FIG. FIG. 7 is a perspective view of a multifunctional stand-type lighting device according to Example 3, and is a partial explanatory diagram of a stand-type lighting device in which a cover is provided on a mirror surface. 1...Outer frame body, 2...Mirror, 3...Stand, 3
DESCRIPTION OF SYMBOLS 1... Pedestal, 32, 8... Tubular body, 33... Rod-shaped body, 4... Lighting section, 5... Shelf, 53... Stopper, 6... Object hooking means, 7... Moving means, 9...
...cover, 10...locking means.

Claims (1)

[Claims for Utility Model Registration] (1) An outer frame, a rectangular or elongated mirror attached to the outer frame, a pedestal that holds the bottom of the mirror, and the above-mentioned device fixed on the pedestal. a stand for holding the mirror upright, comprising a tubular body disposed behind the mirror and having illumination holes in at least one of the upper end surface and the side surfaces; a lighting section disposed inside the tubular body; one or more shelves attached to be located between the back of the mirror and the tubular body; and one or more shelves attached to at least one of the outer frame body, the tubular body, and the shelf. A multifunctional stand-type lighting device characterized by comprising: an object hooking means; (2) An outer frame, a rectangular or elongated mirror attached to the outer frame, a pedestal that holds the bottom of the mirror, and a rod-shaped mirror fixed on the pedestal and placed behind the mirror. a stand comprising a body or a tubular body and holding the mirror upright; one or more shelves installed to be arranged between the back of the mirror and the rod or tubular body; and the shelf or the tubular body. a lighting unit fixed on the rod-shaped body or the tubular body; and one or more object hooks attached to at least one of the outer frame, the rod-shaped body (or the tubular body), and the shelf. A multifunctional stand-type lighting device characterized by comprising means. (3) The multi-functional stand-type lighting device according to claim 2, wherein a tubular body having illumination holes in at least one of the upper end surface and the side surface is provided around the lighting part according to claim 2. . (4) The multifunctional stand type according to claim 2, wherein the tubular body according to claim 2 has a lighting hole in at least one of the upper end surface and the side surface, and a lighting part is arranged inside the hole. lighting equipment. (5) Claim 1, wherein a moving means or a device fixing means is attached to the base of the stand, or a device holding means is attached to the outer frame, a back plate provided behind the mirror, a tubular body, or a rod-shaped body. to the multi-functional stand-type lighting device according to item 4.