WO2017135125A1

WO2017135125A1 - Portable housing provided with planar light-emitting panel

Info

Publication number: WO2017135125A1
Application number: PCT/JP2017/002566
Authority: WO
Inventors: 林　克彦
Original assignee: 株式会社カネカ
Priority date: 2016-02-05
Filing date: 2017-01-25
Publication date: 2017-08-10

Abstract

The present invention addresses the problem of providing a portable housing which is a new illumination tool that fully utilizes the advantages of a planar light-emitting tile, i.e., the thinness and lightness thereof, and that is equipped with a cosmetic-use mirrored surface and a housing part. This portable housing 100 includes an accommodation part B3 and a planar light-emitting panel A1 comprising light-emitting regions (2A, 2B, 2C): which form a light-emitting region 2 corresponding to a surface light-emitting element that emits light by being energized; and which include a mirror-surface region 2A that corresponds to a mirror-surface element contained in the surface light-emitting element, and that becomes a mirrored surface at least when the mirror-surface element is not being energized.

Description

Portable storage device having a planar light emitting panel

The present invention relates to a portable storage device, and more particularly to a portable storage device including a planar light-emitting panel having a light-emitting region including a mirror surface region serving as a mirror surface.

In recent years, a planar light-emitting panel represented by an organic EL panel has attracted attention as a light source to replace incandescent lamps and fluorescent lamps, and many studies have been made. Here, the organic EL panel is a thin organic EL element that emits light in a planar shape, in which an organic EL tile formed on a light-transmitting substrate is housed in a housing such as a bezel (frame, frame). .

The organic EL tile has a transparent substrate, a transparent resin film, a metal sheet, or the like as a base material, and one or both of them have translucency, an opposing anode layer and cathode layer, and an organic functional layer laminated between these electrode layers In general, such an element is formed by using a sealing glass cap having a concave recess, an oxide and / or an inorganic insulating film such as silicon nitride, and an acrylic insulating film. These are sealed with a sealing insulating portion such as an organic insulating film. By feeding power between the electrode layers, electrons and holes that are electrically excited in the organic EL element are recombined, and in the organic EL tile, a light emitting region corresponding to the organic EL element emits light. That is, the organic EL tile has a feature that it is thin, light and emits light in a planar shape.

Represented by such organic EL tiles, in addition to this, surface-like elements such as LED tiles produced by arranging LEDs in a side-by-side manner to form surface-emitting elements, or combining LEDs and diffusion plates to form surface-emitting elements. When applied as a light source for light emitting tiles, generally for printed circuit boards such as FPC (Flexible Printed Circuit Board) and RPC (Rigid Printed Circuit Board) for connection from the external power source to the tile for power supply to the surface light emitting element. (PCB) is used.

By the way, as for the organic EL panel, as its application product, when the organic EL element to which the light emitting region generally corresponds is turned off, the reflective electrode layer is visually recognized through the transparent base material, electrode layer, and organic functional layer. Products that use the fact that they become mirror surfaces have been proposed.

For example, in Patent Document 1, an organic EL element that is an ultra-thin electroluminescent element is formed on a part of a glass or plastic substrate including a non-light-emitting portion, and the mirror surface of the organic EL element on the back side of the non-light-emitting portion is formed. A bottom emission type organic EL that has a structure (FIGS. 1 and 2 of Patent Document 1) in which the shaped cathode portion can be seen through, or a part of a normal mirror that is transparent and in contact with the back surface. The mirror apparatus of the structure (FIG. 3 of patent document 1) which affixed the glass substrate of the panel is proposed.

On the other hand, as an application product of the organic EL element, Patent Document 2 discloses an organic material on a flexible substrate such as plastic as a portable storage device that can grasp the situation in the storage portion even in a dark place by a lighting device. Disclosed is a portable storage device in which a planar illumination device having an EL element is provided on the inner side of a storage unit. Thus, by using a flexible substrate as a substrate of the illumination device, the illumination device is provided. Can be made thinner and lighter, impact resistance is also improved, and if the lighting device is configured in a planar shape, blind spots are less likely to occur in the housing, and further, the lighting device can be reduced by configuring it with organic EL elements. Power consumption can be reduced.

On the other hand, in places with low illuminance, such as outdoors in the night, conference seats using OHP, and cars at night, look inside the bag, at the hand writing on the notepad, and at the makeup face in the mirror. As a portable container having a light source that can be used, Patent Document 3 is composed of a container main body and an upper lid part that is attached to the container main body through a hinge so as to be openable and closable. A light source composed of a cold cathode fluorescent lamp provided behind the diffusion panel, a reflector with a reflective sheet made of an aluminum thin plate provided behind the light source, a circuit board for lighting the light source, and a power source A portable container is disclosed in which a light source unit comprising switch means is incorporated.

JP 2002-329418 A JP 2005-095309 A JP-A-11-102601

The mirror device with a built-in EL illumination disclosed in Patent Document 1 does not require a new illumination when observing an object using a mirror in a dark place, and the illumination EL is extremely thin and not bulky. The built-in element brightly illuminates the object so that it can be easily observed with a mirror, and has the advantage that it is convenient to carry, but the mirror part is a non-light-emitting part and is actually portable When applied to tools, there is a problem that there is less merit compared to the increase in weight and price as a storage tool, and further examination is necessary to achieve both storage function and mirror function .

In addition, the portable storage device provided with the flexible lighting device disclosed in Patent Document 2 inside the storage portion takes advantage of the thin and light weight of the organic EL lighting device, and has improved impact resistance. However, when actually applied to a portable storage device, there are few advantages compared to the increase in weight and price caused by attachment of the necessary power supply, and the disclosed method causes a blind spot in the storage unit. It is difficult to obtain the effect of becoming difficult, and there are various problems that it is difficult to say that the impact resistance required for the portable device has been sufficiently provided, and furthermore, to achieve both storage function and lighting function Further studies are needed.

Furthermore, a portable container provided with a diffusion panel, a light source composed of a cold cathode fluorescent lamp provided behind the diffusion panel, and a reflecting mirror behind the light source on the inner surface of the upper lid disclosed in Patent Document 3, is a mirror. Although it is excellent as a portable container having a light source that can see the face at the time of makeup, the mirror surface part is a non-light emitting part, and when it is actually applied to a portable storage device, as a storage device There is a problem that there are few merits compared to the increase in weight and price, and since the light source is not thin and light like the surface light emitting element according to the present invention, the upper lid inevitably becomes heavy. However, there are problems that it becomes difficult to adjust the angle of the mirror when the mirror is used, and that the container body needs to be heavy, and portability is reduced.

The present invention has been made in view of such problems of the prior art, and is a new lighting fixture that takes advantage of the thinness and lightness of the planar light-emitting tiles. Another object of the present invention is to provide a portable storage device that is also a lighting device including a storage portion.

As a result of intensive studies on the above problems, the inventors of the present invention are able to illuminate the object brightly and easily observe the object with a mirror, which is convenient for carrying, and compared with an increase in weight and price as a storage device. In order to complete the present invention, the present invention has found that it is possible to propose a portable storage device in which the functions of storage, illumination, and mirror are well balanced and these functions can be synergistically ensured. It came.

That is, the present invention is a light emitting region corresponding to a surface light emitting element that emits light by feeding power,
A surface-emitting panel having a light-emitting area that includes a mirror-surface area corresponding to a mirror-surface element included in the surface-light-emitting element, at least including a mirror-surface area when no power is supplied to the mirror-surface element, and a portable unit It relates to storage equipment.

In the present invention, the planar light-emitting panel is preferably an organic EL panel, which is a thin and light panel, or is soft and easily emits light with high color rendering properties. It is suitable for exhibiting the effect.

Such a portable storage device of the present invention has an illumination function and a mirror function that can be easily observed with a mirror while brightly illuminating an object in the dark. It is a storage device that has a well-balanced function of storage, illumination, and mirror with sufficient merit compared to the increase in price, and that can be synergistically exhibited. That is, by controlling the power supply, the light emitting area can be almost entirely made of a light emitting surface or a mirror surface, so that a single function as a relatively large area mirror or a light quantity as an illumination light source. By providing a single function as illumination with a sufficient light emitting area, it becomes an attractive product with sufficient cost merit as a multi-function storage device.

The mirror surface region is preferably a light emitting surface when power is supplied to the mirror surface element, and more preferably, all of the individual elements included in the light emitting region are mirror surfaces when not supplied with power, It is a mirror surface element, and if necessary, the light emitting area, preferably, the entire area is adjusted to the brightness of the surroundings or the range to be reflected in the mirror, and the light emitting surface in a wider range, Since it can be used as a mirror surface, the illumination function and mirror function according to the present invention can be exhibited sufficiently effectively even with the single function.

Further, the orientation of the planar light emitting panel is preferably such that the normal of the light emitting region is variable at least in the horizontal direction from the vertically downward direction, and more excellent illumination function and / or mirror function In other words, it is possible to observe the face of the mirror observer, which is also an illumination target, in a comfortable state for the observer.

In addition, the portable storage device is a lid that is a part of an exterior that wraps the storage unit, and includes a cover that needs to be opened and closed when the storage item is taken in and out of the storage unit from the outside, and
It is preferable that the lid includes the planar light-emitting panel, and not only is it cheaper and lighter but also easier because the part responsible for the mirror and the illumination function and the part responsible for the storage function are functionally coupled. A better mirror illumination function can be performed in an environment where a comfortable storage function can be exhibited. That is, the mirror illumination function can be exhibited while performing the above-described insertion and removal and simultaneously adjusting.

In addition, the planar light emitting panel includes a bearing portion of a feed rotation shaft that passes through the center of the two opposite sides and is the rotation shaft that is related to the variable posture and also serves as the power feeding path. It is preferable that the mirror illumination function can be given while making the adjustment with an easier and better appearance.

In addition, the portable storage device is a cloth that protects the light emitting area, and the light emitting that can take two states of the planar light emitting panel, that is, a protection state related to the protection and a non-protection state. An area protective cloth, and the light emitting area protective cloth preferably covers the entire surface of the light emitting area in the protection state, can prevent contamination due to the presence of the stored product in the light emitting area, and has an excellent appearance. As well as securing the mirror function and the illumination function.

Further, the light emitting region can preferably be in a state including both the mirror surface and the light emitting surface emitting light, and can be a mirror surface as wide as possible or a light emitting surface.

Furthermore, it is preferable that the portable storage device includes a holding and storing unit that holds and stores the portable power source for the power supply, and the illumination function can be exhibited without power supply from the outside while being carried.

The portable storage device of the present invention has an illumination function and a mirror function that can be easily observed with a mirror while brightly illuminating an object in the dark, and is convenient to carry and increases in weight and price as a storage device. It is a storage device that can achieve these functions synergistically, in which the functions of storage, illumination, and mirror with sufficient merit are ensured.

It is (a) sectional view and (b) top view which show lid B1 closed (basic form) concerning one embodiment of the portable storage device 100 of the present invention. b) A cross-sectional view taken along the line XX ′ of the plan view. It is (a) sectional drawing and (b) top view which show the time of lid | cover B1 which concerns on this invention of the portable storage device 100 of FIG. 1 (1st usage pattern). It is (a) sectional drawing and (b) top view which show the one aspect | mode at the time of use of the light emission panel 60 which concerns on this invention of the portable storage device 100 of FIG. 1 (2nd usage pattern). It is sectional drawing which shows the one aspect | mode (3rd usage pattern) at the time of 2nd cover B22 opening which concerns on this invention of the portable storage device 100 of FIG. FIG. 4 is a cross-sectional view showing an embodiment of the planar light emitting panel 60 according to the present invention, wherein the planar light emitting panel 60 at YY ′ in FIG. FIG. 6 is a cross-sectional view taken along a plane including a line segment YY ′, and further includes a light emitting region central region 2A, a light emitting region right region 2B, and a light emitting region left region 2C included in the light emitting region 2; Sectional drawing which added the schematic diagram of the electric power feeding path | route from panel side rotating shaft bearing part A1B and panel lid exterior connection part A1C, and the signal voltage path | route from panel lid exterior connection part A1C and the panel light emission control switch 61. It is.

Hereinafter, embodiments of the present invention will be described with reference to the drawings.

(Portable storage device 100)
FIGS. 1A and 1B are a cross-sectional view and a plan view, respectively, showing a closed state (basic form) of a cover B1 according to the present invention of an embodiment of the portable storage device 100 of the present invention. The figure is a cross-sectional view taken along the line XX ′ in FIG.

The portable storage device 100 of the present invention includes a planar light emitting panel 60 having a light emitting region 2 and a storage portion B3 (B4), and is an exterior covering the storage portion B3 (B4), and at least one of them. In the embodiment, for example, the basic form shown in FIG. 1, the portable storage device 100 is further provided with an exterior that isolates the inside of the portable storage device 100 from the outside and is exposed to the outside, and preferably a cloth that protects the light emitting region 2 A light emitting area protective cloth 21 is further provided.

Such a portable storage device 100 of the present invention preferably stores cosmetics in the storage portion B3, and the planar light emitting panel 60 is a mirror with an illumination function, so that the user can arbitrarily Even in places such as on-the-go and on the vehicle, the user's face is reflected in the mirror, and the face is illuminated as necessary, and cosmetics can be selected and put in and out comfortably. Therefore, it can be used as a cosmetic pouch having excellent cosmetic properties according to the present invention, and a cosmetic container such as a cosmetic case, a cosmetic compact, and a cosmetic bag.

The light emitting region 2 is a region corresponding to the surface light emitting element 1 that is included in the planar light emitting panel 60 and emits light by power feeding, and further a mirror surface region corresponding to the specular element included in the surface light emitting element 1. One feature of the present invention is that it includes at least a specular region that becomes a mirror surface when no power is supplied to the specular element. That is, the light emitting region 2 includes a specular region that is a mirror surface in one state. And it is an area | region including the area | region used as the light emission surface which can light-emit by the said electric power feeding.

Here, the surface light emitting element 1 can be an individual light emitting surface that is the light emitting surface and emits light continuously in an in-plane direction, that is, an individual surface light emitting element corresponding to an individual light emitting surface. It is preferable that a plurality of such individual surface light emitting elements are included, and the mirror surface element included in such a surface light emitting element 1 can always be an element corresponding to a mirror surface region that is a mirror surface. A surface light emitting device is preferable.

More preferably, the light emitting region 2 includes both a light emitting surface that emits light and a mirror surface, that is, a region that is a mirror surface and an individual light emitting surface that continuously emits light in the in-plane direction. Thus, it is possible to take a state in which both regions of the light emitting surface that is emitting light are included at the same time.

FIGS. 2A and 2B are (a) a cross-sectional view and (b) a plan view illustrating the portable storage device 100 of FIG. 1 when the lid B1 according to the present invention is opened (first usage pattern).

FIG. 3A is a cross-sectional view and FIG. 3B is a plan view showing one mode of the portable storage device 100 of FIG. 1 when the light emitting panel 60 according to the present invention is used (second usage pattern).

The planar light emitting panel 60 has a posture in which the normal of the light emitting region 2 is vertically downward (the normal is 0 degrees from the vertically downward direction, that is, the angle θ formed by these directions is 0 degrees). 1 is preferably variable at least in the horizontal direction, for example, in the range shown in FIG. 2 (θ is 90 degrees), more preferably in the range up to 180 degrees, for example, It is variable so as to include the posture shown in FIG. 3, more preferably θ is variable in the range up to 360 degrees, and particularly preferably θ is completely unlimited, ie, The position of the planar light emitting panel 60 is rotatable.

FIG. 5 is a cross-sectional view showing an embodiment of the planar light emitting panel 60 according to the present invention. The planar light emitting panel 60 at YY ′ in the plan view of FIG. FIG. 6 is a cross-sectional view taken along a plane including a line and the line segment YY ′, and further includes a light emitting region central region 2A, a light emitting region right region 2B, and a light emitting region left A schematic diagram of the power supply path from the panel side rotary shaft bearing part A1B and the panel lid exterior connection part A1C to the region 2C, and the signal voltage path from the panel lid exterior connection part A1C and the panel light emission control switch 61, It is sectional drawing added.

The rotation of the planar light emitting panel 60 according to the posture is a rotation axis that is included in the planar light emitting panel 60 and is inserted into, for example, the panel side rotation shaft bearing portion A1B as shown in FIG. 1, and the rotation shaft 11 preferably serves also as a power feeding path to the surface light emitting element 1 included in the planar light emitting panel 60. By using such a power supply rotating shaft 11, it is possible to impart excellent panel rotability according to the present invention in which the power supply path does not hinder the rotation.

Further, the rotating shaft 11, preferably the feeding rotating shaft 11, passes through the centers of the two opposing sides of the planar light emitting panel 60, as shown in FIGS. 1, 2, 3 and 4. It is preferable that the panel rotation property according to the change in the posture is improved and the cosmetic device property according to the present invention is also improved.

The storage unit is present in one or more places in the portable storage device 100 of the present invention, which is, for example, the storage unit B3 shown in FIG. 1 and is preferably suitable for storing cosmetics and cosmetics as described above. Yes, the exterior is surrounded by the exterior.

Such an exterior according to the present invention preferably includes a lid B1 that encloses the storage portion B3 as described above and that needs to be opened and closed when the storage product such as the cosmetics is taken in and out of the storage portion B3 from the outside. The planar light-emitting panel 60, A1 according to the present invention is preferably included in such a lid B1, and has a light-and-thin operability and further a makeup while having a separation property for isolating and protecting the storage portion from the outside. The lid B1 is excellent in equipment properties, and the lightness of the storage device of the present invention can be maintained, which is one of the characteristics of the preferred embodiment of the present invention.

(Surface emitting panel 60 (A1))
The planar light emitting panel 60 according to the present invention is a light emitting region 2 on at least one main surface thereof, and at least in one embodiment thereof, for example, in the second usage pattern shown in FIG. A light emitting region 2 that emits light to the outside thereof.

The planar light emitting panel 60 (A1) is preferably included in the lid B1 that is a part of the exterior of the portable storage device 100 of the present invention.

The planar light emitting panel 60 (A1) includes a planar light emitting tile 3 (A1A) including at least the light emitting region 2, and a panel conductive path A13 for illuminating the light emitting region 2 to form a light emitting surface, preferably , Including a panel-side rotary shaft bearing part A1B according to the present invention, which will be described later, and a panel lid exterior connecting part A1C (36) according to the present invention, which will be described later.

Here, such a planar light emitting panel 60 (A1) according to the present invention is a beauty of the illumination object itself from the viewpoint of sufficiently exhibiting the cosmetic device properties according to the present invention and the viewpoint of being lightweight and thin. It can be easily rendered with high color rendering so that it can be observed in natural colors, and it has the feature that it can emit diffuse light that can be illuminated to every corner with soft light with a thin and simple configuration. It is preferable that the organic EL panel 60 (A1) has both thinness and lightness. In this case, the planar light emitting tile 3 (A1A) is the organic EL tile 3 (A1A).

The panel conductive path A13, etc., illustrated in FIG. 5, is a conductive path A13C responsible for power feeding according to the present invention, a conductive path contact A13D that is a contact point with each component, a signal path A13E responsible for control related to the power feeding, And a signal path contact A13F that is a contact point with each of its constituent elements. In FIG. 5, each path and each contact are shown in the YY ′ cross section of the plan view of FIG. 3B by a solid line when it exists and by a broken line when it does not exist. As described above, the paths and the contacts can be appropriately shifted in different cross sections in the panel A1.

As illustrated in FIG. 5, the panel-side rotary shaft bearing portion A1B has at least a panel-side rotary shaft bearing hole A1B0 that holds the rotary shaft 11 according to the present invention, preferably the feeding rotary shaft 11, at least. One, preferably two on opposite sides according to the present invention, more preferably two in the center, so as to have an opening, and more preferably of these two panel side rotary shaft bearing holes A1B0 Between them, there is an insulating member A1B3 between the rotating shafts.

When the rotating shaft 11 is the power feeding rotating shaft 11, as illustrated in FIG. 5, the surface of the panel-side rotating shaft bearing portion A1B is further exposed to the panel-side rotating shaft bearing hole A1B0. When the panel-side rotary shaft bearing conductive member has two panel-side rotary shaft bearing holes A1B0 as described above, there are preferably two types of panel-side rotary shaft bearing conductive members, Is the panel side one electrode rotation shaft bearing conductive member A1B1, and the other is the panel side other electrode rotation shaft bearing conductive member A1B2, each of which is the positive electrode side of the planar light emitting tile A1A according to the present invention, or This is a power supply path to the negative electrode side.

The panel lid exterior connection part A1C (36) is preferably arranged on the opposite side of the light emitting region 2 of the panel side rotary shaft bearing part A1B or as a part thereof. It is a component that is preferably disposed in contact with the surface of the bearing insulating part A1B4, and includes a power feeding / light emission control circuit board A1C1 such as a PCB for controlling power feeding and light emission according to the present invention. Preferably, it is more preferable to have a first flat secondary battery holding part for holding a flat secondary battery.

(Lid B1)
As described above, the lid B1 according to the present invention preferably includes the planar light emitting panel 60, A1 according to the present invention, that is, the lid 10 including the planar light emitting panel 60, and in this case Includes the planar light emitting panel 60 from the exterior side via the panel lid exterior connection part 36, A1C. Moreover, it is preferable that lid | cover B1 which concerns on this invention further contains lid | cover latching | locking part B13, and when it is the lid | cover 10 provided with the planar light emission panel 60, it is preferable that the panel light emission control switch 61 is further included. Particularly preferably, the lid holding secondary battery B81 is included as a power source for power supply according to the present invention, and the planar light emitting panel-containing lid rotating unit 6 according to the present invention is removed as a preferred embodiment of the present invention. If it is possible, it can be used independently as a plate-like illumination device.

Such a lid B1 is further provided on the planar light emitting panel 60 in at least one embodiment thereof, for example, in the basic form shown in FIG. 1, more preferably in the first use form shown in FIG. It is preferable to include the light emitting region protective cloth 21 according to the invention.

Such a lid B1 is preferably provided with a lid handle B10 for opening and closing the lid B1 according to the present invention on the surface which becomes a part of the exterior, and the normal line of the light emitting region 2 according to the present invention. It is preferable to include a handle for rotating the planar light-emitting panel 60, A1 according to the present invention, that is, a lid rotating part handle B60, more preferably the lid handle B10. The first lid handle B10 and the lid rotating part handle B60 are both provided, and from the viewpoint of improving robustness and design, these handles are used as metal fittings or in the same form. More preferably.

The movement of the lid rotating part handle (gold) tool B60 changes the normal posture of the light emitting area 2 and preferably changes the situation of the light emitting area protective cloth 21 according to the present invention. This is one of the characteristics of a preferred embodiment of the present invention.

As shown in FIG. 1, the lid 10 having such a planar light emitting panel 60 functions as a main body thereof, and is preferably a part of the exterior to which the first lid handle B10 is attached. At least a certain lid fixing surface exterior part B12 is included. The lid 10 is a part of the exterior, preferably a posture change performed separately from the lid fixing surface exterior part B12 when the normal orientation of the light emitting region 2 is changed, A lid posture changing surface exterior portion 12 relating to a posture change of a part of the exterior of the lid 10 accompanied by the change in the normal orientation, the planar light emitting panel 60 according to the present invention being provided on the opposite side of the exterior. The lid posture changing surface exterior portion 12 is further included, and more preferably, the lid posture changing surface exterior portion 12 is a lid rotating surface exterior portion 12 in which the posture change is rotation about the power feeding rotation shaft 11. It is a surface included in the exterior of the planar light emitting panel-containing lid rotating unit 6 included in the lid 10.

When the lid 10 includes such a lid posture changing surface exterior portion 12, the lid posture changing surface exterior portion 12 is sandwiched between the lid fixing surface exterior portion B12 as shown in FIG. Preferably, the first lid handle B10 included is preferably provided with a lid locking portion B13 on the side opposite to the exterior. It is preferable to use a magnet as such a locking part.

When the lid 10 includes such a lid rotation surface exterior portion 12, as shown in FIG. 1, the lid rotation surface exterior portion 12 is sandwiched between two exterior surfaces 11 having a lid rotation shaft holding mechanism. Preferably it is. As shown in FIG. 1, the lid rotating shaft holding mechanism-equipped exterior portion 11 is preferably a rotating shaft holding exterior portion mountain fold line B11A, a rotating shaft holding exterior portion first valley fold line B11B, and a rotating shaft holding exterior portion. Centered on the second trough fold line B11C, it is provided with a mountain fold bent portion or a valley fold bent portion that is a bending movable portion that can withstand repeated bending operations, and the rotary shaft 11 according to the present invention is provided with this lid rotary shaft holding mechanism. It is one of the features in a preferred embodiment of the present invention that the rotating shaft holding exterior part folding line B11A of the part 11 is held.

Further, in the lid 10 including such a lid rotation surface exterior portion 12, as shown in FIG. 1, the two lid fixing surface exterior portions B12 that sandwich the lid posture change surface exterior portion 12 are preferably disposed. It is preferable that the light emitting area protective cloth 21 according to the present invention is fixed on the opposite side to the exterior, and the light emitting area protective cloth 21 is preferably fixed in this manner. This is one of the features in the embodiment.

Furthermore, in the lid 10 including the lid rotating surface exterior portion 12 as described above, the rotating shaft 11 according to the present invention is protected from the outside, and further, the electric feeding rotating shaft 11 is insulated from the outside to prevent electric shock. In addition, as shown in FIG. 1, it is preferable to include a feeding rotation shaft protecting portion 13 as a part of the cover rotating shaft holding mechanism equipped exterior portion 11, and the same material as that of the exterior is used as this material. Is more preferable.

When the lid rotation surface exterior part 12 is sandwiched between the two lid rotation shaft holding mechanism equipped exterior parts 11 as described above, for example, when the user makes up while reflecting his / her face on the mirror surface according to the present invention, First, from the state of the basic configuration shown in FIG. 1, the first lid handle B10 is used to unlock the lid locking portion B13, and the first lid handle B10 is preferably provided in a later-described storage portion exterior portion B2 according to the present invention (first ) The lid B1 is opened by folding the lid opening / closing valley fold line B2B, and the first usage pattern shown in FIG. 2 is reached. If necessary, cosmetics and the like are taken out from the storage portion B3 according to the present invention, and then the first lid Using both the handle B10 and the lid rotating part handle B60, the planar light emitting panel-containing lid rotating part 6 is rotated while folding and valley-folding around the rotary shaft holding exterior part mountain folding line B11A and the like. This leads to the second usage pattern shown in FIG. If necessary, the panel light emission control switch 61 is used to illuminate the face by generating the light emitting surface emitting light according to the present invention, and the function, illumination, and storage of the mirror of the portable storage device 100 according to the present invention. Make the function effective, that is, make up.

(Planar light emitting tile 3 (A1A))
The planar light-emitting tile 3 (A1A) according to the present invention has a light-emitting main surface including the light-emitting region 2 according to the present invention and a terminal main surface on the opposite side as both main surfaces, A surface light emitting device 1 corresponding to the light emitting region 2, which includes a surface light emitting device 1 including a mirror surface device according to the present invention.

Such a planar light emitting tile 3 preferably has an average thickness of 0.02 mm or more and 5 mm or less, more preferably 0, from the viewpoint of making the planar light emitting panel 60 including it light and thin. .2 mm or more and 2.5 mm or less.

The organic EL tile 3 (A1A) which is a preferred embodiment of the planar light emitting tile 3 (A1A) will be described in detail below.

First, as shown in FIG. 5, the organic EL tile 3 (A1A) according to the present invention includes a plurality of individual surface light emitting elements included in the surface light emitting element 1 including the mirror surface element according to the present invention. Preferably, the individual surface light emitting element 1 is equipotentially fed directly from the outside of the tile 3 (A1A), for example, the panel-side rotary shaft bearing part A1B or the panel lid exterior connection part A1C. This is an individual organic EL element in which the electrode layer is only one set of an opposing transparent electrode layer made of a continuous transparent conductive film 7 and a reflective electrode layer made of a continuous reflective conductive film 9.

For such an individual organic EL element, for example, glass is selected as a preferable material from the viewpoints of transparency and sealing properties, and the transparent element that is located on the light emitting main surface side with respect to the surface light emitting element 1 is used. On the substrate 5, an organic functional film 8 having a predetermined rectangular shape, preferably a translucent conductive film 7, a light-emitting layer containing an organic compound, and a plurality of thin films laminated, and a reflection By forming the conductive conductive film 9, the device is formed as an overlapping portion of these films.

Here, one individual organic EL element may be formed on one transparent substrate 5 and a plurality of the organic EL elements may be arranged to form the organic EL tile 3 (A1A). The organic EL tile 3 (A1A) in which a plurality of individual organic EL elements are formed is preferable from the viewpoint of a thin, light and inexpensive tile.

Further, here, when the individual surface light emitting element is such an individual organic EL element and is not lit as in the case of non-power feeding according to the present invention, the appearance of the light emitting region 2 corresponding thereto is as follows. The surface of the reflective conductive film 9 on the organic functional film 8 side is a metallic glossy surface, that is, the mirror surface according to the present invention. Therefore, it is one of the characteristics in the preferred embodiment of the present invention to use the organic EL tile 3 having the light emitting region 2 in which such a partial region having a specular appearance when not lit can be easily formed.

As shown in FIG. 5, the individual organic EL elements formed in this way are individually sealed by the sealing insulating portion 4 to form a long-life tile with sufficiently secured sealing performance. It is preferable from the viewpoint.

(Storage part B3 (B4))
As described above, the portable storage device 100 of the present invention includes at least the storage part B3, preferably includes another storage part B4, and more preferably, the other storage part B4 is a portable device for power supply according to the present invention. This is a holding / accommodating section B4 that retains / accommodates power.

As such a portable power source, a dry battery, a dry battery type storage battery (secondary battery), or a plate-like secondary battery (preferably a laminate type lithium ion battery) can be used, and the portable power source is used more effectively. From the viewpoint of normalization, when a portable terminal B7 such as a plate-like portable terminal is preferably held in the storage unit bottom plate B31 as shown in FIG. 4 according to the present invention as a preferred embodiment of the present invention, It is preferable to be able to be used as a charging power source.

From the viewpoint of increasing the charging capacity of the portable power source, such a storage unit bottom plate B31 can preferably hold the bottom plate holding secondary battery B82 on the storage unit bottom plate B31 as shown in FIG. .

The storage unit according to the present invention is provided in the storage unit main body B5, and the portable storage device 100 of the present invention is manufactured by attaching the exterior according to the present invention to the storage unit main body B5. However, it is preferable from the viewpoint of high-productivity production, and examples of the material of the storage unit main body B5 include wood, resin, and the like, preferably resin.

As shown in FIGS. 1 to 4, the storage unit main body B5 preferably includes at least a storage unit bottom plate B31, and preferably includes a storage unit front side B51, a storage unit side surface B52, and a storage unit top. It includes a surface portion B54 and a storage portion rear surface side portion B55, and more preferably includes a storage portion side-direction middle crosspiece B53 from the viewpoint of arranging and storing a plurality of types of storage items in an orderly manner. From the viewpoint of protecting the light emitting area 2, (first) the storage unit lid B32 and the second storage unit lid B42 are included.

(Exterior)
As described above, the exterior according to the present invention includes the lid B1 according to the present invention, and the housing exterior portion B2 which is the exterior other than the lid B1 is, as shown in FIG. It is preferable to include a second lid B22 that needs to be opened / closed in the operation of the portable terminal, and more preferably in correspondence with the second lid B22. The portable storage device 100 of the present invention includes the second lid locking portion B23.

Corresponding to the opening and closing of the second lid B22 according to the present invention, as shown in FIGS. 2 and 4, the exterior preferably has a second lid opening and closing valley fold line B2C.

As the exterior material according to the present invention, any material such as metal, resin, wood, cloth, leather, or the like that can exhibit the exterior function can be used. From the viewpoint of making it an attractive product, it is preferable to use at least one selected from the group consisting of genuine leather and synthetic leather. As shown in FIGS. It is more preferable that these are fastened with a metal rivet having an excellent appearance.

(Light Emitting Area Protective Cloth 21)
The light emitting area protective cloth 21 preferably protects the planar light emitting panel 60 from the protection status (for example, the status shown in FIGS. 1, 2, and 4) and the non-protection status (for example, The situation shown in FIG. 3) can be taken, and in this protection situation, it is more preferable to cover the entire surface of the light emitting region 2, and preferably a cosmetic that is stored and easily scatters and adheres to the surroundings in the form of powder. Thus, it is possible to effectively prevent the light emitting region 2 according to the present invention from becoming dirty.

As the material for the light emitting region protective cloth 21 according to the present invention, various materials can be used as long as the protective function according to the present invention can be exhibited. From the viewpoint of making the product attractive, it is preferably at least one selected from the group consisting of velvet (velvet, tengu), bettin, and corduroy.

1. Surface light emitting device (surface-arranged LED device, organic EL device)
10 Lid 10 (B1) provided with the planar light emitting panel 60
DESCRIPTION OF SYMBOLS 100 Portable storage tool 11 with the lid | cover 10 provided with the planar light emission panel 60 Feeding rotary shaft 12 Cover attitude | position change (rotation) surface exterior part 13 Feeding rotary shaft protection part 2 Light emission area | region 2A Light emission area | region central area | region 2B Light emission area | region right area | region 2C Light emitting area left area 21 Light emitting area protective cloth 3 Planar light emitting (organic EL) tile A1A
36 Panel lid exterior connection part A1C (first flat plate secondary battery holding part)
4 Sealing Insulation Section 5 Transparent (Glass) Substrate 6 Planar Light Emitting Panel-containing Lid Rotating Section 60 Planar Light Emitting (Organic EL) Panel A1
61 Panel light emission control switch 7 Translucent conductive film 8 Organic functional film 9 Reflective conductive film A1 Planar light emitting panel 60 (organic EL panel 60)
A1A Planar light emitting tile 3 (Organic EL tile 3)
A1B Panel side rotating shaft bearing part A1B0 Panel side rotating shaft bearing hole A1B1 Panel side one electrode rotating shaft bearing conductive member A1B2 Panel side other electrode rotating shaft bearing conductive member A1B3 Inter-rotating shaft insulating member A1B4 Panel side rotating shaft bearing insulating part A13 Panel conductive path etc. A13C Conductive path A13D Conductive path contact A13E Signal path A13F Signal path contact A1C Panel lid exterior connection part 36 (first flat plate secondary battery holding part)
A1C1 Power supply / light emission control circuit board (PCB)
B1 (first) lid (lid (10) with a planar light-emitting panel)
B10 (first) lid handle (gold) tool B11 lid rotation shaft holding mechanism exterior part B11A rotation shaft holding exterior part mountain fold line B11B rotation shaft holding exterior part first valley fold line B11C rotation shaft holding exterior part second valley fold line B12 lid Fixed surface exterior part B13 (first) lid engaging part B2 storage part exterior part B22 second lid B23 second lid engaging part B2B (first) lid open / close valley fold line B2C second lid open / close valley fold line B3 (first) Storage part B31 Storage part bottom plate (second flat secondary battery (plate-like mobile terminal) holding part)
B32 (first) storage unit lid B4 second storage unit B42 second storage unit lid B5 storage unit main body B51 storage unit front side B52 storage unit side surface side B53 storage unit side direction middle beam B54 storage unit top surface B55 storage unit Back side (including second storage lid B42)
B60 lid rotating part handle (gold) tool B7 portable terminal B71 portable terminal holding part B81 lid holding secondary battery B82 bottom plate holding secondary battery

Claims

A light emitting region corresponding to a surface light emitting element that emits light by power supply,
A surface-emitting panel having a light-emitting area that includes a mirror-surface area corresponding to a mirror-surface element included in the surface-light-emitting element, at least including a mirror-surface area when no power is supplied to the mirror-surface element, and a portable unit Storage tool.
The portable storage device according to claim 1, wherein the mirror surface area becomes a light emitting surface when power is supplied to the mirror surface element.
The portable storage device according to claim 1 or 2, wherein a posture of the planar light-emitting panel is variable in a normal range of the light-emitting area from a vertically downward direction to at least a horizontal direction.
The portable storage device is a lid that is a part of an exterior that wraps the storage unit, and includes a cover that needs to be opened and closed when a stored item is taken in and out of the storage unit from the outside, and
The portable storage device according to claim 3, wherein the lid includes the planar light emitting panel.
The planar light-emitting panel includes a bearing portion of a feeding rotation shaft that passes through the center of the two opposite sides thereof and is a rotation shaft according to the variable of the posture and also serves as the feeding path. Item 5. The portable storage device according to item 3 or 4.
And a light-emitting area protective cloth that protects the light-emitting area, the light-emitting area protective cloth being capable of taking two states of protection and non-protection for the planar light-emitting panel. The portable storage device according to any one of claims 2 to 5, wherein the area protection cloth covers the entire surface of the light emitting area in the protection state.
The portable storage device according to any one of claims 2 to 6, wherein the light emitting region can take a state including both the mirror surface and the light emitting surface emitting light.
The portable storage device according to any one of claims 2 to 7, further comprising a holding and storing unit that holds and stores the portable power source related to the power feeding.