JP2005301046A - Outdoor standing signboard - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a floor lamp type signboard that minimizes spaces required for installation, needs no power supply in the vicinity of installation location, and further prevents breakage of wiring, and is free from short cut of wiring due to water infiltration or short cut of internal equipment and faults. <P>SOLUTION: The signboard comprises: a support frame member 1; a signboard body 2 that is attached to the support frame member 1 and also is a sequential laminate of a thick backing member 3, planar luminescent sheet 4 and signboard display surface 5; a battery for sending electricity to the planar luminescent sheet 4 of the signboard body 2; an inverter; a terminal board 8; and a solar power generation panel attached to the support frame member 1. Further, the thick backing member 3 is provided with a through hole 9 for passing the wiring 40 to connect the planar luminescent sheet 4 and the terminal board 8. The through hole 9 is slantingly formed such that the water entering the through hole 9 is not directed to the terminal board 8. <P>COPYRIGHT: (C)2006,JPO&NCIPI

Description

  The present invention relates to a desk lamp that is used outdoors for advertising and the like.

A conventional desk lamp has a translucent plastic casing on which drawings, characters, etc. for advertisement, advertisement, and guidance are displayed, and the inside of the casing is illuminated with a fluorescent lamp. In addition, in order to obtain electricity necessary for the fluorescent lamp, electricity is supplied from a power source near the place where the signboard is installed using an electric cord (see, for example, Patent Document 1).
JP 2003-66876 A

  However, in a conventional desk lamp, a fluorescent lamp is provided in the casing, so that the thickness of the casing is increased, which obstructs passage when installed in a narrow passage. In addition, there is a concern that the fluorescent lamp may break due to an impact from the outside, and that if the casing is used for a long time, the casing becomes hot due to the heat generated from the fluorescent lamp, and it may be dangerous if touched directly by hand. Furthermore, a power source is required near the installation place, and the places where it can be installed are limited. When raining or the like, rainwater may enter the casing, which may cause a short circuit of wiring, a short circuit of internal equipment, or a failure.

  Accordingly, the present invention minimizes the space required for installation, does not require a power source near the installation location, prevents damage to the wiring, and prevents electrical short circuiting and internal device shorting and failure due to water immersion. The purpose is to provide a stand-type signboard.

  In order to achieve the above object, an outdoor standing signboard according to the present invention includes a support frame member, a thick backing member, a sheet-like light emitting sheet, and a signboard display surface that are attached to the support frame member in order. The thick backing member, comprising: a sign body, a storage battery for sending electricity to the planar light emitting sheet of the sign body, an inverter, a terminal board, and a solar power generation panel attached to the support frame member In addition, an insertion hole through which a wiring connecting the terminal board and the planar light emitting sheet is passed is formed, and the insertion hole is formed so as to be inclined so that water that has entered the insertion hole does not go to the terminal board.

The thick backing member is made of a foam plastic plate having a two-layer structure adhered to the surface, and the insertion hole is formed with a groove provided on the surface on the attachment side of the at least one foam plastic plate. ing.
The thick backing member is made of foamed polystyrene.

The present invention has the following remarkable effects.
According to the outdoor standing signboard according to the present invention, by using a planar light emitting sheet as a light emission source, the signboard body can be made thinner, and the space required for installation is reduced. Furthermore, even if it receives an impact, it is not easily damaged and does not generate heat during light emission, so it is safe even when touching a signboard.
Since the electricity generated by the solar power generation panel is stored in the storage battery, a power source is unnecessary near the installation location, and a wide range of locations that can be installed outdoors can be selected.
Furthermore, the breakage of the wiring can be prevented, and the short circuit of the wiring, the short of the terminal board, and the failure due to the flooding of rain water or the like can be prevented.

Hereinafter, the present invention will be described in detail with reference to the drawings shown in the embodiments.
1 to 9 show an embodiment of the present invention. Reference numeral 1 denotes a metallic support frame member, and two signboard bodies 2 having a rectangular front view are coplanar with the support frame member 1. Are arranged side by side. The support frame member 1 has upright triangular columnar columns 13 at the left and right ends, and further includes a beam member 14 and a shelf plate 15 for reinforcement. Both ends of the beam member 14 are connected to the upper ends of the two columns 13, 13, and the left and right ends of the shelf plate 15 are fixed near the lower ends of the columns 13, 13. Further, the beam member 14 and the shelf board 15 are respectively disposed horizontally.

  A box-shaped storage case 17 is installed on the shelf plate 15, and the storage battery 6 and the inverter 7 are housed in the storage case 17. Further, as shown in FIG. 2, the horizontally long plate-like solar power generation panel 10 is attached to the upper ends of mounting members 16, 16 that stand vertically on the left and right ends of the beam member 14. The solar power generation panel 10 is provided so as to be inclined forward and downward. Further, the signboard body 2 is provided with a terminal board 8, and the terminal board 8, the solar power generation panel 10, the storage battery 6, and the inverter 7 are electrically connected by a wiring 41 inserted through the support frame member 1. Has been. Moreover, the solar power generation panel 10 may be attached to the support frame member 1 so that its direction can be adjusted.

  The triangular columnar column 13 has an upright quadrangular column member 31 and two upright columnar members 32, 32. The quadrangular column member 31 is arranged inwardly and the cylindrical members 32, 32 are laterally outward. Has been placed. The quadrangular column member 31 and the cylindrical members 32 and 32 are connected by a plurality of pipes, respectively, and the plurality of pipes are assembled in a triangular wave shape.

  3, 4, and 5, the signboard body 2 has two box bodies 21, 21 that are rectangular in front view, and the box bodies 21, 21 open forward, and each box body. The left and right edges of 21 are attached to the pillars 13 and 13. Further, a thick backing member 3, a planar light emitting sheet 4, and a signboard display surface 5 are stacked in order from the back surface in the box 21. Further, a terminal board 8 is attached to the lower left portion of the box body 21 when viewed from the front, and the terminal board 8 and the planar light emitting sheet 4 are electrically connected by wiring 40. The terminal board 8 is intended to integrate and organize a plurality of wirings 40 connected to the planar light emitting sheet 4. The signboard display surface 5 is made of a transparent or translucent resin, and characters and figures such as advertisements and advertisements are drawn on the front surface or the back surface.

  The planar light emitting sheet 4 is a sheet member that emits light when an AC voltage is applied, and is formed by laminating a light emitting layer, an insulating layer, and a back electrode layer in order from the front. For the light-emitting layer, an ink obtained by mixing and stirring a light-emitting body obtained by doping copper sulfide into a fluorescent substance and a fluororesin binder is used. For the insulating layer, ink in which barium titanate, which is a high dielectric material, and a fluorine binder are mixed and stirred is used. The back electrode layer is made of carbon paste.

The thick backing member 3 has a two-layer structure in which foamed plastic plates 11 and 11 made of styrene foam are attached on the front and back sides. The foamed plastic plate 11 on the front side has a desired shape, as shown in FIGS. Divided into sizes, they are arranged with a gap therebetween.
The laminated planar light emitting sheet 4 and signboard display surface 5 are also divided in correspondence with the divided front side foamed plastic plate 11, and the front side foamed plastic plate 11, the planar light emitting sheet 4, and the signboard display surface are divided. 5 are laminated to form a plurality of laminated bodies 24. An inner frame 20 formed by bending a plate-like member into a U shape is fitted to the laminate 24 from the front side. Further, the inner frame 20 is formed with a rectangular window portion 22 in front view so that characters and figures displayed on the signboard display surface 5 can be seen.

  On the front side of the inner frame 20, the display surface protection panel 18 is attached so as to cover the box 21, and the box 21 has an outer frame 19 formed by bending a plate-like member into a U-shape, The display surface protection panel 18 is fitted from the front side. The outer frame 19 may be attached to the box body 21 with screws or the like. Further, the outer frame 19 is formed with one rectangular window portion 23 in front view so that characters and figures such as advertisements and advertisements displayed on the signboard display surface 5 can be seen. In order to prevent water from entering the box 21, a rubber packing may be interposed between the contact surface of the outer frame 19 and the box 21, and the outer frame 19 and the display surface are protected. It is also free to fill the silicon seal hardened body between the panel 18. The display surface protection panel 18 is, for example, a transparent acrylic plate.

  6 and 7, a square groove portion 12 is provided on the surface of the foamed plastic plate 11 on the back side. And the insertion hole 9 for letting the wiring 40 which connects the said terminal board 8 and the said planar light emission sheet 4 pass in the back surface of the said foamed plastic board 11 of the said front side corresponding to this groove part 12 and the groove part 12 is formed. Yes. Further, in order to guide the wiring 40 to the planar light emitting sheet 4, a notch 25 is provided at a desired position on the side surface of the foamed plastic plate 11 on the front side.

Moreover, the groove | channel part 12 extended in a horizontal direction is formed so that it may incline downward toward the right in front view so that the water which permeated the insertion hole 9 may not go to the terminal board 8. FIG. In order to discharge the infiltrated water to the outside of the sign body 2, a discharge hole (not shown) is provided at the lower end of the box body 21, and a groove 12 is formed so as to guide water to the discharge hole. Also good.
In addition, the insertion hole 9 may be formed in the groove parts 12 and 12 provided so that it might mutually correspond to each sticking surface of the two-layer foamed plastic plates 11 and 11 stuck on the front and back.

8 and 9, the box-shaped storage case 17 includes a case body 26, a lid member 27, and a hinge 28, and the lid member 27 is formed from an upper surface portion and a back surface portion of the storage case 17. ing. Further, the lower end edge of the lid member 27 and the rear end edge of the bottom surface of the case body 26 are connected via a hinge 28.
A steel mounting table 29 on which the storage battery 6 is mounted is attached in the storage case 17. The mounting table 29 is formed in a downwardly inclined manner so that the storage battery 6 can be easily mounted from behind the mounting table 29. Further, on the upper surface of the mounting table 29, two rails 30 and 30 extending in the front-rear direction are arranged in parallel so that the storage battery 6 can be easily placed and removed by sliding on the mounting table 29. The frictional force generated on the bottom is reduced. A storage battery 6 is placed on the rails 30 and 30. In addition, linear stoppers for preventing the storage battery 6 from falling off to the left and right are provided behind the left and right ends of the upper surface of the mounting table 29, and the front and left corners of the upper surface of the mounting table 29 are positioned forward and left of the storage battery 6. An L-shaped stopper in plan view is provided for preventing the drop-out. Further, the inverter 7 in the storage case 17 may be provided with a control unit that causes at least one planar light emitting sheet 4 of the laminate 24 to blink.

The usage method (action) of the outdoor standing signboard according to the present invention described above will be described.
In FIG. 1, the present invention is installed in a place where the solar power generation panel 10 is easily irradiated with sunlight. When the solar power generation panel 10 is irradiated with sunlight, the solar power generation panel 10 converts the solar heat energy into direct current electrical energy, which is stored in the storage battery 6 through the wiring 41. . Further, the stored electric energy is sent from the storage battery 6 to the inverter 7 through the wiring 41, converted into an alternating current in the inverter 7, and sent to the terminal board 8. Then, an alternating current is supplied to each planar light emitting sheet 4 from the terminal board 8 through the wiring 40, the planar light emitting sheet 4 emits light (lights up or blinks), and the signboard display surface 5 is illuminated.
In addition, the light emission start time and the end time of the planar light emitting sheet 4 may be set by a timer or the like, and a sensor for detecting the ambient brightness outdoors is provided, and the planar light emission is performed when the brightness is below a predetermined brightness. It is also free to control the sheet 4 to emit light.
Further, when rainwater or the like is submerged in the insertion hole 9, the water proceeds rightward in the groove portion 12 extending in the lateral direction and does not go to the terminal board 8.

  When the storage battery 6 in the storage case 17 is replaced with another storage battery 6, first, the cover member 27 is swung rearward to open the storage case 17, and the wiring 41 connected to the storage battery 6, etc. Remove to make it ready for removal. Next, the storage battery 6 is held by hand from the back surface of the case body 26, and the storage battery 6 is slid backward on the rail 30 and pulled out. Then, holding another storage battery 6 by hand, the storage battery 6 slides forward on the rail 30 until it comes into contact with a stopper in front of the mounting table 29, and is mounted on the mounting table 29. The lid member 27 is swung forward and closed.

  When the signboard display surface 5 is changed to the display surface 5 of another design, the outer frame 19, the display surface protection panel 18, and the inner frame 20 are sequentially removed and replaced with the display surface 5 of another design. Install the frame 20, the display surface protection panel 18, and the outer frame 19 in this order.

As described above, the outdoor standing signboard according to the present invention is attached to the support frame member 1, the support frame member 1, the thick backing member 3, the planar light emitting sheet 4, and the signboard display surface 5 in order. A laminated signboard body 2, a storage battery 6 for sending electricity to the planar light emitting sheet 4 of the signboard body 2, an inverter 7, a terminal board 8, and a solar power generation panel 10 attached to the support frame member 1 The thick backing member 3 is provided with an insertion hole 9 through which the wiring 40 connecting the terminal board 8 and the planar light emitting sheet 4 is passed, and the insertion hole 9 is formed by the water that has entered the insertion hole 9. Since it is formed to be inclined so as not to go to the terminal board 8, the signboard body 2 can be thinned, and the space required for installation of the present invention is reduced. This does not hinder traffic even when installed in an outdoor passage. Since the planar light emitting sheet 4 is used as the light emitting source, it is not easily damaged by an impact and does not generate heat during light emission, so that it is safe even when the signboard body 2 is touched.
Since the electricity generated by the solar power generation panel 10 is stored in the storage battery 6, a power source is unnecessary near the installation location, and a wide range of locations that can be installed outdoors can be selected.
Further, since the wiring passes through the insertion hole 9, the wiring 40 can be prevented from being short-circuited and damaged due to water immersion. Furthermore, even if water enters the insertion hole 9, the water does not go to the terminal board 8, so that a short circuit and failure of the terminal board 8 can be prevented.

  The thick backing member 3 is composed of two-layer foamed plastic plates 11 and 11 adhered to the surface, and the insertion hole 9 is provided on the surface of the at least one foamed plastic plate 11 on the adhesion side. Since the groove portion 12 is formed, the wiring 40 can be prevented from being short-circuited or damaged due to water immersion, the insertion hole 9 can be easily molded, and the signboard body 2 can be reduced in weight.

  Further, since the thick backing member 3 is made of foamed polystyrene, the wiring 40 can be prevented from being short-circuited and damaged due to water immersion, the insertion hole 9 can be easily molded, and the weight of the signboard body 2 can be reduced.

It is a front view which shows embodiment of this invention. It is a side view. It is a principal part sectional side view. It is a principal part sectional side view. It is a principal part sectional side view. It is a principal part front view. It is a principal part front view. It is a principal part cross-sectional rear view. It is a principal part sectional side view.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Support frame member 2 Signboard body 3 Thick backing member 4 Planar light emitting sheet 5 Signboard display surface 6 Storage battery 7 Inverter 8 Terminal board 9 Insertion hole
10 Solar power panel
11 Foamed plastic board
12 Groove
40 Wiring

Claims (3)

  A signboard body (1) that is attached to the support frame member (1), and a thick backing member (3), a planar light emitting sheet (4), and a signboard display surface (5) are sequentially stacked. 2), a storage battery (6) for sending electricity to the planar light emitting sheet (4) of the signboard body (2), an inverter (7), a terminal board (8), and the support frame member (1) A solar power generation panel (10) attached to the wall, and through which the wiring (40) connecting the terminal board (8) and the planar light emitting sheet (4) passes through the thick backing member (3) A hole (9) is provided, and the insertion hole (9) is formed so as to be inclined so that water that has entered the insertion hole (9) does not go to the terminal board (8). Signboard.   The thick backing member (3) is composed of a two-layer foam plastic plate (11) (11) adhered to the surface, and the insertion hole (9) is formed on the at least one foam plastic plate (11). The outdoor standing signboard of Claim 1 formed with the groove part (12) provided in the surface by the side of sticking.   The outdoor standing signboard according to claim 1 or 2, wherein the thick backing member (3) is made of polystyrene foam.

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