JP2009218145A - Supplemental lighting device for indoor handrail - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a supplemental indoor lighting device for an indoor handrail installed afterward on a wall surface, being applicable even to a pre-installed handrail, and for illuminating the handrail direction together with a foot ground direction, simultaneously. <P>SOLUTION: This lighting device includes a base board (B), which oriented toward the handrail (10) and its walking foot ground and is made by extrusion molding in one piece with two-channel groove rails (11a), (11b), light-emitting-diode (LEDs, 24) wiring substrates (12a), (12b) which are pre-enclosed into a transparent square cylinder (25) as one piece and installed with plug-in manner to the groove rails, transparent decorative capping covers (14a), (14b) which cover surface apertures (13) of the groove rails, and a body detecting sensor (15) which is installed similarly on the end portion of the groove rail. The base board is fixed on a wall surface (W) of a building approximately parallel to the pre-installed handrail, and the device is utilizable when the LED wiring substrates are connected to a power outlet (33) of the building through the body detection sensor. <P>COPYRIGHT: (C)2009,JPO&INPIT

Description

  The present invention relates to the position of the handrail for indoor use and the auxiliary lighting equipment around the foot that walks with the handrail by retrofitting it to the wall of the building, and corridors and stairs of ordinary homes, hospitals, public facilities, elderly care facilities This is effective.

  Groove rails for electrical wiring and rail rails for engaging handrail brackets are lined up on waist edges and other base plates that are fixedly attached to the wall of the building. Indoor handrail structures that illuminate stairs, corridors, entrances, etc. with built-in light emitting diodes (LEDs) are disclosed in Japanese Patent Laid-Open Nos. 10-299211, 11-45615, and 2004-60252. It is described in the gazette.

Japanese Patent Laid-Open No. 11-134931 discloses a staircase illumination device in which an optical fiber is incorporated in a parting plate or a side plate attached along a staircase.
JP-A-10-299211 Japanese Patent Laid-Open No. 11-45615 JP 2004-60252 A JP 11-134931 A

  However, in the conventional examples disclosed in Patent Documents 1 to 3, since the handrail itself and its handrail receiving bracket are special products, a new building is built or an existing handrail structure is provided with a new illumination. In any case of renovation, natural wooden round bars (so-called grip bars), metal round pipes, and other common handrails that do not have existing lighting functions can be applied. It is not possible, it is inconvenient in that sense, and is inferior in versatility.

  On the other hand, in the conventional example disclosed in Patent Document 4, even if it can be retrofitted to the wall of the staircase to illuminate the feet, the light emitter for that purpose is made of an optical fiber, so that not only a power supply but also a light source unit is specially required. As a result, there is a problem that a high installation cost is required for the consumer.

  The present invention aims to improve such a problem, and as an auxiliary lighting device for illuminating the position of a handrail for indoor use and the pedestrian's feet along the handrail, the mounting earpiece on the wall surface of the building is claimed in claim 1. And a first channel groove rail on the upper stage that opens toward the handrail and a second channel groove rail on the lower stage that opens toward the feet of the pedestrian with the handrail and are extruded integrally. When,

  The LED is inserted into the first and second channel groove rails of the base board so as to be inserted into and detached from each other in the state of being pre-sealed in a square tube for sealing with a transparent epoxy resin material. First and second LED wiring boards capable of emitting light through a surface opening along the longitudinal direction of the first and second channel groove rails;

  A first and second blindfold decorative cover made of a light-transmitting synthetic resin material, which is inserted and locked to the surface opening of the first and second channel groove rails.

  While fixing and fixing the mounting ear piece of the base board to the wall surface of the building in an extended state substantially parallel to the existing handrail,

  By connecting and using the first and second LED wiring boards to the existing power outlet in the building through the human body detection sensor which is the end cap of the one end lip portion or both end lip portions in the first and second channel groove rails,

  The LEDs on the first and second LED wiring boards that automatically turn on in response to the detection output signal of the human body detection sensor illuminate simultaneously two different directions between the existing handrail and its walking foot.

  According to a second aspect of the present invention, the base board is made of an aluminum extruded material or a synthetic resin extruded material, and a pair of upper and lower mounting ear pieces projecting integrally from the base board are fixedly attached to the wall surface of the building by a fixing tool such as a screw or a nail. .

  On the other hand, in Claim 3, the mounting ear piece with respect to the wall surface of the building, the upper first channel groove rail that opens toward the handrail, and the lower second channel that opens toward the foot of the pedestrian with the handrail A base board in which groove rails are continuously and integrally molded;

  The LED is inserted into the first and second channel groove rails of the base board so as to be inserted into and detached from each other in the state of being pre-sealed in a square tube for sealing with a transparent epoxy resin material. First and second LED wiring boards capable of emitting light through a surface opening along the longitudinal direction of the first and second channel groove rails;

  A first and second blindfold decorative cover made of a light-transmitting synthetic resin material, which is inserted and locked to the surface opening of the first and second channel groove rails.

  While the mounting ear piece of the base board is primarily attached and fixed to the wall surface of the building, the handrail receiving bracket is secondarily attached and fixed to the mounting ear piece,

  By connecting and using the first and second LED wiring boards to the existing power outlet in the building through the human body detection sensor which is the end cap of the one end lip portion or both end lip portions in the first and second channel groove rails,

  The LED on the first and second LED wiring boards, which automatically turn on in response to the detection output signal of the human body detection sensor, has two different directions between the new handrail supported and supported by the handrail receiving bracket and the walking foot. It is characterized by lighting at the same time.

  In claim 4, the base board is made of an aluminum extruded material or a synthetic resin extruded material, and a pair of upper and lower mounting ear pieces projecting integrally from the front is fixed to the wall surface of the building with a primary countersunk screw.

  A desired handrail receiving bracket corresponding to a newly installed handrail is retrofitted and fixed to the upper mounting earpiece larger than the lower mounting earpiece by a secondary countersunk screw.

  According to a fifth aspect of the present invention, there is provided a pair of mounting leg pieces projecting from the first and second blindfold decorative covers so as to face backward from the end of one end of the first and second channel groove rails, corresponding to the facing inner surfaces. The surface of the first and second blind cover is kept flush with that of the base board by being inserted and locked into the single receiving recess.

  According to a sixth aspect of the present invention, the first and second blindfolding decorative covers are extruded from a hard or semi-rigid synthetic resin mixed with a phosphorescent material.

  In claim 7, the first and second LED wiring boards are a plurality of unit lengths in which only the male connector and the female connector at both ends project from both ends of the rectangular tube for sealing,

  By adhering to the separate centering guide rails of aluminum extrusion material or synthetic resin extrusion material common to the plurality of them, the adjacent male connector and female connector are connected and integrated in series,

  The centering guide rail is inserted and laid in the first and second channel groove rails of the base board so as to be freely inserted and removed from the end of the end thereof.

  Furthermore, in claim 8, the first and second channel groove rails of the base board, the first and second LED wiring boards, and the first and second blindfold decorative covers are determined so that they can be replaced with the same size and shape. It is characterized by.

  In the above structure of claim 1, the base board is attached to the wall surface of the building as a relational state extending substantially in parallel with the existing handrail, so that the existing handrail and the foot walking along it are different. The two directions can be illuminated at the same time by the light emitted from the LEDs (light emitting diodes) planted on the first and second LED wiring boards. Unlike the illuminated handrail structure at the beginning, it can be applied to all existing handrails. There is versatility to get.

  Further, the light emitter for that purpose is an LED planted on the first and second LED wiring boards, and does not require a special light source unit, and this is automatically turned on in response to the detection output signal of the human body detection sensor. Therefore, it is not necessary to add an artificial switch on / off operation, and walking safety at night along the handrail is excellent, and an energy saving effect is also obtained.

  Further, the first and second LED wiring boards in which the LEDs are planted are preliminarily sealed by a square tube of a transparent epoxy resin material that can correspond to the first and second channel groove rails of the base board. It can be used not only for indoor corridors and staircases but also for water around toilets, etc., and smooth insertion of the 1st and 2nd LED wiring boards into the 1st and 2nd channel groove rails. There is also an effect of obtaining a serial connection state.

  In that case, if the structure of Claim 2 is employ | adopted, since a base board consists of an aluminum extrusion material or a synthetic resin extrusion material, this will be cut | disconnected to the use length substantially the same as the existing handrail, or the upper and lower pair Post-processing such as tapping on the mounting ear piece can be easily performed, which helps improve workability.

  On the other hand, if the structure of Claim 3 is employ | adopted, various desired handrail receiving brackets according to the handrail to newly install can be attached and fixed to the mounting ear piece of the base board, and a new handrail is provided. In such a case, the LED that emits light from the inside of the base board can simultaneously illuminate two different directions between the newly installed handrail and its foot.

  In that case, if the structure of claim 4 is adopted, both the mounting ear pieces of the base panel are fixed to the wall surface of the building with primary countersunk screws, and then a new hand is attached to the large mounting ear piece on the upper side. The desired handrail receiving bracket according to the sliding is fixed by retrofitting with a secondary countersunk screw, so that the construction work on the wall of the building can be done easily and conveniently, and the base board and handrail There is an effect that an accurate parallel state can be obtained.

  If the configuration of claim 5 is adopted, the first and second blindfolded decorative covers of the surface openings along the longitudinal direction of the first and second channel groove rails can be easily and correctly inserted from one end of the channel groove rail. Moreover, the safety and makeup effect that the blindfolded cosmetic cover cannot be pulled out from the front side can be obtained.

  If the structure of Claim 6 is employ | adopted, since the light of the said LED of the 1st and 2nd blindfolding cover is accumulate | stored by itself, the walk safety at the time of a power failure can be ensured.

  Furthermore, if the structure of Claim 7 is employ | adopted, several 1st, 2nd LED wiring boards can be affixed on the separate centering guide rail in the connection state correctly connected in series, and the connection state The centering guide rail can be installed in the first and second channel groove rails of the base board quickly and smoothly, and the longer the handrail and base board are used, the greater the workability. Useful for improvement.

  If the structure of Claim 8 is employ | adopted, in addition to improving the mass-production effect of a base board, 1st, 2nd LED wiring board, and 1st, 2nd blind cover, the LED wiring board and blind cover are attached to the 1st and 2nd channels. It is possible to exchange freely between the groove rails, which is excellent in compatibility.

  Hereinafter, the specific configuration of the present invention will be described in detail with reference to the drawings. FIGS. 1 to 14 relate to the first embodiment of the present invention and extend substantially parallel to an existing indoor handrail (10). As an auxiliary lighting device that illuminates two different directions between the existing handrail (10) and its walking foot by being retrofitted to the wall surface (W) of the building.

  The auxiliary lighting fixture includes an aluminum extruded material or synthetic resin extruded base plate (B) attached and fixed to a wall surface (W) of a building, and first and second channel groove rails (11a) of the base plate (B). (11b) First and second LED (light emitting diode) wiring boards (12a) and (12b) to be inserted and laid, and surface openings along the longitudinal direction of the first and second channel groove rails (11a) and (11b) ( 13) The first and second blind cover (14a) (14b) for covering, and the human body detection sensor (infrared sensor) for covering one end of the first and second channel groove rails (11a) (11b). (15) and an end cap (16) for covering the other end of the first and second channel groove rails (11a) and (11b), and the first and second LED wiring boards (12a) (1). b) via the human body detection sensor (15), so that the connection is used with the existing power supply to the building (AC100V).

  Among these main components, first, the base board (B) is an extruded product made of aluminum alloy or hard synthetic resin that can be easily post-processed such as cutting, drilling and tapping with a power tool. W) a pair of upper and lower mounting ear pieces (17), an upper first channel groove rail (11a) that opens toward the handrail (10), and a pedestrian's feet having the handrail (10). And a lower second channel groove rail (11b) that is open continuously.

  For example, the band width (H) of the base board (B) is about 350 to 450 mm, the thickness (T) protruding from the wall surface (W) of the building is about 12 to 15 mm, and the length (L) is a handrail. It is almost the same as that of (10), and changes according to the length of the handrail (10).

  In that case, in the base board (B) of the illustrated embodiment, the first channel groove rail (11a) is opened sideways (forward) substantially perpendicular to the wall surface (W) of the building, while the second channel groove rail (11b). Are open in a downward direction substantially parallel to the wall surface (W). However, as long as there is a relationship aiming at two different directions, for example, the base board (in the middle height position of the pair of upper and lower parallel handrails (10)) B), the upper handrail (10) is opened by opening the upper first channel groove rail (11a) obliquely upward and the lower second channel groove rail (11b) obliquely downward. It may be determined to illuminate one direction with respect to the lower handrail (10) and the other direction with respect to the walking foot.

  Further, the first and second LED wiring boards having the same shape and size corresponding to the inside thereof are set to have the same extruded cross-sectional shape and size (opening area) of the first and second channel groove rails (11a) and (11b). (12a) and (12b) can be replaced and laid, but the first and second channel groove rails (11a) and (11b) and the first and second LED wiring boards (12a) and (12b) have different shapes.・ As the size, it is acceptable to make the above-mentioned replacement impossible.

  The pair of upper and lower mounting ear pieces (17) in the base board (B) have the same size and project from the first and second channel groove rails (11a) and (11b). V-grooves (18) to be used are arranged in a row along the longitudinal direction. Therefore, the base board (B) can be easily and correctly attached and fixed to the wall surface (W) of the building by the screw (19) tapped from the V groove (18).

  However, the base board (B) may be attached and fixed with a fixing tool such as a nail, a wood screw, or a countersunk screw (19) by drilling from the V groove (18) of both mounting ear pieces (17). At that time, an adhesive or a double-sided adhesive tape (not shown) can be used in combination.

  (20) is a pair of partition ribs each projecting from the facing inner surface of the first and second channel groove rails (11a) and (11b) in the base board (B). The back side forms first and second LED wiring board receiving chambers (R1) and (R2). (21) is a pair of facing retaining ribs for the first and second blindfolded cosmetic covers that are positioned in front of the partition rib (20) and project in parallel with the rib (20). Adjacent portions of the retaining rib (21) and the partition rib (20) are recessed as a recess (23) for receiving the mounting leg piece (22) of the first and second blindfolded decorative covers (14a) and (14b). is doing.

  On the other hand, the first and second blind cover (14a) and (14b) are extruded from a hard or semi-rigid synthetic resin having translucency such as an acrylic resin, and a pair of mountings projecting integrally from the back side. A leg piece (22) is removably inserted into the leg piece receiving recess (23) from the end of one end of the first and second channel groove rails (11a) and (11b). The surface opening (13) along the longitudinal direction of the rail (11a) (11b) is covered.

  As is apparent from FIG. 4, the mounting leg pieces (22) of the first and second blindfolded decorative covers (14a) and (14b) cover the covers of the first and second channel groove rails (11a) and (11b). In addition to locking to the retaining rib (21), the surface 4 of the first and second blindfold decorative covers (14a) and (14b) is kept flush with the surface of the base board (B). The two blindfolded decorative covers (14a) and (14b) cannot be removed from the front side.

  When the first and second blindfolded decorative covers (14a) and (14b) are extruded from the synthetic resin, it is preferable to incorporate a phosphorescent material as the pigment. In this way, light can be stored, which is useful for walking safety during power outages.

  In addition, when an aluminum extruded material is particularly used as the base board (B), various patterns such as a wood grain pattern and an abstract pattern are printed on the entire surface except the first and second blindfolding covers (14a) and (14b). It is also possible to give a Japanese-style makeup effect that is compatible with the wall surface (W) of the building by pasting a decorative sheet (not shown) or applying a surface treatment such as coloring or painting.

  The first and second LED wiring boards (12a) and (12b) mentioned earlier are a plurality of high-intensity LEDs (light-emitting diodes) planted at regular intervals as shown in FIGS. (24), but the first and second channel groove rails of the base board (B) as an integrated product enclosed in a rectangular tube (25) for sealing with a transparent epoxy resin material in advance (11a) and (11b) are inserted and laid. The square tube for sealing (25) is, for example, approximately 7 mm × 5 mm in cross-sectional rectangle, and the inside of the first and second channel groove rails (11a) and (11b) is the LED wiring board receiving chamber (R1) (R2). It corresponds to.

  The unitary first and second LED wiring boards (12a) and (12b) enclosed in the square tube (25) include a unit length (L1) of about 320 mm, a unit length (L2) of about 640 mm, and Three types of three or four cores having a unit length (L3) of about 960 mm are prepared, both of which are male connector (26) and female connector ( 27) and the one end of the above-mentioned square tube (25) only when the adjacent male connector (26) and the other female connector (27) are inserted and fitted together. The comrades are in close contact.

  Therefore, by appropriately recombining the three types of unit lengths (L1), (L2), and (L3), it is possible to correspond to the length of the handrail (10) and the base board (B). The first and second LED wiring boards (12a) and (12b) are placed in the first and second channel groove rails (11a) and (11b) of the base board (B). By sequentially inserting the one end from the end, the male connector (26) and the female connector (27) can be connected to each other correctly in series.

  At that time, the LED (24) planted on the first and second LED wiring boards (12a) and (12b) has a surface opening (13) of the first and second channel groove rails (11a) and (11b) as shown in FIG. ), It goes without saying that the LED wiring board receiving chambers (R1) and (R2) are inserted into the LED wiring board receiving chambers (R1) and (R2) and emit light through the first and second blindfolded decorative covers (14a) and (14b). It should be noted that the emission color and brightness of the LED (24) such as red and blue, preferably white are different between the first and second LED wiring boards (12a) and (12b), in addition to the same case. It can happen.

  The human body detection sensor (15) forms an assembly unit body with a sensor wiring board (not shown) built in the housing (28), and a pair of upper and lower mounting ears projecting integrally from the housing (28). The piece (29) is also fixed to the wall surface (W) of the building via a fixture such as a screw (30), whereby the first and second channel groove rails (11a) (11b) in the base board (B). ) Cover one end of the mouth.

  When mounting and fixing to the wall surface (W) of the building, the wiring board of the human body detection sensor (15) is connected to the first and second LED wiring boards (12a) (12b) by the lead wires (31) having a margin length. ) And the power cord (32) led out from the sensor wiring board through the housing (28) is also inserted into the existing power outlet (33) in the building so that it can be freely inserted and removed. It has become so.

  (34) is a connector for connecting and disconnecting the lead wire (31) to the first and second LED wiring boards (12a) and (12b), and (35) is the other end tree of the first and second channel groove rails (11a) and (11b). In the vicinity of the mouth, lead wires (36) for connecting the first and second LED wiring boards (12a) and (12b) to the energized state, (36), like the human body detection sensor (15), of the housing (28). It is a light emission time adjustment volume exposed from the surface, and can be rotated with a manual tool to adjust the light emission time of the LED (24) to be longer or shorter.

  Further, the end cap (16) for covering the other end of the first and second channel groove rails (11a) and (11b) in the base board (B) is made of a hard or semi-rigid synthetic resin. A pair of upper and lower insertion leg pieces (37) protruding integrally in the direction are inserted and fitted into the first and second channel groove rails (11a) and (11b) so as to be freely inserted and removed.

  When constructing the auxiliary lighting apparatus of the first embodiment, the base board (B) and the housing (28) of the human body detection sensor (15) are fixed to screws (19) (30), fixtures such as nails. By attaching and fixing to the wall surface (W) of the building, the wall surface (W) is maintained in the extended five state substantially parallel to the existing indoor handrail (10), and the housing of the human body detection sensor (15) is maintained. The power cord (32) derived from (28) may be inserted into the power outlet (33) of the building as shown in FIGS.

  In this regard, FIGS. 12 and 14 exemplify the usage state of the corridor (38) attached to the wall surface (W). The handrail (10) received and supported by the existing handrail receiving bracket (39) is approximately It consists of a round bar of natural wood (so-called grip bar) having a diameter of 34 to 40 mm. In the state of use, a pedestrian approaching the pedestrian receives an output signal detected by the human body detection sensor (15), and As shown by the arrow (F1) in FIG. 14, the LED (24) on the first LED wiring board (12a) inserted and laid in the upper first channel groove rail (11a) of the base board (B) It automatically emits light (lights up) through the single blind cover (14a) to illuminate the handrail (10) that is a grip handle on the corridor.

  On the other hand, the LED (24) on the second LED wiring board (12b) laid and inserted into the lower second channel groove rail (11b) of the base board (B) is indicated by another arrow (F2) in FIG. As shown in the figure, the foot on the corridor is illuminated, and the two different directions are illuminated at the same time. As a result, nighttime walking safety can be ensured and the on / off switch operation of the LED (24) is performed artificially. Is unnecessary.

  Next, FIGS. 15 to 17 show an auxiliary lighting fixture for an indoor handrail (10) according to a second embodiment of the present invention. In this case, the base board (B) is continuously and integrally extended as a pair. Of the mounting ear pieces (17a) and (17b), the upper mounting ear piece (17a) of the mounting ear piece (17a) is greatly extended above the lower mounting ear piece (17b), thereby A desired handrail receiving bracket (40) corresponding to a newly installed handrail (10) can be attached and fixed to a vast surface.

  That is, as shown in FIG. 17, the upper mounting ear piece (17a) and the lower mounting ear piece (17b) are fixed to the wall surface (W) of the building by a primary flat head screw (19) or a fixture such as a nail. At the same time, the handrail bracket (40) of various desired forms is attached to the vast mounting ear piece (17a) on the upper side by means of a secondary flat head screw (41) or a fixing tool such as a nail. Then, a new handrail (10) made of a natural wooden round bar (grip bar) or a metal round pipe is attached and fixed to the handrail receiving bracket (40). Then, the assembly unit body in which the handrail (10) and the base board (B) extend in parallel with the handrail can be obtained.

  In that case, a V groove (18) for positioning not only the primary countersunk screw (19) but also the secondary countersunk screw (41) is provided along the longitudinal direction on the upper wide mounting ear piece (17a). Therefore, it is preferable to add many. Then, the handrail receiving bracket (40) can be easily and correctly attached and fixed to the upper mounting ear piece (17a).

  And if the secondary countersunk screw (41) used as the fixture of the handrail receiving bracket (40) is deeply superimposed and integrated to the wall surface (W) of the building as shown in FIG. Combined with the countersunk screw (19), the fixing strength of the base board (B) can be increased more and more.

  Note that the upper first channel groove rail (11a) in the base board (B) may be opened obliquely upward as shown in FIGS. 15 to 17 so as to aim at the newly installed handrail (10). This is as described based on the first embodiment. Since other configurations in the second embodiment are substantially the same as those in the first embodiment, only the corresponding reference numerals to those in FIGS. 15 to 14 are written in FIGS. To do.

  In any of the first and second embodiments, the human body detection sensor (15) is a pair of left and right channels shown in the first modified embodiment of FIGS. By attaching and fixing the ends of the rails (11a) and (11b) in a state where they are covered, the end caps (16) of the ends of the ends may also be used.

  Then, the auxiliary lighting fixture of the handrail (10) is attached and fixed to the wall surface (W) of the indoor staircase (42) as illustrated in FIG. 25, and the two human body detection sensors (15) are attached to the staircase (42). If it faces the ascending and descending exits, it will be remarkably effective in ensuring safety on stair walking along the handrail (10).

  In the first and second embodiments, the plurality of first and second LED wiring boards (12a) and (12b) are replaced with the LED wiring boards of the first and second channel groove rails (11a) and (11b) in the base board (B). Although it has been described that it can be connected in series by being inserted directly into the receiving chambers (R1) and (R2) in sequence, as shown in FIGS. Prepare separate first and second centering guide rails (43a) and (43b) that are extruded from the same aluminum alloy or synthetic resin into a substantially tray-shaped or hat-shaped cross section, and double-sided adhesive tape ( 44) or an adhesive or the like, the adjacent male connector (26) and female connector (27) are inserted into the first and second LED wiring boards (12a) and (12b) one after another. Mating The previously stuck to the series of connection state.

  Then, the first and second centering guide rails (43a) and (43b) in the affixed state receive the LED wiring board of the first and second channel groove rails (11a) and (11b) as shown in FIGS. It is preferable that one end of the chamber (R1) or (R2) is detachably inserted from the end of the end. Then, a plurality of first and second LED wiring boards (12a) and (12b) can be connected and integrated in a properly centered series, and the first and second channel grooves of the base board (B). It can be easily and smoothly inserted into the rails (11a) and (11b). The longer the base board (B) and the handrail (10), the better the workability.

  (45) is a pair of insertion ear pieces projecting continuously and integrally from the first and second centering guide rails (43a) and (43b), and (46) is a pair of facing ear piece receiving recesses corresponding thereto. The first and second channel groove rails (11a) and (11b) are arranged in rows. The first and second centering guide rails (43a) and (43b) insert ear pieces (45) along the ear piece receiving recesses (46) and the first and second channel groove rails (11a) and (11b) LEDs. It is inserted into the wiring board receiving chamber (R1) (R2).

  In that case, a double-sided adhesive tape (44) or adhesive for attaching a plurality of first and second LED wiring boards (12a) (12b) to the groove bottom surfaces of the first and second centering guide rails (43a) (43b) It is sufficient to fix them in advance for at least a partial fixed length (L4) extending over the joint between the first and second LED wiring boards (12a) and (12b).

  Further, in the first and second embodiments and the first modified embodiment, the human body detection sensor (15) that covers one end or both ends of the first and second channel groove rails (11a) and (11b) is provided. In addition to being fixedly attached to the wall surface (W) of the building, it is connected to the first and second LED wiring boards (12a) and (12b) at that time. The human body detection sensor (15) is shown in FIG. As shown in the second modified embodiment, the base board (B) may be integrated into the first and second channel groove rails (11a) and (11b), and the mounting and fixing to the wall surface (W) may be omitted. .

  Then, a pair of left and right end caps (16) made of a synthetic resin plate or a metal plate are attached to and removed from the both ends of the first and second channel groove rails (11a) and (11b) by a fixture such as a countersunk screw (47). You can attach and fix it freely.

  In addition, since the other structure in the 1st, 2nd modification embodiment of FIGS. 18-26 is substantially the same as the said 1st Embodiment, the corresponding code | symbol with FIGS. I won't give you a detailed explanation.

It is a disassembled perspective view which shows 1st Embodiment of the auxiliary lighting fixture which concerns on this invention. It is a cross-sectional front view which shows one half part of the auxiliary lighting fixture as an assembly state. It is a cross-sectional front view which similarly shows another half part as an assembly state. FIG. 4 is an enlarged sectional view taken along line 4-4 of FIG. It is a perspective view showing a plurality of LED wiring boards. It is a top view which shows the various unit length of a LED wiring board. It is a top view which shows the connection state of FIG. It is a perspective view of the relationship state which inserts an LED wiring board in the square tube for sealing. It is a top view of the state which inserted one LED wiring board in the square tube for sealing. It is a top view in the state where two LED wiring boards were inserted into a common square tube for sealing. It is a top view of the state which inserted three LED wiring boards in the common square tube for sealing. It is a front view of the construction state which attached the auxiliary lighting fixture of 1st Embodiment to the wall surface of the building. It is an electrical wiring diagram. It is the 14-14 line expanded sectional view of FIG. It is a disassembled slope view corresponding to FIG. 1 which shows 2nd Embodiment of the auxiliary lighting fixture which concerns on this invention. It is sectional drawing corresponding to FIG. 4 of the auxiliary lighting fixture. It is sectional drawing corresponding to FIG. 12 of the construction state which attached the auxiliary lighting fixture of FIG. 16 to the wall surface of a building. It is a decomposition | disassembly slope view corresponding to FIG. 1 which shows the partial 1st modified embodiment of the said 1st Embodiment. It is a cross-sectional front view which shows one half part of the auxiliary lighting fixture as an assembly state. It is a cross-sectional front view which similarly shows another half part as an assembly state. FIG. 20 is an enlarged sectional view taken along line 21-21 in FIG. It is a perspective view which shows the LED wiring board and the centering guide rail on the connection. It is a front view which shows the affixed state of the LED wiring board with respect to the centering guide rail. It is a 24-24 line expanded sectional view of Drawing 23. It is a front view which shows the attachment construction state of the auxiliary lighting fixture with respect to the wall surface of a building. It is a perspective view which shows the partial 2nd modification embodiment of the said 1st Embodiment.

Explanation of symbols

(10) Handrail (11a) First channel groove rail (11b) Second channel groove rail (12a) First LED wiring board (12b) Second LED wiring board (13) Surface opening of channel groove rail Part (14a), first blindfold decorative cover (14b), second blindfold decorative cover (15), human body detection sensor (16), end cap (17) (17a) (17b), base panel mounting ear piece (18 ) ・ V groove (19) ・ Screw (20) ・ Partition rib (21) ・ Retaining rib for cover (22) ・ Fixing leg piece of blindfolded cover (23) ・ Leg piece receiving recess (24) ・ LED ( Light emitting diode)
(25) · Square tube for sealing LED wiring board (26) · Male connector (27) · Female connector (28) · Housing of human body detection sensor (29) · Mounting ear piece (30) · Countersunk screw (31 ) (35) ・ Lead wire (32) ・ Power cord (33) ・ Power outlet (34) ・ Connector (36) ・ Adjustable volume (37) ・ End cap insertion leg piece (38) ・ Corridor (39) ( 40)-Handrail bracket (41)-Secondary countersunk screw (42)-Staircase (43a)-First centering guide rail (43b)-Second centering guide rail (44)-Double-sided adhesive tape (45)・ Ear piece of centering guide rail (46) ・ Ear piece receiving recess (47) ・ Fine screw (B) ・ Base board (F1) (F2) ・ Lighting direction (L1) (L2) (L3) ・ LED Unit length of wiring board (R1) (R2) of the channel groove rails LED wiring substrate receiving chamber (W), the wall

Claims (8)

At the foot of a pedestrian having a mounting ear piece (17) to the wall surface (W) of the building, an upper first channel groove rail (11a) opening toward the handrail (10), and the handrail (10) A base board (B) in which the lower second channel groove rail (11b) opening toward the bottom is continuously and integrally molded;
As a state of being pre-sealed in a square tube (25) for sealing with a transparent epoxy resin material, it can be inserted into and removed from the first and second channel groove rails (11a) and (11b) of the base board (B). The first and second LED wiring boards (12a) that can emit light through the surface openings (13) along the longitudinal direction of the first and second channel groove rails (11a) and (11b) by being inserted and laid. ) (12b)
First and second blindfolded decorative covers (14a) and (14b) of translucent synthetic resin material that are removably inserted and locked to the surface openings (13) of the first and second channel groove rails (11a) and (11b), respectively. )
While attaching and fixing the mounting ear piece (17) of the base board (B) to the wall surface (W) of the building in an extending state substantially parallel to the existing handrail (10),
The first and second LED wiring boards (12a) are connected to the first and second channel groove rails (11a) and (11b) via a human body sensor (15) serving as an end cap (16) at one end or both ends. By connecting (12b) to the existing power outlet (33) in the building,
The LED (24) on the first and second LED wiring boards (12a) and (12b) that automatically turn on in response to the detection output signal of the human body detection sensor (15) includes the existing handrail (10) and its walking foot. An auxiliary lighting device for indoor handrails characterized by simultaneously illuminating two different directions.   The base board (B) is made of an aluminum extruded material or a synthetic resin extruded material, and a pair of upper and lower mounting ears (17) projecting integrally from now on are fixed to the wall surface (W) of the building by a fixing tool such as a screw (19) or a nail. The auxiliary lighting apparatus for indoor handrails according to claim 1, wherein the auxiliary lighting apparatus is attached and fixed. At the foot of a pedestrian having a mounting ear piece (17) to the wall surface (W) of the building, an upper first channel groove rail (11a) opening toward the handrail (10), and the handrail (10) A base board (B) in which the lower second channel groove rail (11b) opening toward the bottom is continuously and integrally molded;
As a state of being pre-sealed in a square tube (25) for sealing with a transparent epoxy resin material, it can be inserted into and removed from the first and second channel groove rails (11a) and (11b) of the base board (B). By being inserted and laid, the first and second LED wiring boards (12a) whose LEDs (24) can emit light through the surface opening (13) along the longitudinal direction of the first and second channel groove rails (11a) and (11b). ) (12b)
First and second blindfolded decorative covers (14a) and (14b) of translucent synthetic resin material that are removably inserted and locked to the surface openings (13) of the first and second channel groove rails (11a) and (11b), respectively. )
The mounting ear piece (17) of the base board (B) is primarily attached and fixed to the wall surface (W) of the building, and the handrail receiving bracket (40) is secondarily attached to the mounting ear piece (17). While fixing the mounting,
The first and second LED wiring boards (12a) are connected to the first and second channel groove rails (11a) and (11b) via a human body sensor (15) serving as an end cap (16) at one end or both ends. By connecting (12b) to the existing power outlet (33) in the building,
The LED (24) on the first and second LED wiring boards (12a) (12b) that automatically turn on in response to the detection output signal of the human body detection sensor (15) is received and supported by the handrail receiving bracket (40). An auxiliary lighting device for an indoor handrail, characterized in that a new handrail (10) and two directions different from the walking foot are illuminated simultaneously. The base board (B) is made of an aluminum extruded material or a synthetic resin extruded material, and a pair of upper and lower mounting ear pieces (17a) and (17b) which are integrally extended from this are attached to the wall surface (W) of the building by a primary countersunk screw (19). While fixing the tip,
A desired handrail receiving bracket (40) corresponding to the newly installed handrail (10) is attached to the upper mounting earpiece (17a) larger than the lower mounting earpiece (17b) by the secondary countersunk screw (41). The auxiliary lighting apparatus for indoor handrails according to claim 3, wherein the auxiliary lighting apparatus is attached later.   A pair of mounting leg pieces (22) projecting from the first and second blindfolded decorative covers (14a) and (14b) in an integrated manner facing backward from one end of the first and second channel groove rails (11a) and (11b). The surface of the first and second blindfolded decorative covers (14a) and (14b) is fixed to the base board (B) by inserting and locking the leg piece receiving recesses (23) formed to correspond to the inner surfaces facing each other. The auxiliary lighting apparatus for indoor handrails according to claim 1 or 3, wherein the auxiliary lighting apparatus is kept flush with that of the indoor handrail.   The auxiliary lighting for indoor handrails according to claim 1 or 3, wherein the first and second blindfold decorative covers (14a) (14b) are extruded from a hard or semi-rigid synthetic resin mixed with a phosphorescent material. Instruments. Unit length of the first and second LED wiring boards (12a) and (12b) projecting from both ends of the sealing rectangular tube (25) only by the male connector (26) and the female connector (27) at both ends thereof. As multiple books,
Adjacent male connector (26) and female connector (27) are connected in series by sticking to separate centering guide rails (43a) (43b) of aluminum extrusion material or synthetic resin extrusion material common to the plurality Connected and integrated
The centering guide rails (43a) and (43b) are laid in the first and second channel groove rails (11a) and (11b) of the base board (B) so as to be detachable from one end of the end. The auxiliary lighting apparatus for indoor handrails according to claim 1 or 3.   The first and second channel groove rails (11a) and (11b) of the base board (B), the first and second LED wiring boards (12a) and (12b), and the first and second blindfolded decorative covers (14a) and (14b) are respectively connected to each other. The auxiliary lighting device for indoor handrails according to claim 1 or 3, characterized in that it can be replaced with the same size and shape.

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