JP2016225158A - Luminaire - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a luminaire which can set a necessary light amount by a combination of panel type LED lighting modules, and which simplifies an assembly structure by a structural simplification with an array structure of a single row or a plurality of rows by maintaining electrical connection.SOLUTION: A luminaire support body 10 comprises: a fixing frame plate 11 for mounting and fixing a proper number of panel type LED lighting modules 1 which are electrically connected; a storage housing 16 in which a side surface on the irradiation surface side of the LED lighting module 1 is at least a cylindrical shape having light transmissivity, and in which the fixing frame plate 11 is internally provided by covering the LED lighting module 1; a power source 17 disposed on a back part of the fixing frame plate 11; a connection fixing body 21 for connecting and supporting the fixing frame plate 11 and the power source 17 in the end part of the storage housing 16; a housing cap 26 for closing and fixing the end part opening of the storage housing 16 by connecting and fixing it to the connection fixing body 21; and a housing cap 31 including a switch 32. A predetermined number of the luminaire support bodies 10 can be connected and installed by connecting by a power source connection unit.SELECTED DRAWING: Figure 1

Description

  The present invention is suitable for use in spot lighting in, for example, an automobile repair / maintenance factory and the like, and is provided in advance as a different illumination source size corresponding to the width, size, etc. of the irradiation range, Corresponding to this, the present invention relates to an illuminating device which can be manufactured by changing and adjusting the size of the illumination source easily.

  2. Description of the Related Art Conventionally, there has been proposed a stand-type illumination device that illuminates a specific location such as a work location or a work target location in a factory or the like. For example, there is an assembly-type stand device disclosed in Patent Document 1. This assembly-type stand device is composed of support members such as a pipe material, a stand base, and a column fixing plate, and is illuminated by attaching an illuminating body made of a predetermined fluorescent tube of an appropriate length and size to the column unit assembled thereby. It is a device.

Japanese Patent No. 4526551

  In this conventional illuminating device, an illuminating body is formed by appropriately combining a fluorescent tube, an incandescent lamp, or the like as an illuminating source in accordance with the wideness or the like of places / parts to be illuminated. However, since these fluorescent tubes, incandescent lamps, etc. have their own sizes depending on the amount of light, the housings that support these illumination sources are each configured as a separate structure corresponding to the size. As a result, the support members and the like are not compatible with each other, and have no versatility that can be applied and applied to support other illumination sources.

  Therefore, the present invention was created in view of the conventional circumstances as described above, and its purpose is to obtain a required amount of light by combining a predetermined number of panel-type LED lighting modules as a lighting source. In addition, the LED lighting module itself can be configured in a single row or a double row in a fixed number while maintaining electrical connection to a fixed base plate on which the LED lighting module is fixedly mounted, thereby simplifying the structure. It is an object of the present invention to provide a lighting device that can realize a versatile assembly structure.

In order to solve the above-described problems, in the present invention, first, a fixed gantry plate 11 to which an appropriate number of panel-type LED lighting modules 1 that are electrically connected are mounted and fixed, and LED lighting The side surface on the irradiation surface side of the module 1 has a cylindrical shape that is at least translucent, covers the LED lighting module 1, and houses the fixed gantry plate 11, and is arranged on the back of the fixed gantry plate 11. The power supply 17, the fixed base plate 11, the connection fixing body 21 that connects and supports the power supply 17 within the end of the storage housing 16, and the end opening of the storage housing 16 is connected and fixed to the connection fixing body 21. The illumination support 10 is composed of casing caps 26 and 31 that are closed and fixed.
The fixed gantry plate 11 has a predetermined number of LED illumination modules 1 that are combined in series or in parallel according to the amount of illumination light on the upper surface of a long substrate 12 on which the LED illumination module 1 is placed and fixed. A plurality of partition wall pieces 13 are provided so as to be placed and fixed, and contact support pieces 14 that are bent so as to contact the inner surface of the storage housing 16 are formed on both sides of the lower surface of the substrate 12 and stored. A screw hole groove 15 that is screwed to the connection fixing body 21 mounted in the end portion of the housing 16 can be provided.
The housing case 16 can be formed in a cylindrical shape with a predetermined diameter sufficient to house the fixed gantry plate 11 and the power source 17 that are housed inside.
The connecting fixed body 21 is fitted in the end portion of the storage housing 16, and the front portion, which is the inner side of the storage housing 16 when fitted in the end portion of the storage housing 16, is a fixed gantry plate. 11, the rear part of the storage casing 16 on the end opening side is screwed to the casing cap 26, and the front part is connected to a power supply case body 18 that stores and supports the power source 17. The connecting protrusion 25 that is forcibly fitted into the cylindrical portion 19 can be provided in a standing shape.
The casing caps 26 and 31 are provided at the other end with a cable coupling portion 27 connected to the commercial power supply side, provided at the one end when the casing caps 26 and 31 are connected in a predetermined number. The housing cap 31 can be configured by providing a switch 32.
The illumination support body 10 can be configured by being installed alone or by being connected and installed in a predetermined number by being connected by the power supply connection unit 33 so that the required number is provided.
The second is a long cylindrical fixed mount plate 41 to which an appropriate number of panel-type LED lighting modules 1 that are electrically connected are mounted and fixed, and a side surface on the irradiation surface side of the LED lighting module 1. Is a long groove having at least translucency, covers the LED lighting module 1 and is connected to the fixed gantry plate 41, a power source 51 arranged inside the fixed gantry plate 41, and a cover body 48. The power source 51 is connected and supported at the end of the fixed gantry plate 41 to close the end openings of the fixed gantry plate 41 and the cover body 48, and the end body 55 to which the power connection means 61 and the switch member 62 are mounted. And an end cap 65 that covers the switch member 62 and is connected to the end body 55. The features.
The fixed gantry plate 41 has a substantially rectangular shape in cross section by integrally forming a substrate 42 on the front side, both side plates 44 on the upper and lower side surfaces positioned up and down, and a back side plate 45 on the back side. A plurality of partition wall pieces 43 are provided on the upper surface so as to mount and fix a predetermined number of LED lighting modules 1 that are combined in series or in parallel according to the amount of illumination light. A nut housing groove 46 into which a nut material to be screwed to the mounting arm base 75 of the self-supporting stand 70 is inserted and fixed is formed inside, and the end opening of the fixed base plate 41 and the end opening of the cover body 48 are both formed. A screw hole groove 47 for screwing the closing end body 55 can be provided.
The cover body 48 has a light-transmitting side surface in the LED illumination module 1 mounted and fixed on the fixed gantry plate 41 so as to cover the LED illumination module 1 and engage with the fixed gantry plate 41. The fixing means 49 can be configured to be fixedly connected to the fixed gantry plate 41 in a state of covering the fixed gantry plate 41 by the stopping means 49.
The end body 55 includes a cover body covering portion that covers the end opening portion of the cover body 48, and the back side includes a plate covering portion that covers the end opening portion of the fixed mount plate 41, and the upper and lower edges of the outer surface The connecting piece 57 is provided with a base piece 58 projecting from the rear edge, and the connecting piece 57 is provided with a power supply connecting means 61 to which a power cable from a commercial power source connected to the power source 51 is inserted and connected. In addition, the base piece 58 can be configured such that a switch member 62 for turning on / off the LED lighting module 1 is arranged and fixed.
The end cap 65 is provided with a grip 67 that extends to the back side of the illumination support 40 itself in a concave cap body 66 in which a recess 67 that fits into each of the connecting piece 57 and the base piece 58 is formed in the side wall. It can be provided and configured.
The illuminating support 40 is movable and fixed to the column 72 by a leg 71 that is movable, a column 72 that is erected on the leg 71, and can be moved up and down along the column 72. A self-supporting stand 70 having a fixed arm 74 at the rear end and a support arm body 73 having a swingable mounting arm base 75 at the front end for screwing and connecting the back of the illumination support body 40 with screws. Can be installed and configured.

In the lighting device according to the present invention configured as described above, an appropriate number of panel-type LED lights are provided on each of the fixed frame plate 11 covered by the storage housing 16 and the fixed frame plate 41 covered by the cover body 48. By mounting and fixing the module 1, an illumination device corresponding to the large and small amounts of light required by a predetermined number of electrically connected LED illumination modules 1 can be realized easily and easily.
The partition wall pieces 13 and 43 in the fixed gantry plates 11 and 41 ensure that the LED lighting modules 1 in which the LED lighting modules 1 to be mounted and fixed are arranged in a single row or in a double row are fixed on the fixed gantry plates 11 and 41, respectively. Support and fix.
The housing case 16 protects the LED illumination module 1 on the fixed mount plate 11 from an external impact and the like together with the power source 17 and at the same time inhibits the irradiation of the LED illumination module 1 to the outside by its translucent part. First, a sufficient amount of light as a lighting device is exhibited.
The connecting fixed body 21 and the case caps 26 and 31 fix the fixed base plate 11, the power source 17, the storage case 16, etc. with screws, and the ratchet of the fixed base plate 11 and the power source 17 in the storage case 16. Others are prevented, and the switch 32 is turned ON / OFF, and the cable connecting portion 27 is connected and installed in a predetermined number.
Further, the cover body 48 locked to the fixed gantry plate 41 via the locking means 49 protects the LED illumination module 1 on the fixed gantry plate 41 from impacts and the like from the outside, and at the same time by its translucent part. Irradiation to the outside of the LED lighting module 1 is not hindered, and a sufficient amount of light as a lighting device is exhibited.
The end portion of the long cylindrical fixed gantry plate 41 is covered with the end body 55 by screwing together with the end portion of the cover body 48 so that the LED illumination module is mounted and fixed on the fixed gantry plate 41. 1 and the power supply 51 and the like arranged inside the fixed gantry plate 41 are also fixedly supported together with the fixed gantry plate 41.
The end body 55 covers the end openings of the cover body 48 and the fixed mount plate 41, and the power connection means 61 provided on the connecting piece 57 provides electrical connection when a large number of illumination supports 40 are attached. The switch member 62 secured and arranged and fixed on the base piece 58 turns on / off the LED lighting module 1 on the lighting support 40.
The nut storage groove 46 in the fixed mount plate 41 inserts and fixes a nut material to be screwed to the mounting arm base 75 in the self-supporting stand 70 configured to support the illumination support 40 itself in a self-supporting manner. A plurality of illumination supports 40 can be installed together with the arrangement along the vertical direction.

  Since the present invention is configured as described above, it can be set to have a required light quantity by combining a predetermined number of panel-type LED lighting modules 1 in a fixed shape, and the LED lighting module 1 itself is By arranging a fixed number of single or double rows on the fixed base plates 11 and 41 so as to be fixedly mounted in a state where electrical connection is maintained, it can be configured as a linear or planar illumination source, and A versatile assembly structure can be realized by structural simplification.

  That is, in the present invention, the first is a fixed base plate 11 on which a predetermined number of LED illumination modules 1 are mounted and fixed, and the LED illumination module 1 can be irradiated to the outside to cover the LED illumination module 1. The storage casing 16 in which the fixed mount plate 11 is housed, the power source 17, the fixed mount plate 11, the connection fixing body 21 that connects and supports the power supply 17, and the connection fixing body 21 are connected and fixed to the storage casing 16. This is because the illumination support 10 is composed of the housing caps 26 and 31 that close and fix the end openings. The second is a fixed gantry plate 41 on which a predetermined number of LED lighting modules 1 are mounted and fixed, and the LED illuminating module 1 can be irradiated to the outside to cover the LED illuminating module 1, and to the fixed gantry plate 41. The cover body 48 to be connected, the power source 51, the cover body 48, and the power source 51 are connected and supported, and the end openings of the fixed base plate 41 and the cover body 48 are closed, and the power connection means 61 and the switch member 62 are provided. The illumination support body 40 is composed of the end body 55 to be mounted, the power connection means 61 to be mounted on the end body 55, and the end cap 65 that covers the switch member 62 and is connected to the end body 55. Because.

  In addition, since the partition wall pieces 13 and 43 are provided on the fixed base plates 11 and 41, the LED illumination module 1 is mounted and fixed by arranging and fixing the LED illumination module 1 between the partition wall pieces 13 and 43. The LED illumination module 1 can be securely supported and fixed on the fixed mount plates 11 and 41 without rattling 1 in a single row or double row.

  Since the housing 16 supports the fixed gantry plate 11 with the fixed gantry plate 11 that fixes the LED lighting module 1 and the power source 17 being mounted therein, the LED lighting module 1, the power source 17 and the like are externally provided. At the same time as protecting from the impact from the other, at the same time, the light-transmitting part does not hinder the external illumination of the LED lighting module 1, and the amount of light that irradiates the surroundings required as a lighting device can be sufficiently exerted. .

  The connecting fixed body 21 and the housing caps 26 and 31 are fixed to the stationary base plate 11, the power source 17, and the like, which are arranged in the storage housing 16, by screwing together with the storage housing 16. In addition to preventing the plate 11 and the power source 17 from rattling, the LED illumination module 1 can be turned on and off by a switch 32 provided on the housing cap 31, and a cable provided on the housing cap 26. A predetermined number of the illumination supports 10 can be connected and installed by the connecting portion 27.

  Further, since the cover body 48 is locked to the long cylindrical fixed mount plate 41 via the locking means 49, the LED illumination module 1 fixedly mounted on the fixed mount plate 41 is externally connected. The LED illumination module 1 can be protected from external impacts and the like. The translucent part in the cover body 48 does not hinder the external illumination of the LED illumination module 1 arranged in a predetermined number, and the LED illumination module 1 arranged in the predetermined number has a sufficient amount of light as an illumination device. Can be demonstrated.

  The end portion of the long cylindrical fixed gantry plate 41 is covered with the end body 55 by screwing together with the end portion of the cover body 48, so that the inside of the fixed gantry plate 41 as well as the LED illumination module 1 is covered. The power source 51 and the like arranged in the above can be fixedly supported together with the fixed mount plate 41.

  The end body 55 covers the end opening portion of the cover body 48 with the cover body covering portion and the end opening portion of the fixed mount plate 41 with the plate covering portion, and is connected to the connecting piece 57 with power. Since the means 61 is provided, it is possible to secure electrical connection when a large number of illumination supports 40 are attached, and the switch member 62 is arranged and fixed to the base piece 58. Therefore, the LED illumination in the illumination support 40 is achieved. The module 1 can be turned on and off.

  The fixed gantry plate 41 has a substantially rectangular shape in cross section due to the integrated formation of the substrate 42, both side plates 44, and the back side plate 45, so that the power source 51 disposed inside the fixed gantry plate 41 is reliably and stably supported. Further, since the nut housing groove 46 is provided in the back side plate 45, the nut material inserted and fixed in the nut housing groove 46 can be screwed to, for example, the mounting arm base 75 in the self-standing stand 70. Moreover, when a plurality of mounting arm bases 75 are arranged on the self-supporting stand 70, for example, along the vertical direction, a plurality of illumination supports 40 are arranged in a large number in the vertical direction to form an installation form. Can do.

  In addition, the code | symbol attached | subjected in each means of the means for solving said subject and the effect of invention was attached | subjected in order to make easy reference with the part which shows each structure part described in drawing. The present invention is not limited to these descriptions, structures, shapes, and the like indicated by reference numerals and the like in the drawings.

It is a disassembled perspective view containing the one part enlarged view which shows 1st Embodiment in this invention. It is a principal part sectional view at the time of arranging LED lighting module in single row similarly. It is a principal part sectional drawing at the same time when LED lighting modules are arranged in a double row. It is a notch perspective view of the housing | casing cap part in an edge part similarly. It is a partially cutaway exploded perspective view of the housing cap part at the end. It is a perspective view at the time of also making it a single lamp type. It is a perspective view at the time of being similarly connected. It is a perspective view at the time of showing the 2nd Embodiment in this invention and using it as an illuminating device with a self-supporting stand. It is a perspective view of the illumination support body which decomposed | disassembled the end cap similarly containing the one part enlarged view. It is a principal part sectional view of this illumination support similarly. It is a rear view of this illumination support body similarly. It is the back perspective view of the principal part at the time of similarly arrange | positioning an illumination support body up and down.

  Hereinafter, an embodiment for carrying out the present invention will be described with reference to the drawings. Reference numeral 1 shown in the figure is a panel type LED illumination module as an illumination source, and the LED illumination module 1 is mounted on a substrate. A predetermined power source is lit to connect the LED element 2 mounted on the LED lighting module 1 itself, directly or via another LED lighting module 1, and supplied with electricity. It comes to be lit by. In addition, the LED element 2 is a strip-like dot array formed in a rectangular shape, for example, which is arranged at predetermined intervals on the substrate, or a belt-like shape formed in a long shape having a predetermined length. Even though they are arranged, any of them is arbitrary. Further, the connector 3 is configured to be electrically connected through a lead wire or by being fitted into a male / female part structure that is directly fitted to each other.

  The LED illumination module 1 is configured as a rod-like / stick-like illumination device by being housed and fixed in a casing-like illumination support 10 formed in a cylindrical shape, and is attached to the illumination support 10. Single-lamp type with a single switch, multiple-lamp type with a combination of multiple switches, a portable type that can be carried by an operator, a stand type that is self-supporting on the work floor, etc. It is designed to be installed and used by being fixed to a wall surface or the like.

  The illumination support 10 in the first embodiment shown in FIGS. 1 to 7 includes a fixed base plate 11 to which an appropriate number of the LED illumination modules 1 are mounted and fixed, and a side surface on the irradiation surface side of the LED illumination modules 1. Is a cylindrical shape having at least translucency, and covers the LED lighting module 1 and includes a fixed gantry plate 11, a power supply 17 disposed on the back of the fixed gantry plate 11, and a fixed gantry A connection fixing body 21 for connecting and supporting the plate 11 and the power source 17 within the end of the storage housing 16; a housing cap 26 for connecting and fixing the connection fixing body 21 to the end opening of the storage housing 16; 31.

  The fixed gantry plate 11 has a predetermined number of LED illumination modules 1 that are combined in series or in parallel according to the amount of illumination light on the upper surface of a long substrate 12 on which the LED illumination module 1 is placed and fixed. A plurality of partition wall pieces 13 are provided so as to be placed and fixed. That is, when the LED lighting modules 1 are arranged in a single row, they are arranged on both sides (see FIG. 2), or in a plurality of three or more sections (see FIG. 3) partitioned for each row when arranged in a plurality of rows. The partition wall piece 13 to be formed is formed in a ridge shape, and contact support pieces 14 that are bent so as to contact the inner surface of the housing 16 are formed on both sides of the lower surface of the substrate 12. In addition, when the LED illumination module 1 when the light quantity is small is housed alone, or when the LED illumination modules 1 are connected together and housed when the light quantity is large, they are continuously arranged in a single row or in parallel. The length and width are set corresponding to the number of the LED lighting modules 1 to be mounted and fixed in a double row, and are made of, for example, aluminum. In addition, as shown in FIG. 2, the fixed base plate 11 is screwed into a connection portion between the substrate 12 and the contact support piece 14 from a connection fixing body 21 mounted in an end portion of the storage housing 16. A screw hole groove 15 for connecting and fixing itself to the connection fixing body 21 is provided.

  2 shows the case of a fixed gantry plate 11 structure in which the LED lighting modules 1 are arranged in a single row, and FIG. 3 shows the case of a gantry plate 11 structure in which the LED lighting modules 1 are arranged in a double row. Show. Of course, it is possible to arrange the LED lighting modules 1 in three or more rows, increasing the width of the fixed base plate 11, the number of partition wall pieces 13, the number of fixed power supply case bodies 18, etc. This can be handled by expanding the configuration.

  The storage housing 16 is formed of a transparent acrylic resin, for example, in a cylindrical shape with a predetermined diameter sufficient to store the fixed gantry plate 11, the power source 17, and the like. In addition, the housing 16 itself is preset in diameter, length, and thickness of the peripheral wall according to the size, length, width, etc. of the fixed base plate 11 and the power source 17 to be installed. The

  The power supply 17 is formed in a long rectangular parallelepiped shape set to a predetermined length, for example, so as to be positioned on the lower surface side of the substrate 12 in the fixed mount plate 11 and stored and held in the storage housing 16. The power supply is rectified to supply a predetermined current to the LED lighting module 1. It is also possible to provide a charging function if necessary.

  As shown in FIG. 2 or FIG. 3, the power source 17 is supported in a power supply case body 18 having a cross-sectional groove shape that is fixedly supported between opposing protrusions formed on the lower surface of the fixed mount plate 11. By being stored, it is held firmly without rattling. Further, on the end side of the power supply case body 18, there is provided a connection cylinder portion 19 into which a connection protrusion 25 described later in the connection fixing body 21 is fitted.

  The connection fixing body 21 is formed in, for example, a cylindrical shape in which the outer peripheral surface is fitted into the inner peripheral surface of the storage housing 16 in the end portion of the storage housing 16 (FIGS. 4 and 5). reference). And in this connection fixed body 21, in the front part which is the inner side of the storage housing | casing 16 when it fits in the edge part of the storage housing | casing 16, in the said screw hole groove | channel 15 in the fixed mount plate 11 A plurality of screw insertion holes 23 through which the connection screws 22 to be screwed are inserted are formed, and the rear portion on the end opening side of the housing 16 is inserted from the outside of the housing cap 26. A plurality of connecting holes 24 into which the cap fixing screw 28 is screwed are formed. Further, a split pin-like connection projection 25 that is forcibly fitted into the connection cylinder portion 19 of the power supply case body 18 is provided on the front portion of the connection fixing body 21 in a standing shape.

  The housing cap 26 is formed in, for example, a cylindrical shape in which the inner peripheral surface is in contact with the outer peripheral surface of the storage housing 16 and is fitted in a substantially watertight manner, and a predetermined power cable is inserted through the rear portion. A cable connecting portion 27 to be fixed is provided (see FIGS. 4 and 5), and is connected to the power source 17 at the end of the storage housing 16. A plurality of screw insertion holes 29 through which cap fixing screws 28 screwed into the connection fixing body 21 are inserted are formed at the rear of the housing cap 26, and the cap fixing screws 28 are screwed. Thus, the housing cap 26 itself is screwed to the connecting and fixing body 21, and the fixed mount plate 11, the power source 17, and the like are fixed and supported in the housing housing 16 without rattling.

  Reference numeral 31 in the drawing denotes a housing cap with a switch. The housing cap 31 with a switch is placed on the other end opening of the housing 16 and closes the housing 16 in a substantially watertight manner. In addition, for example, a toggle type switch 32 for operating ON / OFF of the commercial power supplied by the housing cap 26 is provided. Similarly, reference numeral 33 denotes a power connection unit having connection terminals such as plugs and outlets when the lighting support 10 itself is connected by a power cable as shown in FIG. It can be configured as a lighting device with a predetermined number of multiple lamps connected by attaching / detaching / connecting.

  When the appropriate number of LED lighting modules 1 are housed and disposed in the housing housing 16, the illumination support body 10 configured in a cylindrical shape is configured in a single-lamp mode as shown in FIG. 6, for example. One of the end openings of the housing 16 is covered with a casing cap 26, and the power cable is connected to the cable connecting portion 27 of the casing cap 26. The other end opening is, for example, a switch. It is closed by the attached case cap 31. Further, in the case of being configured in a multi-lamp connection mode as shown in FIG. 7, it is connected by the power connection unit 33 so as to have a required predetermined number, and is arranged at one end when the predetermined number is connected. The lighting support 10 is connected to the commercial power supply side by the cable connecting portion 27 of the casing cap 26, and the lighting support 10 disposed at the other end is provided with a casing cap 31 with a switch.

  Note that such an illumination support 10 is carried by, for example, an operator when performing various operations requiring illumination, or is disposed on a ceiling surface, a wall surface, or the like via, for example, an Ω-type attachment member, a hook member, or the like. Or

  Next, the illumination support body 40 in the second embodiment shown in FIGS. 8 to 12 will be described. The illumination support body 40 is configured as a self-supporting stand 70 as shown in the figure. It is comprised so that attachment to the attachment arm stand 75 connected directly or indirectly to the support | pillar body 72 provided in this is carried out.

  That is, the illumination support 40 has a long cylindrical fixed mount plate 41 to which the LED illumination module 1 is mounted and fixed, and a long groove shape in which the side surface on the irradiation surface side of the LED illumination module 1 is at least translucent. Then, the cover body 48 that covers the LED lighting module 1 and is connected to the fixed gantry plate 41, the power source 51 disposed inside the fixed gantry plate 41, the cover body 48, and the power source 51 are connected to the end of the fixed gantry plate 41. Are connected and supported to close the end openings of the fixed gantry plate 41 and the cover body 48, and the end body 55 to which the power connection means 61 and the switch member 62 are mounted, and the end body 55 is mounted. It comprises a power connection means 61 and an end cap 65 that covers the switch member 62 and is connected to the end body 55.

  As shown in the figure, the fixed gantry plate 41 is formed in a long rectangular tube shape using, for example, aluminum as a raw material, and includes a substrate 42 on the front side, both side plates 44 on the upper and lower side surfaces positioned up and down, and the rear side. The back side plate 45 is integrally formed to have a substantially rectangular shape in cross section, and has a volume sufficient to accommodate the power source 51 and the like. A plurality of partition wall pieces 43 are provided on the upper surface of the substrate 42 so as to place and fix the number of LED lighting modules 1 that are combined in series or in parallel according to the amount of illumination light. A nut housing groove 46 into which a nut material to be screwed to the mounting arm base 75 (which will be described in detail later) is formed inside the upper and lower portions of the back side plate 45, and an end opening of the fixed base plate 41 is formed. A screw hole groove 47 for screwing the end body 55 that closes both the end opening and the like of the cover body 48 is provided, for example, on the outer surface of the nut housing groove 46 in the fixed frame plate 41 itself.

  The cover body 48 is, for example, a slightly flat half in cross section so that the side surface on the irradiation surface side of the LED illumination module 1 mounted and fixed on the fixed mount plate 41 has at least translucency and covers the LED illumination module 1. Locking that is formed of, for example, acrylic resin having a circular arc portion, and that the lip edge formed at the opening edge is fitted into the locking grooves formed on the upper and lower sides of the substrate 42 in the fixed mount plate 41 The means 49 is fixedly connected to the fixed gantry plate 41 while covering the fixed gantry plate 41. In addition, the curved part of the cover body 48 which covers the LED illumination module 1 mounted and arranged on the fixed mount plate 41 is, for example, transparent so as to be translucent, and sufficient irradiation light is irradiated.

  The power supply 51 is configured in the same manner as the power supply 17 in the first embodiment, and is stored in the fixed gantry plate 41 by being supported on the back surface of the substrate 42 in the fixed gantry plate 41 by a similar power supply case body 52. It has become so.

  As shown in FIGS. 9 and 10, the end body 55 is formed with a sandwiching portion 56 that sandwiches the arc portion of the cover body 48 on the front side of the inner side surface. A substantially semi-circular cover body covering portion that is water-tightly covered, and the back side is provided with a substantially rectangular plate covering portion that substantially water-tightly covers the end opening portion of the fixed mount plate 41, and upper and lower sides of the outer surface. A connecting piece 57 is projected from the edge, and a base piece 58 is projected from the rear edge. A gap is formed in the sandwiching portion 56 by an amount corresponding to the thickness of the cover body 48. As shown in FIG. 9, the connecting piece 57 is inserted and connected with a power cable from a commercial power source connected to the power source 51, or when the illumination support body 40 is composed of a plurality of pieces as shown in FIG. 12. A connection cable to be electrically connected is inserted and connected, and a power connection means 61 for connecting them is provided on the end body 55. The power supply connection means 61 is, for example, a connector or directly connected (none is shown), and the main point is, for example, illumination support when arranged in a plurality of stages along the vertical direction. It is sufficient if a multi-lamp configuration is possible by attaching / detaching / connecting so that the bodies 40 are electrically connected to each other. In addition, the base piece 58 is configured so that, for example, a toggle type switch member 62 for turning on / off the lighting of the LED illumination module 1 on the illumination support 40 itself is arranged and fixed.

  The end cap 65 extends to the back side of the illumination support 40 in a substantially cup-shaped cap body 66 in which a recess 67 that fits into each of the connecting piece 57 and the base piece 58 is formed in the side wall as shown in the figure. It is also possible to provide a grip 67 as described above, and it is possible to form a groove or a projecting piece on the grip 67 so as to enhance the heat radiation action.

  A configuration example of the self-supporting stand 70 of the illumination support 40 configured as described above will be described. As shown in FIGS. 8, 9, and 11, a leg 71 that is movable in a tripod shape, The rear end of the illumination support body 40 has a support body 72 standing on the leg body 71 and a fixing portion 74 that can be moved up and down along the support body 72 and fixed to the support body 72 with screws. And a support arm body 73 having a swingable mounting arm base 75 at the front end. The mounting arm base 75 is provided with a pair of swingable connecting arms 77 in the form of relative hooks on both sides of a base 76 screwed to the front end of the support arm body 75 by a swinging operation of the handle. An attachment screw 78 to be screwed into a nut inserted in the nut housing groove 46 in the illumination support 40 is provided at the end of the connecting arm 77.

  In addition, as shown in FIG. 12, a plurality of illumination supports 40 can be arranged up and down and supported by connecting arm bodies 81. For this purpose, the connecting arm body 81 in the illustrated example is provided with connecting pieces 84 facing each other on both sides of a mounting piece 83 screwed in contact with the back portion of the illumination support body 40 disposed above and below. A substantially U-shaped connecting plate 82 and a pair of connecting arm plates 85 that swingably connect the connecting plates 82 attached to the back of each of the illumination supports 40, and a connecting piece 84 of the connecting plate 82. The connecting arm plate 85 can be swung by a screw 86 using, for example, a bolt and a nut, and can be fixed and held by fastening after swinging within a predetermined range.

DESCRIPTION OF SYMBOLS 1 ... LED illumination module 2 ... LED element 3 ... Connector 10 ... Illumination support body 11 ... Fixed mount plate 12 ... Substrate 13 ... Partition wall piece 14 ... Contact support piece 15 ... Screw hole groove | channel 16 ... Storage housing | casing 17 ... Power supply DESCRIPTION OF SYMBOLS 18 ... Power supply case body 19 ... Connection cylinder part 21 ... Connection fixing body 22 ... Connection screw 23 ... Screw insertion hole 24 ... Connection hole 25 ... Connection protrusion 26 ... Case cap 27 ... Cable connection part 28 ... Cap fixing screw 29 ... Screw insertion hole 31 ... Case cap 32 ... Switch 33 ... Power connection unit 40 ... Light support 41 ... Fixed mount plate 42 ... Substrate 43 ... Partition wall piece 44 ... Both side plates 45 ... Back side plate 46 ... Nut storage groove 47 ... Screw Perforated groove 48 ... cover body 49 ... locking means 51 ... power supply 52 ... power supply case body 55 ... end body 56 ... clamping part 57 ... connecting piece 58 ... base piece 61 ... power supply connecting means 62 Switch member 65 ... End cap 66 ... Cap body 67 ... Grip 70 ... Self-supporting stand 71 ... Leg body 72 ... Post body 73 ... Support arm body 74 ... Fixing part 75 ... Mounting arm base 76 ... Base 77 ... Connection arm 78 ... Installation Screw 81 ... Connecting arm body 82 ... Connection plate 83 ... Mounting piece 84 ... Connection piece 85 ... Connection arm plate 86 ... Screw fixing

Claims (12)

  A fixed gantry plate on which an appropriate number of panel-type LED lighting modules that are electrically connected are mounted and fixed, and a side surface on the irradiation surface side of the LED lighting module that is at least translucent, A storage housing that covers and mounts a fixed gantry plate; a power source disposed on a back portion of the fixed gantry plate; a fixed gantry plate; a connection fixing body that connects and supports the power source within an end of the storage housing; An illuminating device comprising a housing cap that is connected and fixed to a connecting and fixing member to close and fix an end opening of a storage housing.   The fixed gantry plate places and fixes a predetermined number of LED illumination modules that are combined in a series or in parallel in accordance with the amount of illumination light on the upper surface of a long substrate on which the LED illumination module is placed and fixed. In this way, a plurality of partition wall pieces are provided, and on both sides of the lower surface of the substrate, a contact support piece that is bent so as to contact the inner surface of the storage housing is formed, and mounted in the end of the storage housing. The lighting device according to claim 1, further comprising a screw hole groove that is screwed to the connecting fixed body.   The lighting device according to claim 1, wherein the housing case is formed in a cylindrical shape having a predetermined diameter sufficient to house the fixed base plate and the power source.   The connecting fixed body is fitted into the end of the storage casing, and the front portion on the inner side of the storage casing when fitted into the end of the storage casing is connected to the fixed mount plate. The rear part, which is the end opening side of the body, is screwed to the housing cap, and the front part is forcibly fitted into the connecting cylinder part of the power supply case body that houses and supports the power source. The lighting device according to claim 1, wherein the connection protrusion is provided in a standing shape.   The housing cap is arranged at one end when connected in a predetermined number, and a cable connecting portion connected to the commercial power source is provided on the housing cap, and the housing cap arranged at the other end is provided on the housing cap. The lighting device according to claim 1, further comprising a switch.   The lighting device according to any one of claims 1 to 4, wherein the lighting support body is installed alone or is connected and installed in a predetermined number by being connected by a power supply connection unit so as to become a necessary number.   A long cylindrical fixed mount plate on which an appropriate number of electrically connected panel-type LED lighting modules are mounted and fixed, and a long groove having at least a light-transmitting side surface on the irradiation surface side of the LED lighting module The cover body that covers the LED lighting module and is connected to the fixed base plate, the power source arranged inside the fixed base plate, and the cover body and the power source are connected and supported at the end of the fixed base plate. The end opening of each of the plate and the cover body is closed, the power connection means, the end body to which the switch member is attached, the power connection means to be attached to the end body, and the switch member to cover the end body. An illuminating device comprising an illuminating support body including an end cap to be connected.   The fixed gantry plate has a substantially rectangular shape in cross-section due to the integrated formation of the board on the front side, both side plates on the top and bottom sides positioned up and down, and the back side plate on the back side. A plurality of partition wall pieces are provided so as to place and fix a predetermined number of LED lighting modules that are combined in series or in parallel in accordance with the size of the plate. A screw hole groove that forms a nut storage groove into which the nut material to be screwed to the mounting arm base is inserted and fixed, and that fixes both the end opening of the fixed base plate and the end opening of the cover body with screws. The illuminating device according to claim 7 provided.   The cover body is fixed by locking means that covers the LED lighting module and locks the LED lighting module on the side of the irradiation surface side of the LED lighting module mounted and fixed on the fixed mounting plate. The lighting device according to claim 7 or 8, wherein the lighting device is fixedly connected to the fixed base plate in a state of covering the base plate.   The end body includes a cover body covering portion that covers the end opening portion of the cover body, and the back side includes a plate covering portion that covers the end opening portion of the fixed mount plate, and connecting pieces on the upper and lower edges of the outer surface. A base piece protrudes from the rear edge, and the connecting piece is provided with power connection means to be inserted and connected to a power cable from a commercial power source connected to the power source. The lighting device according to any one of claims 7 to 9, wherein a switch member for turning on and off the lighting module is arranged and fixed.   9. The end cap is formed by providing a grip-like cap body having a recess that fits in each of the connecting piece and the base piece, with a recess extending in the side wall, and extending to the back side of the illumination support itself. The illumination device according to any one of 10.   The lighting support body includes a leg that is movable, a column that is erected on the leg, and a fixed portion that is movable up and down along the column and fixed to the column by screws. 8. An appropriate number of mounting units are installed by a self-supporting stand having a support arm body having a swingable mounting arm base at a front end and having a swingable mounting arm base that is screwed to a back portion of the illumination support body. The lighting device according to any one of 11.

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