WO2020171162A1

WO2020171162A1 - Clothing hanger with attached led lamp illumination

Info

Publication number: WO2020171162A1
Application number: PCT/JP2020/006750
Authority: WO
Inventors: 正秀西川
Original assignee: 正秀西川
Priority date: 2019-02-20
Filing date: 2020-02-20
Publication date: 2020-08-27
Also published as: JPWO2020171162A1

Abstract

[Problem] To provide a clothing hanger with an LED lamp illumination attached thereto. [Solution] The present invention relates to a clothing hanger comprising two shoulder parts and a hanger rack, said clothing hanger being characterized in that: an LED lamp module comprising an LED lamp is positioned on the bottom surface part of the central part of the clothing hanger; a depression part is positioned in the central part of the clothing hanger as an aperture part in the bottom surface part; the LED lamp module is removably inserted in the depression part; the LED lamp of the LED lamp module is positioned toward the aperture part-side of the bottom surface part; the LED lamp module further comprises a battery and a switching circuit; the LED lamp is connected to the battery via the switching circuit; the LED lamp can be switched on and off by the switching circuit; all or part of the LED lamp of the LED lamp module is embedded in a transparent member; and light of the LED lamp is radiated through the transparent member externally to the LED lamp illumination module.

Description

Clothes hanger with LED lamp illumination

The present invention relates to a clothes-mounted hanger with an LED lamp and a clothes hanger.

LEDs (Light Emitting Diodes) consume less power than incandescent bulbs and fluorescent lamps, so they are being used in various places due to the recent improvements in LED performance and lower manufacturing costs. For example, at home, LED lamps are used for study lighting, gate lights, electric lights for corridors and living rooms, and for commercial use, LED lamps are used for street lights, illuminations, display shelves, floors, etc. There is.

Japanese Patent Laid-Open No. 7-31312

The LED lamps used above are mostly fixed type or stationary type except for the study stand, and there are few examples of use in the mobile type. In particular, there has not been a lighting device that attaches an LED to a clothes hanger and illuminates clothes, Japanese clothes, etc. attached to the clothes hanger. The illuminating device described in Document 1 relates to an illuminating device attached to an upper part of a clothes hanging stand, and is not an illuminating device attached to a clothes hanger, and therefore has a problem that it is difficult to carry. Also, since the clothes are illuminated from the outside from the top, the equipment becomes large and the power consumption will be rather large even though it is an LED, so it can not be supplied with a battery, and the power supply from a normal 100V power supply is not possible. Therefore, an outlet such as a 100V power source is required nearby, or long electric wiring is required. Alternatively, even when using a storage battery, it is necessary to charge the battery periodically, and there is also a problem that ancillary equipment is required and the cost is high.

The present invention relates to a clothes hanger with LED lamp illumination and a clothes hanger rack (hanger rack), in which an LED lamp lighting module is attached to a clothes hanger, and electric power is supplied by a small battery built therein. Have.
(1) The present invention, in a clothes hanger having both shoulders, is a clothes hanger in which an LED lamp lighting module having an LED lamp is arranged on the bottom surface of the center of the clothes hanger, wherein the clothes hanger is In the central part, a recess having the bottom surface as an opening is arranged, and the LED lamp lighting module is detachably inserted into the recess by a magnet, a screw, a spring, etc., and the LED lamp of the LED lamp lighting module is The LED lamp lighting module is arranged on the opening side of the bottom surface and further has a battery and a switching circuit, and the LED lamp is connected to the battery via the switching circuit, and The LED lamp is turned on and off.

(2) In the present invention, in addition to (1), the LED lamp lighting module further has a receiver for receiving a signal from a remote controller, and the signal from the remote controller is received by the receiver to turn on/off the LED lamp. Alternatively, the LED lamp module further has a manual switch, and the LED lamp module is further turned on/off by using the manual switch, or the LED lamp module further has an electrostatic sensor, and the electrostatic sensor is It is connected to the metal hook of the clothes hanger, and when the metal hook of the clothes hanger is hung on a metal rack, the capacitance of the electrostatic sensor changes to turn on the LED, where The metal rack is grounded to a floor or a base on which the metal rack is installed.

(3) In the present invention, in addition to (1) or (2), a part or all of the LED lamp of the LED lamp module is embedded in a transparent member, and the light of the LED lamp passes through the transparent member. Radiating to the outside of the LED lamp module, permanent magnets are arranged on the upper surface and/or the side surface of the LED lamp lighting module, and a magnetic material is provided at a corresponding position of a concave portion at the center of the clothes hanger. The material is arranged, and a part or the whole of the clothes hanger in the portion where the LED lamp lighting module is arranged is made of a transparent material.
(4) A clothes hanger having a metal hook is a metal rack that means one to a plurality of clothes, and a plurality of LED lamps are arranged according to the metal pole length of the metal rack. A switching circuit for connecting the LED lamp to a battery or a power source and a capacitance sensor connected to the switching circuit are arranged in a rack made by the manufacturer, and the capacitance sensor is further connected to a metal pole of the metal rack. When the metal hook of the clothing hanger is hung on the metal pole of the metal rack, the capacitance of the capacitance sensor changes as the capacitance of the metal rack changes. It is a metal rack equipped with an LED lamp, characterized in that the LED lamp is lit by using a change, and the metal rack is grounded to a floor or a base on which the metal rack is installed. It is characterized by

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a clothes hanger and a hanger rack to which an LED lamp lighting module that supplies power with a built-in small battery and lights an LED lamp is attached. Since clothes such as clothes and Japanese clothes hung on the clothes hanger of the present invention are illuminated by the LED attached to the clothes hanger, it is better by illuminating the brand of each clothes, the hanging tag attached to the collar, the collar name, etc. Can be recognized. In addition, since it is possible to focus attention on individual clothes with or without LED lighting, it is easy to explain the characteristics and state of those clothes at a clothes store, which is useful for sales promotion. Further, since the color of the LED lamp can be selected, the sales promotion effect and the lighting of the store can be reduced to further enhance the branding of the clothes. Since it can be operated remotely using a remote control, it is possible to draw attention to clothes that are far away or easily reachable. Since the capacitance sensor can be built in, it can be turned on automatically when the clothes hanger is hung on the hanger rack, and the workability can be improved. The LED lamp lighting module of the present invention is small and light, and can be easily carried even if it is attached to a clothes hanger. Further, since the LED lamp lighting module of the present invention has a simple structure, there is little increase in cost and it can be used in various places. For example, it can be used for a home clothes hanger and a home clothes rack.

FIG. 1 is a view showing a clothes hanger with an LED lamp lighting module of the present invention. FIG. 2 is a diagram showing an embodiment of the LED module of the present invention. FIG. 3 is a view showing another embodiment of the clothes hanger with the LED lamp lighting module of the present invention. FIG. 4 is a diagram showing an embodiment in which a metal detection sensor is attached and an LED lamp is turned on. FIG. 5 is a diagram showing a circuit block diagram of the LED module. FIG. 6 is a view showing an embodiment of a clothes hanger with an LED lamp lighting module of the present invention using a hanger hook. FIG. 7: is a figure which shows another embodiment of the LED module of this invention.

FIG. 1 is a view showing a clothes hanger 10 with an LED lamp lighting module of the present invention. 1A is a front view of the clothes hanger 10, FIG. 1B is a top view, FIG. 1C is a bottom (bottom) view, and FIG. 1D is a right side view. In the clothes hanger 10, an LED lamp lighting module (hereinafter, also referred to as an LED module or LED lamp module) 22 is arranged and attached to a bottom surface portion 16 of a hanger central portion 11 where shoulders 12 on both sides intersect. A groove portion (recess) 21 having an opening on the bottom surface portion 16 side is formed inside the hanger central portion 11, and the LED module 22 is inserted into the groove portion 21. Since the groove portion 21 is formed inside the hanger central portion 11, it is shown by a broken line in FIGS. 1A and 1B. The LED module 22 inserted in the groove 21 is also shown by a broken line in FIGS. 1(a) and 1(b).

Since the lateral size of the groove (concave portion) is formed to be substantially the same as the lateral size of the LED module 22, the LED module 22 inserted into the groove 21 has a side surface of the LED module 22 and a side surface of the groove 21. The LED module 22 does not drop from the groove 21 due to the friction. If a resilient member such as a magnet, a screw, or rubber is attached to a part of the side surface or the upper portion of the LED module 22, the frictional force between the magnet or rubber and the side surface of the groove portion 21 becomes large. Furthermore, the LED module 22 can be prevented from falling. As described with reference to FIG. 2, the LED module 22 has a transparent casing on the lower side, and a lower portion 22b of the transparent casing is exposed to the outside of the bottom surface portion 16. The LED illumination is adapted to come out from the lower side of the transparent casing. In FIG. 1, since the lower part 22b of the LED module 22 protrudes to the outside of the bottom surface portion 16, the LED illumination emitted from the LED module 22 can also illuminate the shoulder portion 12 side. The portion of the LED module 22 housed in the groove 21 is the upper side 22a of the LED module 22. Even if all of the LED module 22 is inside the groove 21, the lower side of the groove 21 is open, so that the LED illumination coming out of the LED module 22 goes out of the opening of the groove 21 and moves downward. Illuminate.

A hanger hook (hanging portion) 19 is attached to the top surface portion 15 of the hanger central portion 11. Further, a hanging portion 14 is attached to an end of the shoulder portion 12 of the clothes hanger 10, and a trouser hanging portion 13 is attached to a lower end of a supporting portion 14a of the hanging portion 14. The hanging portion 14 has a horizontal portion 14b, and for example, the pants hung on the trouser hanging portion 13 can be held by the horizontal portion 14b. When clothes or Japanese clothes are hung on the clothes hanger 10, the illumination emitted from the LED module 22 illuminates the inside or outside of the clothes or Japanese clothes. Therefore, a jacket or the like worn on the clothes hanger 10 can be easily identified by the light emitted from the LED module, and a desired jacket can be found even in a dark place. This is especially convenient when you are looking for jackets such as clothes dance. Moreover, since the illumination emitted from the LED module 22 is applied to the lower side of the clothes hanger 10, the pants on the pants hanging portion 13 can be illuminated to identify the pants even in a dark place. In addition, the trouser rack 13 can be made of a material such as glass, plastic, or metal that easily reflects, so that the illumination emitted from the LED module can be reflected.

Although FIG. 1C is a bottom view, the trouser hanging portion 13 and the hanging portion 14 are not shown. In FIG. 1C, in the bottom surface portion 16 of the hanger central portion 11 of the clothes hanger 10, the opening of the groove 21 and the lower surface of the LED module 22 inserted therein are visible. The boundary between the shoulder portion 12 and the hanger central portion 11 is indicated by a thin line. The upper part of FIG. 1( c) is the rear part 17 of the clothes hanger 10 and the lower part of FIG. 1( c) is the front part 18 of the clothes hanger 10. Although FIG. 1A shows the front surface portion 18, the rear surface portion 17 has the same arrangement. Although FIG. 1D is a right side view, the groove 21 and the LED module 22 existing inside the hanger central portion 11, and the bottom surface portion 16 are indicated by broken lines.

FIG. 2 is a diagram showing an embodiment of the LED module used in FIG. 2A is an upright (normal) view, FIG. 2B is a bottom (lower) view, and FIG. 2C is a top view. The LED module has a structure in which a battery mounting portion 36 that supports a battery 37 that supplies power to the LEDs is placed on a transparent casing 31 in which LED lamps (32, 33) are embedded. The transparent casing 31 has a substantially rectangular parallelepiped shape, and has a size that can be just inserted into the groove portion 21. Therefore, if the groove portion 21 has a shape other than the rectangular parallelepiped shape (for example, a circular shape, a triangular shape, or a polygonal shape), the shape of the transparent casing 31 is made to match the shape of the groove portion 21, and can be just fitted into the groove portion. It does not fall easily. Two LED lamps are mounted in FIG. 2, and each can be turned on by switching with the LED lamp switch 35. For example, the LED lamp 1 (32) is white, the LED lamp 2 (33) is blue, and the color can be changed depending on the environment in which the hanger 10 is arranged. Of course, it is possible to use LED lamps of other colors such as yellow, red, and green, and it is also possible to mount three or more LED lamps on the transparent casing 31.

The LED lamp comprises an LED chip (32a, 33a) and a cover part (32b, 33b), and the cover part is made of a transparent material (for example, transparent plastic or glass) and covers the light emitting part of the LED chip. In addition to protecting the light emitting portion, it also serves to disperse and emit light. If the cover is made convex, light is scattered and radiated around the cover. Since a part or all of the cover parts (32b, 33b) of the LED lamp are embedded in the transparent casing 31, light emitted from the LED lamps (32, 33) passes through the transparent casing 31 and is transparent. It is radiated from the lower surface of 31. Since the LED chips (32a, 33a) generate heat when the LED lamp is turned on, it is better not to be covered with a transparent material for heat dissipation and to be exposed to the atmosphere side, but if there is no problem with heat generation, the LED chips (32a, 33a) ) Can also be covered with a transparent material and embedded in the transparent casing 31.

The lower surface of the transparent casing 31 is a smooth surface (for example, a mirror surface) so that light can be efficiently emitted. If the side surface of the transparent casing 31 is also made smooth, the light efficiently comes out from the side surface, but the side surface of the transparent casing 31 may be clouded if the emission of light is desired to be suppressed. Alternatively, the side surface may be colored (for example, black) to suppress light emission. Alternatively, if the side surface or the upper surface is smoothed and a reflection film is attached, the illumination light emitted from the inside is reflected by the side surface or the upper surface and goes out from the lower surface of the transparent casing 31, so that the light from the lower surface of the transparent casing 31 is removed. The illuminating light becomes brighter. The material of the transparent casing 31 is, for example, transparent plastic (for example, acrylic resin) or glass. It is also possible to fabricate a transparent casing with a transparent plate without embedding the LED lamp and dispose the LED lamp on the upper part of the inner cavity. A switching circuit module 34 is arranged in the transparent casing 31, and the switching circuit module 34 is embedded in a place (for example, an end portion of the transparent casing 31) that does not prevent the light of the LED lamp 33 from exiting from the lower surface of the transparent casing 31. Has been. An LED lamp switch 35 is attached to the lower surface of the transparent casing 31 (the lower side of the switching circuit module 34), and a plurality of LED lamps can be switched. Since the LED lamp switch 35 is projected from the lower surface of the transparent casing 31, it can be manually operated from the bottom side of the hanger central portion 11, as shown in FIG.

A battery (or storage battery) 37 that supplies electric power to the LED lamps (32, 33) is mounted on the battery mounting plate 36 arranged on the transparent casing 31. The battery (or storage battery) 37 is sized so that it can be inserted into the groove 21. That is, the depth of the groove portion 21 is set to a size that can accommodate the battery (or storage battery) 37. When connecting a metal detection sensor such as a capacitance sensor, the metal detection sensor is arranged so as to be connected to the switching circuit module 34. In this case, the metal detection sensor can also be incorporated with the switching circuit module 34. When the metal detection sensor is arranged, the hanger hook 19 is preferably a metal hook. The metal detection sensor is connected to the metal hook 19 of the hanger 10. For example, when the LED module 22 is inserted into the groove 21 and arranged in the groove 21 of the hanger central portion 11 so that the metal hook 19 is connected to the internal wiring of the hanger central portion 11, the LED is connected to the contact of the internal wiring. The connection lines of the module may be in contact with each other, and the connection line of the LED module may be a wiring that connects to the metal detection sensor. When the metal detection sensor is not used, the hanger hook 19 may be made of metal, or may be made of a material other than metal such as wood or plastic.

The battery 37 and the LED lamps (32, 33) mounted on the battery mounting portion 36 are connected through the switching circuit module 34, and the LED lamp switch 35 can switch the LED lamps (32, 33) and turn on/off the power supply. The battery 37 is, for example, a (small) button battery and is mounted so as to be replaceable. Although the LED module 22 is manufactured so as not to drop easily when it is inserted into the groove 21, the LED lamp module 22 may be inserted into the groove 21 by inserting a fixing jig such as a fixing screw through the through hole 38 in some cases. It can be fixed on the upper surface or attached by a magnet or the like. In that case, the size of the groove 21 may be larger than the size of the LED lamp module 22.

Although FIG. 2B is a bottom (bottom) view, the cover portions (32b, 33b), which are the light projection portions of the LED lamp, face the lower surface of the transparent casing 31. Since the transparent casing 31 is transparent, the LED chips (32a, 33a) can also be observed from the outside of the lower surface of the transparent casing 31. The LED lamp switch 35 is exposed outside the lower surface of the transparent casing 31. The battery mounting plate 36 and the battery 37 are indicated by broken lines. Although FIG. 2C is a top view, the

LED lamps

32 and 33, the battery mounting plate 36, the battery 37, and the switching circuit module 34 are shown. Since the LED module 22 of the present invention is small enough to be placed in the hanger central portion 11 of the clothes hanger 10, it is small and light, and can be easily attached to the clothes hanger 10 and carried. For example, the size of the transparent casing 31 is about 5 cm (length)×about 1.0 cm (width)×about 1.5 cm (height), and the height of the battery (button battery) 37 and the battery mounting plate 36 is about. It is 2.0 cm in length and width not more than the size of the transparent casing 31. Since the above size has a margin, it is possible to manufacture even a size smaller than this. Further, even if the battery is not a button battery, if the battery is housed in the hanger central portion 11, a dry battery of size 1 to 4 can be arranged, so that battery life and power can be increased.

In FIG. 1, a groove portion 22 having an opening is formed on the bottom surface side 16 inside the hanger central portion 11 of the clothes hanger 10, and the LED module is arranged in the groove portion 22, but without forming the groove portion 22, The LED module 22 may be attached to the bottom surface portion 16, the front surface portion 18 and the back surface portion 17 of the hanger central portion 11. For example, a through hole is provided in the side surface of the transparent casing 31 of the LED module 22 shown in FIG. 2, a screw is inserted into the through hole, and a screw tip is inserted in the front surface portion 18 or the rear surface portion 17 of the hanger central portion 11. Fix it. Alternatively, a double-sided adhesive tape is adhered to the side surface of the transparent casing 31 of the LED module 22 by using a spring or a magnet, and the other adhesive surface is adhered to the front surface portion 18, the rear surface portion 17, or the bottom surface portion 16 of the hanger central portion 11. Alternatively, the LED module 22 may be attached to the hanger 10 by attaching a surface fastener or the like. Alternatively, it may be attached or fixed to the side surface or the lower surface of the shoulder 12 of the clothes hanger 10 although it is slightly unbalanced. Alternatively, it can be attached to the hanger hook 19. Alternatively, the LED module 22 can be attached to any position of the clothes hanger 10.

FIG. 3 is a view showing another embodiment of the clothes hanger with the LED lamp lighting module of the present invention. The LED module (LED lamp lighting module) shown in FIG. 2 is a manual type that can turn on/off the LED lamp and switch a plurality of LED lamps with the attached LED lamp switch 35, but the clothes module shown in FIG. The LED lamp illumination module (hereinafter, also referred to as an LED module) 42 mounted on the hanger 41 is wirelessly switchable. That is, the LED module is provided with a receiving unit that receives an electromagnetic wave (infrared ray, microwave, etc.) 45 transmitted from a remote controller (transmitting device) 44, and wirelessly (remote operation) turns on/off the LED lamps and turns on/off a plurality of LED lamps. You can switch. Further, it is also possible to simultaneously turn ON/OFF the LED modules provided on the plurality of hangers 41 hanging on the hanger rack (hanger rack) rod (pole or pipe) 43. Further, the LED module 42 can be provided with a transmitter to grasp the degree of battery consumption, and if each LED module has its own natural frequency, each LED module can be controlled. By using the LED module which can be operated by such a remote controller, the LEDs can be turned on from a remote place and a large number of LEDs can be controlled at the same time.

A circuit block diagram of the LED module 42 is shown in the lower left of FIG. In the LED module 42, a switching circuit is placed between the LED lamp and the battery, and the switching circuit is connected to the receiving section of the remote controller that receives electromagnetic waves. The receiving unit receives a signal (for example, an on/off signal) from the remote controller, and the switching circuit turns on/off the connection between the LED lamp and the battery. If a sensor for monitoring the battery consumption is attached to the LED module and a transmitter for transmitting the sensor signal is provided, the remote controller 44 receives the signal from the transmitter to detect the battery consumption, and the battery is removed. You can also exchange them at the right time. It should be noted that the manual type LED module as shown in FIG. 2 does not need a receiver and a manual switch may be attached to the switching circuit.

FIG. 4 is a diagram showing another embodiment of the present invention, and is a diagram showing an embodiment in which a metal detection sensor is attached to turn on (turn on and off) an LED lamp. An LED module 52 is attached to the clothes hanger 51. FIG. 5 is a circuit block diagram of the LED module 52 shown in FIG. A metal detection sensor is connected to the switching circuit section of the LED module 52, and a metal hook 53 of the hanger 51 is connected to the metal detection sensor. When the metal hook 53 of the hanger 51 is hooked on the metal hanger rack (pipe) 56, the metal detection sensor operates and the LED lamp of the LED module 52 lights up. The metal detection sensor is, for example, a capacitance sensor (or a contact (touch) sensor), and when the metal hook 53 is applied to the metal hanger rack (pipe) 56, the charge moves (indicated by an arrow). Since the capacitance of the line 53 (also connected to the hanger rack (pipe) 56) connected to the metal detection sensor changes, the change causes the metal detection sensor to operate and the battery and the LED lamp of the LED module 52 to pass through the switching circuit. Connected and the LED lamp lights up. If the support base 57 of the hanger rack is also made of metal, it will be grounded (grounded) on the floor or base on which the hanger rack is installed, and the charge transfer will increase and the capacitance change will increase. It becomes easy to detect that it is applied (contact) to 56. When the hanger hook 53 of the clothes hanger 41 is removed from the hanger rack (pipe) 56, the electrostatic capacity changes again, and the change causes the metal detection sensor to operate to connect the battery and the LED lamp of the LED module 52 through the switching circuit. And turn off the LED lamp. In this way, it is possible to turn on the LED lamp without using a remote controller or a manual switch. Since the clothes hanger is automatically turned on when the clothes hanger is hung on the hanger rack, the LED lamp illumination is not forgotten to be turned on or off, so that the present invention is very practical.

As shown in FIG. 4, if a large number of LED lamps 54 are arranged on a metal hanger rack (pipe) 56 (for example, the lower surface) to form a circuit module 58 similar to the LED module 52, the hanger 51 will become a hanger. The LED lamp 54 can be turned on by using the change in capacitance when the rack (pipe) 56 is applied (contacted). That is, if a metal hanger rack (pipe) line (having conductivity because it is made of metal) is connected to the metal detection sensor of the circuit module 58 (instead of the line 53 shown in FIG. 5 ), the hanger 51 Since the capacity of the line of the metal hanger rack (pipe) changes when it is applied (contacted) to the hanger rack (pipe) 56, the LED lamp 54 can be turned on/off with or without the hanger 51. In the case of the circuit module 58, it is also possible to use a normal 100V power supply wiring (in some cases, step down) without using a battery. In this way, the LED lamp installed on the hanger rack (pipe) 56 illuminates the clothes or the like on the hanger 51 so that the consumer can easily notice the clothes on the hanger and easily recognize the state or pattern of the clothes. be able to. If the hanger rack (pipe) 56 is not made of metal (conductor) (for example, made of plastic or wood), the conductor is arranged in parallel at two locations on the surface of the hanger rack (pipe) 56. When the hanger hook 53 is applied, the two parallel conductors are connected to each other and electricity flows, so that the LED can be turned on. In this method, even if the LED module does not use a battery, a switching circuit, or a metal detection sensor, electricity is supplied to the LED from an external power source (for example, a 100 V power source (which can also be stepped down), a small battery, or a dry battery). It is also possible to supply. Since the LED can be turned on even at a low voltage of about 2 to 6 V, no problems such as electric shock will occur.

FIG. 6 is a diagram showing an embodiment of a clothes hanger with an LED lamp illumination module of the present invention, which uses a hanger hook for hanging one clothes hanger (also simply referred to as a hanger hook). The hanger hook 66 is a metal hanger hook for hanging one clothes hanger, and is fixed to the wall 67 with a screw or the like, and the hanger hook 63 of the clothes hanger 61 can be hooked on the hanger hook 66. A circuit module 68 incorporating a metal detection sensor is also attached to the wall 67, and the circuit module 68 is connected to a metal hanger hook 66 through a conductive wire (connection wire) 65. The LED lamp 64 is attached to the hanger hook 66, and the circuit module 68 and the LED lamp 64 are connected by a conductive wire. When the metal hanger hook 63 of the clothes hanger 61 is hooked on the hanger hook 66, the capacitance of the metal hanger hook 66 changes, so that the metal detection sensor (capacitance sensor or the like) in the circuit module 68 is Detect changes in capacitance. By this detection, a voltage is supplied from the circuit module 68 to the LED lamp 64, and the LED lamp 64 is automatically turned on. On the contrary, when the clothes hanger 61 is removed from the hanger hook 66, the capacitance of the metal hanger hook 66 also changes, so that the metal detection sensor (capacitance sensor or the like) in the circuit module 68 changes its electrostatic capacity. It is also possible to detect the change in capacity, turn off the voltage from the circuit module 68 to the LED lamp 64 by this detection, and turn off the LED lamp 64 automatically. The switch 69 may be attached to the circuit module 68 to manually turn on/off the LED lamp 64. Further, by disposing the LED lamp lighting module 62 having an LED lamp on the bottom surface of the center of the clothes hanger 61, etc., when the clothes hanger 61 is hung on the hanger hook 66, the metal hanger hook 66 is kept stationary. Since the capacitance changes, the LED lamp attached to the LED lamp lighting module 62 is turned on, and conversely, when the clothes hanger 61 is removed from the hanger hook 66, the capacitance of the metal hanger hook 66 changes. The LED lamp attached to the LED lamp lighting module 62 can be turned off. As described above, the two conductive wires are arranged on the hanger hook 66 (in this case, the hanger hook 66 is a non-conductive member such as wood or plastic) without using the metal detection sensor. Then, when the metal hanger hook 63 is hooked, electricity can be passed through the two conductive wires to turn on and off the LED lamp 62 and the LED lamp 64 of the LED lamp lighting module 62.

FIG. 7: is a figure which shows another embodiment of the LED module of this invention. FIG. 7 is a view similar to FIG. Although FIG. 2 shows that the LED module 22 can be fixed to the upper surface of the groove portion 21 by using the through hole 38, FIG. 7 shows that the LED module 22 is fixed to the groove portion 21 by using the permanent magnet 71. That is, a permanent magnet 71a is arranged on the left upper surface of the LED module 22 and/or a permanent magnet 71b is arranged on the right surface of the LED module 22, where the space of the LED module 22 is open. The LED module 22 having the permanent magnet 71 is inserted into the groove (recess) 21 from the opening of the bottom surface 16 of the hanger central part 11 to dispose the LED module 22 in the groove (recess) 21 of the hanger central part 11. However, by disposing a material (magnetic material) to which the permanent magnet is attracted in the hanger central portion 11 on the upper surface side of the groove portion (recess) 21, the LED module 22 is prevented from falling from the groove portion (recess) 21. can do. FIG. 7D shows a cross section of the groove portion 21 of the bottom surface portion 16 of the hanger central portion 11. As can be seen from FIG. 7A, since the LED module 22 has a convex step (for example, the battery mounting portion 36) on the upper side, the groove upper surface of the hanger central portion 11 should not come into contact with the convex step. A space 73 of the groove 21 is formed.

The magnetic member 75 (75a, 75b) attracting the permanent magnet is arranged on the surface of the bottom portion 16 of the hanger central portion 11 of the groove portion 21 corresponding to the portion of the LED module 22 where the permanent magnet 71 (71a, 71b) is arranged. When the LED module 22 is arranged in the groove 21, the permanent magnet 71 is attracted to the magnetic member 75 and the LED module 22 is fixed in the groove 21. Therefore, the LED module 22 can be prevented from falling downward and coming off the groove portion 21. When the gap 76 (76a, 76b) between the permanent magnet 71 (71a, 71b) of the LED module 22 and the magnetic member 75 (75a, 75b) in the groove 21 is as small as possible, the permanent magnet 71 (71a, 71b) is magnetic. The attraction force with the body member 75 (75a, 75b) is increased. The gap 76 is preferably zero. The permanent magnet 71 may be arranged on the upper surface or the side surface of the LED module 22 so that the LED module 22 does not fall from the groove portion 21. The magnetic body member is a magnetic body material such as iron, nickel, or ferrite, and is, for example, a screw or a plate material made of an iron-based material. If it is a screw, it can be fixed to the bottom surface part 16 of the hanger central part 11 in the groove part 21 by using a fixing member or an adhesive agent if it is a plate material. Incidentally, 71 may be a magnetic member and 75 may be a permanent magnet. Alternatively, both may be made permanent magnets with opposite poles facing each other and attracted or fixed.

If the central part of the hanger where the LED module is inserted is made of a transparent material (transparent member) that allows the light of the LED lamp to pass through, the light of the LED lamp will also emerge from the central part of the hanger. Can appear to shine and create a fantastic atmosphere. Examples of transparent materials include glass, quartz, and transparent plastic. As the transparent plastic, various plastics such as polypropylene, polyethylene, polyethylene terephthalate, acrylic, vinyl chloride, polycarbonate, polystyrene can be applied to the present invention. Further, these transparent materials may be colored in various colors such as red, blue, yellow, pink, etc., and the fantastic atmosphere can be further enhanced. The transmittance of the LED light of the transparent material can be variously selected, and it may be slightly transmissive (transmittance of 10% or less) or almost all of the LED light (transmittance of 90% or more). A part of the central part of the hanger may be a transparent member, for example, the central part of the hanger where the LED is arranged may be a transparent member, or the entire central part of the hanger or a hanger part other than the central part of the hanger. Part or all of the above may be a transparent member.

Although it has been described that the portion of the LED module in which the LED lamp is arranged is embedded with the transparent member, a box-shaped casing in which only the outer portion is formed of the transparent material may be used. The LED lamp is arranged in the space of its casing. That is, the LED lamp module is housed in the inner space of the casing. The casing material is formed of a transparent member, and the light of the LED lamp of the LED lamp module goes out through the casing material to the outside. Further, if a reflective film is formed on the side surface of the casing, the light from the LED lamp of the LED lamp module is reflected by the reflective film on the side surface to generate reflected light, and the reflected light and the LED lamp Direct light is emitted from below the casing to the outside. Since the material of the transparent member is not required, the casing can be separately prepared, and the casing can be fitted into the LED lamp module other than the casing, so that the cost can be reduced. Further, if a certain part of the casing is opened (opened), the heat generated by the LED can be released. It is also possible to open the lower part of the casing. Alternatively, if the lower side is a transparent plate that is convex outward, the light of the LED lamp can be spread outward for irradiation.

INDUSTRIAL APPLICABILITY As described in detail above, the present invention is a clothes hanger to which an LED lamp lighting module for supplying power with a built-in small battery to light an LED lamp is attached, and the LED lamp lighting module attached to the clothes hanger is small. It's lightweight and easy to handle, so you can always attach it to your clothes hanger and treat it like a normal hanger. It's easy to replace when the built-in battery is exhausted, so it's excellent for repeated use. Using the clothes hanger with LED lamp lighting module of the present invention, it is useful for branding up when illuminating the clothing brand's appeal and collar name brand at the clothing display on the hanger, select shops, store development, etc. Further, for example, when the present invention is applied to a hanger of a striped pattern or a plywood with a striped pattern, by turning on the LED lighting of the present invention, the pattern of the striped pattern or the like floats, which gives a good impression to the customer. Note that, in the present specification, the fact that the content described and described in a certain part of the specification but not described in other parts can be applied without contradiction, needless to say, the content can be applied to the other part. Further, it is needless to say that the above embodiment is an example, and various modifications can be made without departing from the scope of the invention, and the scope of rights of the present invention is not limited to the above embodiment.

INDUSTRIAL APPLICABILITY The present invention can be applied to a portable LED lighting and a fixture for mounting it.

10... clothes hanger with LED lamp lighting module, 11... central part of hanger, 12... shoulder part,
13... Pants hanging part, 14... Hanging part, 15... Top part, 16... Bottom part, 17... Wa back part,
18... Front part, 19... Hanger hook, 21... Recessed part (groove part), 22... LED module

Claims

In a clothes hanger having both shoulders, which is a clothes hanger with LED lamp illumination, wherein an LED lamp lighting module having an LED lamp is arranged on a bottom surface of a central portion of the clothes hanger,
In the center of the clothes hanger, a recess having the bottom surface as an opening is arranged, the LED lamp lighting module is removably inserted into the recess, and the LED lamp of the LED lamp lighting module has the bottom surface. A clothes hanger with an LED lamp illumination, which is arranged on the opening side of the section.
The LED lamp lighting module further has an electrostatic sensor, the electrostatic sensor is connected to the metal hook of the clothes hanger, and the metal hook of the clothes hanger has one or more metal hooks. The clothes hanger with LED lamp illumination according to claim 1, wherein the LED is turned on by using a change in the capacitance of the electrostatic sensor when the clothes hanger is hung on a rack.
The clothes hanger with LED lamp illumination according to claim 2, wherein the metal rack is grounded to a floor or a base on which the metal rack is installed.
A permanent magnet or a magnetic material is arranged on the upper surface and/or the side surface of the LED lamp lighting module, and the magnetic material or the permanent magnet is arranged at a corresponding position of the concave portion of the central portion of the clothes hanger, When the LED lamp lighting module is arranged in the central recess of the clothes hanger, the permanent magnet or magnetic material of the LED lamp lighting module and the magnetic material or permanent magnet of the central recess of the clothes hanger. The hanger for clothes with LED lamp illumination according to any one of claims 1 to 3, wherein the LED lamp lighting module is fixed to a concave portion of the central part of the clothes hanger by being attached. ..
The LED lamp lighting module further includes a battery and a switching circuit, the LED lamp is connected to the battery via the switching circuit, and the switching circuit turns on and off the LED lamp. 5. A clothes hanger with an LED lamp illumination according to any one of items 4 to 4.
The LED lamp lighting module further includes a receiver for receiving a signal from a remote controller, and the receiver receives a signal from the remote controller to turn on/off the lighting of the LED lamp. Clothing hanger with LED lamp illumination.
The clothes hanger with LED lamp lighting according to claim 5, wherein the LED lamp lighting module further has a manual switch, and the lighting of the LED lamp is turned on and off by using the manual switch.
The LED lamp of the LED lamp module is partially or entirely embedded in a transparent member, and the light of the LED lamp is radiated to the outside of the LED lamp lighting module through the transparent member. A clothes hanger with an LED lamp illumination according to any one of 1 to 7.
A reflective film is disposed on a side surface of the transparent member, the light of the LED lamp is reflected by the reflective film, and the reflected light is emitted from below the transparent member to the outside of the LED lamp lighting module. The clothes hanger with LED lamp illumination according to claim 8, characterized in that:
The LED lamp module is housed in an inner space of a casing, a reflective film is formed on a side surface of the casing, and light from an LED lamp of the LED lamp module is reflected and reflected by the reflective film on the side surface. 8. The ED lamp illumination according to claim 1, wherein light is generated and the reflected light and the direct light from the LED lamp are emitted to the outside from below the casing. Clothes hanger with.
The LED lamp illuminated cover according to any one of claims 1 to 10, wherein a part or the whole of the clothes hanger in a portion where the LED lamp illumination module is arranged is made of a transparent material. Taking hangers.
In a metal rack for hanging clothes hangers having a metal hook, a plurality of LED lamps are arranged on a metal pole of the metal rack, and switching for connecting the LED lamp to a battery or a power source in the metal rack. A capacitance sensor connected to the circuit and the switching circuit is arranged, and the capacitance sensor is connected to a metal pole of the metal rack, and the metal pole of the metal rack is connected to the cover. Lighting the LED lamp by using the fact that the capacitance of the capacitance sensor changes as the capacitance of the metal rack changes when the metal hook of the clothes hanger is hooked. A metal rack equipped with an LED lamp.
The metal rack with LED lamps according to claim 12, wherein the metal rack is grounded to a floor or a base on which the metal rack is installed.