JP2016183443A - Clothing and so on including light-emitting module - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide clothing and so on including a light-emitting module that are capable of more securely performing lighting control of a light-emitting element even in the case of being used under an environment under which strenuous motions are performed, for example, being used for stage costumes worn by a dancer, and hardly allows an externally viewed lighting state to be damaged when partial disconnection has occurred.SOLUTION: Clothing and so on including a light emitting module comprise: clothing 5 including at least tops 6 or bottoms 7; and light emitting modules 10 composed of a light emitting tape obtained by connecting a plurality of light emitting elements in series. The light emitting modules 10 are arranged on the clothing 5 so as to be capable of being viewed from the outside. Each light emitting module 10 is detachably fitted in an accommodation unit formed on the clothing 5 by using coating material that covers and hides the light emitting module 10 while transmitting light. A plurality of light emitting modules 10 are mutually connected by using connectors and bendable electric cables through other light emitting modules 10. The accommodation unit is provided on part other than person's joint regions, and the electric cables are positioned at joint regions.SELECTED DRAWING: Figure 1

Description

  The present invention supplies clothes including at least tops or bottoms, a light emitting module comprising a plurality of light emitting elements or a light emitting tape in which these light emitting elements are connected in series, a control device for controlling lighting of the light emitting modules, and supplying energy The present invention relates to a costume or the like having a light emitting module that includes a battery and that is arranged on the clothes so that the light emitting module is visible from the outside.

  As a costume having a plurality of light emitting elements, for example, a technique as described in Patent Document 1 is known. According to the document, a hole is made in a costume or a cloth attached to the costume, and a light emitting lamp such as an LED is inserted through the hole, thereby ensuring a high light intensity.

  However, for example, in an application in which stage costumes or the like are moving rapidly and sweat is attached, the fabric itself is frequently bent, causing trouble in wiring, and the circuit may be damaged by sweat.

Japanese Utility Model Publication No. 62-51111

  In view of such a conventional situation, the present invention can perform lighting control of a light emitting element more reliably even in an environment where intense movement is performed, for example, a stage costume worn by a dancer, and even when some disconnection is seen from the outside. An object of the present invention is to provide a costume or the like having a light emitting module that does not easily disturb the lighting state.

  In order to achieve the above object, the features of the costume having the light emitting module according to the present invention include clothing including at least tops or bottoms, and a light emitting module comprising a plurality of light emitting elements or a light emitting tape in which these light emitting elements are connected in series. The light emitting module includes a control device that performs lighting control of the light emitting module and a battery that supplies energy, and the light emitting module covers the light emitting module in a configuration in which the light emitting module is disposed on the clothes so as to be visible from the outside. On the other hand, a light-transmitting coating material is detachably attached to a storage portion formed on the garment, and a plurality of the light emitting modules are connected to each other via connectors that can be bent with other light emitting modules. The storage portion is provided to avoid a human joint portion, and the electric cable is provided to the joint portion. In that it has to position the Le.

  According to this configuration, since the storage portion avoids a joint, the light emitting module does not bend. Moreover, since the housing portion is covered with the covering material, the light emitting module does not leave the housing portion even in performances such as dance. And since it is connected via another light emitting module, the necessary minimum wiring is sufficient. Moreover, if a part of the light emitting module is broken, it can be replaced quickly, and if the light emitting module is removed, it is easy to deal with cleaning. The coating material is convenient because it cannot be seen from the outside unless the light emitting module shines, and it shines only when necessary.

  Further, in the above configuration, the light emitting module is configured as a first and second system light emitting module that is lit separately, and the light emitting module is placed along the longitudinal direction of the body, arm, and / or leg of the body. The first and second system light emitting modules may be arranged so as to line up in a direction intersecting the longitudinal direction in each of the right half body and the left half body.

  According to this configuration, the first and second system light emitting modules are arranged in a direction intersecting the longitudinal direction. Therefore, even if one of the light emitting modules of the first and second systems is damaged, the other is lit, and there is an advantage that it does not stand out even if it breaks. In other words, even if one of the systems A and B is disconnected, if the other remains, the light emitting module is turned on in the right and left bodies, and the whole is not turned off. Hard to come.

  In each of the above configurations, the covering material may be a mesh fabric configured in a mesh shape. Moreover, it is desirable that the covering material can be opened and closed by a fastener. Conveniently, the fastener can be opened and closed from the outside of the garment. Thereby, the damaged light emitting module can be replaced without taking off clothes. The control device and / or the battery may be disposed in the vicinity of the scapula corresponding to the top.

  Each glove further includes a glove to be attached to the hand, each glove has a pocket for each finger provided with the covering material on the back side of the hand, and the light emitting module connected to each other is accommodated in each pocket. The electrical cable drawn from the back to the back of the hand and the electrical cable extended from the arm portion of the tops may be connected by a connector. According to this configuration, it is easy to replace a damaged light emitting module, and since the electric cable is on the outside, it is difficult to prevent a dance such as being caught in the other hand.

  The shoe further includes shoes to be attached to the feet, each shoe containing the light emitting module in a pocket made of the covering material, an electric cable drawn upward from the light emitting module through the heel portion of the shoe, and the feet of the bottoms An electrical cable extended from the rear side of the cable may be connected by a connector. According to this feature, it is easy to replace a damaged light emitting module, and since the electric cable is on the heel side, it is difficult to prevent a dance such as being caught on the toe of the other leg.

  In each of the above-described configurations, a helmet having an inner made of an elastic member attached to the head and an outer having a transparent or translucent portion covering the inner may be provided, and the light emitting module may be provided outside the inner.

  Further, a helmet having an inner made of an elastic member attached to the head and an outer having a transparent or translucent portion covering the inner may be provided, and the lighting control device may be fixed to the inner back of the head.

You may provide the belt which fastens the connection cable of the said light emitting module, and the backing which hides these cables inside the said coating material.
A material harder than the light emitting module may be provided on the back side of the light emitting module along the longitudinal direction of the light emitting module.

  According to the characteristics of the costume having a plurality of light emitting elements according to the present invention, lighting control of the light emitting elements can be more reliably performed even in an environment where intense movement is performed, such as a stage costume worn by a dancer. It has become possible to provide costumes that do not hinder the lighting conditions seen from the outside even when the section is disconnected.

  Other objects, configurations, and effects of the present invention will become apparent from the following embodiments of the present invention.

(A) is a front view when a light emitting element such as a costume according to the present invention is turned off, (b) is a front view when the light emitting element is turned on, and (c) is a side view when the helmet is worn. It is a rear view at the time of light-emitting element light extinction, such as clothes concerning the present invention. (A) is the photograph of the plane and bottom face of a light emitting tape, (b) is a top view of a light emitting tape. (A) is an enlarged photograph of the state in which the fastener of the light emitting module housing portion is released, (b) is an enlarged photograph of the state in which the fastener of the light emitting module housing portion is closed, and (c) is a state in which the fastener of the light emitting module housing portion is released. It is an enlarged photograph of. It is a longitudinal cross-sectional view in the direction orthogonal to the light emitting tape longitudinal direction of a light emitting module accommodating part. It is a longitudinal cross-sectional view in the direction with respect to the light emitting tape longitudinal direction of a light emitting module accommodating part. It is a block diagram of an illumination control apparatus. It is a block diagram of the light emission pattern storage server. It is a front view which shows the pattern which arrange | positions several light emitting tapes on the costume surface. It is a front view which shows the other pattern which arrange | positions several light emitting tapes on the costume surface. It is a perspective view of shoes. (A) is a perspective view (diagonally behind) of a helmet, (b) is a photograph showing the side of the inner. (A) is a photograph of the state where the light emitting tape is taken out from the glove, (b) is a diagram showing the arrangement of the light emitting tape inside the glove, (c) is a photograph of the state where the glove is worn, and (d) is a state near the wrist. It is a photograph which shows. A fixing belt and button for fixing the connecting cable and connector of the light emitting tape wired inside the costume etc. to the back side of the costume etc., and the backing for protecting them from contacting the body surface are shown. FIG. FIG. 4 is a partially enlarged photograph of the vicinity of a fixing belt and a button for fixing a connection cable and a connection connector of a light emitting tape wired inside a costume or the like to the back side of the costume or the like. It is a front view (photograph) of other costumes and the like according to the second embodiment of the present invention. It is a photograph of the light emitting module used for 2nd embodiment of this invention.

Next, the present invention will be described in more detail with reference to the accompanying drawings as appropriate.
As shown in FIGS. 1 to 8, the present invention includes a plurality of light-emitting elements 20, or a costume 1, a helmet 2, shoes 3, a light-emitting module 10 such as a light-emitting tape in which the light-emitting elements 20 are connected in series, The glove 4 and the accessory worn on the body, the illumination control device 201 capable of controlling the emission color of the light emitting element 20 in precise synchronization with the music data, and the control signal using wireless or wired communication means. And a light emission pattern storage server 301 that stores the light emission pattern of the light emitting module 10 and transmits the light emission pattern to the control command transmission device 251 or the illumination control device 201.

  The light emitting module 10 includes a plurality of light emitting elements 20 (L1, L2, L3,...). The light emitting element 20 is a full color light bulb or a full color LED. The light emitting module 10 includes a light emitting tape 11 in which light emitting elements 20 are arranged in series or in parallel on a rigid substrate or a flexible substrate, and a light emitting tape connecting cable 14 and a cable connecting connector 15 attached to a light emitting tape tail 12 and a light emitting tape head 13. Is.

  The light emitting tape 11 is a rigid substrate that is fragile to bending force, or a flexible substrate that is weak against excessive bending, and the wiring inside the substrate may be broken and damaged due to extreme bending. Since the surface of the garment worn by the performer is easily bent, if the luminescent tape 11 is mounted on the garment surface without any special measures, the garment surface is bent by the operation of the performer, and the luminescent tape 11 is easily damaged. Further, the light emitting element 20 has a characteristic that it is easily damaged when subjected to an impact, and is also damaged by being short-circuited by a water droplet. That is, the light emitting tape 11 needs to be attached to the clothes in a state protected from bending of clothes, external impact, water droplets, and the like.

  On the other hand, at the same time as protecting the light emitting module 10, it is necessary that the state in which the light emitting module 10 emits light is beautifully visible to the audience, and that the light emitting module 10 can be easily replaced or repaired when the light emitting module 10 is damaged. If a material that covers the light emitting surface of the light emitting module 10 is disposed to protect the light emitting module 10, the light emitting state is not sufficiently visible to the audience. In addition, if a hard and strong material is used as the protective material of the light emitting module 10, it may affect the bending and stretching of the joints and muscles, thereby obstructing the performance of the performer itself and making it impossible to perform sufficiently.

  From the above, when the light emitting module 10 is arranged in the costume 1 used for the performance using the light emitting module 10, the light emitting state looks sufficiently beautiful for the audience, the occurrence of the failure of the light emitting module 10 is prevented, and It is required to satisfy the four conditions, that the light emitting module 10 can be easily replaced or repaired at the time of failure and that the operation of the performer is not hindered. However, these conditions are all in a trade-off relationship, and it is impossible to completely arrange all the conditions and arrange the light emitting module 10 on a costume or the like. Hereinafter, a processing method of the light-emitting module 10 that satisfies a plurality of conditions among the four conditions and can exhibit sufficient performance for use in actual performance, and costumes 1 (helmet 2, shoes 3) A method of attaching the light emitting module 10 to the clothes 5) including the gloves 4, the tops 6 and the bottoms 7 will be described.

  FIG. 3A shows a state in which the cable connection connector 15 is attached to the end 12 of the light-emitting tape via the light-emitting tape connection cable 14. As shown in FIG. 3 (b), the light emitting tape head 13 is a light emitting tape connection having three conductors corresponding to a power line and a ground line for supplying power to the light emitting tape 11 and a signal line for transmitting a signal for controlling lighting. A cable 14 is attached, and a cable connector 15 for connecting to another cable is attached to the end of the cable 14. The light emitting tape 11 and the light emitting tape connection cable 14 are fixed using a heat compression tube or a hot bond to prevent the light emitting tape connection cable 14 from coming off the light emitting tape 11 due to an impact or the like.

  The light emitting tape 11 has a form in which transparent silicon is applied on the surface and a form enclosed in a transparent silicon tube. In the case where the light emitting tape 11 is sealed in a transparent silicon tube, the opening of the tube is closed with a heat compression tube or hot bond, thereby preventing water droplets from entering the tube and destroying the light emitting element 20. be able to.

  In the case where transparent silicon is applied to the surface of the light emitting tape 11, the light emitting element 20 is protected from water droplets by silicon. On the other hand, there is a form in which the back surface of the light emitting tape 11 is not coated with silicon. In the case of the form, it protects from a water drop by apply | coating the raw material which forms protective films, such as a silicon | silicone, on the back surface of the light emitting tape 11. FIG.

  The light emitting tape connection cable 14 connected to the light emitting tape 11 is short, and when a connection length of 10 cm or more is required, another cable with a connector that relays between the light emitting modules 10 is used. The connectors 15 provided at both ends of the light emitting tape 11 which is a unit of the light emitting module 10 are male and female connectors 17 and 18 and can be arranged in series continuously.

  Although the garment 5 is usually composed of a tops 6 and a bottoms 7, as shown in FIG. 1, the present embodiment will be described using a so-called jumpy garment 5 in which the tops 6 and the bottoms 7 are integrated.

  As shown in FIGS. 4 to 6, the light emitting module housing portion 21 for the garment 5 has a bag-like structure with a mesh 27 and a fastener 25 attached to the surface, and the light emitting module 10 can be completely housed inside the bag. it can. 4A shows a state in which the light emitting module 10 is stored in the light emitting module storage portion 21 and the fastener 25 is opened, and FIG. 4B shows a state in which the fastener 25 is closed.

  In the costume 1 and the like, as shown in FIGS. 4 to 6, the light emitting module 10 is housed inside the bag portion 24, so that the light emitting module 10 is not dropped or moved by vigorous operation or contact. In addition, by using a material that transmits a certain amount of light, such as the mesh 27, as the covering material on the surface side of the light emitting module 10, the mesh 27 covers the light emitting module 10 when the light emitting module 10 is turned off. 1A shows when the light emitting module 10 is turned off, and FIGS. 1B and 1C show when the light emitting module 10 is turned on. As a result, it is possible to obtain an appearance similar to that of ordinary clothes, and there is little influence on the beauty of the costume 1 or the like. For this reason, even if the performance is performed in a state where the surface of the costume 1 or the like is in direct contact with the spectator's eyes other than the state where the light emitting module 10 is lit, the costume 1 or the like can be used as it is.

  When the light emitting tape 11 is connected in series with another light emitting tape 11, the light emitting tape connection cable 14 connected to the head or tail of the light emitting tape 11 is connected via the holes 26 installed at both ends of the light emitting module housing portion 21. The other light emitting tape connection cable 14 is connected. On the back side of the light emitting module 10, a reinforcing material 31 made of a material harder than the light emitting module 10 may be provided along the longitudinal direction of the light emitting module 10. For this reinforcing material, volcanic carbonate or the like, elastic synthetic resin, or the like can be used.

  As shown in FIG. 2, the illumination control device 201 that controls the light emission of the light emitting module 10 includes a method of attaching to the helmet 2 and a method of attaching to the clothing 5. In the method of attaching to the helmet 2, for example, as shown in FIG. 12B, the illumination control device 201 is installed at the lower part of the back of the helmet 2 and connected to the light emitting module 10 via the light emitting tape connection cable 14. By installing it in the lower part of the back of the head, the center of gravity of the helmet 2 can be prevented from rising or the weight balance on the left and right can be prevented from being lost compared to the case where it is worn on other parts. It becomes difficult.

  In the method of attaching the lighting control device 201 to the garment 5, the light emitting tape connection cable 14 connected to the light emitting tape head 13 attached to the helmet 2 is disposed at the upper part of the back of the helmet 2. When the helmet 2 is attached, the light emitting tape connection cable 14 attached to the helmet 2 is connected to the light emitting tape connection cable 14 connected to the illumination control device 201 installed in the clothes 5 using the cable connection connector 15. By arranging the light emitting tape connection cable 14 at the upper back of the head, the light emitting tape connection cable 14 and the cable connection connector 15 may interfere with the neck portion of the garment 5 when the performer turns the head back. It is possible to prevent an event of tangling by contact with the light emitting module 10 arranged on the collar, decoration, or surface.

  The lighting control device storage box 102 shown in FIG. 2 stores the lighting control device 201 and the power source 101 of the lighting control device 201. As the power source 101, a lithium polymer battery, a lithium ferrite battery, a lithium ion battery, a nickel metal hydride battery, a lead battery, or a dry battery may be used. An AC adapter may be used as the power source 101 without using a battery.

  The lighting control device storage pocket 103 shown in FIG. 2 stores the lighting control device storage box 102 and protects the lighting control device 201 from impact and vibration. The lighting control device storage pocket 103 can be fixed to the garment 5 by disposing the lighting control device storage pocket 103 at the back or waist position without hindering the movement of the performers' limbs.

  As shown in FIG. 2, the illumination control device storage pochette 104 and the illumination control device storage pochette attachment belt 105 are attached to the waist, and the illumination control device storage box 102 is stored in the illumination control device storage pochette 104. Fix to the performer's body with the attachment belt 105. In this method, there is no need to process the lighting control device storage pocket 103 in the clothes 5.

  FIG. 7 shows a configuration of the illumination control device 201, and the illumination control device 201 includes a communication device 211, a signal generation device 212, a light emission pattern storage device 213, a command control device 214, an authentication device 215, and a power supply device 216. .

  A light emitting element 20 mounted on the surface of one costume or the like 1 has an individual identifier i. As an identifier, for example, there is a method of assigning serial numbers (1, 2, 3,...) To the respective light emitting elements 20. Hereinafter, the identifier is expressed as a numerical value i (i = 1, 2, 3,...).

  The illumination control device 201 designates an identifier i for a specific light emitting element 20 (Li) on the light emitting tape 11 and outputs a signal for designating the emission color (r, g, b) independently. Generated by the generator 212 and transmitted via a signal line.

Each light-emitting element 20 (L1, L2,...) Has a power line (V) for supplying power, a ground line (GND), and a single signal line or a plurality of signal lines for transmitting a signal for controlling lighting. (DiN1, DiN2,...) Are connected. Each light emitting tape connection cable 14 has at least three cables of the power line, the ground line, and the signal line.
When there is one signal line, the light emission color (r, g, b) is transmitted to the light emitting element 20 as a digital signal by the PWM signal. For example, the emission colors (r, g, b) may be expressed by numerical values from 0 to 255, respectively. For example, the emission color (255, 0, 0) is red with the maximum luminance, (255, 255, 255) is white with the maximum luminance, and (0, 127, 0) is green with the half luminance. Represent.
In the case where there are a plurality of signal lines, a method of transmitting the light emission color (r, g, b) signal as a digital signal and the intensity of each light emission of (r, g, b) are designated by analog voltage values. There is a method.

The light emitting element 20 (Li) receives the designation of the lighting and extinguishing timing and the color (r, g, b) of the light emission from the signal generator 212 of the illumination control device 201 via the signal line. Can emit light in color. The light emitting element 20 is turned off when it receives (0, 0, 0) as the emission color (r, g, b).
The light emitting element 20 obtains power necessary for light emission from the power supply device 216 of the illumination control device 201 through the power line.

  The power supply device 216 can turn off the light emitting element 20 (Li) by individually stopping the power supply to the light emitting element 20 (Li). The power supply device 216 can control power supply for each light emitting module 10. That is, all the light emitting elements 20 arranged on the same light emitting module 10 can be turned on or off simultaneously.

  The light emission pattern P is light emission data p = [i, t, r, g, which is a set of the identifier i of the light emitting element 20, the light emission color (r, g, b), and the light emission time t (ms / millisecond). b]) column p = (p1, p2, p3,...).

The light emission data p = [i, t, r, g, b] is a light emitting element having an identifier i after t milliseconds have elapsed since the lighting control device 201 started reproducing the light emission pattern P including the light emission data. It means that 20 luminescent colors are turned on at (r, g, b). For example, in the light emission data p = [15, 10, 255, 0, 255], the light emitting element 20 with the identifier 15 is lit in the light emission color (255, 0, 255) 10 ms after the reproduction of the light emission pattern P is started. Means that.
The light emission data p = [125, 2010, 0, 0, 0] means that the light emitting element 20 with the identifier 125 is turned off in 2010 ms after the reproduction of the light emission pattern P is started.

  The light emission pattern P is recorded on a storage medium in the light emission pattern storage device 213. A ROM, flash memory, or SD card is used as the storage medium. The light emission pattern storage device 213 can have a plurality of light emission patterns P1, P2,.

  The command control device 214 performs lighting control of the light emitting element 20 according to the command received via the communication device 211. When the command control device 214 receives the command “reproduce the light emission pattern P1 from time T”, the command control device 214 reads the light emission pattern P1 from the light emission pattern storage device 213, and each light emission data p = (i, t, r after the light emission time T). , G, b), when the reproduction time reaches t, the color (r, g, b) emitted through the signal generator 212 and the signal line is transmitted to the light emitting element 20 (Li) to emit light. The element 20 (Li) can emit light.

  When receiving the command “stop”, the command control device 214 stops the reproduction of the light emission pattern P while maintaining the light emitting state of all the light emitting elements 20. When the command control device 214 receives the command “all turned off”, the command control device 214 transmits a signal of light emission color (0, 0, 0) to all the light emitting elements 20 or supplies power from the power supply device 216. Stop. When the command control device 214 receives the command “lights the light emitting element 20i to emit light r, g, b”, the command control device 214 transmits a signal to emit light to the light emission color r, g, b to the light emitting element 20i.

  The instruction C transmitted by the instruction control device 214 is a set C = (c, v1, v2,...) Of a numerical value c corresponding to the instruction and a plurality of numerical values v1, v2,. There is a way to express it as For example, when the numerical value corresponding to the “reproduction” instruction is 201, the instruction C = (201, 100, 2) represents an instruction “reproduce light emission pattern number 2 from time 100 ms”.

  There is a method of storing the authentication code X corresponding to the light emission pattern P in the light emission pattern storage device 213 together with the light emission pattern P. This method is called an “authentication command method”. When the authentication command method is used, as the command C, a set of a numerical value c corresponding to the command, a plurality of numerical values v1, v2,... Necessary for executing the command, and a set of authentication code x C = ( c, v1, v2,..., x) are used. When the command control device 214 receives the command C for reproducing the light emission pattern P while using the authentication command method, the authentication code x included in the command C is transmitted to the authentication device 215.

  The authentication device 215 compares the light emission pattern P with the authentication code X stored in the light emission pattern storage device 213. The authentication device 215 notifies the command control device 214 of the success or failure of the verification. The command control device 214 executes the command only when the result of the authentication is “success”. As an authentication method in the authentication device 215, for example, the authentication success is notified only when the authentication codes x and X are the same numbers, letters or symbols, or a combination of the same numbers, letters or symbols. In other cases, there is a method of notifying an authentication failure. As a method for verifying the authentication code, there is a method in which a hash value conversion algorithm such as MD5 or SHA1 is applied to the authentication code x to check whether the converted hash value matches the authentication code X.

  The control command transmission device 251 illustrated in FIG. 7 includes a communication device 261, a command selection device 262, and a music data playback device 263. The control command transmission device 251 transmits the light emission pattern reproduction command to the illumination control device 201 via the communication device 261 in synchronization with the music data reproduction, so that the music data reproduction timing and the light emission pattern reproduction timing are set. Can be synchronized. The control command transmission device 251 instructs the plurality of lighting control devices 201 attached to the plurality of costumes 1 to select, reproduce, stop, restart the light emission pattern, and cause the specific light emitting element 20 to emit light in a specific color. It has a function that can be transmitted using wireless communication.

  The user of the system uses the command selection device 262 of the control command transmission device 251 to select a lighting control device 201 that transmits a command, and to select, play, stop, restart, and select a specific light emitting element 20 to a specific color. Use to select the command to emit light.

  The instruction selection device 262 has a display unit for displaying a list of instructions, and an input unit for selecting an instruction from the instruction list and inputting parameters necessary for executing the instruction. The command selection device 262 transmits the command selected by the user using the input unit to the single or plural lighting control devices 201 selected by the user via the communication device 261. When the user selects a command for reproducing the light emission pattern P from time t, the command selecting device 262 transmits the command to the illumination control device 201 and at the same time, the music selected by the user to the music data reproducing device 263. Data is reproduced from time t. By this method, the reproduction timing of the music data reproduced by the control command transmission device 251 and the reproduction timing of the light emission pattern P of the illumination control device 201 selected by the user can be accurately synchronized. Communication protocols used by the communication device 261 include Wi-Fi, Bluetooth (registered trademark), and ZigBee / IEEE802.14.5.

  The control command transmission device 251 does not include the music data playback device 263, and is a device capable of playing back other music data, a command to play back specific music from a specific time, a command to stop playback, and playback There is also a method of transmitting a command for selecting music data to be played.

  FIG. 8 shows configurations of the light emission pattern storage server 301, the pattern registration user device 302, and the pattern reception user device 303. The light emission pattern storage server 301 includes a database 311, a registration device 312, an authentication device 313, and a distribution device 314. The light emission pattern storage server 301 receives the light emission pattern P created by the user from the pattern registration user device 302 and records it in the database 311 via the registration device 312 together with the identifier M of the music data associated with the light emission pattern P. It has a function. The light emission pattern storage server 301 has a function of distributing the light emission pattern P registered in the database 311 and the music data identifier M associated with the light emission pattern P to the pattern receiving user device 303 via the distribution device 314. .

  The pattern receiving user device 303 has a function of storing the received light emission pattern P in a storage medium and a function of transmitting the light emission pattern P to the illumination control device 201 via wireless communication. The storage medium storing the light emission pattern P can be used as a storage medium of the light emission pattern storage device 213 of the illumination control device 201.

  The registration device 312 can receive the light emission pattern P from the pattern registration user device 302 via the Internet, a wired LAN, or a wireless LAN. The distribution device 314 can transmit the light emission pattern P to the pattern reception user device 303 via the Internet, a wired LAN, or a wireless LAN. There is a method of using an HTTP server as the registration device 312 and the distribution device 314.

  When the light emission pattern storage server 301 distributes the light emission pattern P via the distribution device 314, there is a method of simultaneously transmitting the authentication code X generated by the authentication device 313. When transmitting the authentication code X, the illumination control device 201 reproduces the light emission pattern P using the authentication command method. When the authentication command method is used and the light emission pattern P is transmitted from the pattern receiving user device 303 to the illumination control device 201, the illumination control device 201 records the authentication code X together with the light emission pattern P in the light emission pattern storage device 213. .

  FIG. 9 shows that when a plurality of light emitting modules 10 are arranged on the surface of a costume or the like, the light emitting modules 10 included in the respective wiring systems 51 are connected to the two wiring systems 51 of A and B of the light emitting module 10. FIG. 6 is a diagram showing a state where the wiring systems 51 are alternately arranged in the horizontal direction.

  The light emitting module 10 can be used by connecting a plurality of light emitting modules 10 in series using the light emitting tape connection cable 14 as described above. A set of a plurality of light emitting modules 10 connected in series is referred to as a wiring system 51 of the light emitting modules 10.

When the light emitting module 10 is disconnected due to a failure, the light emitting elements 20 after that point stop emitting light. That is, when using a plurality of light emitting modules 10 connected in series, if a failure occurs in the middle light emitting module 10, all the other light emitting modules 10 connected to the tail 12 of the light emitting tape stop emitting light.
When there is one wiring series 51 of the light emitting module 10 installed in the costume 1 etc., when a failure occurs in the light emitting module 10 at the head of the wiring series 51, almost all the light emitting elements 20 of the costume 1 do not emit light.

When the light emitting module 10 is installed in the costume 1 etc., the light emitting module 10 is divided into a plurality of wiring systems 51, and when the light emitting module 10 in one wiring system 51 breaks down, most of the light emitted from the costume 1 etc. There is a method for preventing the module 10 from being in a state where it does not emit light.
As an arrangement method of the wiring system 51, there is a parallel wiring method in which the wiring systems 51 are alternately arranged in the horizontal direction on the surface of one piece of clothing, as shown in FIG. In this method, the light emitting modules 10 of different wiring systems 51 belong to each other, so that even if one wiring system 51 stops emitting light due to a failure, the light emitting modules 10 of the other wiring system 51 emit light. It becomes difficult for the audience to notice the failure of the light emitting module 10. By separating the wiring system 51 used for the left and right shoes 3 and gloves 4, even if one side of the wiring system 51 fails, either the left or right shoes 3 or gloves 4 emit light. It becomes difficult to notice that the module 10 has failed.

  FIG. 10 is a diagram in which the light emitting modules 10 are arranged by using a serial arrangement method in which the wiring systems 51 are alternately arranged in the vertical direction in one line as a method of arranging the wiring systems 51. is there. According to this arrangement method, when a failure occurs in the wiring system 51 on one side, a plurality of lines appear to emit light, so that the audience is less likely to notice due to the failure.

As shown in FIGS. 2 and 11, the light emitting module 10 is fixed to the shoe 3 by using a double-sided tape, an adhesive, or the like along the edge (outer periphery) of the material on the bottom surface of the shoe 3. Further, a mesh material or a flexible transparent silicon material is attached as a protective material so as to cover the light emitting module 10, and the protective material is fixed to the bottom material with a stapler. When the light emitting module 10 is fixed by this method, since the edge of the bottom material of the shoe 3 is usually a hard material, even when the performer exercises, the light emitting module 10 is not easily bent. Damage to the module 10 can be prevented.
At the same time, since the light emitting materials are arranged on the outer periphery of the shoe 3, it seems to the audience that a wide portion of the shoe 3 is emitting light, and a high rendering effect is obtained.
When the light emitting module 10 is arranged other than the edge of the shoe 3, the same method as the arrangement on the clothes 1 or the glove 4 can be used.

  The method of connecting the lighting control device 201 for controlling the light emitting module 10 arranged on the shoe 3 includes the method of connecting the light emitting module 10 directly to the lighting control device 201 attached to the shoe 3 or the ankle, and the lighting attached to the costume 1 or the like. A light emitting tape attached to the light emitting tape head 13 of the shoe 3 to the light emitting tape connecting cable 14 attached to the tail end 12 of another light emitting tape attached directly to the control device 201 or attached to the tip of the lighting control device 201 There is a method of connecting the connection cable 14. In the case of the latter method, when the length of the light emitting tape connecting cable 14 after connection is excessive, the light emitting tape connecting cable 14 is fixed using the fixing belt 29 attached to the upper portion of the shoe 3.

A fixing belt 29 is attached to the upper part of the shoe 3. After connecting the light emitting tape connecting cable 14 on the shoe 1 side to the light emitting tape connecting cable 14 on the shoe 3 side, the light emitting tape connecting cable 14 is assembled using the fixing belt 29 and the light emitting tape connecting cable 14 is fixed to the upper part of the heel. To do.
This fixing prevents the light emitting tape connecting cable 14 from interfering with the movement of the shoe 3 during performance, tangling in contact with other parts, or interfering with articles raised on the stage. Can do.

The helmet 2 shown in FIGS. 1, 2, and 12 is an inner 2a made of a protective material (elastic member) such as soft urethane that protects the human body from an impact, and a transparent and hard material such as polycarbonate attached to the outside of the protective material. It consists of outer 2b comprised by these.
The light emitting module 10 is mounted on the outer side of the inner 2a using a hook-and-loop fastener 23, an adhesive, a double-sided tape or the like. A portion of a transparent and hard material is attached to the outside of the protective material on which the light emitting module 10 is mounted. By attaching the light emitting module 10 in this way, the light emitting module 10 can be protected from an external impact, and the light emitting state of the light emitting module 10 can be sufficiently seen from the outside of the helmet 2. Further, by using a black material for the mounting surface of the light emitting module 10, the light emitting module 10 inside the helmet 2 is difficult to see from the outside even when the light emitting module 10 is turned off or the surroundings are bright. From this method, the light emitting module 10 can be mounted on the helmet 2 without damaging the beauty of the helmet 2 and so that the audience can see the light emission state well.

  The gloves 4 (gloves) shown in FIGS. 1, 2 and 13 are provided with a mesh 27 so as to cover the upper surface of the bag portion 24, and the bag-like light emitting module housing portions 21 are respectively provided on the back surface along the lines of the fingers. create. The mesh 27 is sewn to the glove 4 except for the wrist portion, and a hook-and-loop fastener 23 is attached to the wrist portion so that it can be easily opened and closed. The light emitting module 10 is created by dividing the light emitting module 10 for each light emitting module housing portion 21 corresponding to the finger, and the respective tapes are connected in series or in parallel by the light emitting tape connection cable 14. The divided light emitting modules 10 are installed in the light emitting module housing portions 21 corresponding to the respective finger lines. After the light emitting module 10 is mounted on the bag portion 24, the light emitting module 10 is fixed to the glove 4 with the hook-and-loop fastener 23 attached to the mesh 27. The light emitting tape connecting cable 14 at the head 13 of the light emitting tape is arranged so as to come out of the mesh 27 from either the left or right gap of the hook-and-loop fastener 23.

By disposing the light emitting module 10 in the light emitting module housing portion 21 created along the finger line, the shape of the hand is sufficiently visible even when the light emitting module 10 emits light, and the performer uses the hand. Can perform effectively. By disposing the light emitting module 10 in the light emitting module housing portion 21 having the bag portion 24, the light emitting module 10 stays at a certain position without moving and can maintain the shape even when the hand moves vigorously. . By using the method of fixing the light emitting module housing portion 21 with the mesh 27 and the hook-and-loop fastener 23, it becomes easy to remove the mesh 27 and replace the light emitting module 10 when the light emitting module 10 fails.
There is also a method of fixing the light emitting module housing portion 21 with a material such as transparent vinyl. In the case of this method, the light transmittance is increased as compared with the mesh 27, and the protection performance against impact is increased.

  The method of connecting the illumination control device 201 that controls the light emitting module 10 disposed on the glove 4 includes the method of connecting the light emitting module 10 directly to the illumination control device 201 attached to the glove 4 or the wrist, and the illumination attached to the costume 1 or the like. The light emitting tape attached to the light emitting tape head 13 of the glove 4 to the light emitting tape connecting cable 14 attached to the tail end 12 of another light emitting tape attached directly to the control device 201 or attached to the tip of the lighting control device 201 There is a method of connecting the connection cable 14. In the case of the latter method, when the length of the light-emitting tape connection cable 14 after connection is excessive, the light-emitting tape connection cable 14 is fixed by being sandwiched between hook and loop fasteners attached to the wrist of the glove 4. By doing this, it is possible to prevent an event such as tangling in contact with other parts or interfering with other performers on the stage while maintaining the degree of freedom that the movement of the wrist is not hindered. Further, the light emitting module 10 of the glove 4 does not fall out due to intense movement.

14 and 15 are examples of fixing belts 29 and belt fixing means for fixing the light emitting tape connecting cable 14 and the cable connecting connector 15 wired inside the costume 1 etc. to the back side of the costume 1 etc. And a backing 30 for protecting them from contacting the body surface.
When wiring the light emitting tape connection cable 14 connected to the end or the head of the light emitting tape inside the clothing 1 etc., it is fixed to the back of the clothing 1 using the fixing belt 29 or the fixing button 28, and the performance of the performer The movement of the light emitting tape connecting cable 14 is prevented from disturbing the operation of the performer. Furthermore, the backing 30 is stretched on the light emitting tape connecting cables 14 to prevent the light emitting tape connecting cables 14 from directly touching the performer's body. By attaching the fastener 25 to the edge of the backing 30 so that the backing 30 can be easily removed, the work of connecting the light emitting tape connection cable 14 for the maintenance of the costume 1, etc., and the work of removing it Can be done easily. As the backing 30, there is a method using a mesh-like material.

  Reference is now made to the possibilities of other embodiments of the invention. The same reference numerals are given to the same components as those in the above embodiments. Further, the embodiments described above and below can be implemented in combination as long as the gist of the invention is not impaired.

  In the second embodiment of the present invention shown in FIGS. 16 and 17, the light emitting module 10 is mounted using a hook-and-loop fastener 23. By attaching the hook-and-loop fastener 23 to the surface of the costume 1 and the back surface of the light-emitting tape 11, the light-emitting module 10 can be easily attached and detached using the hook-and-loop fastener 23. In the costume 1 or the like, it is easy to replace the light emitting module 10 when the light emitting module 10 fails. It is also easy to remove the light emitting module 10 and wash the costume 1 or the like.

  Furthermore, the position where the light emitting module 10 is attached can be adjusted according to the physique of the performer wearing the costume 1 or the like. For example, when a small performer wears it, it is necessary to reduce the length of the sleeve of the costume 1 or the like. In such a case, when the light emitting module 10 is attached with the hook-and-loop fastener 23, the attachment position of the light emitting module 10 can be easily moved to the elbow side.

There is also a method in which a vest, a hand, and a thigh-like part made of a hard material such as urethane on which the light emitting module 10 is arranged are mounted on a normal garment as if an armor or a protector is attached.
In this method, since the light emitting module 10 is disposed on a hard material, the light emitting module 10 is not subjected to bending force, and the occurrence of failure due to bending can be largely prevented. It becomes easy to attach a transparent and hard material such as polycarbonate to the surface of the light emitting module 10 to protect it from impact and water droplets. In addition, since each part is independent, it is possible to easily exchange only a hand or a vest.

  In each of the above embodiments, the connector is connected to the both ends of the light emitting module 10 via a cable, but one of the connectors is directly connected to the light emitting module 10, or the connector is directly connected to both ends of the light emitting module 10, You may connect these with a cable with a connector. For convenience of processing, a configuration in which a connector is connected to the light emitting module 10 via a cable is excellent.

  A hat may be attached to the head instead of a helmet. In this case, the light emitting module 10 is preferably attached via a mesh 27 or the like.

  In this specification, the costume etc. 1 includes a glove 4, shoes 3, a helmet 2, etc., in addition to clothes 5 including tops 6 and bottoms 7.

  The present invention requires lighting and control of light-emitting elements such as stage costumes worn by dancers, musicians and other performing arts actors on stage, clothing for traffic safety, and work clothes for work that requires visibility It can be used in all aspects.

1: costumes, 2: helmet, hat, 2a: inner, 2b: outer, 3: shoes, 4: gloves, 5: clothing, 6: tops, 7: bottoms, 10: light emitting module, 11: light emitting tape, 12 : Light emitting tape end, 13: Light emitting tape head, 14: Light emitting tape connecting cable, 15: Cable connecting connector, 17: Connector (female), 18: Connector (male), 20: Light emitting element, 21: Light emitting module housing, 22: light-emitting element protective material, 23: hook-and-loop fastener (magic tape (registered trademark)), 24: bag part, 25: fastener, 26: hole, 27: mesh, 28: fixing button, 29: fixing belt, 30 : Backing, 31: Reinforcing material, 41: Disconnection detection cable, 42: Disconnection detection cable connector, 43: Branch connector, 51: Wiring system, 101: Power supply, 10 : Lighting control device storage box, 103: Lighting control device storage pocket, 104: Lighting control device storage pochette, 105: Lighting control device storage pochette mounting belt, 201: Lighting control device, 211: Communication device, 212: Signal generator, 213: Light emission pattern storage device, 214: Command control device, 215: Authentication device, 216: Power supply device, 251: Control command transmission device, 252: Communication device, 253: Command selection device, 301: Light emission pattern storage server, 302 : Pattern registration user device, 303: Pattern reception user device, 311: Database, 312: Registration device, 313: Authentication device, 314: Distribution device

Claims (12)

A garment including at least tops or bottoms; a light-emitting module comprising a plurality of light-emitting elements or a light-emitting tape in which these light-emitting elements are connected in series; a controller for controlling lighting of the light-emitting module; and a battery for supplying energy. In a costume having a light emitting module in which the light emitting module is arranged on the clothes so as to be visible from the outside,
Each of the light emitting modules is detachably attached to a storage portion formed on the clothes with a covering material that covers the light emitting module while transmitting light.
Each of the light emitting modules is connected with a connector and a bendable electric cable with each other through other light emitting modules,
The storage part is provided so as to avoid a human joint part, and includes a light emitting module in which the electric cable is positioned in the joint part. The light emitting modules are configured as first and second system light emitting modules that are lit separately. The light emitting modules are arranged along the longitudinal direction of the body, arms and / or legs of the body, The clothes etc. which have the light emitting module of Claim 1 arrange | positioned so that said 1st, 2nd type | system | group light emitting module may be located in a line which cross | intersects the said longitudinal direction in each half body and left half body. The costume or the like having a light emitting module according to claim 1 or 2, wherein the covering material is a mesh fabric configured in a mesh shape. The said covering material can be opened and closed with a fastener, The costume etc. which have a light emitting module in any one of Claims 1-3. The costume or the like having a light emitting module according to claim 4, wherein the fastener can be opened and closed from the outside of the clothing. The clothes etc. which have the light emitting module in any one of Claims 1-5 which have arrange | positioned the said control apparatus and / or the said battery in the part corresponding to the scapula in the said tops. Each glove further includes a glove to be attached to the hand, each glove has a pocket for each finger provided with the covering material on the back side of the hand, and the light emitting module connected to each other is accommodated in each pocket. The clothes etc. which have the light emitting module in any one of Claims 1-6 to which the electric cable pulled out from the back of the hand from the top and the electric cable extended from the arm part of the tops are connected by the connector. The shoe further includes shoes to be attached to the feet, each shoe containing the light emitting module in a pocket made of the covering material, an electric cable drawn upward from the light emitting module through the heel portion of the shoe, and the feet of the bottoms The clothes etc. which have the light emitting module in any one of Claims 1-7 connected with the electric cable extended from the back side part of this by the connector. 9. A helmet having an inner made of an elastic member attached to a head and an outer having a transparent or semi-transparent portion covering the inner, and the light emitting module is provided outside the inner. A costume having the light emitting module according to any one of the above. A helmet having an inner made of an elastic member attached to the head and an outer having a transparent or translucent portion covering the inner, the lighting control device being fixed to the inner back of the head. 9. A costume having the light emitting module according to any one of 9 above. The clothes etc. which have the light emitting module in any one of Claims 1-10 provided with the belt which fastens the connection cable of the said light emitting module inside the said coating material, and the lining which hides these cables. The clothes etc. which have the light emitting module in any one of Claims 1-11 with which the raw material harder than the said light emitting module was provided in the back side of the said light emitting module along the longitudinal direction of the said light emitting module.