JP6247669B2 - LED lamp for beacon built-in illumination, beacon system using the same, and beacon control method - Google Patents

Description

    The present invention relates to an LED lighting technology having a socket mounting base and replaceable with any of existing fluorescent lamps, incandescent lamps, and the like, and in particular, lighting LEDs incorporating a communication module. The field of manufacturing and providing lamps, beacon systems using the communication modules, wireless communication technologies using the beacon systems, portable terminals, the Internet and computers, various software for controlling them, and recording media From the field of providing, selling and providing equipment and instruments necessary for its transportation, storage, assembly and installation, materials necessary for such materials, machinery and parts, such as wood, stone, various fibers, Fields that provide plastics, various metal materials, etc., electronic components incorporated in them, and control-related devices that integrate them Fields that are generally referred to as industrial machines, such as the field, the field of various measuring instruments, the field of power equipment that moves the equipment, the instrument, the electric power that is the energy and the energy, the field of oil, Garbage generated by testing and researching these facilities and equipment, fields related to their display, sales, import and export, general results, and results of their use, and equipment and equipment used to build them There are no technical fields that are not related to the fields related to the collection and transportation of waste, the recycling field that efficiently recycles the waste, and the new fields that cannot be envisaged at this time.

(Points of interest)
Conventional incandescent bulbs and fluorescent lamps consume more power than LED lamps, have a large amount of CO2 emissions per year, are made of glass, and may be easily damaged or broken due to falling or contact with other objects. However, in recent years, LED lamps that can be replaced with various incandescent bulbs and fluorescent lamps have been developed in order to overcome these problems. Achieves reduction in heat generation and reduction in power consumption.

    In addition, conventional beacon modules of the type installed in buildings are expensive in equipment and require power supply work. Battery-powered products are not required for power supply work. Replacement work is indispensable, and solar batteries and other light sources are required to reduce the number of man-hours required for installation, making it difficult to install indoors and causing equipment prices to rise. In addition, the beacon system using the conventional beacon module is a dedicated terminal because a portable terminal such as a general smartphone (registered trademark) is not equipped with a reception function for beacon signals. It was a hindrance to diverse and widespread use.

(Conventional technology)
Reflecting this situation, proposals that can be used to overcome this situation are not unheard of.
For example, as typified by what is proposed in Patent Document 1 (1) below, one-way communication or time division between a radio base station installed in the vicinity of a lighting facility and a mobile terminal By performing bi-directional communication, a wireless positioning system and a wireless positioning device that can measure the two-dimensional or three-dimensional positions of the mobile terminal, the RFID tag, or both of them with high accuracy can be realized at low cost. In the technology related to the information communication system as seen in Patent Document 1 (2), by performing two-way communication with visible light of the LED between the fixed unit and the portable unit, it is possible to record the inspection and inspection. Some of them are designed to improve the efficiency of work related to instructions and improve security.

However, the wireless positioning system and the wireless positioning device as shown in the former patent document 1 (1) are a wireless base station and a power supply transmission cable for the wireless base station at a position close to the lighting equipment. In addition, installation work from the access point to the communication line through the distribution board equipment for lighting becomes indispensable, and installation and other work such as electrical work and communication line work will require a large amount of work cost and work period, as well as maintenance and relocation However, the removal also requires construction by a specialist, and is disadvantageous in that it is economically disadvantageous when used for trade shows that change exhibitions every short period of time or for short-term events. ) Information communication system and method, etc., perform bidirectional communication by visible light of the LED between the fixed unit and the portable unit, and the fixed unit. The mobile station can store the position of the portable unit by communicating with the center device via the communication network. However, bidirectional communication using visible light uses portable terminals that are currently widely used. Since it is very difficult to do so, a dedicated portable unit must be used, and the visible light of the communication unit LED lamp of the fixed unit must not be irradiated to the light receiving sensor section of the portable unit during communication. In addition, even when the portable unit is stored in a storage case or a pocket of clothes, wireless communication using radio waves by a wireless LAN (Local Area Network) or Bluetooth (registered trademark, the same applies hereinafter) that can communicate without any problem. There is a drawback that it does not have such convenience.
(1) JP 2012-251959 A (2) JP 2009-182382 A

(Awareness of problems)
As described above, LED lamps installed with various beacon modules that have been proposed in the past, and two-way communication technology using the same, each beacon module separately from LED lamps, The power supply source for the beacon module must depend on power cables, dry cells, solar cells, etc., and installation and removal are done in a short period of time, as well as a large expense for installation work and maintenance. If it has to be, it has the disadvantage of being economically disadvantageous, and bi-directional communication using visible light is difficult to use mobile terminals such as smartphones that are currently widely used For many years, I was involved in the development and provision of lighting equipment with superior quality that responded flexibly to various customers. Replacing and replacing conventional incandescent bulbs and fluorescent lamps with incandescent bulbs and fluorescent lamps based on observations and various new technologies, information obtained from the market and users, etc. In addition to making it possible to install a beacon module more easily than before, we have become more aware of the possibility of further improvements in new technologies that make it possible to stably supply power to the beacon module over the long term. It is a thing.

(Object of invention)
Therefore, the present invention can be easily replaced and used with existing incandescent bulbs and fluorescent lamps, greatly extends the life of the lamps compared to conventional products, greatly reduces power consumption and CO2 emissions, and has a beacon function. It is possible to overcome the problem of power supply to the beacon module and to develop a new LED lamp and beacon system technology that can greatly reduce the man-hours for installation, maintenance and removal. As a result of starting development and research, and repeating trial and error over many years and many trial manufactures and experiments, this time, finally the LED lamp for beacon built-in lighting with a new structure, a beacon system with a new structure using it, And it succeeded in realizing the beacon control method of a novel configuration for them, and this is shown in the drawings below. With examples representative of bright, and it detailing its construction.

(Structure of the invention)
As will be clearly understood from the embodiments of the present invention shown in the drawings, the beacon built-in lighting LED lamp of the present invention basically comprises the following configuration.
In other words, the outer shape of the straight tube fluorescent lamp is set, the housing heat sink part made of hard material is provided on one side wall around the circumference, and the illumination cover part is provided on the other side wall around the opposite side of the circumference, and both ends are conventional A straight tube lamp body with a single-sided power supply type with a base part that can be installed in a socket part and an external power supply circuit in only one of the base parts is provided. Two-way wireless communication is possible by receiving external power through the external power supply circuit on one of the caps and receiving the external power through the same external power supply circuit on the same base. a beacon modules operating in provided, the one base part provided with external power supply circuit, and, in at least one of its neighboring place outside wall, warning display unit which displays that the base part for power connection It can be said that provided comprising as those with the structure happens beacon built illumination LED lamps.

In other words , the outer shape of the straight tube fluorescent lamp is set, the housing heat sink part made of hard material is provided on one side wall around the circumference, and the illumination cover part is provided on the other side circumferential wall around the opposite side of the circumference, Provided with a base part that can be assembled into a conventional socket part at both ends, and a double-sided power supply type with each base part provided with an external power supply circuit, and a straight tube lamp body. The LED unit that receives external power through at least one of the external power supply circuits of each base and emits light, and the external power supply through at least one of the external power supply circuits of each of the bases A beacon module built-in LED lamp with a beacon module that is capable of wireless communication is provided.

(Related invention 1)
In relation to the above-described LED lamp for beacon built-in illumination, the present invention also includes a beacon system using the LED lamp.
That is, the beacon built-in lighting LED lamp, which forms the basis of the present invention, is incorporated into an installed illuminating lamp fixture having a conventional socket portion so that it can be exchanged and connected to external power to be in an operating state. The beacon module equipped with the LED lamp for illumination sets a beacon area, and an information providing computer capable of wireless communication at a remote location is installed so that the information providing computer can wirelessly communicate with the beacon module. And a beacon system comprising a combination of portable terminals that can be wirelessly connected.

    When this beacon system is shown as a more concrete one, a plurality of the LED lamps with built-in beacons that form the basis of the present invention are replaced with a plurality of installed lighting lamp fixtures having a conventional socket portion. Each beacon module is installed in a replaceable connection, receives external power, is in an operating state, and each beacon module with a built-in LED for beacon lighting sets each beacon area and provides information that can be wirelessly communicated to the appropriate remote location. This is a beacon system comprising a combination of a portable terminal that is installed with a computer, wirelessly communicable with the beacon module, and wirelessly connectable with the information providing computer.

(Related invention 2)
In relation to the above-described LED lamp for beacon built-in illumination and beacon system, the present invention also includes a beacon control method for them.
That is, the beacon module is activated in a basic mode (at least one of broadcast: broadcast and multicast: multicast) capable of bidirectional wireless communication by supplying external power, activates the basic software, and uses bidirectional wireless communication. , Position information, beacon ID information is transmitted, and when access is received through authentication of an access ID set in advance, switching to a data rewrite mode (unicast) that allows various data to be rewritten, When software is started, various data can be rewritten, and access after access ID authentication is completed, it automatically returns to basic mode broadcast and / or multicast), and the basic software is started to enable two-way wireless communication. Using communication, position Distribution, and it shall be controlled to transmit a beacon ID information, basic beacon built lighting LED lamps forming the present invention, and is a beacon control method of the beacon system of the present invention.

    When this beacon control method is shown as a more specific one, the beacon module is in a basic mode (at least one of broadcast and multicast) capable of bidirectional wireless communication by BLE (Bluetooth Low Energy) by supplying external power. Start up, start up the basic software, use two-way wireless communication, send location information and beacon ID information, and rewrite various data when receiving access through authentication of access ID set in advance Switch to the data rewrite mode (unicast), start the data rewrite software, make various data rewritable, and automatically access the basic mode (at least one of broadcast and multicast) when access through access ID authentication is completed On the other hand) An LED lamp for a beacon built-in illumination and a beacon system according to the present invention, which is the basis of the present invention, which is configured to start basic software, control bidirectional radio communication, and transmit position information and beacon ID information. It becomes a beacon control method.

    As described above, according to the LED lamp for lighting with a beacon of the present invention, unlike the conventional one, it can be easily replaced and used with an existing incandescent bulb or a fluorescent lamp from the unique characteristic configuration as described above. As a result, the lamp life can be greatly extended compared to conventional products, the power consumption and CO2 emissions can be greatly reduced, and the beacon function can be integrated to overcome the problem of power supply to the beacon module. No battery management or battery replacement work is required, and installation, maintenance, and removal work can be greatly reduced. Anyone can replace and install existing lighting equipment in the same manner as fluorescent and bulb replacement. In addition, a new L for beacon built-in lighting that can easily and quickly perform various control settings and data management through two-way wireless communication using a portable terminal. D lamp and soo features of a beacon system technology becomes one that can be provided in which is obtained.

    The outer shape of the straight tube fluorescent lamp is set, the housing heat sink part made of hard material is provided on one side wall around the circumference, and the lighting cover part is provided on the other side wall around the opposite side of the circumference, and the conventional type is installed at both ends. In the case of a straight tube lamp body with a base part that can be installed in the socket part, the housing heat sink part becomes a strength part between the base parts at both ends, and the lighting cover part is made of a heavy material such as glass. Even when a light and soft material such as a synthetic resin is used without being used, the lamp body is less bent and can be provided as a significantly lighter LED lamp for built-in beacons. Is obtained.

    Since the one with a single-sided power supply type straight tube lamp body has an external power supply circuit only on one base part, the structure is simplified, the number of parts and manufacturing steps are reduced, and the production efficiency is greatly increased. It is possible to further improve the reliability of the product and reduce the cost, and for power connection to at least one of the base part provided with the external power supply circuit and the outer wall in the vicinity thereof By providing a caution display section that indicates that it is a base part of the lamp, the user can visually check this when installing the replacement lamp, and install it without error in the socket section where power is supplied to conventional fluorescent lamp fixtures. It will be possible to guide and realize easier and more reliable mounting and use.

    What has a double-sided feed type straight tube lamp body is a structure suitable for a longer lamp body, and can efficiently supply power from both external power supply circuits at both ends of the cap part, The power supply efficiency is improved, the amount of heat generated at the both end caps is reduced, and the LED unit and the beacon module can be operated more safely and efficiently.

    The beacon module transmits position information and beacon ID information, and makes it possible to communicate advertising data by at least one of broadcast and multicast by using an LED lamp for beacon built-in illumination capable of two-way wireless communication, The installer can enable various operations such as initial setting and change of the beacon ID information stored in the beacon module and rewriting of the control program by wireless communication by unicast, more specifically, It is possible for the installer to rewrite the beacon ID information such as the strength of the signal radio wave, advertising data, signal transmission interval, etc. by bidirectional wireless communication (unicast) using a portable terminal, etc. Location information by supplying external power The beacon ID information is transmitted and at least one of broadcast and multicast by two-way wireless communication is made possible, and the access ID that has been set individually is authenticated using the two-way wireless communication. It shall have an automatic control unit that can be controlled so that various data can be rewritten by unicast only when access is received, and in addition, using bi-directional wireless communication, individually When an access is received through authentication of the set access ID (Identification), the mode is switched to a data rewrite mode (unicast) in which various data can be rewritten, and when access through authentication of the access ID (Identification) is completed, Basic mode (broadcast And if multicast as having an automatic control unit for controlling so as to return to at least either one), it is possible to realize the Xiu data management more safety.

    In addition, the beacon module transmits position information and beacon ID information by BLE (Bluetooth Low Energy) and starts in a basic mode capable of bidirectional wireless communication. When access is received through authentication of an access ID (Identification) set individually in advance, the mode is switched to a data rewrite mode (unicast) in which various data can be rewritten, and access through authentication of the access ID (Identification) is completed. Then, by having an automatic control unit that controls to automatically return to the basic mode (at least one of broadcast and multicast), the power consumption required for communication is greatly reduced, and maintenance costs are further reduced. Reduce and one Beacon ID information can be changed by BLE (Bluetooth Low Energy) installed in general portable terminals, so existing portable terminals can be installed without installing dedicated communication devices (dedicated application software is installed. It can be used to set, change, maintain and manage various data, and has excellent security performance and can be installed, installed and used at a much lower cost for the installer.

    A beacon in which a beacon module is provided with an externally exposed indicator portion that performs any one operation of blinking, turning on and off during activation of the data rewriting mode using bidirectional wireless communication. By using the LED lamp for built-in illumination, maintenance operation can be performed while visually confirming which of the LED lamps for built-in beacon illumination is being rewritten. In this case, it plays a role as an alarm device that allows an outsider other than the administrator to illegally access and rewrite the stored information visually.

    In addition, the beacon module is inclined so that at least a part of the beacon module is disposed either at a position close to the base part of the lamp body or in the base part and outside the range of the illumination light diffusion direction of the LED unit. In order to do so, the beacon module shields the illumination light that the LED unit transmits from the inside of the lamp body through the illumination cover part and irradiates the illumination cover part with an attitude that is inclined at an appropriate angle with respect to the illumination cover part. It is possible to more surely prevent obstruction of efficient lighting.

    Furthermore, at least one of the fixing parts for fixing the beacon module at any appropriate position on the lamp body or a part or all of the base portion corresponding to the outer periphery of the beacon module performs bidirectional wireless communication of the beacon module. The one made of synthetic resin that does not interfere can stabilize the two-way wireless communication of the beacon module and can be remarkably excellent in reliability.

    According to the beacon system of the present invention, the LED lamp for lighting with built-in beacon of the present invention is incorporated into a conventional illuminating fixture, and a computer for providing information capable of wireless communication is installed in a remote place, and the beacon area is simply installed. Receiving the position information of the LED lamp for beacon built-in lighting to the portable terminal that has entered, it is possible to obtain and use various information linked to the position information stored in the information providing computer, In addition, various customer services, data management, analysis, data use, and the like can be achieved extremely economically and quickly.

    In addition, when a plurality of LED lamps with built-in beacons according to the present invention are installed in a beacon system configured to set respective beacon areas, stores for customers (portable terminals) approaching the store Enables automatic transmission of guidance, advertisement information, electronic points and electronic coupons, etc., detects the location information of each customer (portable terminal) based on the radio wave intensity of the received beacon signal, or according to push notification information Send in-store navigation to each customer (portable terminal), measure the log from customer (portable terminal) entry to exit, and measure the stay time for each exhibit. Data collection and data processing such as heat maps and various graphs that make it easier to visually grasp customer trends in the store, and a wide range of flexibility to meet the needs of the owner and their customers And feasible to use, it can be assumed that more easily and economically introduced.

    Furthermore, most of the portable terminals are currently popularized as a beacon system that operates under the control of at least one of the OS and Android, preferably both operating systems, and application software thereof. The portable terminal can be easily accessed to the system, and can be realized with a more versatile and highly useful information service.

    According to the beacon control method of the present invention, control is performed so as to switch from the basic mode (broadcast and / or multicast) to the data rewrite mode (unicast) only when access is received through access ID authentication. Therefore, it is possible to reliably prevent unauthorized access from the outside, secure a much higher level of safety more economically, and adopt bi-directional wireless communication by BLE (Bluetooth Low Energy). As a result, the power consumption can be further reduced, and the LED lamp for beacon built-in illumination and the beacon system can be realized.

In implementing the present invention having the configuration as described above, the best or desirable mode will be described.
The lamp body replaces and replaces conventional incandescent bulbs and fluorescent lamps with lighting fixtures that have a conventional socket, and has the function of allowing LED units and beacon modules to be placed in the right place. , Having a base part, a housing heat sink part, and a lighting cover part, and must be set to one outer shape of a conventional incandescent bulb type or various fluorescent lamp types, for example, various conventional types It has a base that can be replaced with an incandescent bulb, and has various bulb shapes such as general lighting bulbs, chandelier bulbs, ball bulbs, reflective bulbs, reflex bulbs, and mirrored halogen bulbs. If you change things and expressions, general incandescent bulb shape, classic antake retro bulb shape, krypton bulb shape, mini krypton bulb shape, mini bulb shape, Lightning bulb, jujube bulb, night light, sewing machine bulb, small round bulb, pilot lamp, real lamp, mini-ref lamp, beam bulb, decorative bulb, color bulb, special heating bulb, pet / plant electric It is possible to use a spherical shape, a xenon bulb shape, a xenon bulb shape, a variation of these bulb shapes, a combination of these bulb shapes, or the like.

    It also has a base that can be replaced with various conventional fluorescent lamps. Various straight tube fluorescent lamp types, round fluorescent lamp types, compact fluorescent lamp types, slim round fluorescent lamp types, base lighting types, and expressions. Can be of various shapes and dimensions, such as straight tube shape, ring shape, U-shape, spiral shape, shapes by deformation or combination thereof, various shapes that fit within the outer shape, Specifically, for example, as shown in the embodiments described later, the housing heat sink portion is opposite to one side wall around the circumference of the straight tube lamp body set to the outer shape of the straight tube fluorescent lamp. An illumination cover is provided on the other peripheral wall of the circumference of the gawa, with caps that can be assembled into conventional sockets at both ends, and the lamp body is set to an incandescent bulb-shaped outer shape. Department, He It can be such as those provided with the sync part and the base part.

    The base part of the lamp body can be detachably attached to the socket part of a conventional illuminating lamp, and in the case of a single incandescent lamp type, external power can be supplied into the lamp body. In the case of two or more, as described above, at least one of the two has a function of enabling external power to be supplied into the lamp body, and is either incandescent bulb type or various fluorescent lamp types. It should be set to one outer shape of the base, and at least any one of the base parts provided in the lamp body should be provided with an external power supply circuit. An external power supply circuit is provided only in one of the two cap parts of the straight tube lamp body set to the outer shape of the one, and a one-side power supply type and one provided with an external power supply circuit The base part of the base and its vicinity In addition to the fact that at least one of the walls can be provided with a caution display that indicates that it is a base part for power connection, a straight tube type set to a straight tube fluorescent lamp type outer shape External power supply circuits can be provided on both cap parts of the lamp body, respectively, so that they can be of both-side power supply type. In some cases, it may be desirable that a part or the whole is made of a synthetic resin that does not hinder bidirectional wireless communication.

    The housing heat sink unit has a function of efficiently dissipating heat generated in the lamp body of the LED lamp for beacon built-in lighting such as the LED unit and the beacon module to the outside. It should be made of a hard material that reinforces the lamp body so that the shape of the lamp body can be maintained. For example, a part or all of it is made of aluminum alloy, copper alloy, stainless steel, or ceramic. Or a combination thereof, and it is desirable that a heat-dissipating fin is provided on the peripheral wall surface exposed to the outside as shown in the examples described later.

    The illumination cover part has a function of enabling the light emitted from the LED unit in the lamp body to be transmitted and irradiated with high efficiency to the outside of the lamp body. It must be either one of the outer shape substantially equivalent to the shape, or the light emitting portion outer shape that can be exchanged and connected to the illuminating lamp fixture having the conventional socket portion, transparent, translucent, It should be made of any of semi-reflective, frosted glass, stained glass, colored, colorless, combinations thereof, and more specifically, glass, polycarbonate, acrylic, etc. As shown in the embodiments to be described later, the lamp body cap portion and the back portion of the housing heat sink portion of the lamp body set to one of the incandescent bulb type or various fluorescent lamp types are available. Range of the outer shape made can be made to form a.

    The LED unit emits light when supplied with external power, has a function of enabling illumination of the outside through the illumination cover portion, and has at least one LED light emitting element of any type. One or a plurality of various types of elements including those that will be developed in the future, such as bullet-type, surface-mount type (SMD), chip-on-board, etc. It is possible to have a dimming control unit, a wireless communication unit for remote operation of the dimming control unit, and the like.

    The beacon module has a function to wirelessly output a predetermined position information signal and to set a beacon area around it. It should be capable of two-way wireless communication by receiving power supply and capable of two-way wireless communication using digital signals. It shall transmit position information and beacon ID information and be capable of two-way wireless communication. Further, as also incorporated in the embodiments described later, the beacon module is arranged at least partially in the position close to the base part of the lamp body or in one of the base parts. And a posture inclined at an appropriate angle with respect to the illumination cover part so as to be inclined to be disposed outside the range of the illumination light diffusion direction of the LED unit. In addition, at least one of the fixed parts for fixing the beacon module at any appropriate position on the lamp body or a part or all of the base portion corresponding to the outer periphery of the beacon module is bidirectional wireless communication of the beacon module. It is desirable to use a synthetic resin or the like that does not interfere with the above.

    In addition, the beacon module can set individual beacon ID information and rewrites beacon ID information such as signal radio wave intensity, advertising data, and signal transmission interval by remote control using two-way wireless communication (unicast). It should be operable. More specifically, the position information and beacon ID information are transmitted by supplying external power, and at least one of broadcast and multicast by bidirectional wireless communication is possible. In addition, automatic control that enables control so that various types of data can be rewritten by unicast only when access through authentication of an access ID set in advance is received using the bidirectional wireless communication. It can have a part.

    In addition, the beacon module transmits position information and beacon ID information according to the short-range communication standard BLE (Bluetooth Low Energy), and adopts a basic mode capable of bidirectional wireless communication ( It is assumed that it is activated by at least one of broadcast and multicast), and various data can be rewritten when receiving access through authentication of an access ID set in advance using the bidirectional wireless communication. Switching to the data rewrite mode (unicast) and having an automatic control unit that controls to automatically return to the basic mode (at least one of broadcast and multicast) when access through access ID authentication is completed And also, twin An indicator unit for visual confirmation that blinks, lights up, or turns off during startup of data rewrite mode (unicast) using directional wireless communication, and is externally placed at an appropriate place inside or outside the lamp body. It can be provided in an exposed state (so that it can be visually confirmed from the outside regardless of the inside / outside arrangement of the LED lamp).

    The automatic control unit of the beacon module is capable of controlling each part of the beacon module in an integrated manner, and has the function of enabling bidirectional communication in various modes, including an IC chip, a microcomputer, various control circuits, and various relays. It can be composed of various hardware such as circuits, and can be equipped with software as appropriate, and various components such as communication antennas, receivers, amplifiers, indicators, speakers, wired communication connections, etc. It can be incorporated.

    External power supplies power to the luminaire from the outside, enables the beacon built-in lighting LED lamp to emit light, and has the function of enabling the beacon module to operate. It can be referred to as electric power from an electric power supply source. More specifically, for example, it can be referred to as electric power supplied from a commercial power source, various private power generation sources, an external generator, an external battery, or the like.

    The external power supply circuit of the lamp body base part can be connected to the conventional socket part of the illuminating lamp fixture to which the LED lamp for beacon built-in illumination is attached, and the external power can be supplied to the LED for beacon built-in illumination by mechanically combining the base part It has the function of being able to be supplied into the lamp, and can basically have the same shape as the conventional base part, and it is desirable to have a lower electrical resistance.

    The caution display unit is a single-sided power supply type lamp body with an external power supply circuit provided in only one of the two cap parts, and external power is supplied to only one of the socket parts. When it is installed in a lighting fixture, it will be connected to the socket part of the socket that does not have an external power supply circuit and connected to the socket part of the socket that is not connected to external power. It is necessary to display that it is a base part for power connection on at least one of the outer part of the outer base wall and the base part of the base provided with an external power supply circuit. More specifically, for example, printing display, sticker sticking, engraving, painting display, plating display, mounting of three-dimensional parts, and the like can be used. In other words, symbol display, color display, two-dimensional display・ Three-dimensional shape Display, hologram display, schematic representation, an electrical circuit diagram display, display textual, combinations thereof, may be by various expressions.

    The indicator unit has a function of generating visual changes that can be visually confirmed by various operations such as lighting, blinking, and extinguishing separately from the LED unit for lighting, for example, consumption. It can be a small confirmation lamp with low power, a small liquid crystal display, etc., and as it is also adopted in the embodiments described later, the beacon module uses the two-way wireless communication of the beacon module by a specific remote operation. When performing important operations such as rewriting ID information, when switching to data rewriting mode (from broadcast and / or multicast to unicast), etc. Any one of blinking, lighting when always off, and turning off when always lighting or always flashing It is desirable shall the operation.

    The beacon system installs one or a plurality of beacon module built-in LED lamps for beacon built-in illumination, enables efficient illumination, and can use position information of each installed beacon built-in LED lamp. The information providing computer installed in the illuminating lamp fixture and capable of wireless communication at a remote location and the LED lamp beacon module with the built-in beacon can communicate wirelessly. And a combination of the information providing computer and a portable terminal that can be wirelessly connected, and as shown in the embodiments described later, at least one of the IOS and Android, preferably both Operating system and its application software Using a portable terminal that operates under control by the air, receives a beacon signal individually set for each LED lamp for beacon built-in lighting (at least one of broadcast and multicast or multicast), and receives the beacon ID Based on the information, it can be controlled to wirelessly connect to the information providing computer and receive pre-linked information and data from the information providing computer. Automatically send various information, electronic points, electronic coupons, etc. (broadcast and / or multicast or multicast) to a portable terminal (visitor etc.) that entered the beacon area Type terminals (such as visitors) Controls to or utilizing position information with the time information of the people in various forms is possible, and the like.

    The information providing computer has a function of performing two-way wireless communication with one or a plurality of portable terminals, transmitting and receiving information, and executing a program. Stores information and control program linked to beacon ID information, receives beacon ID information by wireless communication from a portable terminal, transmits information corresponding to the beacon ID information, or executes a predetermined program The beacon system must be capable of wireless communication with the portable terminal, and the beacon system administrator inputs authentication confirmation from the portable terminal, and the beacon of each beacon module Rewrite the ID information and information or programs associated with the beacon ID information of each beacon module, ID information itself can be rewritten, and it is desirable and necessary to enable wireless communication by wireless LAN (Local Area Network), Bluetooth, and BLE (Bluetooth Low Energy). It can be connected to a computer network such as the Internet.

    The portable terminal can be carried by the user, and when it moves into the beacon area of the LED lamp beacon module for beacon built-in lighting, it can receive the position information, and further wirelessly communicates with the computer for providing information to obtain the position information. It has a function to send and receive linking information based on location information, such as smartphones, tablet PCs (personal computers), notebook PCs, laptop PCs, PDAs (personal digital assistants, personal data assistance) etc. It can be used as long as it is a portable terminal capable of performing the same function, iOS, Android, other OS (Operating System), and various applications. Software is desirable assumed (Application software) available, and the like.

    The beacon control method reliably prevents unauthorized access from the outside. Only the installer and the administrator can rewrite the data of the beacon module, and the basic mode allows bidirectional wireless communication by supplying external power. (Broadcast, multicast, etc.), basic software is started, two-way wireless communication is used, location information, beacon ID information, etc. are transmitted, and access is received after authentication of an access ID set in advance. In this case, switch to the data rewrite mode (unicast) that allows various data to be rewritten, start the data rewriting software, enable various data to be rewritten, and automatically complete the access after access ID authentication is completed. (Broadcast, multicast, etc.), start the basic software, Communication must be used to control transmission of location information, beacon ID information, etc. As shown in the embodiments described later, bidirectional wireless communication by BLE (Bluetooth Low Energy) is performed. In addition, an indicator unit for visual confirmation is provided on the beacon module, and when the data rewriting mode (unicast) is activated, the indicator unit blinks, lights up, or turns off. It can be controlled to perform.

In addition, the beacon control method is activated in a basic mode (broadcast, multicast, etc.) capable of two-way wireless communication by supplying external power, starts basic software, uses two-way wireless communication, and uses position information and beacon ID information. Etc., and when access is received through authentication of an access ID set individually in advance, the mode is switched to the data rewrite mode (unicast) in which various data can be rewritten only once, and the data rewriting software is started. It is possible to rewrite various data, and when the access through the first access ID authentication is completed, the access through the access ID authentication is refused after that and the data cannot be rewritten twice. Automatically returns to basic mode (broadcast, multicast, etc.), starts basic software, and interactive In addition to being able to control to transmit position information and beacon ID information using line communication, including hardware and software, control equivalent to this can be made. The data rewriting software can be incorporated in the software so that the data rewriting software can be activated only once (without switching the mode). Further, BLE (Bluetooth Low Energy) can be used. ) To enable two-way wireless communication.
In the following, the structure of the present invention will be described in detail together with an embodiment representative of the present invention shown in the drawings.

The drawings show some typical embodiments embodying the technical idea of the beacon built-in illumination LED lamp of the present invention and the beacon system using the same.
It is a front view which shows the LED lamp for beacon built-in illumination of the one side electric power feeding type. It is a front view which shows the LED lamp for beacon built-in illumination of a both-sides feeding type. It is a side view which shows the nozzle | cap | die part made into the cross section. It is a front view which shows the nozzle | cap | die part periphery made into the cross section. It is a front view in which the LED lamp end part for beacon built-in illumination shows a trap. It is a conceptual diagram which shows a beacon system. It is a side view which cuts and shows the nozzle | cap | die part which incorporated the beacon module in inclination. It is a perspective view which cuts and shows the nozzle | cap | die part which included the beacon module in inclination. It is a front view which shows the LED lamp for incandescent bulb type beacon built-in illumination. It is a flowchart which shows control of a beacon module. It is a top view which shows the example which utilized the beacon system for the exhibition hall. It is a heat map which shows the example using the data which the beacon system collected.

    In the example shown in FIGS. 1, 3 to 5, at least one of the conventional cap parts 30, 30 provided at both ends of the straight tube lamp body 3 has an external power supply circuit 6, and the lamp body 3 An LED unit 4 that receives external power through the base unit 30 external power supply circuit 6 and emits light, and a beacon module 5 that operates in two-way wireless communication by receiving the external power are provided at an appropriate place inside. A typical embodiment of the LED lamp for beacon built-in illumination according to the present invention will be described.

    As can be clearly understood from these drawings, the LED lamp 2 with a built-in beacon of the present invention is a straight tube lamp body 3 which is set to an outer shape of a 40 type (tube length: 1198 mm / G13 base) straight tube fluorescent lamp. The housing heat sink 31 is made of aluminum alloy and has a plurality of grooves for heat dissipation on the outer peripheral wall on one side wall facing the ceiling (upward: opposite to the illumination direction) during installation On the other side of the circumference that faces the floor (downward: lighting direction) when installing the opposite side, a polycarbonate lighting cover 32 made of a milky white frosted glass finish is provided on both ends, and conventional ( A base part 30, 30 made of PBT (polybutylene terephthalate) that can be incorporated in the socket part 90, 90 of the G13 type socket) is provided. A single-side power supply type in which only one of them is provided with an external power supply circuit 6, and external power (from a commercial power source 92 through the one cap 30 external power supply circuit 6 to an appropriate place in the straight tube lamp body 3. AC unit 100 / 200V) and a beacon module 5 which operates by receiving external power supply through the external power supply circuit 6 of the same base 30 and the LED unit 4 which emits light, and further shown in FIG. As described above, the caution display portion 7 for indicating that the base portion 30 for power connection is provided on the outer wall in the vicinity of one base portion 30 provided with the external power supply circuit 6 is transparent or translucent so as not to obstruct illumination. It is assumed that it is provided by any one of a display by sticking a sticking sticker, a direct print display, or a stamp display.

    Each base part 30 and 30 and the illumination cover part 32 are made into a flame grade UL94V-O (SNE standard specification is V-2), and as shown in FIGS. 3 and 4, the housing heat sink part 31 in the lamp body 3. The LED board 40 on which the LED unit 4 is mounted is mounted, and the beacon module 5 is mounted through a connector 50 at an appropriate position where the illumination cover portion 32 of the LED board 40 faces the hook.

    As shown in FIG. 1, the beacon module 5 transmits position information and beacon ID information by BLE (Bluetooth Low Energy) and can perform bidirectional wireless communication (at least one of broadcast and multicast). In addition, information such as the intensity of individual signal radio waves, advertising data, and signal transmission intervals can be set, and the strength of these signal radio waves and advertising data can be set by a specific remote operation using two-way wireless communication (unicast). An automatic control unit (on the beacon module 5 substrate) for controlling information such as a signal transmission interval to be changed is provided at an appropriate position, and the signal radio wave is transmitted by a specific remote operation (unicast) using bidirectional wireless communication. Information such as signal strength, advertising data, and signal transmission interval The indicator part 8 made of a small, bullet-shaped LED for visual confirmation that flashes during execution of important operations such as rewriting of information is provided in an appropriate position so as to be exposed externally. In addition to being able to be provided corresponding to the window except through the thick part of the base part 30, it is mounted on the board part of the beacon module 5, and the inside of the illumination cover part 32 is transmitted from the outside to emit light of the indicator part 8. Can be visually recognized.

    As shown in FIG. 1, the LED lamp 2 with a built-in beacon of 40 type is only from one of the pair of socket portions 90, 90 of the fluorescent lamp fixture (illuminator fixture) 9. The other base part 30 that receives power supply (AC100 / 200V) from the commercial power supply 92 and does not have the external power supply circuit 6 is mechanically connected to the other socket of the end of the LED lamp 2 with built-in beacon. It is designed to be mechanically detachably connected to the portion 90 and to electrically insulate even when the other base portion 30 having no external power supply circuit 6 is supplied with external power from the socket portion 90. .

    The LED lamp 2 with built-in beacon shown in FIG. 2 is a straight tube lamp body 3 set to an outer shape of a 110 type (tube length 2367 mm / R17d type base) straight tube fluorescent lamp, and for the beacon built-in illumination of FIG. As with the LED lamp 2, a housing heat sink 31 made of aluminum alloy and a lighting cover 32 made of polycarbonate are provided, and the base parts 30, 30 that can be incorporated in the socket part 90 of the conventional type (R17d type socket) at both ends. And a double-sided power supply type in which external power supply circuits 6 and 6 are provided in the base parts 30 and 30 respectively, and the external power supply circuit 6 and external power supply circuits 6 and 30 are provided at appropriate positions in the straight tube lamp body 3. The LED unit 4 that receives the supply of external power through at least one of the LEDs 6 and emits light, and the base units 30 and 30 have a small number of external power supply circuits 6 and 6. It is also made by the beacon module 5 which operates by receiving a supply of external electric power provided through either.

    As shown in FIG. 2, the double-sided feeding type LED lamp 2 with built-in beacon is connected to each external power supply circuit of the base parts 30 and 30 from both of the pair of socket parts 90 and 90 of the fluorescent lamp fixture 9. 6 and 6, the power supply (AC100 / 200V) is received from the commercial power source 92, the LED unit 4 is connected to the external power supply circuit 6 at one end, the beacon module 5 is connected to the outside at the opposite end. In addition to being able to receive power supply from the commercial power supply 92 from the power supply circuit 6, the LED unit 4 is to receive power supply from the commercial power supply 92 from the external power supply circuits 6 on both the left and right ends. The beacon module 5 can be supplied with power from the commercial power source 92 from the external power supply circuit 6 whose left or right end is adjacent to the outside. Left and right split LED units 4 are provided, the left side LED unit 4 from the leftmost external power supply circuit 6 and the right side LED unit 4 from the rightmost external power supply circuit 6. The beacon module 5 is supplied with power from the commercial power source 92 from the external power supply circuit 6 having either one of the left and right ends close to the beacon module 5. It can be of a power supply circuit.

    As shown in FIGS. 7 and 8, the beacon module 5 includes an antenna provided by a substrate pattern, a transmission / reception circuit capable of transmitting / receiving via the antenna, an automatic control circuit thereof, and the like, one end of which is the lamp body 3 A posture in which the inner end of the cap portion 30 is arranged so that the other end faces the lighting cover portion 32 and is inclined by an appropriate angle α of 5 ° to 60 °, preferably 15 ° with respect to the lighting cover portion 32 (see FIG. 7 is indicated by a center line 33 of the lamp body 3), and fixing parts 52, 52 (and connectors 50 shown in FIGS. 3 and 4) for fixing are preferably used. It is assumed that the synthetic resin does not adversely affect the electromagnetic wave, and that the portion corresponding to the outer periphery of the beacon module 5 of the base portion 30 of the lamp body 3 is made of the same synthetic resin. Good .

    As shown in FIG. 9, the LED lamp 2 with a built-in beacon of the present invention can be an incandescent bulb type LED lamp 2, and the beacon module 5 is connected to the base portion 30 of the lamp body 3. The indicator portion 8 can be built in an appropriate position that does not hinder the illumination light inside the side so that the illumination cover portion 32 faces the side.

(Operation / Effect of Example 1)
The beacon built-in illumination LED lamp 2 of the present invention having the above-described configuration is, as shown in FIGS. 5 and 6, the existing fluorescent lamp fixture 9 with the ballast 91 removed between the socket portions 90, 90. The lamp body 3 and the heat sink 31 can secure the heat dissipation of the LED unit 4 and can be a strong component to ensure sufficient mounting strength. As shown in FIG. 6, wireless two-way communication is performed by the LED lamp 2 with built-in beacon, the wireless LAN (Local Area Network) and the BLE (Bluetooth Low Energy). Beacon installed in a remote place in a possible state, LED lamp 2 for beacon built-in lighting 2 Beacon module 5 Information providing computer 10 that stores information linked to the ID information and program software, and at least one of OS of Android and Android such as smartphone, tablet PC, PDA, etc., and a wireless LAN (Local Area) The beacon system 1 is formed by a combination with the portable terminal 11 capable of wireless two-way communication by at least one of Network (Network) and BLE (Bluetooth Low Energy).

    As shown in FIGS. 6 and 11, the beacon system 1 is, for example, all of the existing fluorescent light fixtures 9, 9,... Installed on the ceiling of the store S, or some suitable places at appropriate intervals. If the LED lamps 2, 2,... With built-in beacons are installed to replace existing fluorescent lamps, the beacon modules 5, 2,. However, it is possible to output beacon ID signals different from each other in each beacon area 51 at regular intervals of about 1 to 2 times / second, and dedicated application software is installed in advance. When the customer C carrying the portable terminal 11 enters the beacon area 51, the customer C himself / herself does not operate the portable terminal 11 and the beacon received from the beacon module 5 is received. The computer ID information is automatically transmitted to the information providing computer 10 by wireless two-way communication, and the information providing computer 10 that has received the information is linked to the corresponding beacon ID information, for example, store guidance information or advertisements. It is possible to automatically transmit an electronic point, an electronic coupon ticket, etc. and control it to be recorded in the customer's portable terminal 11.

    As shown in FIG. 6 and FIG. 12, the user's position information is detected from the radio wave intensity of the received beacon signal, and in conjunction with the push notification information, control is performed to automatically perform log measurement of in-store navigation and customer stay time, It is possible to create a heat map indicating the difference in the residence time of the customer C at various locations in the store, as indicated by a broken line circle, a one-dot chain line circle, and a two-dot chain line circle in FIG.

    The above-mentioned LED lamp 2 with built-in beacon can be extended to a design life of 40,000 hours, which is 3 times longer than the design life of 12,000 hours of conventional fluorescent lamps. The cycle cost can be greatly improved, the power consumption is 19 W compared with 36 W of the conventional fluorescent lamp, and the electricity charge and CO2 emission can be reduced significantly. Until the end of the service life, battery replacement of the beacon module 5 is not required at all, and the maintainability can be improved.

    Further, as shown in FIG. 1 and FIG. 2, since the indicator unit 8 is provided in the LED lamp 2 with built-in beacon, the installation owner incorporates any one beacon using a portable terminal 11BLE (Bluetooth Low Energy). Access to the LED lamp 2 for lighting 2 beacon module 5 through a specific authentication confirmation and change operation to beacon ID information according to the installation conditions, and the indicator part 8 which is normally turned off is blinking during the operation. It is possible to visually confirm and confirm the LED lamp 2 with the beacon built-in lighting to be changed, and to reliably prevent an error in the setting operation, and an outsider who does not have the access right can When an unauthorized access is made, an illegal beacon ID information change operation is received by the blinking indicator section 8. Can be provided in real time to the installer, and a safer system can be obtained. As shown in FIG. 9, the incandescent bulb type LED lamp 2 with built-in beacon is more various. It can be installed in the range, and the power consumption can be further reduced.

    As shown in FIG. 10, the beacon control method allows the beacon module (automatic control unit) to perform bidirectional wireless communication by BLE (Bluetooth Low Energy) by external power supply (A) (at least one of broadcast and multicast). (B), start the basic software (C), use two-way wireless communication, send position information and beacon ID information (D), and authenticate the access ID set in advance individually When an access is received (E), the mode is switched to a data rewrite mode (unicast) in which various data can be rewritten (F), the data rewriting software is activated (G), and various data can be rewritten. 8 flashes (H), and when access through access ID authentication is completed (J), Quit the data rewriting software (K), turn off the indicator 8 (L), automatically return to the basic mode (Broadcast and / or multicast) (B), and start the basic software (C) Because it is controlled to transmit (D) location information and beacon ID information using two-way wireless communication, it can prevent unauthorized access and unauthorized rewriting of data by others and is excellent. In addition to realizing high security, it can be done easily from installation to rewriting and setting various data without requiring specialized knowledge, so installation costs can be greatly reduced and power consumption can be greatly reduced. Therefore, maintenance and expenses can be significantly reduced.

    The beacon module is activated in a basic mode (at least one of broadcast and multicast) capable of bidirectional wireless communication by BLE (Bluetooth Low Energy) by supplying external power, activates the basic software, and uses bidirectional wireless communication Then, when the location information and the beacon ID information are transmitted and the access is received through the authentication of the access ID set individually in advance, the mode is switched to the data rewrite mode (unicast) in which various data can be rewritten only once. Start up the data rewriting software, enable rewriting of various data, and when the access through the first access ID authentication is completed, the access through the access ID authentication will be refused after that, and the data will be After rewriting is disabled, the basic mode (blowing automatically) The beacon control method for the beacon system, wherein the basic software is activated, the two-way wireless communication is used, and the location information and the beacon ID information are transmitted. If it is implemented, the installation owner or the user can control that the various data can be rewritten only once and the data is not rewritten after that. When the setting of various data is completed once at the start of use, the data cannot be rewritten again after that. By the end of the product life as an LED lamp, Unauthorized access is completely impossible, and it is possible to provide a beacon system with a beacon system and an LED lamp with a built-in beacon that is further improved in safety. By employing two-way radio communication by LE (Bluetooth Low Energy), much can be made with increased economic efficiency.

(Conclusion)
As described above, the beacon built-in illumination LED lamp and the beacon system using the beacon of the present invention can achieve the intended purpose uniformly by the novel configuration, and the beacon built-in illumination LED. The lamp is easy to manufacture and can be built into conventional lighting fixtures, whether existing or new, and eliminates the need for battery management for the beacon module until the LED unit reaches the end of its life. Compared to positioning system technology, the cost required for installation and maintenance can be greatly reduced, making it far more economical, and changing usage conditions such as renovation, relocation, and relocation Can be handled easily and flexibly, so we want to improve the service to our customers. In addition to the retail industry that has physical stores that you want to suppress, the event industry and public organizations that manage various facilities such as various exhibition halls and event venues, museums, libraries, etc. It is highly appreciated by ordinary people who are familiar with information gathering and who want to provide timely information and services on the go, and are expected to be widely used and disseminated.

1 Beacon system 2 LED lamp with built-in beacon 3 Lamp body
30 Same cap part
31 Same case heat sink
32 Same lighting cover
33 Same center line of the lamp body 4 LED unit
40 LED board 5 Beacon module
50 Same connector
51 Beacon area
52 Same fixed part α Same tilt angle 6 External power supply circuit 7 Caution display 8 Indicator 9 Fluorescent lamp (illumination lamp)
90 Same socket part
91 Same ballast
92 Commercial power supply S Store C Customer (A) Start supplying external power (B) Start in basic mode (C) Start basic software (D) Send location information (E) Check if access is via access ID authentication Judgment (F) Switch to data rewriting mode (G) Start of data rewriting software (H) Flashing of indicator section 8 (J) Judgment of access ID authenticated access end (K) Termination of data rewriting software (L) Indicator 8 is turned off

Claims (14)

The outer shape of the straight tube fluorescent lamp is set, the housing heat sink part made of hard material is provided on one side wall around the circumference, and the lighting cover part is provided on the other side wall around the opposite side of the circumference, and the conventional type is installed at both ends A straight tube lamp body of a single-sided power supply type with a base portion that can be incorporated in the socket portion and an external power supply circuit provided in only one of each of the base portions is provided. In addition, an external power supply is received through the one base part external power supply circuit, and the LED unit that emits light and an external power supply through the same base part external power supply circuit are operated so that bidirectional wireless communication is possible. a beacon module provided, the external power supply one of the base part provided with a circuit, and, in at least one of its neighboring place outside wall, a warning display unit which displays that the base part of the power connection is provided for That Is a and beacon internal lighting LED lamps, characterized in that the.     The outer shape of the straight tube fluorescent lamp is set, the housing heat sink part made of hard material is provided on one side wall around the circumference, and the lighting cover part is provided on the other side wall around the opposite side of the circumference, and the conventional type is installed at both ends. Provided with a base part that can be installed in the socket part, and a double-sided power supply type with each base part provided with an external power supply circuit, and provided with a straight tube type lamp body. External power is supplied through at least one of the power supply circuits, and the LED unit that emits light, and the external power supply through at least one of the external power supply circuits of each of the caps, enables bidirectional wireless communication. An LED lamp for beacon built-in illumination, comprising an operating beacon module. The beacon module is arranged so that at least a part thereof is disposed at a position close to the base portion of the lamp body or at any one of the base portions, and is inclined so as to be disposed outside the range of the illumination light diffusion direction of the LED unit. The beacon built-in illumination LED lamp according to any one of claims 1 and 2, wherein the LED cover has a posture inclined at an appropriate angle with respect to the illumination cover. At least one of the fixing parts for fixing the beacon module at any appropriate position of the base part corresponding to the outer periphery of the beacon module and the lamp body does not disturb the two-way wireless communication of the beacon module. The LED lamp for beacon built-in illumination according to any one of claims 1 to 3 , wherein the LED lamp is made of synthetic resin. Beacon module, the position information, while transmitting the beacon ID information, the signal strength of the radio wave, claims 1 to 4 any one becomes as possible two-way wireless communication to operate rewrite information advertising data and signaling interval LED lamp for beacon built-in illumination according to item. The beacon module transmits position information and beacon ID information by supplying external power, and at least one of broadcasting and multicasting by bidirectional wireless communication is made possible. It has an automatic control unit that can be controlled so that various data can be rewritten by unicast only when receiving access through authentication of an access ID set individually in advance using wireless communication The beacon built-in illumination LED lamp according to any one of claims 1 to 5 . The beacon module transmits position information and beacon ID information by supplying external power, and is started in a basic mode in which at least one of broadcast and multicast by bidirectional wireless communication is possible. Only when access is made through access ID authentication set individually in advance, the mode is switched to a data rewrite mode in which various data can be rewritten by unicast, and the access ID is authenticated. The beacon built-in illumination according to any one of claims 1 to 6 , further comprising an automatic control unit that controls to automatically return to a basic mode in which at least one of broadcast and multicast can be performed when access is completed. LED lamp. The beacon module transmits position information and beacon ID information by BLE (Bluetooth Low Energy : Bluetooth is a registered trademark ) and starts in a basic mode in which at least one of broadcast and multicast by bidirectional wireless communication is possible. A data rewriting mode in which various data can be rewritten by unicast only when access is made through authentication of an access ID set in advance using two-way wireless communication. switched to, the access through authentication of access ID is completed, and to have an automatic control unit for controlling so as to return automatically to broadcast and at least one basic mode capable of multicast, claims 1 7 Either The LED lamp for beacon built-in illumination according to one item. The indicator part for visual confirmation that the beacon module performs display operation of any one of blinking, lighting and extinguishing while starting the data rewriting mode using the two-way wireless communication is placed in an appropriate place inside or outside the lamp body. The LED lamp for beacon built-in illumination according to any one of claims 1 to 8 , wherein the LED lamp is provided to be exposed externally. The LED lamp for built-in beacon according to any one of claims 1 to 9 is incorporated into an installed illuminating lamp fixture having a conventional socket part so as to be exchangeable and connectable to external power to be in an operating state, An LED lamp-mounted beacon module sets a beacon area, and an information providing computer capable of wireless communication at a remote location is installed to enable bidirectional wireless communication with the beacon module. The information providing computer Beacon system with built-in beacon consisting of a combination of portable terminals that can be connected wirelessly. A plurality of LED lamps with built-in beacons according to any one of claims 1 to 9 are incorporated into a plurality of installed lighting lamp fixtures having a conventional socket part so as to be exchangeable, and external power The beacon modules equipped with LED lamps with built-in beacons for lighting are set to their respective beacon areas, and an information providing computer capable of wireless communication is installed at a suitable remote location. A beacon system comprising a combination of portable terminals capable of bidirectional wireless communication and wirelessly connectable to the information providing computer. Mobile terminal, whereas at least one of iOS and Android, desirably, as operating by receiving both operating systems, and the control of the application software, according to claim 1 0 or 1 1 either one according beacon system . The beacon module is activated in a basic mode (at least one of broadcast and multicast) capable of bidirectional wireless communication by supplying external power, activates basic software, uses bidirectional wireless communication, location information, beacon ID When information is transmitted and access is received through authentication of an access ID set in advance, the mode is switched to a data rewrite mode (unicast) in which various data can be rewritten, data rewriting software is started, When access through authentication of the access ID is completed, it is automatically returned to the basic mode broadcast and / or multicast), the basic software is activated, the two-way wireless communication is used, the location information, Claim to control to transmit beacon ID information To 9 any one claim of beacon internal illumination LED lamps, and, according to claim 1 0 to 1 2 any one beacon control method of a beacon system according. The beacon module is activated in a basic mode (at least one of broadcast and multicast) capable of two-way wireless communication using BLE (Bluetooth Low Energy : Bluetooth is a registered trademark ) by supplying external power, and activates the basic software. Data rewrite mode (unicast) that enables rewriting of various data when bi-directional wireless communication is used, location information, beacon ID information is transmitted, and access is received through authentication of an access ID set in advance. , Start the data rewriting software, make various data rewritable, and when access through access ID authentication is completed, automatically return to basic mode broadcast and / or multicast) and start the basic software And both sides Utilizing countercurrent wireless communication, location information, and shall be controlled to transmit a beacon ID information, claims 1 to 9 any one claim of beacon internal illumination LED lamps, and, according to claim 1 0 to 1 2 A beacon control method for a beacon system according to any one of the preceding claims.

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