JP2020144560A - Information provision device and information provision system - Google Patents

Abstract

To provide an information provision device and an information provision system contributing to provision of new service.SOLUTION: An information provision device comprises: IC tag detection means that performs information communication with an IC tag by an RFID and acquires, from the IC tag, IC tag information in which identification information stored in the IC tag and for identifying the IC tag is associated with a working language used by a person holding the IC tag; and control means that outputs content data corresponding the working language included in the IC tag information acquired by the IC tag detection means among pieces of content data that consist of one or more combinations selected among audio, a still image, and a moving image and are created for each working language.SELECTED DRAWING: Figure 4

Description

The present invention relates to an information providing device and an information providing system.

Conventionally, information providing devices and information providing systems using various sensors are known. For example, in a touch panel provided in an automated teller machine (ATM), a ticket vending machine, or the like, it is known that a motion sensor detects a person to switch the display content.
It is also known that digital signage is used and a plurality of motion sensors are used to detect a person by each motion sensor, and a moving image corresponding to the detected motion sensor is reproduced by digital signage.
In addition, by reading the QR code (registered trademark) displayed on the product description of the product display of the vending machine with a reader, detailed product information such as product name, raw material name, allergy specific raw material, nutrition component display, etc. can be displayed on the smartphone. Some are known to be confirmed by such as.
In addition, Patent Document 1 proposes a signage terminal and a signage system that change the content display to a display content that is easier for the viewer to understand according to the viewer attribute.

Japanese Unexamined Patent Publication No. 2014-52770

In recent years, as the number of foreign travelers and workers has increased, it is necessary to support multiple languages when providing various services to these persons using the above technologies. However, for example, in various facilities such as accommodation facilities and public transportation, information in several languages (Japanese, English, Chinese, Korean, etc.) is provided to varying degrees by providing information such as electric bulletin boards. The current situation is that the service is provided by displaying it on the device. In addition, it is difficult for an information providing device and an information providing system that provide a service by selecting a language by touch operation on a touch panel to receive the service if the operator does not support the language used. At the same time, it is troublesome to select a language on the operation screen. Therefore, it is desired to provide a service in which a foreigner can support the language used by the foreigner without suffering a linguistic disadvantage and does not have to worry about language selection.

An object of the present invention is to provide an information providing device and an information providing system that contribute to the provision of new services.

The invention of claim 1 is an information providing device having the following configuration.
Information communication by RFID is performed with the IC tag, and the information stored in the IC tag, which is the identification information for identifying the IC tag and the language used by the person who possesses the IC tag. IC tag detection means for acquiring IC tag information associated with the IC tag. Content data composed of one or more combinations selected from voice, still image, and moving image, and created for each language used. Among them, the control means for outputting the content data corresponding to the language used included in the IC tag information acquired by the IC tag detecting means.

The invention of claim 10 is
With the server device
An information providing device that is communicably connected to the server device via a communication network,
Information that is incorporated in the information providing device or attached to the information providing device, performs information communication with the IC tag by RFID, and is stored in the IC tag, and the IC tag is used. The IC tag detecting means for acquiring IC tag information in which the identification information to be identified and the language used, which is the language used by the person who possesses the IC tag, is associated with the IC tag is provided.
The information providing device is
It is composed of one or a plurality of combinations selected from voice, still image, and moving image, and is included in the IC tag information acquired by the IC tag detecting means among the content data created for each language used. It is an information providing system including a control means for acquiring and outputting content data corresponding to the language used from the server device.

According to the present invention, it is possible to provide an information providing device and an information providing system that contribute to the provision of new services.

It is a figure which shows an example of the structure of this invention. (A) It is a figure which shows an example of the information stored in the IC tag provided in this invention. (B) It is a figure which shows an example of the content data provided in this invention. It is a figure which shows an example of the processing flow of 1st Embodiment of this invention, (a) is a flow figure which registers IC tag information in IC tag, (b) is a flow figure which outputs content data to an information providing apparatus. .. Both (a) and (b) are diagrams showing an example of the first embodiment of the present invention. It is a figure which shows an example of the processing flow of the 2nd Embodiment of this invention. It is a figure which shows an example of the 2nd Embodiment of this invention. It is a figure which shows another example of the 2nd Embodiment of this invention. It is a figure which shows an example of the 3rd Embodiment of this invention. It is a figure which shows an example of the processing flow of 4th Embodiment of this invention. It is a figure which shows an example of the 4th Embodiment of this invention. It is a figure which shows an example of the 5th Embodiment of this invention. It is a figure which shows an example of the 6th Embodiment of this invention.

Hereinafter, an example of the embodiment of the present invention will be described with reference to the accompanying drawings.

[First Embodiment]
The information providing device 1A of the present embodiment is, for example, a device used as a digital signage installed at a predetermined location of a facility that provides various services. Among the configurations shown in FIG. 1, the IC tag detecting means 3 and information It includes a transmission / reception means 8, a control means 9, a storage means 10, and a content data output means 11.

In the present embodiment, the RFID receiving device having a reader / writer function is used as the IC tag detecting means 3, and the IC tag detecting means 3 performs wireless communication by RFID with the IC tag 2. As the communication method with the IC tag 2, an active method or a passive method can be adopted. The communication distance can be set to ~ several m by any method. The IC tag detecting means 3 is incorporated in the information providing device 1A or attached to the information providing device 1A depending on the installation mode of the information providing device 1A.

As shown in FIG. 2A, the IC tag 2 includes identification information (tag ID) for identifying the IC tag 2, a language used by a person who possesses the IC tag 2, and a language used. IC tag information 17 associated with the language identification code to be identified is stored. The IC tag information 17 is created, for example, as follows.

-The IC tag 2 is set in the reader / writer (not shown), and the language used and / or the language identification code is selected and input using the terminal for inputting IC tag information (not shown) provided in the facility. It is associated with the tag ID of the IC tag 2.
-The IC tag 2 is set in the first reader / writer (not shown), and an article (IC passport, IC cash card, etc.) equipped with an IC chip owned by the user who receives the service is placed in the second reader / writer. (Not shown), the language used and / or the language identification code is read from the IC chip of the article, and associated with the tag ID of the IC tag 2.

The IC tag detecting means 3 performs wireless communication with the IC tag 2 by RFID and acquires the IC tag information 17.

The information transmission / reception means 8 transmits / receives information to / from the IC tag detection means 3.

The storage means 10 is an external storage device such as a hard disk drive, and as shown in FIG. 2B, is composed of one or a plurality of combinations selected from audio, still images, and moving images, and is created for each language used. The content data 18 that has been created is stored. The content of the content related to the content data 18 includes announcements of facilities that provide various services, floor guidance, events held in the facility, misplacement of IC tag 2, and troubles that occur in people who have IC tag 2. Alerts, etc. that notify the user are created with audio data, image data, and video data. As the mode in which the content data 18 is stored, a mode in which distribution is received from the server device 6 described later and a mode in which a non-volatile semiconductor memory is connected to the information providing device 1A via a predetermined interface to hold the data are adopted. can do.

The content data output means 11 is a data output device / device such as a display or a speaker. Output devices / devices such as the display, the speaker, and the like are properly used according to the attributes of the content data 18 shown in FIG. 2 (b).

The control means 9 is a control device composed of a CPU, RAM, ROM, and the like, and includes a content data output control unit 9a. The content data output control unit 9a is included in the IC tag information 17 acquired by the IC tag detection means 3 by the CPU executing a control program for processing operations of the above means stored in the ROM. The content data 18 corresponding to the language is extracted from the storage means 10 and controlled to be output to the content data output means 11.

In addition to the above aspects, the information providing device 1A and the service according to the present embodiment are provided via a communication network 7 such as an Internet communication network, a wireless communication network defined by a wireless communication standard, and a wired communication network defined by a wired communication standard. The information providing system 16A may be constructed by connecting to the server device 6 installed by the provider. In this case, the storage means 10 can be provided in the server device 6, and the content data 18 can be periodically distributed from the server device 6 to the information providing device 1A.

[Processing flow of the first embodiment]
With reference to FIGS. 3 and 4, as an example, a processing flow for outputting content data corresponding to a language used by a foreigner to a digital signage installed in an accommodation facility will be described. In the example of FIG. 4, a digital signage corresponding to the information providing device 1A is installed at the front of the accommodation facility. Further, an RFID receiving device corresponding to the IC tag detecting means 3 is attached to the information providing device 1A such as the ceiling. As described above, the IC tag detecting means 3 may be incorporated in the information providing device 1A.

1. 1. IC tag information registration process (S101) At the front desk of the accommodation facility, an employee sets an IC tag 2 having a predetermined shape in a first reader / writer (not shown).

(S102) Receiving reservation information and a passport from a foreigner who is a guest, confirming the nationality of the language identification code, and inputting the language identification code, for example, "US" into the accommodation facility terminal (not shown).
Alternatively, the passport in which the IC chip is embedded is accepted, and the guest information including the language identification code is read from the passport by a second reader / writer (not shown).
In addition, the guest may operate the accommodation facility terminal to input and select his / her own language and the language identification code.

(S103) From the language identification code of the guest information read by the second reader / writer, the language used by the guest is determined to be, for example, "English".

(S104) The language used and the language identification code input from the accommodation facility terminal, selected, or read by the second reader / writer are transmitted to the first reader / writer, and the first reader / writer The language to be used and the language identification code are registered in the IC tag 2 by wireless communication between the IC tag 2 and the IC tag 2.

(S105) After the registration is completed, the IC tag 2 is handed to the guest together with the guest room key.

2. 2. In the processing (S106) information providing device 1A for outputting the content data to the digital signage, as shown in FIG. 4A, the Japanese content data 18 for the floor guidance of the accommodation facility composed of still images is provided. As a default, it is displayed on the liquid crystal display which is the content data output means 11.

(S107) The IC tag detecting means 3 is in a standby state capable of detecting the IC tag 2. Therefore, when the IC tag detecting means 3 does not detect the IC tag 2 (S107: N), the content data output control unit 9a maintains the display of the Japanese content data 18.

(S108) When the IC tag detecting means 3 detects the IC tag 2 (S107: Y), the IC tag detecting means 3 performs wireless communication with the IC tag 2 by RFID to acquire the IC tag information 17. ..

(S109) The content data output control unit 9a corresponds to the language used "English" included in the IC tag information 17 acquired by the IC tag detecting means 3, and is English content about the floor guidance of the accommodation facility. A process of extracting the data 18 from the storage means 10 is performed.

(S110) The extracted English content data 18 is displayed on the liquid crystal display as shown in FIG. 4 (b).

In this way, the information providing device and the information providing system of the first embodiment acquire information about the language used by the foreigner by wireless communication between the IC tag and the RFID receiving device, and the content corresponding to the acquired language is used. Output data. That is, the information providing device installed in various facilities or the built information providing system provides the content corresponding to the language used by the person who possesses the IC tag by the person (foreigner) who possesses the IC tag. Since the content is switched from the content in one language and output without the hassle of selecting the language to be used, it is possible to provide a service corresponding to multiple languages, and it is expected that the customer satisfaction of foreigners will be improved.

[Second Embodiment]
The information providing device 1B of the present embodiment is, for example, a device used as a digital signage installed at a predetermined location of a facility that provides various services. Among the configurations shown in FIG. 1, the IC tag detecting means 3 and a person It includes a detection means 4, an information transmission / reception means 8, a control means 9, a storage means 10, and a content data output means 11. The same reference numerals are given to the configurations common to those of the first embodiment, and the description thereof will be omitted.

In the present embodiment, the person detecting means 4 can use various conventionally known motion sensors such as a heat sensor, a photoelectric sensor, and an ultrasonic sensor. The communication distance of the person detecting means 4 is shorter than the communication distance of the IC tag detecting means 3. The person detecting means 4 is incorporated in the information providing device 1B or attached to the information providing device 1B depending on the installation mode of the information providing device 1B. Alternatively, the IC tag detecting means 3 is provided with the detection function of the person detecting means 4, or is attached to the IC tag detecting means 3.

The information transmission / reception means 8 transmits / receives information to / from the person detection means 4.

The content data output control unit 9a performs a process of confirming whether the IC tag detecting means 3 has detected the IC tag 2 and whether the person detecting means 4 has detected a person, and the IC tag detecting means 3 has the IC tag. When 2 is detected and the person detecting means 4 detects a person, the language used included in the IC tag information 17 acquired by the IC tag detecting means 3 corresponding to the person detecting means 4 that has detected the person. The content data 18 corresponding to is extracted from the storage means 10, and is controlled to be output to the content data output means 11 corresponding to the person detecting means 4 that has detected the person.

This process is performed in order to prevent malfunction due to the plurality of IC tag detecting means 3 detecting the IC tags 2 in duplicate. For example, as shown in FIG. 6, the information providing devices 1B ₁ and 1B ₂ are installed at predetermined locations on the first floor and the second floor of a certain facility, and the IC tag detecting means 3 having the detecting function of the person detecting means 4 is provided. Is attached to the information providing devices 1B ₁ and 1B ₂ , respectively, and the detection range 19B (the range of up to several meters described above) of the IC tag detecting means 3 installed on the second floor may extend to the first floor. Therefore, the IC tag detecting means 3 installed on the second floor can detect the IC tag 2 on the first floor, and the content data 18 can be output to the information providing device 1B ₂ installed on the second floor.
Therefore, in the present embodiment, when the content data output control unit 9a detects the IC tag 2 by the IC tag detecting means 3 and the person detecting means 4 detects the person, the person detecting means that detects the person. Content data 18 corresponding to the language used included in the IC tag information 17 acquired by the IC tag detecting means 3 on the first floor of the installation location of 4 is used on the first floor of the installation location of the person detecting means 4 that detects the person. The above-mentioned malfunction is prevented by controlling the content data output means 11 of the information providing device 1B ₁ in the above.

In addition to the above aspects, the information providing system 16B may be constructed by connecting the information providing device 1B and the server device 6 installed by the business operator providing the service according to the present embodiment via the communication network 7. In this case, the storage means 10 can be provided in the server device 6, and the content data 18 can be periodically distributed from the server device 6 to the information providing device 1B.

[Processing flow of the second embodiment]
With reference to FIGS. 5 and 7, as an example, a processing flow for outputting content data corresponding to a language used by a user (foreigner) to an ATM installed in a financial institution such as a bank will be described. In the example of FIG. 7, two ATMs corresponding to the information providing devices 1B ₁ and 1B ₂ are installed close to each other through a partition. Further, RFID receiving devices corresponding to the IC tag detecting means 3 are attached to two ATMs such as the ceiling. In addition, a motion sensor corresponding to the person detecting means 4 is incorporated in each of the two ATMs. Two ATMs and a motion sensor are installed within the detection range 19 of the IC tag detecting means 3.

For the registration process of IC tag information, the language used and the language identification code are registered in the cash card containing the IC chip owned by the user by referring to the processing flow of S101 to S105 in FIG. 3A. Therefore, the description is omitted.

(S201) In the information providing devices 1B ₁ and 1B ₂ , as shown in FIG. 7, Japanese content data 18 “Please touch the screen” for screen guidance composed of still images is output as default content data. It is displayed on the liquid crystal display which is the means 11.

(S202) The IC tag detecting means 3 is in a standby state capable of detecting the IC tag 2. Therefore, when the IC tag detecting means 3 does not detect the IC tag 2 (S202: N), each content data output control unit 9a of the information providing devices 1B ₁ and 1B ₂ maintains the display of the Japanese content data 18. ..
In FIG. 7, when the IC tag detecting means 3 detects the IC tag 2 on the information providing device 1B ₁ side (S202: Y), each content data output control unit 9a of the information providing devices 1B ₁ and 1B ₂ is an IC tag. After confirming that the detection means 3 has detected the IC tag 2, the process proceeds to the detection confirmation process of the person in the next process.

(S203) The person detecting means 4 and 4 are in a standby state capable of detecting a person. 7, the content data output control unit 9a of the information providing apparatus 1B ₂ is an IC tag detecting unit 3 is confirmed to have detected the IC tag 2, wherein the utilization information providing apparatus 1B ₂ person detecting means 4 Since no person has been detected (S203: N), in this case, the content data output control unit 9a of the information providing device 1B ₂ maintains the display of the Japanese content data 18 “Please touch the screen”.
When a person who does not own the IC tag 2 is detected, the IC tag detecting means 3 does not detect the IC tag 2, so that the content data output control units 9a of the information providing devices 1B ₁ and 1B ₂ The display of the Japanese content data 18 is maintained. Alternatively, the display is switched to the Japanese menu screen by detecting the motion sensor as in the past.

(S204) In FIG. 7, since the person detecting means 4 of the information providing device 1B ₁ detects the user (S203: Y), in this case, the content data output control unit 9a of the information providing device 1B ₁ is After confirming that the person detecting means 4 has detected the user, the IC tag detecting means 3 performs wireless communication with the IC tag 2 by RFID to acquire the IC tag information 17.

(S205) The content data output control unit 9a of the information providing device 1B ₁ corresponds to the language used, for example, "English" included in the IC tag information 17 acquired by the IC tag detecting means 3, of the ATM. The process of extracting the English content data 18 “Please touch the screen” for the screen guidance from the storage means 10 is performed.

(S206) The extracted English content data 18 is displayed on the liquid crystal display of the information providing device 1B ₁ as shown in FIG. 7.

In this way, the information providing device and the information providing system of the second embodiment also acquire information about the language used by the foreigner by wireless communication between the IC tag and the RFID receiving device, as in the first embodiment. Output the content data corresponding to the acquired language. That is, the information providing device installed in various facilities or the built information providing system provides the content corresponding to the language used by the person who possesses the IC tag by the person (foreigner) who possesses the IC tag. Since the content is switched from the content in one language and output without the hassle of selecting the language to be used, it is possible to provide a service corresponding to multiple languages, and it is expected that the customer satisfaction of foreigners will be improved.

[Third Embodiment]
The information providing device 1C of the present embodiment is, for example, a device used for a security system constructed in a facility that provides various services, and among the configurations shown in FIG. 1, the IC tag detecting means 3 and the person detecting means 4 The information transmission / reception means 8, the control means 9, the storage means 10, the content data output means 11, the timekeeping means 12, and the abnormality notification means 13 are provided. The same reference numerals are given to the configurations common to the first embodiment and the second embodiment, and the description thereof will be omitted.

In the present embodiment, the content data 18 is associated with an output condition for outputting the content data 18 when a predetermined information communication time between the IC tag 2 and the IC tag detecting means 3 has elapsed. For example, as shown in FIG. 2B, an output condition such as outputting the content data 18 when the IC tag detecting means 3 continuously detects the IC tag 2 for 0 minutes is associated with the content data 18 of each language used. Has been done.
Further, in the present embodiment, the content data 18 is associated with an output condition for outputting the content data 18 when a predetermined time has elapsed after the IC tag 2 is detected for the first time. For example, as shown in FIG. 2B, an output condition such that the IC tag detecting means 3 outputs the content data 18 when 0 minutes have passed after the first detection of the IC tag 2 is associated with the content data 18 of each language used. Has been done.

The timekeeping means 12 measures the time of information communication between the IC tag 2 and the IC tag detecting means 3 or the time after the IC tag 2 is detected for the first time. For example, it is performed by the control means 9 executing the timekeeping processing control program stored in the ROM.

The content data output control unit 9a corresponds to the output condition when the person detecting means 4 finishes detecting the person and the timing means 12 measures the information communication time defined as the output condition. , The content data 18 corresponding to the language used included in the IC tag information 17 acquired by the IC tag detecting means 3 is extracted from the storage means 10 and controlled to be output to the content data output means 11.
Further, when the time measuring means 12 measures the time after the first detection of the IC tag 2 defined as the output condition, the content data output control unit 9a corresponds to the output condition and sets the IC tag 2 to 2. Content data 18 corresponding to the language used included in the IC tag information 17 acquired by the IC tag detecting means 3 detected after the first time is extracted from the storage means 10 and output to the content data output means 11. Control.

The abnormality notification means 13 notifies an external terminal of an abnormality when the time measuring means 12 measures the information communication time beyond the time defined as the output condition. In the present embodiment, the information providing device 1C and the external terminal 5 which is a terminal on the facility side constituting the security system are connected via an in-facility network such as a wired communication network or a wireless communication network, and an abnormality notification means. 13 transmits predetermined information indicating an abnormality to the external terminal 5. Predetermined information indicating this abnormality includes identification information of the IC tag 2, information on the IC tag detecting means 3 that has detected the IC tag 2, information on identification of devices / devices, installation position information, and the like.

By processing by the timekeeping means 12 and the abnormality notification means 13, it is possible to deal with misplacement of the IC tag 2, troubles occurring in a person who possesses or owns the IC tag 2, and the like.
For example, as shown in FIG. 8, when the guest misplaces the key of the guest room to which the IC tag 2 is attached in the detection range 19 of the IC tag detecting means 3, the person detecting means 4 stays in the accommodation facility. When the customer detection is completed and the time measuring means 12 measures the information communication time exceeding, for example, 5 minutes, the content data output control unit 9a corresponds to the output condition "IC tag is continuously detected for 5 minutes". , Content data 18 such as video, voice, etc. that alerts the misplacement of the IC tag corresponding to the language used included in the IC tag information 17 acquired by the IC tag detecting means 3 is extracted from the storage means 10. It is controlled to output to the content data output means 11 (digital signage, speaker, etc.). Further, the control means 9 controls the abnormality notification means 13 so as to transmit predetermined information indicating an abnormality to the external terminal 5. On the security system side, various information (guest information, etc.) associated with the identification information of the IC tag 2 is managed. By confirming the abnormality notification received from the information providing device 1C by the external terminal 5, the employee or the like of the accommodation facility can deal with the misplacement of the IC tag 2.
Further, for example, in the bathhouse of the accommodation facility, when the guest leaves the key of the guest room to which the IC tag 2 is attached in the detection range 19 (for example, the dressing room) of the IC tag detecting means 3, the person is detected. When the means 4 finishes the detection of the guest and the time measuring means 12 measures the information communication time exceeding, for example, 60 minutes, the content data output control unit 9a determines the output condition "IC tag continuously for 60 minutes. Content data 18 by video, voice, etc. that alerts the occurrence of trouble, which corresponds to "detection" and corresponds to the language used included in the IC tag information 17 acquired by the IC tag detecting means 3, is stored from the storage means 10. It is controlled to be extracted and output to the content data output means 11 (digital signage, speaker, etc.). Further, the control means 9 controls the abnormality notification means 13 to transmit predetermined information indicating an abnormality to the external terminal 5. By confirming the notification of the abnormality received from the information providing device 1C by the external terminal 5, the employee or the like of the accommodation facility can deal with the trouble (such as being overwhelmed in the bathtub) occurring in the guest. It will be possible.

Further, for example, in a facility such as an event, when a user holding a ticket having the function of the IC tag 2 remains in the facility 10 minutes before the closing of the facility, the timing means 12 is, for example, the first time. When 110 minutes are measured after the IC tag detection (detection at the time of entry), the content data output control unit 9a of the information providing device 1C at the place where the IC tag 2 is detected for the second time or later in the facility determines the output condition "IC tag". Corresponds to "110 minutes have passed since the first detection", and alerts the closing time corresponding to the language used included in the IC tag information 17 acquired by the IC tag detecting means 3 that detects the IC tag 2 from the second time onward. Content data 18 based on moving images, sounds, etc. is extracted from the storage means 10 and controlled to be output to the content data output means 11 (digital signage, speaker, etc.). It should be noted that this embodiment can be applied to the second embodiment to prevent malfunction due to multiple IC tag detecting means 3 detecting the IC tag 2 in duplicate.

In addition to the above aspects, the information providing device 1C may be connected to the server device 6 installed by the business operator providing the service according to the present embodiment via the communication network 7 to construct the information providing system 16C. In this case, the server device 6 may be provided with the timekeeping means 12 and the abnormality notification means 13, and the server device 6 may perform the processing of the timekeeping means 12 and the abnormality notification means 13.

In this way, the information providing device and the information providing system of the third embodiment also acquire information about the language used by the foreigner by wireless communication between the IC tag and the RFID receiving device, as in the first embodiment. Output the content data corresponding to the acquired language. That is, the information providing device installed in various facilities or the built information providing system provides the content corresponding to the language used by the person who possesses the IC tag by the person (foreigner) who possesses the IC tag. Since the content is switched from the content in one language and output without the hassle of selecting the language to be used, it is possible to provide a service corresponding to multiple languages, and it is expected that the customer satisfaction of foreigners will be improved. Further, in the present embodiment, when the communication time of wireless communication between the IC tag and the RFID receiving device exceeds a predetermined time, an abnormality is notified to the external terminal. Therefore, it is possible to provide new services related to crisis management to businesses that operate various facilities.

[Fourth Embodiment]
The information providing device 1D of the present embodiment is, for example, a device used as a digital signage installed at a predetermined location of a facility that provides various services. Among the configurations shown in FIG. 1, the IC tag detecting means 3 and information It includes a transmission / reception means 8, a control means 9, a storage means 10, and a content data output means 11. The same reference numerals are given to the configurations common to those of the first embodiment, and the description thereof will be omitted.

In the present embodiment, in addition to the content data 18 described with reference to FIG. 2, the storage means 10 stores advance notice data for notifying the output of the content data 18. The content of the advance notice data can be, for example, the timing of outputting the content data 18 (displayed in English after XX seconds) or the like. Further, the advance notice data may be created for each language used or in a single language used (for example, English) in association with each content data 18.

In the content data output control unit 9a, when the IC tag detecting means 3 acquires the IC tag information 17 from each of the plurality of IC tags 2, the IC tag detecting means 3 acquires the IC tag information 17 in the nth (n is a natural number) th. Content corresponding to the language used included in the IC tag information acquired by the IC tag detecting means 3 at the n + 1th position during output of the content data 18 corresponding to the language used. The notice data for notifying the output of the data 18 is acquired from the storage means 10 and controlled to be output to the content data output means 11.
For example, when the IC tag detecting means 3 acquires the IC tag information 17 in the order of the IC tag 2A, the IC tag 2B, and the IC tag 2C, the content data output control unit 9a determines the content related to the IC tag information 17 of the IC tag 2A. The data 18 is output to the content data output means 11, and the notice data for notifying the output of the content data 18 related to the IC tag information 17 of the IC tag 2B is output to the content data output means 11.
According to the timing of outputting the content data 18 related to the IC tag information 17 of the IC tag 2B shown in the notice data, the content data output control unit 9a displays the content data 18 related to the IC tag information 17 of the IC tag 2B. In addition to outputting to the data output means 11, the notice data for notifying the output of the content data 18 related to the IC tag information 17 of the IC tag 2C is output to the content data output means 11.
According to the timing of outputting the content data 18 related to the IC tag information 17 of the IC tag 2C indicated by the notice data, the content data output control unit 9a displays the content data 18 related to the IC tag information 17 of the IC tag 2C. It is output to the data output means 11.

In addition to the above aspects, the information providing system 16D may be constructed by connecting the information providing device 1D and the server device 6 installed by the business operator providing the service according to the present embodiment via the communication network 7. In this case, the storage means 10 can be provided in the server device 6, and the content data 18 and the notice data can be periodically distributed from the server device 6 to the information providing device 1D.

Further, this embodiment can be applied to the second embodiment to prevent malfunction due to multiple IC tag detecting means 3 detecting duplicate IC tags 2.

[Processing flow of the fourth embodiment]
As an example, a processing flow for outputting content data corresponding to a language used by a foreigner to a route guidance display device installed in a station yard of public transportation will be described with reference to FIGS. 9 and 10. In the example of FIG. 10, a route guidance display device corresponding to the information providing device 1D is installed at a predetermined location in the station yard. Further, an RFID receiving device corresponding to the IC tag detecting means 3 is attached to a route guidance display device such as a ceiling. As described above, the IC tag detecting means 3 may be incorporated in the information providing device 1D.

Regarding the registration process of IC tag information, the language used and the language identification code are registered in the transportation IC card owned by the user by referring to the processing flow of S101 to S105 in FIG. 3A. Is omitted.

(S401) In the information providing device 1D, Japanese content data 18 for route guidance composed of still images is displayed on a liquid crystal display which is a content data output means 11 by default.

(S402) The IC tag detecting means 3 is in a standby state capable of detecting the IC tag 2. Therefore, when the IC tag detecting means 3 does not detect the IC tag 2 (S402: N), the content data output control unit 9a maintains the display of the Japanese content data 18.

(S403) When the IC tag detecting means 3 detects the IC tag 2A (S402: Y), the IC tag detecting means 3 performs wireless communication with the IC tag 2A by RFID to acquire the IC tag information 17. ..

(S404) The content data output control unit 9a corresponds to the language used, for example, "English" included in the IC tag information 17 acquired by the IC tag detecting means 3, and is the English content data about the route guidance. A process of extracting 18 from the storage means 10 is performed.

(S405) The extracted English content data 18 is displayed on the liquid crystal display as shown in FIG.

(S406) In parallel with S402, the IC tag detecting means 3 is in a standby state capable of detecting another IC tag 2.

(S407) When the IC tag detecting means 3 detects the IC tag 2B following the IC tag 2A (S406: Y), the IC tag detecting means 3 performs wireless communication with the IC tag 2B by RFID and performs the IC tag. Acquire information 17.

(S408) When the IC tag detecting means 3 does not detect another IC tag 2 (S406: N), the content data output control unit 9a is after a certain period of time has elapsed from the output of the English content data 18 related to the IC tag 2A (S406: N). For example, after 10 seconds), the Japanese content data 18 is controlled to be displayed on the liquid crystal display.

(S409) The content data output control unit 9a corresponds to the language used, for example, "Spanish" included in the IC tag information 17 of the IC tag 2B acquired by the IC tag detecting means 3, regarding the route guidance. The Spanish content data 18 is extracted from the storage means 10.

(S410) The content data output control unit 9a is displaying the English content data 18 related to the IC tag information 17 of the IC tag 2A on the liquid crystal display, and the content data 18 in Spanish related to the IC tag information 17 of the IC tag 2B. The English notice data 21 for notifying the output of the data is acquired from the storage means 10, and is controlled to be displayed on the liquid crystal display as shown in FIG.

(S411) According to the timing of outputting the Spanish content data 18 related to the IC tag information 17 of the IC tag 2B shown in the notice data 21, the content data output control unit 9a sends the IC tag information 17 of the IC tag 2B. The content data 18 in Spanish related to the above is controlled to be displayed on the liquid crystal display.

In this way, the information providing device and the information providing system of the fourth embodiment also acquire information about the language used by the foreigner by wireless communication between the IC tag and the RFID receiving device, as in the first embodiment. Output the content data corresponding to the acquired language. That is, the information providing device installed in various facilities or the built information providing system provides the content corresponding to the language used by the person who possesses the IC tag by the person (foreigner) who possesses the IC tag. Since the content is switched from the content in one language and output without the hassle of selecting the language to be used, it is possible to provide a service corresponding to multiple languages, and it is expected that the customer satisfaction of foreigners will be improved. In addition, since the timing of outputting the content corresponding to the language used by oneself is notified to a plurality of foreigners, it is possible to provide a service that is easier for foreigners to use.

[Fifth Embodiment]
The information providing device 1E of the present embodiment is, for example, a device used as a digital signage installed at a predetermined location of a facility that provides various services. Among the configurations shown in FIG. 1, the IC tag detecting means 3 and information It includes a transmission / reception means 8, a control means 9, a storage means 10, a content data output means 11, and a route log creation means 14. The same reference numerals are given to the configurations common to those of the first embodiment, and the description thereof will be omitted.

In the present embodiment, as shown in FIG. 11 as an example, digital signage corresponding to the information providing devices 1E ₁ , 1E ₂ , and 1E ₃ are installed at predetermined locations of the accommodation facility, respectively. Further, the information providing device 1E of the present embodiment includes a plurality of IC tag detecting means 3. For example, as shown in FIG. 11, IC tag detecting means 3A and 3B are installed between the front and guest rooms of the accommodation facility, and IC tag detecting means 3A, 3C and 3D are installed between the front and the open-air bath, and the front and dining room are installed. IC tag detecting means 3A, 3E, 3F are installed between them, and IC tag detecting means 3A, 3G are installed between the front and the amusement park.

In the present embodiment, in addition to the content data 18 described with reference to FIG. 2, the storage means 10 stores the content data 18 corresponding to the route log created by the route log creating means 14 described later.
For example, as shown in FIG. 11, in the accommodation facility, the destination information suitable for the route log to the guest room after the check-in at the front desk is added to the guidance information of each facility of the accommodation facility which is the content data 18 ( Guidance information (highlighted in Fig. 11) with destination information and destination information suitable for the route log from the open-air bath to the guest room (highlighted multiple destination candidates) (lower right in Fig. 11), Etc. are remembered. The content data 18 corresponding to the route log is created for each language used or in a single language used (for example, English) by associating each content data 18 with the above-mentioned additional elements based on the route log.

The route log creating means 14 creates the acquisition order of the IC tag information 17 by the plurality of IC tag detecting means 3 as a route log.
For example, in FIG. 11, when a guest completes check-in at the front desk of an accommodation facility and heads for a guest room, the IC tag detecting means 3A and 3B detect the IC tag 2 and acquire the IC tag information 17. At this time, the route log creating means 14 creates the order of the IC tag detecting means 3A and 3B that have detected the IC tag 2 from the identification information of the IC tag detecting means 3A and 3B as a route log.
Further, for example, when the guest heads for the open-air bath from the guest room, the IC tag detecting means 3B, 3C, and 3D detect the IC tag 2 and acquire the IC tag information 17. At this time, the route log creating means 14 creates the order of the IC tag detecting means 3B, 3C, and 3D in which the IC tag 2 is detected from the identification information of the IC tag detecting means 3B, 3C, and 3D as a route log.

The content data output control unit 9a controls the content data 18 corresponding to the route log to be extracted from the storage means 10 and output to the content data output means 11 according to the created route log.
For example, in FIG. 11, when the guest completes check-in at the front desk of the accommodation facility and heads for the guest room, the IC tag detecting means 3A detects the IC tag 2 and acquires the IC tag information 17. At this time, the route log creating means 14 creates the installation location of the IC tag detecting means A that has detected the IC tag 2 from the identification information of the IC tag detecting means 3A as a route log. The content data output control unit 9a emphasizes the destination to the guest room, which is an additional element based on the route log, in the content data 18 corresponding to the created route log, that is, the guidance information of each facility of the accommodation facility. It acquires content data 18 that is displayed from the storage unit 10, and outputs the contents data output means 11 of the information providing apparatus 1E _1.
Further, for example, in FIG. 11, when the guest heads from the guest room to the open-air bath and heads from the open-air bath to the guest room, the IC tag 2 is detected in the order of the IC tag detecting means 3B, 3C, 3D, and 3C, and the IC tag information 17 To get. At this time, the route log creating means 14 creates a route log in the order of the IC tag detecting means 3B, 3C, 3D, 3C that detects the IC tag 2 from the identification information of the IC tag detecting means 3B, 3C, and 3D. The content data output control unit 9a highlights a plurality of destination candidates, which are additional elements based on the route log, in the content data 18 corresponding to the created route log, that is, the guidance information of each facility of the accommodation facility. The obtained content data 18 is acquired from the storage means 10 and output to the content data output means 11 of the information providing device 1E ₂ .

The content data output control unit 9a recognizes the output pattern of the content data 18 from a large number of past route logs created by the route log creating means 14 by artificial intelligence (AI), estimates the destination, and converts it into the route log. It is also possible to control the corresponding content data 18 to be output to the content data output means 11.
For example, in FIG. 11, when a guest heads from a guest room to an open-air bath and heads from an open-air bath to a guest room, instead of outputting content data 18 highlighting a plurality of destination candidates in the guidance information of each facility of the accommodation facility described above. In addition, the destination is estimated from the output pattern of the content data 18 based on a large number of past route logs created by the route log creating means 14, and only other equipment (for example, an esthetic salon, a banquet hall, etc.) not shown is used. The content data output control unit 9a can control the display with priority.

In addition to the above aspects, the information providing system 16E may be constructed by connecting the information providing device 1E and the server device 6 installed by the business operator providing the service according to the present embodiment via the communication network 7. In this case, the storage means 10 is provided in the server device 6, the content data 18 corresponding to the route log is periodically distributed from the server device 6 to the information providing device 1E, and the route log creating means 14 is provided in the server device 6. It is also possible to have the server device 6 perform the processing of the route log creating means 14.

Further, this embodiment can be applied to the second embodiment to prevent malfunction due to multiple IC tag detecting means 3 detecting IC tags 2 in duplicate.

In this way, the information providing device and the information providing system of the fifth embodiment acquire information about the language used by the foreigner by wireless communication between the IC tag and the RFID receiving device, and create and acquire the route log. Outputs content data corresponding to the language used and route log. That is, as in the first embodiment, the information providing device installed in various facilities or the information providing system constructed provides the content corresponding to the language used by the person who possesses the IC tag. (Foreigners) Since the content is switched from the content in one language and output without the hassle of having to select the language to be used by oneself, it is possible to provide services corresponding to multiple languages and satisfy foreign customers. It can be expected to improve the degree.

[Sixth Embodiment]
The information providing device 1F of the present embodiment is, for example, a facility that provides various services and is used as a digital signage installed at a predetermined place such as a gate that manages entrance, and has the configuration shown in FIG. Among them, the IC tag detecting means 3, the person detecting means 4, the information transmitting / receiving means 8, the control means 9, the storage means 10, and the content data output means 11 are provided. The same reference numerals are given to the configurations common to the first embodiment and the second embodiment, and the description thereof will be omitted.

In the present embodiment, as shown in FIG. 12, as an example, digital signage corresponding to the information providing devices 1F ₁ and 1F ₂ is installed at the entrance gate of the venue where the event is held, respectively. In addition, RFID receiving devices corresponding to the IC tag detecting means 3A and 3B are attached to each digital signage such as the ceiling. Further, a motion sensor corresponding to the person detecting means 4 is attached to two digital signage such as a ceiling.

Regarding the registration process of the IC tag information 17, the language used and the language identification code are registered in the ticket in which the IC chip owned by the user is incorporated by referring to the processing flow of S101 to S105 in FIG. 3A. Therefore, the description will be omitted.

In the present embodiment, in addition to the content data 18 described with reference to FIG. 2, the storage means 10 stores the content data 18 corresponding to the position of the person detected by the person detecting means 4.
For example, as shown in FIG. 12, the content data 18 “please wait” corresponding to the detection distance of the person detecting means 4 within 3 m, and the content data 18 “please wait” corresponding to the person detecting means 4 exceeding the detection distance of 3 m and within 6 m. Content data 18 such as "Please proceed" is stored. The content data 18 corresponding to the position of the person detected by the person detecting means 4 associates the detection distance of the person detecting means 4 with each content data 18 according to the language used or in a single language used (for example, English). Will be created.

When the person detecting means 4 detects the person, the content data output control unit 9a corresponds to the detection position of the person and corresponds to the language used included in the IC tag information 17 acquired by the IC tag detecting means 3. The content data 18 is extracted from the storage means 10 and controlled to be output to the content data output means 11.
For example, in FIG. 12, when the user is detected within 6 m beyond the detection distance of the person detection means 4, the IC tag detection means 3B receives the IC tag information from the IC tag 2 (ticket in which the IC chip is incorporated). Get 17. The content data output control unit 9a displays the content data 18 “Please proceed” corresponding to the detection distance of the person detecting means 4 within 6 m beyond the detection distance 3 m on the liquid crystal display which is the content data output means 11.
Subsequently, in FIG. 12, when the user is detected within a detection distance of 3 m by the person detecting means 4, the IC tag detecting means 3A acquires the IC tag information 17 from the IC tag 2. The content data output control unit 9a displays the content data 18 “please wait” corresponding to the detection distance of the person detecting means 4 within 3 m on the liquid crystal display which is the content data output means 11.

In addition to the above aspects, the information providing system 16F may be constructed by connecting the information providing device 1F and the server device 6 installed by the business operator providing the service according to the present embodiment via the communication network 7. In this case, the storage means 10 can be provided in the server device 6, and the content data 18 corresponding to the detection distance of the person detecting means can be periodically distributed from the server device 6 to the information providing device 1F.

Further, this embodiment can be applied to the second embodiment to prevent malfunction due to multiple IC tag detecting means 3 detecting IC tags 2 in duplicate.

As described above, the information providing device and the information providing system of the sixth embodiment acquire information about the language used by the foreigner by wireless communication between the IC tag and the RFID receiving device, and the acquired language and person detecting means. Outputs content data corresponding to the detection distance of. That is, as in the first embodiment, the information providing device installed in various facilities or the information providing system constructed corresponds to the language used by the person who possesses the IC tag and the place where the person is detected. Since the content is switched from the content in one language and output without the hassle of having the person (foreigner) who owns the IC tag select the language to be used by himself / herself, it is possible to provide a service corresponding to multiple languages. It can be expected to improve the customer satisfaction of foreigners.

Although the preferred embodiment of the present invention has been described above with reference to the accompanying drawings, the present invention is not limited to such an embodiment, and various modes are included in the technical scope grasped from the description of the claims. Can be changed to.
For example, in a medical institution such as a hospital, if an IC tag is provided on a medical examination ticket, a data sheet, or the like by applying the aspect of the present embodiment, the medical examination order and destination can be made to correspond to the language used by the patient, such as a liquid crystal display. Since it can be output to, it is possible to reduce the linguistic burden between the staff of the medical institution and the foreign patient, and it is troublesome for the foreign patient who possesses the IC tag to select the language to be used by himself / herself. There is no.
In addition, at the venue of an international competition such as the Olympic Games, if the aspect of this embodiment is applied and the admission ticket is equipped with an IC tag, the spectators will be given directions to the venues of various competitions and guidance to the seats in the venue. Since it can be output to a liquid crystal display or the like in correspondence with the language used, it is possible to reduce the linguistic burden between the staff at the venue and the foreign spectators, and the foreign spectators who carry the IC tag. There is no hassle of having to choose the language to use.

1 Information providing device 2 IC tag 3 IC tag detecting means 4 Person detecting means 5 External terminal 6 Server device 7 Communication network 8 Information transmitting / receiving means 9 Control means 9a Content data display control unit 10 Storage means 11 Content data output means 12 Timing means 13 Abnormality notification means 14 Route log creation means 16 Information providing system 17 IC tag information 18 Content data 19 Detection range of IC tag detection means 20 Detection range of person detection means 21 Notice data

The invention of claim 1 is an information providing device having the following configuration.
Information communication by RFID is performed with the IC tag, and the information stored in the IC tag, which is the identification information for identifying the IC tag and the language used by the person who possesses the IC tag. A plurality of IC tag detection means for acquiring IC tag information associated with the IC tag A content composed of one or a plurality of combinations selected from voice, still image, and moving image, and created for each language used. Of the data, the control means for outputting the content data corresponding to the language used included in the IC tag information acquired by the IC tag detecting means.
Multiple person detection means for detecting the person
The control means detects the person when each of the plurality of IC tag detecting means detects the IC tag and one of the plurality of person detecting means detects the person. The content data corresponding to the language used included in the IC tag information acquired by the IC tag detecting means at the installation position of the one person detecting means is output.

The invention of claim 12
With the server device
An information providing device that is communicably connected to the server device via a communication network,
Information that is incorporated in the information providing device or attached to the information providing device, performs information communication with the IC tag by RFID, and is stored in the IC tag, and the IC tag is used. A plurality of IC tag detection means for acquiring IC tag information associated with the identification information to be identified and the language used, which is the language used by the person who possesses the IC tag, from the IC tag.
It is incorporated in the information providing device or attached to the information providing device, and includes a plurality of person detecting means for detecting the person .
The information providing device is
It is composed of one or a plurality of combinations selected from voice, still image, and moving image, and is included in the IC tag information acquired by the IC tag detecting means among the content data created for each language used. A control means for acquiring and outputting content data corresponding to the language used from the server device is provided .
The control means detects the person when each of the plurality of IC tag detecting means detects the IC tag and one of the plurality of person detecting means detects the person. An information providing system that acquires and outputs content data corresponding to the language used included in the IC tag information acquired by the IC tag detecting means at the installation position of the one person detecting means from the server device. Is.

Claims (18)

An information providing device having the following configurations.
Information communication by RFID is performed with the IC tag, and the information stored in the IC tag, which is the identification information for identifying the IC tag and the language used by the person who possesses the IC tag. IC tag detection means for acquiring IC tag information associated with the IC tag. Content data composed of one or more combinations selected from voice, still image, and moving image, and created for each language used. Among them, the control means for outputting the content data corresponding to the language used included in the IC tag information acquired by the IC tag detecting means. The information providing device according to claim 1, further comprising the following configuration.
Person detection means for detecting the person The control means detects the person when the IC tag detecting means detects the IC tag and the person detecting means detects the person. Outputs the content data corresponding to the language used included in the IC tag information acquired by the IC tag detecting means at the installation position of. The information providing device according to claim 1 or 2, further comprising the following configuration.
Person detection means for detecting the person When the person detection means detects the person, the control means corresponds to the detection position of the person and is included in the IC tag information acquired by the IC tag detection means. Outputs content data corresponding to the language used The information providing device according to claim 1, further comprising the following configuration.
Person detection means for detecting the person Time measuring means for measuring the time of information communication between the IC tag and the IC tag detection means The content data includes a predetermined value between the IC tag and the IC tag detection means. In the control means associated with the output condition for outputting the content data when the information communication time of the above has elapsed, the person detecting means ends the detection of the person, and the timing means uses the output condition as the output condition. When the predetermined information communication time is measured, the content data corresponding to the output condition and corresponding to the language used included in the IC tag information acquired by the IC tag detecting means can be obtained. Output The information providing device according to claim 4, further comprising the following configuration.
Abnormality notification means for notifying an external terminal of an abnormality when the timekeeping means measures the information communication time beyond the time specified as the output condition. The information providing device according to claim 1 or 2, which has the following configuration. Time measuring means for measuring the time after the IC tag is detected for the first time. A predetermined time elapses in the content data after the IC tag is detected for the first time. The control means associated with the output condition for outputting the content data corresponds to the output condition when the timekeeping means measures the time defined as the output condition, and the IC Outputs the content data corresponding to the language used included in the IC tag information acquired by the IC tag detecting means that detects the tag from the second time onward. The information providing device according to any one of claims 1 to 3, further comprising the following configuration.
When the IC tag detecting means acquires the IC tag information from each of the plurality of IC tags, the control means is included in the IC tag information acquired by the IC tag detecting means at the nth (n is a natural number) th. During the output of the content data corresponding to the language used, the content data corresponding to the language used included in the IC tag information acquired by the IC tag detecting means n + 1 is output. Output notice data to give notice The information providing device according to claim 1 or 2, further comprising the following configuration.
A route log creating means for creating a route log in which the acquisition order of the IC tag information by the plurality of IC tag detecting means is provided as a route log. The control means has the route log according to the created route log. Output the content data corresponding to The information providing device according to any one of claims 2 to 5, further comprising the following configuration.
The IC tag detecting means is provided with a detection function of the person detecting means, or the IC tag detecting means is provided with the person detecting means. With the server device
An information providing device that is communicably connected to the server device via a communication network,
Information that is incorporated in the information providing device or attached to the information providing device, performs information communication with the IC tag by RFID, and is stored in the IC tag, and the IC tag is used. The IC tag detecting means for acquiring IC tag information in which the identification information to be identified and the language used, which is the language used by the person who possesses the IC tag, is associated with the IC tag is provided.
The information providing device is
It is composed of one or a plurality of combinations selected from voice, still image, and moving image, and is included in the IC tag information acquired by the IC tag detecting means among the content data created for each language used. An information providing system including a control means for acquiring and outputting content data corresponding to the language used from the server device. It is incorporated in the information providing device or attached to the information providing device, and further includes a person detecting means for detecting the person.
The control means detects the IC tag at the installation position of the person detecting means that detects the person when the IC tag detecting means detects the IC tag and the person detecting means detects the person. The information providing system according to claim 10, wherein the content data corresponding to the language used included in the IC tag information acquired by the means is acquired from the server device and output. It is incorporated in the information providing device or attached to the information providing device, and further includes a person detecting means for detecting the person.
When the person detecting means detects the person, the control means corresponds to the detection position of the person and corresponds to the language used included in the IC tag information acquired by the IC tag detecting means. The information providing system according to claim 10 or 11, wherein the content data is acquired from the server device and output. It is provided in the information providing device or attached to the information providing device, and further includes a person detecting means for detecting the person.
The server device
Further provided with a time measuring means for measuring the time of information communication between the IC tag and the IC tag detecting means.
The content data is associated with an output condition for outputting the content data when a predetermined information communication time between the IC tag and the IC tag detecting means has elapsed.
The control means corresponds to the output condition when the person detecting means finishes the detection of the person and the timekeeping means measures the information communication time defined as the output condition. The information providing system according to claim 10, wherein the content data corresponding to the language used included in the IC tag information acquired by the IC tag detecting means is acquired from the server device and output. The server device
The information providing system according to claim 13, further comprising an abnormality notification means for notifying an external terminal of an abnormality when the time measuring means measures the information communication time beyond the time defined as the output condition. The server device
Further provided with a timekeeping means for measuring the time after the IC tag is detected for the first time,
The content data is associated with an output condition for outputting the content data when a predetermined time has elapsed after the IC tag is first detected.
When the time measuring means measures the time defined as the output condition, the control means is acquired by the IC tag detecting means that detects the IC tag from the second time onward in response to the output condition. The information providing system according to claim 10 or 11, which outputs content data corresponding to the language used included in the IC tag information. The control means
When the IC tag detecting means acquires the IC tag information from each of the plurality of IC tags, the language used included in the IC tag information acquired by the IC tag detecting means at the nth (n is a natural number) th. During the output of the content data corresponding to the above, the notice data for notifying the output of the content data corresponding to the language used included in the IC tag information acquired by the IC tag detection means n + 1 is provided. The information providing system according to any one of claims 10 to 12, which is acquired from the server device and output. A plurality of the IC tag detecting means are arranged at a predetermined place in the facility where the information providing device is installed.
The server device
Further provided with a route log creating means for creating the acquisition order of the IC tag information by the plurality of IC tag detecting means as a route log.
The information providing system according to claim 10 or 11, wherein the control means acquires and outputs content data corresponding to the route log from the server device according to the created route log. The information providing system according to any one of claims 11 to 14, wherein the IC tag detecting means is provided with a detection function of the person detecting means, or the IC tag detecting means is provided with the person detecting means.