WO2018059536A1 - Procédé de mise en correspondance, système d'expérience interactive intelligent et système interactif intelligent - Google Patents

Procédé de mise en correspondance, système d'expérience interactive intelligent et système interactif intelligent Download PDF

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Publication number
WO2018059536A1
WO2018059536A1 PCT/CN2017/104270 CN2017104270W WO2018059536A1 WO 2018059536 A1 WO2018059536 A1 WO 2018059536A1 CN 2017104270 W CN2017104270 W CN 2017104270W WO 2018059536 A1 WO2018059536 A1 WO 2018059536A1
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WIPO (PCT)
Prior art keywords
terminal
tag
app
capture
information
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PCT/CN2017/104270
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English (en)
Chinese (zh)
Inventor
杨军
Original Assignee
杨军
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Application filed by 杨军 filed Critical 杨军
Priority to JP2019538550A priority Critical patent/JP6755480B2/ja
Publication of WO2018059536A1 publication Critical patent/WO2018059536A1/fr

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    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
    • H04L67/00—Network arrangements or protocols for supporting network services or applications
    • H04L67/01—Protocols
    • H04L67/06—Protocols specially adapted for file transfer, e.g. file transfer protocol [FTP]
    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06K—GRAPHICAL DATA READING; PRESENTATION OF DATA; RECORD CARRIERS; HANDLING RECORD CARRIERS
    • G06K7/00—Methods or arrangements for sensing record carriers, e.g. for reading patterns
    • G06K7/10—Methods or arrangements for sensing record carriers, e.g. for reading patterns by electromagnetic radiation, e.g. optical sensing; by corpuscular radiation
    • G06K7/10009—Methods or arrangements for sensing record carriers, e.g. for reading patterns by electromagnetic radiation, e.g. optical sensing; by corpuscular radiation sensing by radiation using wavelengths larger than 0.1 mm, e.g. radio-waves or microwaves
    • G06K7/10297—Methods or arrangements for sensing record carriers, e.g. for reading patterns by electromagnetic radiation, e.g. optical sensing; by corpuscular radiation sensing by radiation using wavelengths larger than 0.1 mm, e.g. radio-waves or microwaves arrangements for handling protocols designed for non-contact record carriers such as RFIDs NFCs, e.g. ISO/IEC 14443 and 18092
    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
    • H04L67/00—Network arrangements or protocols for supporting network services or applications
    • H04L67/50—Network services
    • H04L67/55—Push-based network services

Definitions

  • the invention relates to a matching method, an intelligent interactive experience system and an intelligent interactive system.
  • the object of the present invention is to overcome the above problems, and to provide a matching method, an intelligent interactive experience system and an intelligent interactive system, which can accurately match data and/or signals generated by a user in an activity with the user.
  • the APP is installed on the mobile intelligent terminal, and can communicate with the service terminal;
  • the capture terminal acquires a signal generated by the user experience data or the user action, and transmits the signal to the service terminal; each capture terminal is correspondingly disposed with at least one identification terminal;
  • the service terminal completes the experience data according to the information of each capture terminal and its corresponding identification terminal stored therein, the information transmitted by the capture terminal and the identification terminal, and the binding information of the contactless tag and the APP account.
  • the service terminal completes the experience data according to the information of each capture terminal and its corresponding identification terminal stored therein, the information transmitted by the capture terminal and the identification terminal, and the binding information of the contactless tag and the APP account.
  • the corresponding APP account or the signal generated by the user action and the corresponding APP account match, specifically:
  • the service terminal identifies, according to the information of each capture terminal and its corresponding identification terminal stored therein, the experience data transmitted by the capture terminal corresponding to the terminal or the signal generated by the user action, and the uniqueness of the contactless tag read by the identification terminal. Encoding correspondingly, and then completing the experience data and the corresponding APP account or user action according to the binding information of the contactless tag and the APP account The signal and the matching of the corresponding APP account.
  • the non-contact tag has a two-dimensional code corresponding to the unique code, and the service terminal stores the unique code and the two-dimensional code corresponding to each non-contact tag; the mobile intelligent terminal scans the second on the non-contact tag.
  • the dimension code implements binding of the contactless tag with the account information of the APP.
  • the contactless tag is attached to a wearable badge, a mobile smart terminal or a wristband carried by a user.
  • the non-contact tag is built in the mobile intelligent terminal. After the APP is installed, the APP automatically obtains the information of the contactless tag, thereby completing the binding of the contactless tag and the account information of the APP.
  • the contactless tag is an RFID tag or an NFC tag.
  • An intelligent interactive experience system including a user terminal, a capture terminal, an identification terminal, and a service terminal, wherein
  • the user terminal includes a mobile intelligent terminal and a contactless tag, and the mobile smart terminal is installed with an APP capable of communicating with the service terminal, and the contactless tag is bound to the account information of the APP;
  • Identifying a terminal each of the capturing terminals correspondingly arranging at least one identifying terminal for reading the contactless tag, and transmitting the unique code corresponding to the read tag directly or indirectly to the service terminal;
  • the service terminal completes the experience data according to the information of each capture terminal and its corresponding identification terminal stored therein, the information transmitted by the capture terminal and the identification terminal, and the binding information of the contactless tag and the APP account. Corresponding to the matching of the APP account, and sending the experience data to the corresponding APP account according to the matching result.
  • the service terminal completes the experience data according to the information of each capture terminal and its corresponding identification terminal stored therein, the information transmitted by the capture terminal and the identification terminal, and the binding information of the contactless tag and the APP account.
  • the matching of the corresponding APP account is as follows:
  • the service terminal associates the experience data transmitted by the capture terminal corresponding to the terminal with the unique code of the non-contact tag read by the identification terminal according to the information of each capture terminal and its corresponding identification terminal stored therein, and then according to the The binding information of the contactless tag and the APP account is completed, and the experience data and the matching APP account are matched.
  • the non-contact tag has a two-dimensional code corresponding to the unique code, and the service terminal stores the unique code and the two-dimensional code corresponding to each non-contact tag; the mobile intelligent terminal scans the second on the non-contact tag.
  • the dimension code implements binding of the contactless tag with the account information of the APP.
  • the contactless tag is attached to a wearable badge, a mobile smart terminal or a wristband carried by a user.
  • the contactless tag is built in the mobile intelligent terminal, and after the APP is installed, the APP is automatically obtained. The information of the contactless tag is taken, thereby completing the binding of the contactless tag with the account information of the APP.
  • the contactless tag is an RFID tag or an NFC tag.
  • the capture terminal includes a camera, an industrial computer connected to the camera and the service terminal respectively, and after the camera completes the shooting, the industrial computer acquires the captured photos and/or videos and transmits the captured photos and/or videos to the service terminal;
  • the capture terminal includes a camera, a probe I, and an industrial computer connected to the camera, the probe 1 and the service terminal respectively; the probe 1 detects that the user enters the detection range, sends a signal to the industrial computer, and the industrial computer receives the After the signal, the camera is controlled to shoot and the captured photos and/or videos are transmitted to the service terminal.
  • the identification terminal includes a tag reader connected to the industrial computer. After the tag reader completes the reading, the unique code corresponding to the read non-contact tag is transmitted to the service terminal by the industrial computer.
  • the identification terminal includes a tag reader, and an identification end processor respectively connected to the tag reader and the service terminal, and after the tag reader finishes reading, the non-contact tag is read by the identification end processor.
  • the unique code is transmitted to the service terminal.
  • the capture terminal is a virtual fitting device connected to the service terminal, and the photo of the fitting obtained by the fitting is transmitted as experience data to the service terminal;
  • the capture terminal is a graffiti wall connected to the service terminal and having the function of sensing and recording a graffiti track.
  • the graffiti wall can sense and record the graffiti track and form a computer.
  • the graffiti in the form is read as experience data, and then the graffiti is sent to the service terminal.
  • An intelligent interaction system comprising: a user terminal, a capture terminal, an identification terminal, and a service terminal, wherein
  • the user terminal includes a mobile intelligent terminal and a contactless tag, and the mobile smart terminal is installed with an APP capable of communicating with the service terminal, and the contactless tag is bound to the account information of the APP;
  • a capture terminal configured to acquire a signal generated by a user action and transmit the signal to the service terminal
  • Identifying a terminal each of the capturing terminals correspondingly arranging at least one identifying terminal for reading the contactless tag, and transmitting the unique code corresponding to the read tag directly or indirectly to the service terminal;
  • the service terminal completes the signal generated by the user action according to the information of each capture terminal and its corresponding identification terminal stored therein, the information transmitted by the capture terminal and the identification terminal, and the binding information of the contactless tag and the APP account. And matching with the corresponding APP account, transmitting a signal generated by the user action to the APP account according to the matching result, and playing an animation corresponding to the user action and/or the user action result corresponding to the mobile smart terminal in the APP account.
  • the service terminal according to the information of each capture terminal and its corresponding identification terminal stored therein, the information transmitted by the capture terminal and the identification terminal, and the binding of the contactless tag to the APP account Information, the signal generated by the completion of the user action and the matching of the corresponding APP account, specifically:
  • the service terminal identifies a signal generated by the user action transmitted by the capture terminal corresponding to the terminal, and corresponds to the unique code of the contactless tag read by the identification terminal. Then, according to the binding information of the contactless tag and the APP account, the signal generated by the user action and the matching with the corresponding APP account are completed.
  • the service terminal After receiving the signal generated by the user action transmitted by the capture terminal, the service terminal transmits a signal generated by the user action to the APP account according to the matching result; the mobile intelligent terminal corresponding to the APP account receives the received The signal generated by the user action plays an animation that matches the signal.
  • the non-contact tag has a two-dimensional code corresponding to the unique code, and the service terminal stores the unique code and the two-dimensional code corresponding to each non-contact tag; the mobile intelligent terminal scans the second on the non-contact tag.
  • the dimension code implements binding of the contactless tag with the account information of the APP.
  • the contactless tag is attached to a wearable badge, a mobile smart terminal or a wristband carried by a user.
  • the non-contact tag is built in the mobile intelligent terminal. After the APP is installed, the APP automatically obtains the information of the contactless tag, thereby completing the binding of the contactless tag and the account information of the APP.
  • the contactless tag is an RFID tag or an NFC tag.
  • the capturing terminal includes an infrared transmitting tube, an infrared receiving tube, and a capturing end processor respectively connected to the infrared receiving tube and the service terminal; and when the user action causes the infrared receiving tube to receive the signal emitted by the infrared transmitting tube, the capturing end processor Send a signal to the service terminal;
  • the capture terminal includes a probe II, and a capture end processor respectively connected to the probe II and the service terminal; the probe II captures the user action and transmits to the capture end processor, and the capture end processor determines that the action conforms to the preset After requesting, send a signal to the service terminal;
  • the capture terminal includes a sensor, and a capture end processor respectively connected to the sensor and the service terminal; when the user action causes the sensor to be triggered, the capture end processor sends a signal to the service terminal.
  • the identification terminal includes a tag reader connected to the capture end processor, and after the tag reader finishes reading, the unique code corresponding to the read contactless tag is transmitted to the service terminal by the capture end processor.
  • the identification terminal includes a tag reader, and an identification end processor respectively connected to the tag reader and the service terminal. After the tag reader finishes reading, the non-contact type is read by the identification end processor. The unique code corresponding to the tag is transmitted to the service terminal.
  • the present invention has the following advantages and effects:
  • the service terminal of the present invention compares the experience data transmitted by the capture terminal corresponding to the terminal to the unique code of the non-contact tag read by the identification terminal according to the information of each capture terminal and its corresponding identification terminal stored therein. And then, according to the binding information of the contactless tag and the APP account, complete the matching of the experience data and the corresponding APP account, and finally realize the transmission of the experience data generated by the user in the experience activity to the user;
  • the signal corresponding to the user action can be correspondingly transmitted to the modified user, so that the user's mobile intelligent terminal can play the animation corresponding to the action, thereby improving the user experience and fun. 2.
  • the whole process is fully automated, saving time and labor costs, and high efficiency.
  • Fig. 1 is a schematic structural view of a first embodiment.
  • Fig. 2 is a schematic structural view of the second embodiment.
  • Fig. 3 is a schematic structural view of a third embodiment.
  • Fig. 4 is a schematic block diagram of the fourth embodiment.
  • Fig. 5 is a schematic structural view of the fifth embodiment.
  • Fig. 6 is a schematic structural view of a sixth embodiment.
  • Fig. 7 is a schematic structural view of the seventh embodiment.
  • Figure 8 is a block diagram showing the structure of the eighth embodiment.
  • Fig. 9 is a schematic structural view of a ninth embodiment.
  • Figure 10 is a block diagram showing the structure of the tenth embodiment.
  • Figure 11 is a block diagram showing the structure of the eleventh embodiment.
  • Figure 12 is a block diagram showing the structure of Embodiment 12.
  • Figure 13 is a block diagram showing the structure of the thirteenth embodiment.
  • Figure 14 is a schematic block diagram of Embodiment 14.
  • Figure 15 is a schematic block diagram of Embodiment 17.
  • Figure 16 is a block diagram showing the structure of Embodiment 18.
  • Figure 17 is a schematic block diagram of Embodiment 19.
  • Figure 18 is a schematic configuration diagram of Embodiment 20.
  • Figure 19 is a schematic configuration diagram of Embodiment 21.
  • Figure 20 is a block diagram showing the structure of Embodiment 22.
  • Figure 21 is a schematic block diagram of Embodiment 23.
  • Figure 22 is a schematic block diagram of Embodiment 24.
  • the matching method of this embodiment is mainly used for an intelligent interactive experience system, including:
  • the APP Binding the contactless tag 1-2 to the account information of the APP, the APP is installed on the mobile intelligent terminal 1-1, and can communicate with the service terminal 4;
  • the identification terminal 3 reads the non-contact tag 1-2, and transmits the unique code corresponding to the contactless tag to the service terminal 4 directly or indirectly;
  • the capture terminal 2 acquires user experience data and transmits it to the service terminal 4; each capture terminal 2 is correspondingly arranged with at least one identification terminal 3;
  • the service terminal 4 is based on the information of each capture terminal 2 and its corresponding identification terminal 3 stored therein, the information transmitted by the capture terminal 2 and the identification terminal 3 (including information directly and indirectly transmitted by the identification terminal), and the contactless tag. 1-2 Binding information with the APP account, completing the matching of the experience data and the corresponding APP account.
  • the binding of the contactless label 1-2 to the account information of the APP is specifically as follows:
  • the non-contact tag 1-2 has a two-dimensional code corresponding to its unique code.
  • Each non-contact tag stores a unique code representing its identity inside the non-contact tag, and each two-dimensional code is unique.
  • the unique code of the non-contact tag is scanned and the two-dimensional code is scanned, and the two are correspondingly stored in the service terminal 4, that is, the service terminal 4 stores the unique code corresponding to each non-contact tag and two
  • the mobile smart terminal 1-1 realizes binding of the two-dimensional code to the account information of the APP by scanning the two-dimensional code on the non-contact tag, and then transmitting the binding information to the service terminal 4, using one by one.
  • the corresponding code and the two-dimensional code implement the binding of the contactless tag with the account information of the APP.
  • the non-contact tag 1-2 is built in the mobile smart terminal 1-1. After the APP is installed, the APP automatically acquires the information of the contactless tag 1-2, thereby completing the non-contact tag 1-2 and The account information of the APP is bound.
  • the contactless tag 1-2 is attached to the wearable badge, the mobile smart terminal or the wristband carried by the user; the user who does not carry the mobile intelligent terminal is convenient to scan the non-contact label 1 by their relatives and friends.
  • the two-dimensional code on the 2, and the badge, the bracelet, etc., to which the non-contact label is attached, can transmit the experience data to the mobile intelligent terminal of the relatives and friends, thereby realizing the experience activity of the child.
  • the mobile intelligent terminal carried by the parent receives the experience data; that is, one APP account can bind multiple users.
  • the non-contact tag 1-2 is an RFID tag or an NFC tag.
  • the service terminal 4 is based on the information of each capture terminal 2 and its corresponding identification terminal 3 stored therein, the information transmitted by the capture terminal 2 and the identification terminal 3, and the binding information of the contactless tag and the APP account. Complete the experience data and match the corresponding APP account, specifically:
  • the service terminal 4 identifies the experience data transmitted by the capture terminal 2 corresponding to the terminal 3 according to the information of each capture terminal 2 and its corresponding identification terminal 3 stored therein, and the contactless tag 1-2 read by the identification terminal.
  • the unique code corresponds, and then the experience data and the matching APP account are completed according to the binding information of the contactless tag and the APP account.
  • the identification terminal reads each new non-contact tag according to the foregoing matching method. Re-match to ensure the accuracy of the match.
  • the capture terminal 2 includes a camera 2-1, which is respectively connected to the camera 2-1 and the service terminal 4, and after the camera 2-1 finishes shooting, the industrial computer 2-2 obtains the captured photos and/or Or the video is used as experience data and transmitted to the service terminal 4.
  • the capture terminal 2 includes a camera 2-1, a probe 2-3, and a computer 2-2 connected to the camera 2-1, the probe 2-3, and the service terminal 4, respectively; the probe 2-3 detects the user entering After the detection range is within, the signal is sent to the industrial computer 2-2, and after receiving the signal, the industrial computer 2-2 controls the camera 2-1 to take a picture, and transmits the captured photo and/or video as experience data to the service terminal 4. .
  • the capture terminal 2 is a virtual fitting device connected to the service terminal 4, and the fitting photo obtained by the fitting is transmitted as experience data to the service terminal 4; the mobile intelligent terminal 1-1 receives the transmission from the service terminal 4. After the photo of the fittings, you can share them through social platforms such as Weibo and circle of friends, so that relatives and friends can give suggestions for selection.
  • the identification terminal 3 includes a tag reader 3-1 connected to the industrial computer 2-2. After the tag reader completes the reading, the non-contact tag 1-2 is read by the industrial computer 2-2. The unique code is transmitted to the service terminal 4; that is, the identification terminal 3 reads the contactless tag 1-2 and transmits the unique code corresponding to the contactless tag to the service terminal 4 indirectly.
  • the identification terminal 3 includes a tag reader 3-1, and an identification end processor 3-2 connected to the tag reader 3-1 and the service terminal 4, respectively. After the tag reader 3-1 finishes reading, Transmitting the unique code corresponding to the read contactless tag 1-2 to the service terminal 4 by the identification end processor 3-2; that is, the identification terminal 3 reads the non-contact tag and corresponding the non-contact tag The unique code is transmitted directly to the service terminal 4.
  • the intelligent interactive experience system of the present embodiment is based on a zipline/rope course, including: a client terminal 1, a capture terminal 2, an identification terminal 3, and a service terminal 4, wherein
  • the client 1 includes a mobile intelligent terminal 1-1 and a contactless tag 1-2, and the mobile smart terminal 1-1 is installed with an APP capable of communicating with the service terminal 4, and the contactless tag 1-2 APP Account information binding;
  • the capture terminal 2 is configured to acquire user experience data and transmit it to the service terminal 4;
  • each capturing terminal 2 is correspondingly arranged with at least one identifying terminal 3 for reading the contactless tag, and transmitting the unique code corresponding to the read tag directly to the service terminal 4;
  • the service terminal 4 based on the information of each capture terminal 2 and its corresponding identification terminal 3 stored therein, the information transmitted by the capture terminal 2 and the identification terminal 3 (including information directly and indirectly transmitted by the identification terminal), and the non-contact type
  • the binding information of the label 1-2 and the APP account completes the matching of the experience data and the corresponding APP account, and sends the experience data to the corresponding APP account according to the matching result.
  • the binding of the contact information of the contactless tag 1-2 to the account information of the APP is divided into two cases, specifically:
  • the non-contact tag 1-2 has a two-dimensional code corresponding to its unique code, and each non-contact tag stores a unique code representing its identity inside the factory, and each The two-dimensional code is also unique.
  • the unique code of the non-contact tag is scanned and the two-dimensional code is scanned at the same time, and the two are correspondingly stored in the service terminal 4, that is, the non-contact tag is stored in the service terminal 4.
  • the unique code and the two-dimensional code; the mobile intelligent terminal 1-1 realizes binding of the two-dimensional code to the account information of the APP by scanning the two-dimensional code on the contactless tag, and then transmitting the binding information to the service terminal 4.
  • the one-to-one correspondence and the two-dimensional code are used to implement binding of the contactless tag with the account information of the APP.
  • the non-contact tag 1-2 is built in the mobile smart terminal 1-1, and after the APP is installed, the APP automatically acquires the information of the contactless tag, thereby completing the non-contact tag and the APP account information binding.
  • the APP After the contact information of the contactless tag 1-2 and the account information of the APP is completed, the APP continuously asks the service terminal 4 whether the unique code sent by the identification terminal 3 and bound to its APP account is received, and if so, the APP provides the service. The terminal 4 requests to call the corresponding experience data.
  • the non-contact tag 1-2 is attached to the wearable badge, the mobile smart terminal or the wristband carried by the user; the user who does not carry the mobile intelligent terminal is conveniently scanned by the relatives and friends of the non-contact tag.
  • the two-dimensional code, while carrying the badge, the bracelet, etc. to which the non-contact label is attached, can transmit the experience data to the mobile intelligent terminal of the relatives and friends, thereby realizing the experience activity of the child, carried by the parents.
  • the mobile intelligent terminal receives the experience data; that is, one APP account can bind multiple users.
  • the non-contact tag 1-2 is an RFID tag or an NFC tag.
  • the capture terminal 2 includes a camera 2-1, a probe 2-3, and a computer 2-2 connected to the camera 2-1, the probe 2-3, and the service terminal 4; the camera 2-1 and the probe 2 3 It is arranged for the user play section of the strop/rope movement. After detecting that the user enters the detection range, the probe 2-3 sends a signal to the industrial computer 2-2, and after receiving the signal, the industrial computer 2-2 controls the camera 2-1 to take a picture, and takes the captured photo and/or video. The experience data is transmitted to the service terminal 4.
  • the probe 2-3 is used, that is, the capture terminal 2 includes a camera 2-1, an industrial computer 2-2 connected to the camera 2-1 and the service terminal 4 respectively, and after the camera 2-1 finishes shooting, the industrial computer 2 2 Acquire the photographed photos and/or videos as experience data and transmit them to the service terminal 4.
  • the identification terminal 3 includes a tag reader 3-1, and an identification end processor 3-2 connected to the tag reader 3-1 and the service terminal 4, respectively. After the tag reader 3-1 finishes reading, Transmitting the unique code corresponding to the read contactless tag 1-2 to the service terminal 4 by the identification end processor 3-2; that is, the identification terminal 3 reads the non-contact tag and corresponding the non-contact tag The unique code is transmitted directly to the service terminal 4.
  • the service terminal 4 is based on the information of each capture terminal 2 and its corresponding identification terminal 3 stored therein, the information transmitted by the capture terminal 2 and the identification terminal 3, and the binding of the contactless tag 1-2 to the APP account. Set the information, complete the experience data and match the corresponding APP account, specifically:
  • the service terminal 4 transmits the information of each capture terminal 2 and its corresponding identification terminal 3 stored therein (that is, the correspondence between each capture terminal and the identification terminal is stored in the service terminal), and the capture terminal 2 corresponding to the recognition terminal 3 is transmitted.
  • the experience data is corresponding to the unique code of the contactless tag 1-2 read by the identification terminal, and then the experience data and the corresponding APP account are completed according to the binding information of the contactless tag and the APP account. match.
  • the identification terminal reads each new non-contact tag according to the foregoing matching method. Re-match to ensure the accuracy of the match.
  • the intelligent interactive experience system of this embodiment is basically the same as that of Embodiment 1, except that the present embodiment is based on a quick jump/powerfan or a bungee motion.
  • the intelligent interactive experience system of this embodiment is basically the same as that of Embodiment 1, except that the present embodiment is based on riding motion.
  • the intelligent interactive experience system of this embodiment is basically the same as that of Embodiment 1, except that the present embodiment is based on climbing motion.
  • the intelligent interactive experience system of this embodiment is basically the same as that of Embodiment 1, except that the present embodiment is based on a slide motion.
  • the intelligent interactive experience system of this embodiment is basically the same as that of Embodiment 1, and the difference is Thus, the present embodiment is based on cable car/cableway motion.
  • the intelligent interactive experience system of this embodiment is basically the same as that of Embodiment 1, except that the present embodiment is based on agricultural activities, such as ploughing, sanding, weeding, and the like.
  • the intelligent interactive experience system of the embodiment is basically the same as that of the first embodiment, and the difference is that the identification terminal 3 of the embodiment includes a tag reader 3-1 connected to the industrial computer 2-2. After the tag reader completes the reading, the unique code corresponding to the read contactless tag 1-2 is transmitted to the service terminal by the industrial computer 2-2; that is, the identification terminal 3 reads the non-contact tag, and The unique code corresponding to the contactless tag is transmitted indirectly (transmitted by the industrial computer of the capture terminal) to the service terminal 4.
  • the intelligent interactive experience system of the embodiment is basically the same as that of the embodiment 2, and the difference is that the identification terminal 3 of the embodiment includes a tag reader 3-1 connected to the industrial computer 2-2. After the tag reader completes the reading, the unique code corresponding to the read contactless tag 1-2 is transmitted to the service terminal by the industrial computer 2-2; that is, the identification terminal 3 reads the non-contact tag, and The unique code corresponding to the contactless tag is transmitted indirectly (transmitted by the industrial computer of the capture terminal) to the service terminal 4.
  • the intelligent interactive experience system of the embodiment is basically the same as that of the third embodiment, and the difference is that the identification terminal 3 of the embodiment includes a tag reader 3-1 connected to the industrial computer 2-2. After the tag reader completes the reading, the unique code corresponding to the read contactless tag 1-2 is transmitted to the service terminal by the industrial computer 2-2; that is, the identification terminal 3 reads the non-contact tag, and The unique code corresponding to the contactless tag is transmitted indirectly (transmitted by the industrial computer of the capture terminal) to the service terminal 4.
  • the intelligent interactive experience system of the embodiment is basically the same as that of the fourth embodiment, and the difference is that the identification terminal 3 of the embodiment includes a tag reader 3-1 connected to the industrial computer 2-2. After the tag reader completes the reading, the unique code corresponding to the read contactless tag 1-2 is transmitted to the service terminal by the industrial computer 2-2; that is, the identification terminal 3 reads the non-contact tag, and The unique code corresponding to the contactless tag is transmitted indirectly (transmitted by the industrial computer of the capture terminal) to the service terminal 4.
  • the intelligent interactive experience system of the embodiment is basically the same as that of the embodiment 5, and the difference is that the identification terminal 3 of the embodiment includes a tag reader 3-1 connected to the industrial computer 2-2. After the tag reader completes the reading, the unique code corresponding to the read contactless tag 1-2 is transmitted to the service terminal by the industrial computer 2-2; that is, the identification terminal 3 reads the non-contact tag, and The contactless label The corresponding unique code is transmitted indirectly (transmitted by the industrial computer of the capture terminal) to the service terminal 4.
  • the intelligent interactive experience system of the embodiment is basically the same as that of the embodiment 6.
  • the identification terminal 3 of the embodiment includes a tag reader 3-1 connected to the industrial computer 2-2. After the tag reader completes the reading, the unique code corresponding to the read contactless tag 1-2 is transmitted to the service terminal by the industrial computer 2-2; that is, the identification terminal 3 reads the non-contact tag, and The unique code corresponding to the contactless tag is transmitted indirectly (transmitted by the industrial computer of the capture terminal) to the service terminal 4.
  • the intelligent interactive experience system of the embodiment is basically the same as that of the seventh embodiment, and the difference is that the identification terminal 3 of the embodiment includes a tag reader 3-1 connected to the industrial computer 2-2. After the tag reader completes the reading, the unique code corresponding to the read contactless tag 1-2 is transmitted to the service terminal by the industrial computer 2-2; that is, the identification terminal 3 reads the non-contact tag, and The unique code corresponding to the contactless tag is transmitted indirectly (transmitted by the industrial computer of the capture terminal) to the service terminal 4.
  • the intelligent interactive experience system of the embodiment is basically the same as the first embodiment.
  • the difference is that the capture terminal 2 is a virtual fitting device (which may be a K-MIRROR or other similar device) connected to the service terminal 4.
  • the fitting photo obtained by fitting is transmitted to the service terminal 4 as experience data.
  • the service terminal 4 sends the received photo of the fitting to the corresponding APP account according to the foregoing matching method, and the user can share the photo through the social platform such as Weibo and the circle of friends, and let the relatives and friends give the selection suggestion.
  • the social platform such as Weibo and the circle of friends
  • the intelligent interactive experience system of the embodiment is basically the same as that of the first embodiment.
  • the difference is that the capture terminal 2 is a graffiti wall connected to the service terminal 4 and having the function of sensing and recording graffiti tracks.
  • the graffiti wall can sense and record the graffiti track, and form a graffiti work in a computer readable form as experience data, and then send the graffiti work to the service terminal 4.
  • the service terminal 4 sends the received graffiti work to the corresponding APP account according to the foregoing matching method, and the user can share the photo through a social platform such as Weibo and a circle of friends.
  • the intelligent interactive experience system of the present invention can also be based on plank movement, boating, skiing, Canopy Cycle/skybike, Roller Coaster Zipline, beer bike, ramp Activities such as the cable car (Inclinator Ride/inclinator car).
  • the matching method of this embodiment is mainly used for an intelligent interactive system, including:
  • the APP Binding the contactless tag 1-2 to the account information of the APP, the APP is installed on the mobile intelligent terminal 1-1, and can communicate with the service terminal 4;
  • the identification terminal 3 reads the non-contact tag 1-2, and transmits the unique code corresponding to the contactless tag to the service terminal 4 directly or indirectly;
  • the capture terminal 2 acquires a signal generated by the user action and transmits it to the service terminal 4; each capture terminal 2 is correspondingly arranged with at least one identification terminal 3;
  • the service terminal 4 is based on the information of each capture terminal 2 and its corresponding identification terminal 3 stored therein, the information transmitted by the capture terminal 2 and the identification terminal 3 (including information directly and indirectly transmitted by the identification terminal), and the contactless tag. 1-2 Binding information with the APP account, completing the signal generated by the user action and matching with the corresponding APP account.
  • the binding of the contactless label 1-2 to the account information of the APP is specifically as follows:
  • the non-contact tag 1-2 has a two-dimensional code corresponding to its unique code.
  • Each non-contact tag stores a unique code representing its identity inside the non-contact tag, and each two-dimensional code is unique.
  • the unique code of the non-contact tag is scanned and the two-dimensional code is scanned, and the two are correspondingly stored in the service terminal 4, that is, the service terminal 4 stores the unique code corresponding to each non-contact tag and two
  • the mobile smart terminal 1-1 realizes binding of the two-dimensional code to the account information of the APP by scanning the two-dimensional code on the non-contact tag, and then transmitting the binding information to the service terminal 4, using one by one.
  • the corresponding code and the two-dimensional code implement the binding of the contactless tag with the account information of the APP.
  • the non-contact tag 1-2 is built in the mobile smart terminal 1-1. After the APP is installed, the APP automatically acquires the information of the contactless tag 1-2, thereby completing the non-contact tag 1-2 and The account information of the APP is bound.
  • the contactless tag 1-2 is attached to the wearable badge, the mobile smart terminal or the wristband carried by the user; the user who does not carry the mobile intelligent terminal is convenient to scan the non-contact label 1 by their relatives and friends.
  • the two-dimensional code on the 2, while carrying the badge, the bracelet, etc. to which the non-contact label is attached, can transmit the signal generated by the action to the mobile intelligent terminal of the relatives and friends, thereby realizing the child to carry out Action, the mobile intelligent terminal carried by the parent receives the signal generated by the action; that is, an APP account can be bound to multiple users.
  • the non-contact tag 1-2 is an RFID tag or an NFC tag.
  • the service terminal 4 is based on the information of each capture terminal 2 and its corresponding identification terminal 3 stored therein, the information transmitted by the capture terminal 2 and the identification terminal 3, and the binding of the contactless tag 1-2 to the APP account. Determine the information, complete the signal generated by the user action and match the corresponding APP account, specifically:
  • the service terminal 4 based on the information of each capture terminal 2 and its corresponding identification terminal 3 stored therein, identifies a signal generated by the user action transmitted by the capture terminal 2 corresponding to the terminal 3, and the contactless tag read by the identification terminal.
  • the unique code corresponding to 1-2 is corresponding, and then according to the binding information of the contactless tag 1-2 and the APP account, the signal generated by the user action and the corresponding APP account are completed.
  • Match For a case where a certain identification terminal 3 reads a plurality of non-contact tags in different time periods, after completing the first matching according to the foregoing method, the identification terminal reads each new non-contact tag according to the foregoing matching method. Re-match to ensure the accuracy of the match.
  • the intelligent interactive system of the present embodiment is based on a target or hunting activity, including a client terminal 1, a capture terminal 2, an identification terminal 3, and a service terminal 4, wherein
  • the client 1 includes a mobile intelligent terminal and a contactless tag, and the mobile smart terminal is installed with an APP capable of communicating with the service terminal 4, and the contactless tag is bound to the account information of the APP;
  • the capture terminal 2 is configured to acquire a signal generated by the user action and transmit it to the service terminal 4;
  • each capture terminal 2 correspondingly arranged at least one identification terminal 3 for reading the contactless tag, and transmitting the unique code corresponding to the read tag directly or indirectly to the service terminal 4;
  • the service terminal 4 based on the information of each capture terminal 2 and its corresponding identification terminal 3 stored therein, the information transmitted by the capture terminal 2 and the identification terminal 3 (including information directly and indirectly transmitted by the identification terminal), and the non-contact type Binding information of the label and the APP account, completing a signal generated by the user action and matching with the corresponding APP account, transmitting a signal generated by the user action to the APP account according to the matching result, and corresponding to the mobile smart in the APP account
  • the terminal plays an animation corresponding to the user action and/or user action result.
  • the binding of the contactless tag and the account information of the APP is divided into two cases, specifically:
  • the non-contact tag has a two-dimensional code corresponding to its unique code, and each non-contact tag stores a unique code representing its identity inside the non-contact tag, and each two-dimensional code The only one is that the unique code of the non-contact tag is scanned and the two-dimensional code is scanned, and the two are correspondingly stored in the service terminal 4, that is, the unique code corresponding to each non-contact tag is stored in the service terminal 4.
  • the mobile intelligent terminal realizes binding of the two-dimensional code to the account information of the APP by scanning the two-dimensional code on the non-contact tag, and then transmitting the binding information to the service terminal 4, using one-to-one correspondence
  • the encoding and the two-dimensional code implement the binding of the contactless tag to the account information of the APP.
  • the contactless tag is built in the mobile intelligent terminal. After the APP is installed, the APP automatically obtains the information of the contactless tag, thereby completing the binding of the contactless tag and the account information of the APP. .
  • the non-contact tag is attached to the wearable badge, the mobile smart terminal or the wristband carried by the user; the user who does not carry the mobile intelligent terminal is convenient to scan the two-dimensional code on the non-contact label by their relatives and friends. And, by carrying the badge, the bracelet, and the like to which the non-contact label is attached, the signal generated by the action can be transmitted to the mobile intelligent terminal of the relatives and friends, thereby implementing the action of the child.
  • the mobile intelligent terminal carried by the parent receives the signal generated by the action; that is, one APP account can bind multiple users.
  • the contactless tag is an RFID tag or an NFC tag.
  • the capture terminal 2 includes an infrared transmitting tube 2-4, an infrared receiving tube 2-5, and a capturing end processor 2-6 connected to the infrared receiving tube 2-5 and the service terminal 4 respectively; in this embodiment, the infrared The transmitting tube 2-4 is located on the target, and the infrared receiving tube 2-5 is located on the toy gun held by the user.
  • the infrared receiving tube 2-5 receives the infrared emitting tube 2-4
  • the capture side processor 2-6 sends a signal to the service terminal 4. It is also possible to arrange the infrared emission tube 2-4 on a toy gun for the user to hold, and to set the infrared receiving tube 2-5 on the target.
  • the identification terminal 3 includes a tag reader 3-1 connected to the capture end processor 2-6. After the tag reader completes the reading, the read contactless tag is read by the capture end processor 2-6. The corresponding unique code is transmitted to the service terminal 4; that is, the identification terminal 3 reads the contactless tag, and transmits the unique code corresponding to the contactless tag to the service terminal 4 indirectly (through the capture end processor).
  • the service terminal 4 is based on the information of each capture terminal 2 and its corresponding identification terminal 3 stored therein, the information transmitted by the capture terminal 2 and the identification terminal 3, and the binding information of the contactless tag and the APP account.
  • the signal generated by the user action and the matching of the corresponding APP account are as follows:
  • the service terminal 4 based on the information of each capture terminal 2 and its corresponding identification terminal 3 stored therein, identifies a signal generated by the user action transmitted by the capture terminal 2 corresponding to the terminal 3, and the contactless tag read by the identification terminal
  • the unique code corresponding to 1-2 corresponds to, and then according to the binding information of the contactless tag 1-2 and the APP account, the signal generated by the user action and the matching with the corresponding APP account are completed.
  • the identification terminal 3 reads each new non-contact tag according to the foregoing matching method. Re-match to ensure the accuracy of the match.
  • the service terminal 4 After receiving the signal generated by the user action transmitted by the capture terminal 2, the service terminal 4 transmits a signal generated by the user action to the APP account according to the matching result; the mobile intelligent terminal corresponding to the APP account receives the signal according to the The signal generated by the user action is played, and the animation matching the signal is played; the animation in the embodiment is embodied as: if the target is hit, the background sound of the target being hit and cheered is reflected in the animation; if not hit, The animation of the refueling is reflected in the animation.
  • the file corresponding to the animation (similar to a script file) is stored in the mobile smart terminal 1-1.
  • the embodiment is basically the same as the embodiment 17.
  • the difference is that the identification terminal 3 of the embodiment includes the tag reader 3-1, and the tag reader 3-1 and the service terminal 4, respectively.
  • the connected identification end processor 3-2 after the tag reader 3-1 finishes reading, transmits the unique code corresponding to the read contactless tag to the service terminal 4 through the identification end processor 3-2;
  • the terminal 3 reads the contactless tag and directly transmits the unique code corresponding to the contactless tag to the service terminal 4.
  • this embodiment is basically the same as Embodiment 17, except that the present embodiment is based on a ringing activity, and the capturing terminal 2 includes a probe II2-7 and is respectively connected to the probe II and the service terminal 4.
  • the embodiment is basically the same as the embodiment 19, except that the identification terminal 3 of the embodiment includes a tag reader 3-1, and the tag reader 3-1 and the service terminal 4, respectively.
  • the connected identification end processor 3-2 after the tag reader 3-1 finishes reading, transmits the unique code corresponding to the read contactless tag to the service terminal 4 through the identification end processor 3-2;
  • the terminal 3 reads the contactless tag and directly transmits the unique code corresponding to the contactless tag to the service terminal 4.
  • this embodiment is basically the same as Embodiment 17, except that the present embodiment is based on a coin-operating activity, and the capture terminal 2 includes sensors 2-8 and is respectively connected to the sensor and the service terminal 4.
  • the capture end processor 2-6 after the user action causes the sensor 2-8 to be triggered (the coin sensor is triggered on the plate on which the pressure sensor is mounted, the pressure sensor is triggered), the capture end processor 2-6 Sending a signal to the service terminal 4, the service terminal 4 sends the signal to the corresponding APP account, and plays the animation of the coin-operated blessing to obtain the smart card on the mobile intelligent terminal corresponding to the APP account.
  • the embodiment is basically the same as the embodiment 21, except that the identification terminal 3 of the embodiment includes the tag reader 3-1, and the tag reader 3-1 and the service terminal 4, respectively.
  • the connected identification end processor 3-2 after the tag reader 3-1 finishes reading, transmits the unique code corresponding to the read contactless tag to the service terminal 4 through the identification end processor 3-2;
  • the terminal 3 reads the contactless tag and directly transmits the unique code corresponding to the contactless tag to the service terminal 4.
  • the capturing terminal 2 comprises a feeding cabinet 2-9, a probe II2-7, and a capturing end processor 2-6 connected to the probe II and the service terminal 4 respectively; the user controls the feeding cabinet 2-9
  • the probe II2-7 captures the process of dropping the food and the process of taking the food by the animal, and transmits it to the capture end processor 2-6, and the capture end processor 2-6 judges that the food is indeed taken by the animal
  • the service terminal 4 sends a signal, and the service terminal 4 sends the signal to the corresponding APP account, and plays an animation of the animal thanking the user on the mobile intelligent terminal corresponding to the APP account.
  • this embodiment is basically the same as the embodiment 23, except that the identification terminal 3 of the embodiment includes the tag reader 3-1, and the tag reader 3-1 and the service terminal 4, respectively.
  • the connected identification processor 3-2 after the tag reader 3-1 finishes reading, transmits the unique code corresponding to the read contactless tag to the service terminal 4 through the processor 3-2; that is, the identification terminal 3
  • the non-contact tag is read and the unique code corresponding to the contactless tag is directly transmitted to the service terminal 4.
  • the service terminal 4 and the user terminal 1, the capture terminal 2, and the identification terminal 3 are all connected by wireless (may also select or partially select a wired connection according to actual conditions), which may be wifi, 3g, 4g, etc. .

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Abstract

La présente invention concerne un procédé de mise en correspondance, un système d'expérience interactive intelligent et un système interactif intelligent. Le but de la présente invention est de fournir un procédé de mise en correspondance, un système d'expérience interactive intelligent et un système interactif intelligent, qui peut mettre en correspondance avec précision des données et/ou un signal généré par un utilisateur dans une activité avec l'utilisateur. Dans la solution, le procédé de mise en correspondance consiste : à lier une étiquette sans contact à des informations de compte concernant une application, l'application étant installée sur un terminal intelligent mobile et pouvant communiquer avec un terminal de service; un terminal d'identification lisant l'étiquette sans contact, et transmettant directement ou indirectement un code unique correspondant à l'étiquette sans contact au terminal de service; un terminal de capture acquiert des données d'expérience d'utilisateur ou un signal généré par une action d'utilisateur, et les transmet au terminal de service; et le terminal de service met en correspondance les données d'expérience avec un compte d'application leur correspondant ou correspondant au signal généré par l'action de l'utilisateur avec un compte d'application lui correspondant.
PCT/CN2017/104270 2016-09-30 2017-09-29 Procédé de mise en correspondance, système d'expérience interactive intelligent et système interactif intelligent WO2018059536A1 (fr)

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