TW201430752A - Electrical apparatus interactive sensing system and method in school - Google Patents

Abstract

An electrical apparatus interactive sensing system in school is provided and comprises a smart phone, an interactive apparatus, and a central console. The smart phone is placed on a student. The smart phone comprises a near field communication tag and a smart chip, in which the near field communication tag contains a student information. The smart chip contains an account information and is connected to the near field communication tag. The interactive apparatus comprises a near field communication sensor and a sensing interface, in which the near field communication sensor is used to read the near field communication tag, and the sensing interface is used to control the interactive apparatus for outputting a control information. The central console is connected to the interactive apparatus to conform as well as to store the student information and the interactive information. As a result, a safe and convenient management in school has been carried out by combining the smart chip and the near field communication tag.

Description

Campus device interaction sensing system and application method thereof

The invention relates to a campus device interaction sensing technology, and in particular to a campus device interaction sensing system using near field wireless communication technology and an application method thereof.

According to the information released by the National Communications and Communication Committee, in recent years, the number of mobile phone users in Taiwan has reached more than 20 million, and the mobile phone number has reached 120%, meaning that at least one mobile phone door for one person. No. Therefore, Taiwan’s mobile phone penetration rate has become quite common. However, users with mobile Internet access account for 70% of mobile communication users. With the development of 3C, in addition to using mobile phones to access the Internet, the general public also hopes that mobile phones can provide more application functions, thereby bringing more fun and convenience to people. Therefore, in order to compete for mobile phones and their peripheral add-on applications, the industry is also actively developing and promoting mobile phone related application functions, such as cloud-based technology for wireless Internet access, network consumption, network communication and network payment. The e-wallet feature that replaces the traditional wallet with a mobile phone.

E-wallet is a payment tool commonly used for shopping in e-commerce activities. It is also an important tool for global electronic transactions and Internet transactions. It can not only make small payments but also store transaction records. At present, all countries are vigorously promoting the electronic wallet combining smart chip and Near Field Communication (NFC) technology to provide a more convenient and safe new trading method.

NFC is a short-range wireless communication connection technology. It is a non-contact sensing and interactive connection technology extended by RFID. It acts on the 13.56MHz frequency band and is less susceptible to interference. The sensing time is less than 0.1 second, so the inductive connection is established. The speed is very fast, and the transmission distance is about 10 cm (passive mode) or 20 cm (active mode), and the transmission rates are 106 kbit/s, 212 kbit/s and 424 kbit/s, respectively. It has passed the international standards ISO/IEC 18092, EMCA-34, ETSI TS10219, NFC to enable safe and simple two-way communication sensing and interaction between electronic devices, so that users can contactlessly contactless (Contactless) Transaction and access to digital content, as well as connecting to other electronic devices.

The transmission modes of NFC electronic tags are active mode and passive mode. The difference between the passive mode tag and the active mode tag is mainly that the passive mode tag does not have a power supply inside the tag, and the RF electromagnetic wave emitted by the reader is used. The coil inside the passive mode tag produces a resonant effect that produces an instantaneous induced current to provide the power required by the passive mode tag, thereby inducing current to operate the wafer on the passive mode tag and emitting electromagnetic waves to pass back the data in the passive mode tag to sensor. The active mode tag itself has a built-in power supply to provide the required power for generating a response signal, and the range of signal transmission is wider than that of the passive mode tag. Therefore, the active mode tag can be used for longer distances and larger The transmission of data volume.

However, NFC electronic tags have the function of storing authentication data, and the three operating modes brought by NFC technology: card mode, card reader mode and point-to-point transmission (P2P) mode, make the electronic wallet with NFC technology not only applied to shopping on the Internet. Can also be applied to home security, personnel access Management, materials storage management, transportation, restaurants, museum guides and business advertising.

Therefore, the inventor was inspired by this, and with years of relevant research experience, developed a campus device interactive sensing system, using smart chip combined with near field wireless communication technology in campus management, in order to bring more convenient and automated campus management.

The object of the present invention is to provide a campus device interactive sensing system combining near-field wireless communication technology with a smart phone, thereby achieving a smart management campus life.

One embodiment of the present invention provides a campus device interactive sensing system including a smart phone, an interactive device, and a central control terminal. The smart phone is configured on a student, and the smart phone includes a near field wireless communication electronic tag and a smart chip, wherein the near field wireless communication electronic tag has a student data built therein, and the smart chip is electrically connected to the near field wireless communication electronic tag. And the smart chip has an account data built in it, corresponding to the student data. The interactive device comprises a near field wireless communication sensor and a sensing operation interface, the near field wireless communication sensor is arranged in an interactive device, and the near field wireless communication sensor reads the near field wireless communication electronic tag, and senses the operation interface electrical property. The near field wireless communication sensor is connected, and the sensing operation interface is used to control the interactive device and generate an operation data. The central control terminal is electrically connected to the interactive device, and the central control terminal is used for comparing and storing the student data, the account data and the operation data. The use of smart chips combined with near-field wireless communication tag integration technology to replace the functions of previous student ID cards, and to provide automated campus devices. This brings smart campus management that is convenient and secure.

According to an embodiment of the invention, the student data may further include personal data. The interactive device can be another smart phone, the sensing operation interface can be a little application, and the smart phone can also include a camera for taking a photo of the student to the named student, and the student photo is used for central control. The student compares the student data, and the central control confirms the student data and the student photo, so that the name application completes the name. The interactive device may further include a speaker connected to the central control end. When the central control device does not match the student data and the student photo, the speaker is controlled to sound a warning sound, indicating that the name is wrong. Operational data refers to the point information.

According to another embodiment of the present invention, the interactive device may further include an electronic lock, and the interactive device may be an automatic storage cabinet, the sensing operation interface may be a storage application, and the storage application may be installed on an external connection. computer. The electronic lock corresponds to the near field wireless communication electronic tag, and the automatic locker is electrically connected to the electronic lock. After confirming the student data, account information and operation data, the central control terminal enables the storage application to complete and unlock the electronic lock. At this time, the central control terminal opens the automatic locker corresponding to the student data. Operational data refers to the locker information.

According to still another embodiment of the present invention, the interactive device may be a computer, and the sensing operation interface may be a borrowing and returning application. After confirming the student data, account information and operation data, the central control terminal enables the borrowing and returning application to complete and store the student data and operation data. In addition, the account information of the central control terminal automatically deducts the amount corresponding to the operational data. Operational data refers to borrowing materials.

An embodiment of another aspect of the present invention is to provide an interactive sensing method for a campus device as described above, the steps comprising: providing a near field without Line communication electronic label and smart chip smart phone; sensor identification of student data in the near field wireless communication electronic tag; when the student data is correct, open one of the corresponding interactive devices; when the student data is wrong, a warning is issued Information; store student data, smart chip account information and operational information of interactive devices.

The campus device interaction sensing system and the method thereof provide the smart phone in the near field wireless communication technology in the smart phone, thereby replacing the key, the student ID card and the electronic wallet used in the campus life, and providing the smart phone more The application of metamorphosis. Therefore, in addition to being used for campus electronic name management, the campus device interactive sensing system can also provide a small payment function, which can be used for overdue fine payment and locker management.

Please refer to FIG. 1 , which is a block diagram of a campus device interaction sensing system according to an embodiment of the invention. It comprises a smart phone 100, an interactive device 200 and a central control terminal 300.

The smart phone 100 is disposed on the student, and the smart phone 100 includes a near field wireless communication electronic tag 110 and a smart chip 120. The near field wireless communication electronic tag 110 has a student data 111 built therein, and the smart chip 120 is electrically The near field wireless communication electronic tag 110 is connected, and the smart chip 120 has an account information 121 built therein corresponding to the student data 111.

The interactive device 200 includes a near field wireless communication sensor 210, an inductive operation interface 220, and a speaker 230. The near field wireless communication sensor 210 is disposed in the interactive device 200, and the near field wireless communication sensor 210 reads the near field. Wireless communication electronic tag 110, the sensing operation interface 220 is electrically connected The field wireless communication sensor 210, and the sensing operation interface 220 is used to control the interactive device 200 and generate an operation data 221, and the speaker 230 is disposed in the interactive device 200.

The central control terminal 300 is electrically connected to the interactive device 200, and the central control terminal 300 is used for comparing and storing the student data 111, the account information 121 and the operation data 221. Student Information 111 can be personally relevant to students.

Please refer to FIG. 2 at the same time, which illustrates a schematic diagram of a campus device interaction sensing system according to an embodiment of the invention. In this embodiment, the campus device interaction sensing system is applied as a one-point management system. The interactive device 200 can be another smart phone. The interactive device 200 is held by a named person, and the interactive device 200 can further include a camera for taking a photo of the student to the named student, and sensing the operation interface 220. It can be a little-named application. The central control unit 300 can be the server of the school registration group.

In this embodiment, the naming application system uses Eclipse combined with the Android SDK Emulator to develop a web page and a database of the naming management system, and stores the information in the Android SQLite database. The near field wireless communication electronic tag 110 in the smart phone 100 held by the student is sensed by the near field wireless communication sensor 210 of the interactive device 200 by the named person, thereby realizing the smart near field wireless communication technology of the user. The use of the name management system on campus.

Please also refer to Figure 3, which shows a flow chart according to Figure 2. The process of applying the campus device interactive sensing system to the one-point management system is as follows: the named student holds the smart phone sensing card reader, and the camera takes a photo of the student; the school registration group server recognizes the student photo and the student data, and Through the horn to read the name of the student; when the information is wrong, If the student information of the named student has been repeated and the student photo or student data is incorrectly matched, the speaker will sound a warning. When the information is correct, the smart phone held by the teacher displays the attendance data of the classmate; the school registration group server stores the named information.

Please refer to FIG. 1 and FIG. 4 simultaneously, which illustrate a flow chart of a campus device interaction sensing system according to another embodiment of the present invention. In this embodiment, the campus device interaction sensing system is applied as a locker management system, and the interactive device 200 further includes an electronic lock (not shown), and the interactive device 200 can be an automatic locker and an inductive operation interface. The 220 series can be a storage application, and the storage application can be installed on an external computer (not shown). The electronic lock corresponds to the near field wireless communication electronic tag 110, and the interactive device 200 is connected to the electronic lock. After the central control terminal 300 confirms the student data 111 and the operation data 221, the sensing operation interface 220 is completed and the electronic lock is unlocked. At this time, the central control terminal 300 opens the interactive device 200 corresponding to the student data 111. The detailed steps are as follows: the student holds the smart phone to sense the locker of the locker; the central control terminal identifies the student data; if the student data is correct, the central control store stores the operating data of the locker and unlocks the electronic lock of the locker. , open the locker corresponding to the student data; if the student data is wrong, the speaker will sound a warning.

Please refer to FIG. 5, which is a flow chart of a campus device interaction sensing system according to still another embodiment of the present invention. In this embodiment, the campus device interaction sensing system application can be a borrowing and returning book management system, and the interactive device 200 can be a computer. The sensing operation interface 220 can be a borrowing and returning application, and the central control terminal 300 The library server can be a school library for confirming the student information 111 and the operation data 221, and then the borrowing and returning application is completed and the student data 111 and the operation data 221 are stored. Detailed steps The following is as follows: the book reader placed in the library is degaussed, and the book information is stored in the library server; the student holds the smart phone to sense the card reader; the library server identifies the student information, and can borrow the book. Quantity and book period, and check if there is any overdue return; if the information is correct, the computer displays the student data and operation data and stores it; if the data is wrong, if the student data is wrong or if the student fails to return the book The horn sounded a warning; if the book was overdue, the student would use a smart phone to sense the card reader and pay the overdue fine with the smart chip.

The campus device interactive sensing system provided by the invention combines the near field wireless communication technology in the smart phone with the smart chip, thereby replacing the key, student ID and electronic wallet used in the campus life, and providing the smart phone more diversified. application. Therefore, in addition to being used for campus electronic name management, the campus device interactive sensing system can also provide a small payment function, which can be used for overdue fine payment and locker management.

It will be apparent from the above-described embodiments of the present invention that the application of the present invention has the following advantages. The function of the invention is to apply the smart NFC mobile phone which is almost everyone's own, and to implement the NFC technology to manage the class name on the campus, which can reduce resource waste and save waiting time compared with the traditional way, so that the school can provide students with information on campus and Life is more correct, fast and efficient. In addition, the present invention can provide a safe and convenient micropayment function by using NFC in combination with the smart chip, thereby using the library to borrow overdue fines and the management of the locker on campus.

Although the present invention has been disclosed in the above embodiments, it is not intended to limit the present invention, and the present invention can be modified and modified without departing from the spirit and scope of the present invention. Fan The scope defined in the patent application scope is subject to the definition of patent application.

100‧‧‧Smart mobile phone

110‧‧‧ Near Field Wireless Communication Electronic Label

111‧‧‧ Student Information

120‧‧‧Smart Wafer

121‧‧‧Account information

200‧‧‧Interactive device

210‧‧‧ Near Field Wireless Communication Sensor

220‧‧‧Induction operation interface

221‧‧‧Operational information

230‧‧‧ Horn

300‧‧‧Central terminal

The above and other objects, features, advantages and embodiments of the present invention will become more <RTIgt; <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; Block diagram.

2 is a schematic diagram of a campus device interaction sensing system according to an embodiment of the invention.

Figure 3 is a flow chart according to Figure 2.

4 is a flow chart showing a campus device interaction sensing system according to another embodiment of the present invention.

FIG. 5 is a flow chart showing a campus device interaction sensing system according to still another embodiment of the present invention.

100‧‧‧Smart mobile phone

110‧‧‧ Near Field Wireless Communication Electronic Label

111‧‧‧ Student Information

120‧‧‧Smart Wafer

121‧‧‧Account information

200‧‧‧Interactive device

210‧‧‧ Near Field Wireless Communication Sensor

220‧‧‧Induction operation interface

221‧‧‧Operational information

230‧‧‧ Horn

300‧‧‧Central terminal

Claims (16)

A campus device interactive sensing system comprises: a smart phone, configured on a student, comprising: a near field wireless communication electronic tag with a student data built therein; and a smart chip electrically connected to the near field wireless communication electronic device a smart card having an account data corresponding to the student data; an interactive device comprising: a near field wireless communication sensor disposed on the interactive device, the near field wireless communication sensor reading the near field a wireless communication electronic tag; and a sensing operation interface electrically connected to the near field wireless communication sensor, wherein the sensing operation interface is used to manipulate the interactive device and generate an operation data; and a central control terminal electrically connected to the The interactive device is used for comparing and storing the student data, the account information and the operation data. The campus device interactive sensing system of claim 1, wherein the student profile is a personal profile. The campus device interaction sensing system of claim 2, wherein the interactive device is another smart phone, and the sensing operation interface is a little-name application. Such as the campus device interaction sensing system of claim 3, wherein the interaction The device further includes a camera for taking a picture of the student to the named student. The campus device interaction sensing system of claim 4, wherein the student photo is used by the central control unit to compare the student data, and the central control terminal confirms the student data and the student photo, and causes the name application to complete the name. The campus device interaction sensing system of claim 5 further includes a speaker connected to the central control terminal. The speaker is controlled to sound a warning sound at the central control end that the student profile does not match the student photo. The campus device interaction sensing system of claim 3, wherein the operation data is a name data. The interactive device of the campus device of claim 2, wherein: the interactive device further comprises an electronic lock corresponding to the near field wireless communication electronic tag; and the interactive device is an automatic locker, electrically connected Electronic lock, the sensing interface is a storage application. In the campus device interaction sensing system of claim 8, the central control terminal confirms the student data, the account information and the operation data, and causes the storage application to complete and unlock the electronic lock, and the central control terminal opens the corresponding student data. The automated locker. The campus device interactive sensing system of claim 8, wherein the storage application is installed on an external computer. The campus device interactive sensing system of claim 8, wherein the operating data is a locker data. The interactive device of the campus device of claim 2, wherein the interactive device is a computer, and the sensing operation interface is a borrowing and returning application. The campus device interaction sensing system of claim 12, wherein the central control terminal confirms the student profile, the account profile, and the operation profile, and causes the loanback application to complete and store the student profile information and the operation data. The campus device interaction sensing system of claim 13, wherein the account information of the central control terminal automatically deducts the amount corresponding to the operation data. The campus device interaction sensing system of claim 13, wherein the operation data is a borrowed material. A campus device interaction sensing method applied to claim 1, comprising: providing the near field wireless communication electronic tag and the smart chip a smart phone; sensing the student data in the near field wireless communication electronic tag; opening an corresponding interactive device when the student data is correct; issuing a warning message when the student data is incorrect; and storing The student data, the account information of the smart chip, and the operation data of the interactive device.