CN211554950U

CN211554950U - Wearable terminal and system for personal identity authentication based on NFC

Info

Publication number: CN211554950U
Application number: CN202020540504.3U
Authority: CN
Inventors: 屈柏耿; 段春艳; 胡昌吉; 梁敏
Original assignee: Foshan Polytechnic
Current assignee: Foshan Polytechnic
Priority date: 2020-04-13
Filing date: 2020-04-13
Publication date: 2020-09-22
Anticipated expiration: 2030-04-13

Abstract

The utility model discloses a wearable terminal of individual authentication and system based on NFC, wherein include: the terminal comprises a terminal body and a processor positioned in the terminal body; the touch sensing device is arranged on the lower surface of the terminal body, which is in contact with the human body, and is electrically connected with the processor and used for sensing whether the terminal body leaves the human body or not; the NFC module is arranged in the terminal body and close to the upper surface of the terminal body, is electrically connected with the processor and stores personal identity information, and is used for being close to external equipment to perform personal identity authentication; and the base station positioning module is positioned in the terminal body and electrically connected with the processor, and the machine station positioning module is used for identifying the position of the terminal body. The high-safety requirement of personal identity authentication is met, and the portable personal identity authentication system is convenient to operate and easy to carry.

Description

Wearable terminal and system for personal identity authentication based on NFC

Technical Field

The utility model relates to an electron authentication field especially relates to a wearable terminal and system of individual authentication based on NFC.

Background

The development of technologies such as Internet of things, artificial intelligence, biological recognition, 5G communication and the like is a marked product of human modern technological progress, and related application of the technology can well guarantee and promote the pursuit of good life of people.

In the existing identity recognition technology, a second-generation identity card is usually adopted, has personal electronic information and an electronic authentication function, is still inconvenient to carry out, and is particularly troubling when participating in some scenes such as outdoor sports. Moreover, once inadvertently lost, the various rework procedures associated therewith can be cumbersome. Meanwhile, the identity card may be lost or falsely used, which may cause serious loss.

The existing modes of code scanning by a mobile phone based on a two-dimensional code or code scanning by a cashier who presents a payment code are still mainstream technologies of wireless payment at present, but mobile phone app application cannot be left generally. In addition, in some specific scenes, such as market shopping, unlocking and password inputting are needed, and inconvenience and complexity are still caused in the actual operation. In addition, a considerable proportion of the elderly want to use smartphones, but there are considerable difficulties in actual operation. Moreover, in terms of safety, some promotion spaces also exist for code scanning payment.

Accordingly, the prior art is yet to be improved and developed.

SUMMERY OF THE UTILITY MODEL

In view of the above-mentioned deficiencies of the prior art, an object of the present invention is to provide a wearable terminal for personal authentication based on NFC and a system thereof. The personal identity information of a user is stored through the NFC module, the personal identity information is matched with the identity information in the database for authentication after the personal identity information is close to or in contact with the detection equipment, when the touch sensing device senses an action of leaving the wrist, the NFC module is closed, the wearable terminal is required to authenticate the identity of the user again, embezzlement is prevented, and the base station positioning module is used for positioning the terminal, so that the use position is monitored, and embezzlement is prevented; therefore, the high safety requirement of personal identity authentication can be met, the operation is convenient, the carrying is easy, and meanwhile, the risk caused by the careless loss or the imposition of the identity card can be reduced; the system is directly close to or close to the detection equipment, can realize authentication, reduces the password operation process, and improves the security and the efficiency of the authentication.

The technical scheme of the utility model as follows:

a wearable terminal for personal identity authentication based on NFC, wherein, a terminal body, a processor positioned in the terminal body;

the touch sensing device is arranged on the lower surface of the terminal body, which is in contact with the human body, and is electrically connected with the processor and used for sensing whether the terminal body leaves the human body or not;

the NFC module is arranged in the terminal body and close to the upper surface of the terminal body, is electrically connected with the processor and stores personal identity information, and is used for being close to external equipment to perform personal identity authentication;

and the base station positioning module is positioned in the terminal body and electrically connected with the processor, and the machine station positioning module is used for identifying the position of the terminal body.

Further, the terminal body is a watch body, the watch body further comprises:

the display screen is positioned on the upper surface and used for displaying information;

and the function keys are positioned on the side and used for receiving user instructions to realize confirmation, power-on/power-off, return and restart.

Further, still be provided with human feature identification module on the upper surface of wrist-watch body, human feature identification module with the treater is connected and is used for discerning and authentication human feature.

Further, the human body feature recognition module is a fingerprint recognition module and/or a human face recognition module.

Further, the watch is characterized in that a pedometer, a heart rate detector and a voice and video communicator are further arranged inside the watch body.

Further, the terminal body is a ring body.

Furthermore, a central indicator light is arranged on the upper surface of the ring body, and digital indicator lights are arranged around the central indicator light.

Further, the base station positioning module is: big dipper orientation module, GPS orientation module or 5G orientation module.

The system for personal identity authentication based on NFC comprises the wearable terminal for personal identity authentication based on NFC, NFC authentication equipment for sensing personal identity information in an NFC module, and an identity authentication database in communication connection with the NFC authentication equipment.

Further, a camera is arranged on the NFC authentication device and used for shooting a user of the wearable terminal to perform face recognition authentication.

Compared with the prior art, the utility model provides a wearable terminal of individual authentication based on NFC and system thereof, wherein the individual identity information of user is stored through the NFC module, and matches with the identity information in the matching database after being close to or contacted with the detection equipment, and when the individual identity information is consistent with the information in the database, the authentication is passed; when the touch sensing device senses the wrist-off action, the wearable terminal is separated from the user, the wearable terminal closes the NFC module, and the NFC module is started after the wearable terminal authenticates the identity of the user again, so that embezzlement is prevented; carry out terminal location through base station orientation module, monitor the position of use, can report the position of use for the user through remote communication, let the user know the position of use in real time, realize safe in utilization, prevent to steal. Therefore, the high safety requirement of personal identity authentication can be met, the operation is convenient, the carrying is easy, and meanwhile, the risk caused by the careless loss or the imposition of the identity card can be reduced; the system is directly close to or close to the detection equipment, can realize authentication, reduces the password operation process, and improves the security and the efficiency of the authentication.

Drawings

Fig. 1 is a schematic cross-sectional structure diagram of a wearable terminal for personal authentication based on NFC according to a first embodiment of the present invention;

fig. 2 is a front view of a wearable terminal for personal authentication based on NFC according to a first embodiment of the present invention;

fig. 3 is a schematic block diagram of a wearable terminal for personal authentication based on NFC and a system thereof according to a first embodiment of the present invention;

fig. 4 is a front view of a wearable terminal for personal authentication based on NFC according to a second embodiment of the present invention;

fig. 5 is a schematic block diagram of a second embodiment of the wearable terminal and system for personal authentication based on NFC according to the present invention.

The reference numbers in the figures: 100. a terminal body; 110. a processor; 120. a power supply module; 130. a memory; 140. a communication bus; 150. a touch sensing device; 160. an NFC module; 170. a base station positioning module; 200. a display screen; 210. function keys; 230. a human body feature recognition module; 231. a fingerprint identification module; 232. a face recognition module; 300. a central indicator light; 310. a digital indicator light; 320. a wireless connection module; 400. an NFC authentication device; 410. an identity authentication server; 420. a camera is provided.

Detailed Description

The utility model provides a wearable terminal of individual authentication and system based on NFC, for making the utility model discloses a purpose, technical scheme and effect are clearer, make clear and definite, and it is right that the following reference drawing does and the example of referring to the utility model discloses further detailed description. It should be understood that the specific embodiments described herein are merely illustrative of the invention and are not intended to limit the invention.

As shown in fig. 1, a wearable terminal for personal authentication based on NFC includes a terminal body 100, and a basic structure of an intelligent device, such as a processor 110, a power supply module 120, a memory 130, a communication bus 140, and the like, is fixedly disposed in the terminal body 100; the wearable terminal is characterized by further comprising a touch sensing device 150, wherein the touch sensing device 150 can be a capacitive touch pad, the touch sensing device 150 is arranged on the lower surface of the terminal body 100, which is in contact with a human body, namely when the wearable terminal is worn on the human body, the lower surface of the terminal body 100 is in contact with the human body, and the touch sensing device 150 is electrically connected with the processor 110 and is used for sensing whether the terminal body 100 leaves the human body; an NFC module 160 is disposed inside the terminal body 100 and near the upper surface of the terminal body 100, the NFC module 160 is electrically connected to the processor 110 and stores personal identity information, and the NFC module 160 is used for performing personal identity authentication near an external device; the personal identity information comprises identity card information or an NFC hardware identification code, namely the NFC module 160 can read magnetic card information with a user identity in advance and store the personal identity information on the magnetic card, the magnetic card can be an identity card, the NFC module 160 binds the personal identity information with the NFC hardware identification code of the terminal, the NFC module 160 is matched with the identity information in a matching database after approaching or contacting the detection equipment, and when the personal identity information or the information in the NFC hardware identification code database is consistent, the authentication is passed. A base station positioning module 170 is arranged in the terminal body 100, the base station positioning module 170 is electrically connected with the processor 110, and the base station positioning module is used for identifying the position of the terminal body 100. The base station positioning module 170 is: the Beidou positioning module, the GPS positioning module and/or the 5G positioning module.

When the user wears the wearable terminal, the body touches the touch sensing device 150, the touch sensing device 150 signals the processor 110, the processor 110 reads the user information preset in the wearable terminal and starts to identify the user, and the user can be identified by voice or by the camera 420. When the user is identified to be consistent with the information stored in the wearable terminal, the NFC module 160 is turned on, otherwise, the NFC module 160 is not turned on. When a user carries out personal identity authentication through the wearable terminal, the user is matched with identity information in the matching database after approaching or contacting the detection equipment, when the personal identity information is consistent with the information in the database, the authentication is passed, otherwise, the authentication is not passed; when the user takes off the wearable terminal, the touch sensing device 150 cannot sense the human body, the NFC module 160 is closed, the user needs to be re-authenticated whether the user information is consistent with the user information stored in the wearable terminal, and the user can be turned on after the user information is consistent with the user information, so that the security is increased. Carry out terminal positioning through base station location module 170, monitor the position of use, can report the position of use for the user through remote communication, let the user know the position of use in real time, realize safe in utilization, prevent to steal. Therefore, the high safety requirement of personal identity authentication can be met, the operation is convenient, the carrying is easy, and meanwhile, the risk caused by the careless loss or the imposition of the identity card can be reduced; the system is directly close to or close to the detection equipment, can realize authentication, reduces the password operation process, and improves the security and the efficiency of the authentication.

As shown in fig. 3, the embodiment further includes a system for personal identity authentication based on NFC, where the system includes a wearable terminal for personal identity authentication based on NFC as described above, and an NFC authentication device 400 for sensing personal identity information in the NFC module 160, where the NFC authentication device 400 may be an authentication device when a merchant receives and pays, or may be an authentication device passing through a municipal channel, the NFC authentication device 400 is connected to an identity authentication server 410 in a communication manner, an identity authentication database is provided in the identity authentication server 410, and the identity authentication database may be a member identity authentication database of the merchant, or a national-level personal identity authentication center database, and is configured to perform corresponding connection according to different use requirements.

The NFC authentication device 400 is provided with a camera 420, and the camera 420 is used for shooting a user of the wearable terminal to perform face recognition authentication. The camera 420 can be used for photographing the user and keeping the user still, and can be used for recognizing the head portrait, so that the head portrait information is matched with the identity authentication information sensed by the NFC authentication equipment 400, double authentication is realized, and the safety is higher.

In a particular aspect, the present invention provides two embodiments.

The first embodiment is as follows:

as shown in fig. 1, the wearable terminal is an intelligent watch, the terminal body 100 is a watch body, watchbands are installed at two ends of the watch body, and the watch body further includes: a display screen 200 located on the upper surface, wherein the display screen 200 is connected with the processor 110 through a communication bus 140, and the display screen 200 is a touch screen and is used for displaying information; the touch sensing device 150 is embedded in the lower surface of the watch body, and the NFC module 160 is located below the display screen 200. The watch body is provided with a function key 210 on the side, and the function key 210 is used for receiving a user instruction to confirm/power on/off/return/restart. The number of the function keys 210 in this embodiment is two, wherein one function key 210 is pressed for a long time to start the smart watch, and is pressed for a short time to realize selection confirmation; the other function key 210 is pressed for a long time to realize restart, and pressed for a short time to realize return operation. It is easily conceivable that the function keys 210 may be adaptively set according to actual needs.

As shown in fig. 2, a human body feature recognition module 230 is further disposed on the upper surface of the watch body, and the human body feature recognition module 230 is connected to the processor 110 through a communication bus 140 and is used for recognizing and authenticating human body features. The user stores the characteristic information in the memory 130 of the smart watch through the human body characteristic recognition module 230. When the smart watch is worn again or restarted, the human body feature recognition module 230 needs to re-authenticate whether the user information is consistent with the stored user information, and the smart watch can be started after the user information is consistent with the stored user information. The human body feature recognition module 230 is a fingerprint recognition module 231 or a face recognition module 232, or both the fingerprint recognition module 231 and the face recognition module 232 may be provided.

The inside of wrist-watch body still is provided with pedometer, rhythm of the heart detector, pronunciation and video communication ware. Therefore, the smart watch can realize basic conventional functions such as time display, alarm clock, step counting, heart rate detection, motion track recording, voice and video communication besides the most core identity authentication function, and can further include more extended functions such as accidental fall detection and life health characteristic data monitoring.

The authentication mode of the smart phone is as follows:

as shown in fig. 3, in the power-off state of the smart phone, the smart watch is powered on by pressing the function key for implementing the functions of confirmation and power-on the side, and the fingerprint identification module or the face identification module is started and enters the power-on fingerprint authentication interface or the power-on face identification authentication. After fingerprint or face authentication all pass through, big dipper orientation module, GPS orientation module or 5G basic station orientation module open, discernment user position, and the NFC module is opened simultaneously.

When the intelligent watch touches the NFC authentication equipment, the terminal is automatically connected with the national level personal identity authentication center, the national level personal identity authentication center database is read, and the NFC authentication equipment judges the matching condition of personal information data and NFC hardware identification codes in the national level personal identity authentication center and the built-in identity authentication chip of the intelligent watch. And if the data result is true, the intelligent watch passes the authentication. If the data is not the result, the authentication is not passed and an illegal embezzlement record is generated.

In the normal use process of the intelligent watch, if the actions of leaving the wrist, charging, restarting and the like are detected through the touch sensing device, the watch closes the NFC module and reenters the starting fingerprint authentication or face authentication process, normal use can not be continued until the conventional starting fingerprint authentication or face authentication is passed, and therefore the safety of the intelligent watch is further improved.

The wrist-off time length can be set according to the requirement, for example, the startup fingerprint authentication or the face authentication does not need to be carried out again within the wrist-off time length; the specific wrist leaving time length can be preset to 5 minutes when leaving factory, and 3 minutes, 2 minutes, 1 minute, 10 minutes, 15 minutes, 30 minutes and 1 hour can be selected through a menu, or more personalized self-defined time length can be selected, for example, specific numerical values can be automatically input in the ranges of 5 seconds to 59 seconds, 1 minute to 59 minutes, 1 hour to 12 hours and the like.

When the intelligent watch is in a starting state, a return/restart function key is pressed, and the watch automatically returns to a desktop page of the watch, namely an initial page after a starting fingerprint passes through. And if the return/restart function key is pressed for 5 seconds, the intelligent watch is restarted.

The intelligent watch is quite convenient to use, is worn with a user, is not afraid of being lost, and cannot be influenced during sports. The system has reliable system security performance based on the whole system of authentication and payment methods and anti-theft technology of risk detection, credit system, illegal cost and the like.

Example two:

as shown in fig. 4 and 5, the wearable terminal is a smart ring, and the terminal body 100 is a ring body. And a simple authentication function can be realized by adopting the intelligent ring. The ring body is provided with a central indicator light 300 on the upper surface, and the periphery of the central indicator light 300 is surrounded by a digital indicator light 310. The inside wireless connection module 320 that is provided with of ring body, wireless connection module 320 is used for being connected with outside cell-phone, and outside cell-phone can send the instruction and carry out wireless control to the intelligent ring, central authorities pilot lamp 300, digital indicator lamp 310, wireless connection module 320 all are connected with processor 110.

This is disclosed to have littleer volume compared intelligent wrist-watch, in the time of actually implementing, based on current market technique, its preferred carrier is the intelligent ring, also can specifically load in some embellishments like necklace intelligence pendant, intelligent earrings, intelligent armlet, intelligent foot ring and so on direction, the mode such as optionally implanting human skin even, can form a complete set design dedicated wireless charging wrist strap is used for once monthly charging, the optional titanium alloy material friendly to the human body of using is the main part, in addition, this kind of comparatively special wearing mode still possesses an extra advantage, be difficult for losing.

Certainly, the intelligent ring has excellent usability and good safety performance, especially for old people, the encryption authentication of starting up is not needed, the use is more convenient, and certainly, the encryption authentication of starting up can be carried out through an external mobile phone and then data is transmitted to the intelligent ring, so that the authentication is realized. The Beidou positioning module, the GPS positioning module and/or the 5G positioning module can be kept on all the time unless the electric quantity is completely consumed and the charging is not carried out in time. Even if the mobile terminal enters an automatic shutdown state due to the fact that the electric quantity is completely consumed, the touch action of the conventional NFC module can enable the intelligent ring to recover the basic identity authentication and wireless payment functions instantly, only the positioning function is temporarily not available, and at the moment, the ring is only required to be charged, and all functions can be recovered again.

As shown in the figure, the indicating lamps on the upper surface of the ring body of the intelligent ring are arranged in a mode. The combination and the flicker of the central indicator light and the outer ring digital indicator light can directly display the boarding check information special for the high-speed rail, read the authentication state of the noninductive entrance and exit station of the highway, visually judge the remaining days of the battery power of the mobile terminal and the like.

Under the condition of normal use, the mobile terminal does not set the operations of starting up and shutting down. If necessary, the external mobile phone can be connected with the wireless connection module in a wireless mode through touch with the NFC authentication equipment and input a shutdown instruction. When the mobile terminal is successfully accessed to enter the wireless charging state, the mobile terminal is automatically started.

The intelligent ring is not provided with solid keys, the waterproof standard of the intelligent ring can be set to be 100 m deep in sea diving, and even higher standard grade can be specially customized for extremely individual users. The sweat-soaking device is suitable for sweat soaking in daily strenuous exercise, open water areas, swimming in swimming pools, bathing in ordinary times, hot springs, saunas and other application scenes.

Even the smart ring, although with very low probability, still has the risk of being lost, even illegally copied by higher black technologies. Because the NFC module and the NFC authentication device can leave operation traces in each identity authentication under normal conditions, particularly before each fund generates the dynamic account, a guarantee mechanism of 24 hours and 9 am exists (after 24 hours of a pre-payment list is generated in fund transaction, the system does not start to execute the real dynamic account until 9 am every day), and the comprehensive aspects of technology traceability, a punishment mechanism for illegal mobile terminal thieves and mobile terminal counterfeiters, personal credit score and the like are added, so that the system safety performance of the method is credible. Once the real user of the intelligent ring finds or receives the abnormal early warning information, the temporary freezing alarm locking of the personal identity authentication is realized very quickly in the mode of nationwide uniform special telephone or NFC authentication equipment and the like. All subsequent operations are completed by the merchant or the system, and the individual only needs to provide the ring data in a matching way when necessary, and extra time and energy are not needed.

It is to be understood that the invention is not limited to the above-described embodiments, and that modifications and variations may be made by those skilled in the art in light of the above teachings, and all such modifications and variations are intended to be included within the scope of the invention as defined in the appended claims.

Claims

1. A wearable terminal for personal identity authentication based on NFC, characterized by comprising:

the terminal comprises a terminal body and a processor positioned in the terminal body;

and the base station positioning module is positioned in the terminal body and electrically connected with the processor, and is used for identifying the position of the terminal body.

2. The wearable terminal for personal authentication based on NFC according to claim 1, wherein the terminal body is a watch body, and the watch body further comprises:

and the function keys are positioned on the side surfaces and used for receiving user instructions to realize confirmation, power on and off, return and restart.

3. The wearable terminal for personal authentication based on NFC according to claim 2, wherein a human body feature recognition module is further arranged on the upper surface of the watch body, and the human body feature recognition module is connected with the processor and is used for recognizing and authenticating human body features.

4. The NFC-based wearable terminal for personal identity authentication according to claim 3, wherein the human body feature recognition module is a fingerprint recognition module and/or a face recognition module.

5. The wearable terminal for personal authentication based on NFC according to claim 2, wherein a pedometer, a heart rate detector and a voice and video communicator are further arranged inside the watch body.

6. The NFC-based wearable terminal for personal identity authentication according to claim 1, wherein the terminal body is a ring body.

7. The NFC-based wearable terminal for personal identity authentication according to claim 6, wherein a central indicator light is arranged on the upper surface of the ring body, and a digital indicator light is arranged around the central indicator light.

8. The wearable terminal for personal authentication based on NFC according to claim 1, wherein the base station location module is: big dipper orientation module, GPS orientation module or 5G orientation module.

9. A system for personal authentication based on NFC, comprising a wearable terminal for personal authentication based on NFC according to any one of claims 1 to 8, an NFC authentication device for sensing personal identity information in an NFC module, and an authentication database communicatively connected to the NFC authentication device.

10. The system for personal identification authentication based on NFC according to claim 9, wherein a camera is disposed on the NFC authentication device, and the camera is used for shooting a user of a wearable terminal for face recognition authentication.