TWM571996U - Active intelligent identification system - Google Patents

Abstract

The present invention provides an active intelligent identification system, comprising: a portable device storing a first biometric data; and a biometric extraction device for instantly capturing a second biometric data, the first biological The feature data and the second biometric data are transmitted to a comparison device, and the comparison device can immediately confirm whether the captured second biometric data is the same as the first biometric data in the portable device, and thus Identify if the identity of the user is correct. The creative intelligent identification system of the present invention confirms the user's identity through the biometric data provided in the portable device, and does not need to construct a database in advance, and can actively, discretely and independently perform comparison, and can save construction. The cost of the database, as well as the prevention of personal data being stolen, and the identification process is fast.

Description

Active intelligent identification system

This creation is about an identification system. In more detail, it refers to an active intelligent identification system that can perform identity identification operations independently without requiring a pre-established identity information database.

According to the rapid development of society and the popularization of biometric identification technologies, such as fingerprint recognition, iris recognition, voiceprint comparison or facial feature recognition, etc., various kinds of biological features can be used for users. There is a role of identification. At present, the application of biometrics as an identification technology is becoming more and more popular, such as access control.

However, prior to the biometric identification technology, the identification system needs to build a database and store the user's biometric data in the database. For biometric identification, it is necessary to first Compare the biometrics of the humans and compare them with the biometrics in the database to confirm whether the identity matches.

In the conventional comparison method, the identification system needs to be connected with the database, and the data can be extracted for comparison, and cannot be operated independently. If the database is offline or damaged, the comparison action cannot be performed. Moreover, when the identity data stored in the database increases, it takes a long time to complete the results of the comparison analysis, and the comparison cannot be completed quickly and instantaneously.

What's more, the traditional identification method must store the individual's biological identity and identity data in the database. This situation will have information security concerns. When the database is stolen or stolen, the user's personal privacy. It causes damage.

The present invention aims to solve the above problems, and its main purpose is to provide an identification system that does not need to pass other devices to perform identity recognition operations actively, independently, and decentralized.

Another object of the present invention is to provide an active intelligent identification system that can perform biometric comparison without building a database.

Another object of the present invention is to provide an active intelligent identification system that avoids leakage of biometric features of the user.

An active intelligent identification system provided by the present invention comprises: a portable device comprising a first transmission module and a memory unit; the memory module stores a first biometric data; the first transmission module The first biometric data is transmitted to the first biometric data; the biometric extraction device includes a first transceiver module and a capture unit; the capture unit can immediately obtain a second biometric data; the first transceiver module The second biometric data is transmitted to the group; the comparison device includes a second transmission module, a second transceiver module and a comparison unit; and the second transmission module receives the first transmission module Transmitting the first biometric data, the second transceiver module receives the second biometric data transmitted by the first transceiver module, and the comparison unit is compared to the first biometric data and the second biometric data. To confirm whether the two biometric data are consistent, and display or outward transmission of the comparison results.

Preferably, the first transceiver module and the second transceiver module transmit signals in a wireless or wired manner.

Preferably, the detachable device further comprises an instruction unit, and the comparison device further comprises a trigger unit, wherein the trigger unit can be triggered by the command unit to drive the biometric extraction device to perform the second biometric data. take.

Preferably, the capturing device is a face recognizer, a fingerprint recognizer, an iris recognizer or a voice recognizer; and the biometric data is a facial, fingerprint, iris or voice biometric.

The active intelligent identification system provided by the present invention can provide the first biometric data by using the first biometric data, and then obtain the second biometric data of the user through the biometric extraction device. After the data and the second biometric data are compared, the identity of the user can be identified as correct. The active intelligent identification system does not need to establish a large number of databases in advance, and can operate independently, because the comparison data is small, the processing time is fast, and the database is not required to be expensive and costly, and the cost can be reduced. Avoid theft of the database and the leakage or theft of personal data.

The active intelligent identification system provided by the present invention can be applied to various occasions or environments where biometrics are used for identification. The embodiments disclosed in the present specification merely disclose several applications and are not limiting. Please refer to the first to fourth figures. The active intelligent identification system 10 provided by a preferred embodiment of the present invention includes:

A portable device 20 is a device that can be carried or carried by a user of the identification system 10, and can be a mobile device or a wearable device, such as a smart phone or a wristband as shown in the second and third figures. The portable device includes: a first transmission module 21 and a memory unit 22; the first transmission module 21 is in telecommunication connection with the memory unit 22, and the first biometric data 23 is pre-stored in the memory unit 22, The biometric data is the biometric characteristics of the user, such as his or her face, fingerprints, iris, sound, and the like. The first transmission module 21 can obtain the first biometric data 23 in the memory unit 22 and then transmit the first biometric data 23 to the outside. The biometric data of the portable device holder is stored in the memory unit 22 as the first biometric data 23, so that the biometric data of the holder is pre-stored in the portable device 20.

The biometric capture device 30 includes a first transceiver module 31 and a capture unit 32. The first transceiver module 31 is connected to the capture unit 32. The capture device 30 can be a human face. Recognizers, fingerprint readers, iris recognizers, and speech recognizers (speech readers) can capture specific types of biometric capture devices to capture the faces, fingerprints, irises, A device that samples sounds or other identifiable biological features such as organisms. In the present invention, the capturing device 30 is a camera (as shown in the second figure) or a biometric access control device (as shown in the third figure), and the user can be instantly obtained through the capturing unit 32. The biometric data is used as a second biometric data 33, and the capturing unit 32 transmits the obtained second biometric data 33 through the first transceiver module 31.

A matching device 40, as shown in the first and fourth figures, includes: a second transmission module 41, a second transceiver module 42, a comparison unit 43, and a first low frequency transmission module. The second transmission module 41 can receive the first biometric data 23 transmitted by the first transmission module 21 of the portable device 20, and the second transceiver module 42 can receive the biometric feature extraction device 30. a second biometric data 33 transmitted by the transceiver module 31, wherein the signal between the first transceiver module 31 and the second transceiver module 42 can be a wired signal transmission or a wireless signal transmission; The pairing unit 43 compares the first biometric data 23 received from the second transmission module 41 with the second biometric data 33 of the second transceiver module 42 to confirm the first biometric data 23 and the second biometric feature. Whether the data 33 matches, the comparison device 40 repeats the biometric comparison result data 45 through the first low frequency transmission module 44, and the low frequency wireless communication technology, that is, below 1 GHz (SUB 1G) Wireless communication technology for transmitting data at a frequency, which has a low , Low power consumption, long distance transmission, high penetration, and does not require transmission interference cost advantages.

A back-end device 50, as shown in the first and fourth figures, includes a second low-frequency transmission module 51 and a back-end platform 52; the second low-frequency transmission module 51 and the back-end platform The 52 series telecommunication connection module 51 can receive the comparison result data 45 transmitted from the first low frequency transmission module 44 of the comparison device 40, and transmit the comparison result data 45 to the rear. The end platform 52 performs processing of the corresponding program.

The following describes the use of the active intelligent identification system 10 of the present invention. The identification mode shown in the second figure is identified by the facial features. The portable device (mobile phone or wristband) 20 pre-stores the face of the user. The biometric feature is the first biometric profile 23 described. Referring to the fourth figure, when the user arrives at the identification point for identification, the first transmission module 21 of the portable device 20 is connected to the second transmission module 41 of the comparison device 40, and The first biometric data 23 pre-stored in the device 20 is transmitted to the second transmission module 41 of the comparison device 40 via the first transmission module 21 . The biometric feature capture device 30 is a camera that captures and captures the facial features of the user, and obtains a sample of the second biometric data 33. The capture device 30 passes through the first transceiver module 31. The second biometric data 33 is transmitted to the second transceiver module 42 of the comparison device 40. Thereby, the comparison device 40 obtains the first biometric data 23 pre-stored by the portable device 20 and the second biometric data 33 of the user sampled by the capturing device 30.

The way the third picture is used is identified by fingerprints. The portable device (mobile phone or wristband) 20 pre-stores the user's fingerprint biometrics and becomes the first biometric data 23. When the user arrives at the identification point for identification, the portable device 20 transmits the pre-stored first biometric 23 to the second transmission module 41 of the comparison device 40 via the first transmission module 21. The biometric feature extraction device 30 is a biometric access control device, and the user presses a fingerprint on the access control device to enable the biometric feature extraction device 30 to obtain a sample of the second biometric data 33. The feature capturing device 30 transmits the second biometric data 33 to the second transceiver module 42 of the comparing device 40 via the first transceiver module 31. In this manner, the comparison device 40 obtains the first biometric data 23 pre-stored by the portable device 20 and the second biometric data 33 of the user sampled by the biometric extraction device 30.

Next, as shown in the fourth figure, the comparison device 40 performs an analysis comparison between the first biometric data 23 and the second biometric data 33. If the two are the same, the identity of the user can be confirmed to prove the use. The owner of the portable device 20 is the owner of the portable device 20. When the identity confirmation is true, the first low frequency transmission module 44 of the comparison device 40 can transmit the comparison result data 45 to the background device 50 for subsequent procedures. For example, in the present embodiment, the comparison device 40 The signal is sent out for identification. First, as shown in the second or third figure, the opening of a gate 53 can be performed first, so that the user can enter the internal space. When the background device 50 receives the identity confirmation data, The back-end platform 52 can compare the identity data with the data built in the back-end platform 52, and after confirming the user's identity rights, distinguish the space that can be opened or the resources used by the user's identity rights; Or, the backend platform 52 immediately sets up an identity data for the user, and the identity data can be paired with the portable device 20, and the backend platform 52 drives the internal transmission devices 54a, 54b to enable the portable device. The device 20 can transfer data to and from the transmission devices 54a, 54b at the different locations at different locations to confirm the user's usage information or related location information.

The way in which iris, speech or other forms of biometrics are used for identification can be understood by the identification process of the above biometrics, such as capture and comparison.

In the active intelligent identification system 10 of the present invention, the identification of the biometric data is mainly based on the first biometric data 23 pre-built in the portable device 20 of the user, and is obtained by the biometric extraction device 30. The biometric data 33 is transmitted to the comparison device 40 after completion. In the process, the active intelligent identification system 10 does not need to construct a biometric database of the user in advance, in the process of comparison analysis. It is only necessary to compare whether the first biometric data 23 and the second biometric data 33 match, so that the required identification time and cost can be reduced, and the identification can be completed instantly and quickly.

The active intelligent identification system 10 of the present invention only needs to perform identification and identification operations through the portable device 20, the biometric feature extraction device 30 and the comparison device 40, without connecting any external device (for example, The database can be actively, decentralized, directly and independently operated to perform biometric identification for each user. Each active intelligent identification system 10 independently performs identity recognition, and a plurality of identification systems can be distributed and disposed in different places for identification, so that the distributed identification system is different from the conventional centralized (through the database). Identification method.

The intelligent identification method adopted by the active intelligent identification system 10 of the present invention has accurate identification.

The active intelligent identification system 10 of the present creation does not need to establish a database to store biometric data of the user. Since the connection database is not required, the active intelligent identification system 10 can be operated offline and can be used independently.

Since the active intelligent identification system 10 does not need to establish a database, the user does not need to provide its biological characteristics externally, so there is no problem that the personal data is leaked or stolen. In addition, the preset first biometric data 23 is stored in the portable device 20 of the user, and can be used for external use or storage, and the security of the personal data can be ensured.

Moreover, the comparison device 40 does not need to store related comparison results or data, which can reduce the cost and difficulty of the system.

Please refer to the fifth embodiment, which is another embodiment of the active intelligent identification system of the present invention. The main structure is the same as that of the previous embodiment, and the same portions are not described again. The portable device 20 further includes an instruction unit 24, and the comparison device is provided with a trigger unit 46. The command unit 24 is telecommunicationally connected to the first transmission module 21, and can transmit a trigger command. The first transmission module 21 is given to the first transmission module 21, and after receiving the triggering command 25, the first transmission module 21 transmits the triggering command 25 to the second transmission module 41; the triggering unit 46 is respectively associated with the second transmission The module 41 is connected to the second transceiver module 42 by telecommunication; the user can open the command unit 24 of the portable device 20, such as inputting a fingerprint, sound or being driven by an APP application, and the command unit 24 will issue a trigger command 25, and then The triggering command 25 is transmitted to the second transmitting module 41 through the first transmission module 21; after receiving the triggering command 25, the second transmitting module 41 transmits the triggering command 25 to the triggering unit 46. At this time, the triggering The unit 46 transmits a trigger signal 47 to the second transceiver module 42. The second transceiver module 42 transmits the trigger signal 47 to the first transceiver module 31 by wire or wirelessly to wake up the creature. Feature extraction device 30 performs second The capturing and transmitting operation of the feature data 33 is the same as the first embodiment of the first biometric data 23 and the second biometric data 33. The main difference is that the biometric capturing device 30 needs to be first The portable device 20 performs the action after the command unit 24 issues the trigger command 25, so that the biometric feature capturing device 30 can be prevented from taking action at any time, and unnecessary power and resources are wasted. The number of portable devices 20 to be compared is large, and the biometric feature capturing device 30 is driven by the specific portable device 20 to ensure the second biometric data of the first biometric data 23 transmitter and the capturing unit 32. The object is taken by the same person, which can avoid misidentification.

As shown in the sixth figure, the biometric capture device 30 further includes a trigger unit 34. The trigger unit 34 can be set by a button or a switch. The user can directly activate the biometric feature through the trigger unit 34. The device 30 is captured.

The above examples are merely illustrative of the present invention and are not to be construed as limiting the scope of the present invention. The active intelligent identification system provided by this creation is the first technology in the technical field, and it is progressive.

10‧‧‧Active Intelligent Identification System

20‧‧‧ portable device

21‧‧‧First Transmission Module

22‧‧‧ memory unit

23‧‧‧ First biometric data

24‧‧‧Command unit

25‧‧‧ trigger instruction

30‧‧‧Biometric extraction device

31‧‧‧First transceiver module

32‧‧‧Capture unit

33‧‧‧Second biometric data

34‧‧‧Trigger unit

40‧‧‧ comparison device

41‧‧‧Second transmission module

42‧‧‧Second transceiver module

43‧‧‧ comparison unit

44‧‧‧First low frequency receiving module

45‧‧‧Comparative results data

46‧‧‧Trigger unit

47‧‧‧ trigger signal

50‧‧‧Backstage device

51‧‧‧Second low frequency receiving module

52‧‧‧Back-end platform

53‧‧‧ gate

54a‧‧‧Transmission equipment

54b‧‧‧Transmission equipment

In order to enable the review board to further understand the purpose, characteristics and effectiveness of the present work, the following two preferred embodiments of the present invention will be described in detail below with reference to the drawings: An architectural diagram of an active intelligent identification system. The second figure shows a schematic diagram and related equipment used in one of the active intelligent identification systems applying the present creation. The third figure shows another schematic diagram of the use of the active intelligent identification system using the present creation and related equipment. The fourth picture is a schematic diagram of the action of the active intelligent identification system of the present creation. The fifth figure is a schematic diagram of the action of the active intelligent identification of the second preferred embodiment of the present invention. The sixth figure is a schematic diagram of the action of the active intelligent identification of the third preferred embodiment of the present creation.

Claims (9)

An active intelligent identification system includes: a portable device, comprising a first transmission module and a memory unit; the memory module stores a first biometric data; the first transmission module a biometric data is transmitted to the outside; a biometric extraction device includes a first transceiver module and a capture unit; the capture unit can instantly obtain a second biometric data; the first transceiver module The second biometric data is transmitted to the outside; a comparison device includes a second transmission module, a second transceiver module and a comparison unit; and the second transmission module receives the transmission of the first transmission module The first biometric data, the second transceiver module receives the second biometric data transmitted by the first transceiver module, and the comparison unit is compared with the first biometric data and the second biometric data. Whether the first biometric data is consistent with the second biometric data. The active intelligent identification system of claim 1, wherein the first transceiver module and the second transceiver module transmit signals by wire or wireless transmission. The active intelligent identification system of claim 1, further comprising a trigger unit, wherein the trigger unit can drive the biometric capture device. The active intelligent identification system of claim 3, wherein the triggering unit is disposed in the comparison device, the portable device further includes an instruction unit, wherein the instruction unit is capable of transmitting a trigger by the first transmission module. An instruction that is received by the second transmission module and transmitted to the trigger unit. The active intelligent identification system of claim 3, wherein the triggering unit is disposed on the biometric extraction device. The active intelligent identification system of claim 1, wherein the capturing device is a camera, and the capturing device obtains an appearance biometric. The active intelligent identification system according to claim 1, wherein the identification system The biometrics that are compared are: face, fingerprint, iris or voice. The active intelligent identification system of claim 1, wherein the comparison device further comprises a first low frequency transmission module coupled to the comparison unit. The active intelligent identification system of claim 8, wherein the transmission frequency of the first low frequency transmission module is lower than 1 GHz (SUB 1G).