WO2017147762A1

WO2017147762A1 - Interactive system and device based on biological characteristic

Info

Publication number: WO2017147762A1
Application number: PCT/CN2016/074885
Authority: WO
Inventors: 葛煜浩; 邓一名; 吴沛雨
Original assignee: 葛煜浩; 邓一名; 吴沛雨
Priority date: 2016-02-29
Filing date: 2016-02-29
Publication date: 2017-09-08
Also published as: CN107431697A

Abstract

The present invention provides an interactive system based on a biological characteristic, comprising an acquisition end subsystem and a serving end. The acquisition end subsystem comprises a biological characteristic acquisition device and a client. The biological characteristic acquisition device is used for obtaining at least one biological characteristic. The client is used for submitting processing event information. The acquisition end subsystem is used for sending the biological characteristic and the processing event information to the serving end. The serving end is used for obtaining a resource associated with the biological characteristic according to the biological characteristic, and performs corresponding processing on the resource according to the processing event information. In the interactive system based on a biological characteristic provided in the embodiments of the present invention, an acquisition end subsystem is connected to a terminal device, the terminal device can be triggered, by a biological characteristic acquisition device, to send a processing event of the terminal device to a serving end, and the serving end completes the processing event. Hence, a user can complete the processing event by means of the biological characteristic of the user.

Description

Interactive system and device based on biometric realization

Technical field

The present invention relates to the field of biometric identification technologies, and in particular, to a device incorporating biometric identification technology, in conjunction with an interactive system of the device.

Background technique

As biometrics technology matures, the integration of electronic devices has become a mainstream trend. However, the prior art combines the two, basically using the biometric identification technology as an optimized replacement of the operation mode of the universal password input, so that the electronic device inputs the letters and numbers manually in the form of the password input. , symbols or any combination, with a more convenient and smarter experience.

However, in the prior art, the application of the biometric identification technology is an embedded module of a specific electronic device, that is, it completely depends on a specific electronic device, and an application supporting the technology can be invoked on the electronic device to implement the technology. The benefits are brought. Therefore, under the current application mode of the technology, the following problems exist:

1. Biometric identification technology can be used as a password input for all kinds of electronic devices, but whether the electronic device uses the biometric identification technology as an embedded module is defined by the manufacturer, and for the manufacturer, if the user wants to increase the The module will cause the development cycle, cost, product pricing, and market expectations to be affected in all aspects, and these risks are only the optimization method for the specific use case of password input. For the product whose password input is not the main function, The fitting of this technology module will serve as a lower priority alternative. At the same time, for the user, the possibility of self-selection according to demand is lost.

2. The biometric identification technology modules of different electronic devices are independent of each other. For the same user, even for the biometric features of the same part, it is necessary to separately perform biometrics on each electronic device having the module. Take, enter, lead to repetitive operations, poor experience.

In summary, how to make the biometrics technology more widely embedded in various electronic devices, so that users fully enjoy the convenience brought by the technology is an urgent problem to be solved.

Summary of the invention

The embodiment of the invention discloses an interactive system based on biometrics, comprising acquiring a terminal system and a server, and the acquiring terminal system comprises a biometric acquiring device and a client;

The biometric acquiring device is configured to acquire at least one biometric feature, and the client is configured to submit processing event information;

Obtaining a terminal system for transmitting the biometric and processing event information to the server;

The server is configured to acquire a resource associated with the biometric according to the biometric feature, and perform corresponding processing on the resource according to the processing event information.

A biometric acquiring device is disclosed in the embodiment of the present invention, the biometric acquiring device is configured to provide a biometric that can be associated with processing event information to a server having a corresponding processing event according to the processing event information, including a sensing module. And a first communication module, wherein

a sensing module for acquiring at least one biometric feature;

a first communication module, configured to perform a communication interaction with the client that submits the processing event information, to provide an association between the biometric feature and the processing event information, so that the server end completes the correspondence according to the biometric feature and the processing event information associated with the biometric feature. Handling events.

An interaction system based on the biometrics disclosed in the embodiment of the present invention connects the acquisition terminal system 10 to the terminal device, and the biometrics acquisition device 11 can trigger the processing event of the terminal device to the server 30. End 30 completes the processing event. Thus, for the user, it is only necessary to complete the processing event in one step through its own biological features, without having to wear any body outside.

DRAWINGS

In order to more clearly illustrate the technical solutions in the embodiments of the present invention, the drawings to be used in the embodiments will be briefly described below. It is obvious that the drawings in the following description are only some embodiments of the present invention. Those skilled in the art can also obtain other obvious modifications according to these drawings without any creative work.

1 is a schematic diagram of a biometric implementation-based interactive system 100 in accordance with an embodiment of the present invention;

2 is a schematic diagram of a biometric implementation-based interactive system 100a according to an embodiment of the present invention;

FIG. 3 is a schematic diagram of a biometric implementation-based interaction system 100b according to an embodiment of the present invention; FIG.

4 is a schematic diagram of a biometric implementation-based interactive system 100c according to an embodiment of the present invention;

FIG. 5 is a schematic block diagram of an interaction system based on biometrics according to an embodiment of the present invention; FIG.

6 is a schematic block diagram of an interaction system based on biometrics in another embodiment of the present invention;

FIG. 7 is a schematic diagram of an interaction system based on biometrics in another embodiment of the present invention; FIG.

FIG. 8 is a schematic flowchart diagram of an interaction method implemented by an interaction system according to an embodiment of the present invention; FIG.

FIG. 9 is a schematic flowchart diagram of an interaction method implemented by an interaction system according to a first embodiment of the present invention; FIG.

FIG. 10 is a schematic flowchart diagram of still another interaction method implemented by the interaction system in the first embodiment of the present invention; FIG.

11 is a schematic flowchart of an interaction method implemented by an interaction system according to a second embodiment of the present invention;

FIG. 12 is a schematic flowchart diagram of still another interaction method implemented by an interaction system according to a second embodiment of the present invention; FIG.

FIG. 13 is a schematic flowchart diagram of an interaction method implemented by an interaction system according to a third embodiment of the present invention.

detailed description

The technical solutions in the embodiments of the present invention are clearly and completely described in the following with reference to the accompanying drawings in the embodiments of the present invention. It is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments. All other embodiments obtained by those skilled in the art based on the embodiments of the present invention without creative efforts are within the scope of the present invention.

Please refer to FIG. 1 , which is a schematic diagram of a biometric implementation-based interactive system 100 in accordance with an embodiment of the present invention. The interactive system 100 includes an acquisition terminal system 10 that acquires processing events, and a server 30. The acquisition terminal system 10 includes a biometric acquisition device 11 and a client 12. The biometric acquisition device 11 includes a sensing module 111 for acquiring biometrics of the user. Specifically, the biometric features include, but are not limited to, a fingerprint, a face, a skin, an iris, a vein, a body state, a palm geometric feature, and the like, in any combination. Correspondingly, the sensing module can be a fingerprint recognizer, a face recognizer, an iris recognizer, a vein recognizer, a body recognizer and/or a palm geometry feature recognizer. Client 12 is used to obtain Take the event information. Processing the event information includes providing a processing event directly executed by the server 30, and/or processing event information associated with the processing event, such that the server 30 obtains a corresponding executable processing event based on the processing event information. Specifically, the server 30 may store an association relationship between the processing event information and the processing event. For example by identifying the ID association. The processing event may be derived from any terminal device having certain processing capabilities in communication with the acquisition terminal system 10. Feasible, the terminal device can provide processing events, and the processing event information is generated by the client 12. In the system 100, at least one biometrics acquiring device 11 is included, and the biometrics acquiring device 11 is respectively connected to a client 12 corresponding thereto. When the biometrics acquiring device 11 acquires the biometrics, the processing event information provided by the client 12 corresponding to the biometrics acquiring device 11 sends the biometrics and processing event information to the server 30. The server 30 is configured to acquire a resource associated with the biometric according to the biometric feature, and perform corresponding processing on the resource according to the processing event.

The interaction system provided by the present invention can connect the acquisition terminal system 10 to the terminal device, and the biometrics acquisition device 11 can trigger the processing event of the terminal device to the server 30, and the processing terminal 30 completes the processing event. Thus, for the user, it is only necessary to complete the processing event in one step through its own biological features, without having to wear any body outside. The various embodiments encompassing the invention are exemplified below for the understanding of the principles of the invention.

The biometric acquisition device 11 is configured to provide a biometric that can be associated with processing event information to a server 12 having a corresponding processing event executed in accordance with the processing event information. The sensing module 111 is included for acquiring at least one biometric. The first communication module 113 is configured to implement a communication interaction with the client 12 that submits the processing event information to provide an association between the biometric and the processing event information, so that the server 30 completes the correspondence according to the biometric and the processing event information associated with the biometric feature. Handling events.

In an embodiment, a module diagram of the biometric implementation-based interaction system 100a shown in FIG. 2, the client 12 of the acquisition terminal system 10a is carried on any terminal device A having computing processing capability for acquiring the terminal device. A generated event information generated. It can be understood that the client 12 is an executable application, is stored in the terminal device A and can be read and executed by the terminal device A, so that the client 12 can realize its functional role through the terminal device A carrying it. The client 12 can also be an executable application stored on the server 30 and accessible by the terminal device A over the network. The biometrics acquiring device 11 includes a first communication module 113, and the terminal device A includes a second communication module In block 221, the first communication module 113 and the second communication module 221 are used to implement a communication connection, and the biometric acquisition device 11 implements communication interaction with the client 12 through the first communication module 113 and the second communication module 221. The first signal is sent to the client 12 via the first communication module 113, and/or the second signal is sent by the client 12 to the biometric acquisition device 11 via the second communication module 221. In one embodiment, the first signal includes a biometric feature, and the terminal device A includes a fourth communication module 222. The client 12 sends the biometric and processing event information to the server 30 through the fourth communication module 222. In the second embodiment, the biometric acquiring device 11 further includes a third communication module 112 for transmitting biometrics to the server 30. The client 12 sends the processing event information to the server 30 through the fourth communication module 222. After acquiring the first signal according to the second communication module 221, the client 12 sends the processing event information to the server 30 through the fourth communication module 222. The first signal may be a notification activation signal. For example, after the sensing module 111 acquires the biometric, the first signal is triggered, and the client 12 starts to submit processing event information according to the first signal. In the third embodiment, after acquiring the second signal by the first communication module 113, the biometrics acquiring device 11 transmits the biometrics to the server 30 through the third communication module 112. The second signal may be a notification start signal. For example, after the client 12 submits the processing event information or obtains the processing event, the second signal is triggered, and the second signal sensing module 111 starts to acquire the biometric. In the fourth embodiment, the second signal includes processing event information, and the biometric acquiring device 11 transmits the biometric and the event information to the server 30 through the third communication module 112.

In another embodiment, a schematic diagram of a module based on the biometric implementation of the interactive system 100b shown in FIG. The client 12 of the acquisition terminal system 10b is carried by the biometric acquisition device 11. That is, the biometrics acquiring device 11 includes the client 12. The biometrics acquiring device 11 communicates with the terminal device A via the first communication module 113. The first communication module 113 and the second communication module 221 are used to establish a communication connection, and the client 12 implements communication interaction with the terminal device A through the first communication module 113 and the second communication module 221. The client 12 sends a processing event acquisition request to the terminal device A through the first communication module 113, and receives feedback information returned by the terminal device, and acquires processing event information according to the feedback information. Specifically, the first communication module 113 and the second communication module 221 may be based on a RESTful Web Service (also referred to as a RESTful Web Service). A series of request methods for a series of CRUD (Create, Read, Update, Delete) applications supported by the client 12 on the service system and the domain network resource to which the terminal device A or the terminal device A belongs. Such as: POST, GET, PUT or DELETE). The information is updated to obtain feedback information. The feedback information may be a processing event generated by the terminal device A, or may be processing event information associated with the event that the server 30 can process. The client 12 directly submits the processing event information according to the feedback information, or reprocesses the feedback information according to a predetermined rule and submits the processing event information. The predetermined rule may be a rule that interfaces with the server 30. In this manner, the biometric acquiring device 11 further includes a processing module 115 and a storage module 116. The processing module 115 can be a single chip microcomputer, a micro processing chip, a controller, or the like. Can communicate with other modules. For example, the processing module 115 is configured to send the biometrics acquired by the sensing module 111 and the processing event information of the client 12 to the server 30 through the third communication module 112. The storage module 116 can be a memory such as a flash memory card, a hard disk, or a magnetic disk. Similarly, the client 12 is an executable application, stored in the storage module 116 of the biometric acquisition device 11, and can be read and executed by the processing module 115, so that the client 12 can be implemented by the biometric acquisition device 11 carrying the same. Its function. The client 12 may also be an executable application stored on the server 30 and obtainable by the biometrics acquiring device 11 via the third communication module 112 via the network.

In other embodiments, as shown in the interactive system 100c shown in FIG. 4, the acquisition terminal system 10c may further include a client 12b carried on the terminal device A. The biometrics acquiring device 11 includes a client 12 for submitting first processing event information, and the biometrics acquiring device 11 transmits the biometric and processing event information to the client 12b of the terminal device A through the first communication module 113. The client 12b of the terminal device A is configured to send the biometric and processing event information to the server 30 through the fourth communication module 222. The client 12b of the terminal device A can also be used to acquire the processing event of the terminal device A, and send the processing event and/or processing event information, and the biometric feature to the server 30 through the fourth communication module 222.

The biometric acquiring device 11 is communicably connected to the client 12, that is, the first communication module 113 and the second communication module 221 can communicate by wire or wirelessly. The following is described in detail in connection with the acquisition terminal system 10a. See Figure 1 in conjunction. In one embodiment, the biometric acquisition device 11 is connected to the terminal device A via a data line 13. The first communication module 113 and the second communication module 221 are physical interfaces, and the first communication module 113 and the second communication module 221 (this example uses the first interface 113 and the second interface 221) to implement a communication connection through the data line 13. . The transmission of the first signal and the second signal through the data line 13 is included. The client 12 communicates with the biometrics acquiring device 11 via the terminal device A. For example, the biometrics acquiring device 11 includes a first interface 113, and a terminal device A package The second interface 221 is connected to the first interface 113 and the second interface 221. The second interface 221 is in communication with the client 12. The sensing module 111 detects whether there is an acquireable biometric, and generates a first signal after acquiring the biometric. The client 12 acquires the first signal through the second interface 221. Specifically, the data line 13 can also be used to transmit a power signal, and the biometric acquiring device 11 obtains power through the first communication module 113.

The first communication module 113 and the second communication module 221 may also be wireless transmission modules, such as an infrared module, a Bluetooth module, a Wifi module, a Zigbee module, and the like. In the wireless mode, the correspondence between the biometrics acquiring device 11 and the client 12 includes a pre-established wireless connection relationship. Specifically, the client 12 may include an association module 121 for recording association information of the biometrics acquiring device 11 associated therewith, the association information including a communication address of the biometrics acquiring device 11 associated therewith, for example, an ip address and/or Or the physical address or the like, and the above-described wireless connection relationship is established by the associated biometrics acquiring device 11 through the communication address. For example, when the terminal device A is to be added to the system 100a, the terminal device A can access the server 30 to download the client 12, or access the client terminal 12 by accessing the server 30. At this time, the wireless communication connection is established with the biometric device 11 by wireless scanning or other link method, and the IP address and/or physical address of the biometric device 11 is acquired and recorded in the association module 121. When the wireless connection is established again, when the wireless connection is established again, the client 12 can automatically establish a communication connection with the biometric device 11 recorded by the association module 121 through the second communication module 221 of the terminal device A carrying the same. The biometric acquisition device 11 transmits the first signal to the client 12 through the pre-established wireless connection relationship when the first signal is generated. In an embodiment, after acquiring the first signal, the client 12 may send the acquired processing event information to the biometric acquiring device 11. The biometrics and processing events are transmitted by the biometric acquisition device 11 to the server 30 via the Internet/network 40 via the third communication module 112. In some cases, a plurality of biometric devices 11 are associated with the client 12, that is, the association module 121 records association information with the plurality of biometric devices 11, and the biometric device included in the association module 121 11 When joining the same network as the client 12, such as a local area network, a communication connection is automatically established with the biometric device 11 based on the record of the associated information.

The present invention is based on a biometrically implemented interactive system, including but not limited to any of the embodiments of the

interactive system

100, 100a, 100b. The associated information may also include an identification (ID) of the associated biometric device, including the identification and function. Associated ID function associations. When multiple creatures The feature recognition device 11 is associated with the client 12, by which the client 12 can know which biometric device 11 is in communication with it. Based on this, in one embodiment, the association information may further include a function associated with the biometric device 11 identification. That is, the biometric device 11 having different functions acquires the biometric, and the client 12 associated with the biometric device 12 can also acquire the ID of the biometric device 11, for example, the first signal includes the ID, or independently transmit the ID including the ID. The signal, the client 12 acquires a processing event of the corresponding function according to the ID. The acquisition terminal system includes, but is not limited to, the above 10, 10a, 10b, and transmits the processing event and biometrics to the server 30. In other embodiments, the server 30 includes a function association module 335 for storing the identifier of the biometric device 11 and the ID function association relationship identifying the corresponding function. Obtaining the terminal system, including but not limited to the acquisition terminal system 10, 10a, 10b in the above embodiment, directly acquiring the biometrics acquired by the biometric identification device 11, the identification of the biometric identification device 11, and the processing events acquired by the client 12. It is sent to the server 30 together. The server 30 obtains a corresponding function according to the identifier, and performs processing of the function on the resource corresponding to the processing event information associated with the biometric. It will be appreciated that the function corresponds to a processing event. The information may be processed, or may be information associated with the processing event, including processing event information.

It should be noted that the identifier itself may include a definition of a function, for example, the identifier S001pay is the function device of the No. 001 biometrics acquiring device 11 for payment; the S002save is the No. 002 biometrics acquiring device 11 is a functional device for storing files; S003open is 003 The biometric feature acquisition device 11 is a function device for acquiring a file, and the like.

The interactive system of the present invention, including but not limited to the

interactive systems

100, 100a, 100b in the above embodiments, includes a plurality of biometric acquiring devices 11 that may include different types of sensing modules 111. The different types of sensing modules 111 are used to acquire different types of biometrics. For example, the sensing module 111 can be a fingerprint identifier, an iris recognizer, a face recognizer, a skin recognizer, a vein recognizer, a palm geometric feature recognizer, and the like. Preferably, the biometric device 11 having different types of sensing modules 111 corresponds to type feature information. For example, the type information of the fingerprint identifier is fingerprint, and the type information of the iris identifier is iris, so that the client 12 And/or the server 30 can know the type of the biometric feature based on the type of feature information. For example, the association module 121 of the client 12 may further include the type of feature information, and the type of feature information may be associated with different functions, so that different functions may be corresponding according to different biometric types. can. That is, the biometrics device 11 has different types of biometric devices, and the client 12 associated with the biometric device 11 can also acquire the type feature information of the biometric device 11, for example, the first signal includes type feature information, or the independent transmission includes The signal of this type of feature. The client 12 acquires processing event information of the corresponding function according to the type characteristic signal. The acquisition terminal system includes, but is not limited to, the above 10, 10a, 10b, and transmits the processing event and biometrics to the server 30. In other embodiments, the function association module 335 of the server 30 may include a type function association relationship between the type of feature information and the function. Obtaining the terminal system, including but not limited to the acquisition terminal system 10, 10a, 10b in the above embodiment, directly acquiring the biometrics acquired by the biometric identification device 11, the type characteristic information of the biometric identification device 11, and the acquired by the client 12. The processing event information is sent to the server 30 together. The server 30 acquires a corresponding function according to the type of feature information, and performs processing of the function on the resource corresponding to the processing event information associated with the biometric.

In some embodiments, the biometric information may be included in the identifier itself, for example, the fingerprint 001 is the 001 biometric acquisition device 11 for fingerprint recognition, the iris 002 is the 002 biometric acquisition device 11 for iris recognition, and the like. Certainly, the identifier may also include the type feature information and the function, for example, the function that the fingerprint001pay is the signature feature of the biometrics acquisition device 11 of the No. 001 is a payment function; the iris002save is the function of the iris feature of the biometrics acquisition device 11 of the No. 002 to store the file. ,and many more. It should be noted that the form of the identifier, function, and type feature information of the present invention is not limited to the example in the embodiment, and those skilled in the art use the three features to implement the corresponding system according to the principle of the present invention, respectively or in combination. Functional requirements are within the scope of the present invention.

Based on the above principle, the biometric device 11 of the present invention may further include a plurality of sensing modules 111, for example, including biometric features such as a fingerprint recognizer and an iris recognizer, and any combination thereof, and may be implemented based on the foregoing embodiments. Biometrics perform versatility.

Specifically, as shown in FIG. 6, the interaction system 100 may further include a biometric and processing event association module 201, including a combination order of the plurality of biometrics and/or an association relationship of the combined relative location association processing events. The interaction system 100 further includes a judging module 202, configured to: when the sensing module 111 acquires a plurality of biometrics, provide processing event information obtained by acquiring the processing event information of the association binding according to the association relationship, and obtaining the judgment result. Specifically, the biometric and processing event association module 201 may be included in the storage module 116 of the biometrics acquiring device 11, and/or the client 12, and/or the server. 30 storage module 33. The judging module 202 includes a processing module 116 that can be accessed by the biometrics acquiring device 11, and/or a judging rule that the client 12 invokes and executes by means of the processing module 21 of the terminal device A, and/or the processing module 31 of the server 30. When the biometrics are set in the biometrics acquiring device 11 or the client 12 or the server 30 together with the processing event association module 201 and the judging module 202, it may be determined locally. When the biometrics and processing event association module 201 and the judging module 202 are respectively disposed in the biometrics acquiring device 11 or the client 12 or the server 30, the data interaction may be implemented by the communication manner of each embodiment of the interactive system.

In the embodiment of the present invention, the client 12 can be connected to the server 30 via the Internet/network 40 through the fourth communication module 222 included in the terminal device A. It is possible that the terminal device A is a personal computer, such as a desktop or laptop computer, or any form of mobile computing device, such as a mobile phone, a PAD, etc., or a terminal device of any third party system, such as a cash register, a movie theater. Turn into gates, subway gates, etc.

In an exemplary embodiment, the terminal device A incorporating the present system 100 includes a client 12, one or more processing modules (CPUs) 21, a communication module 22, a memory 23, and a user interface 24 for interconnecting the aforementioned components. One or more communication buses 25, and a power source 26. User interface 24 includes display 241 and/or input device 242 including, but not limited to, a keyboard, a mouse, a scan input device. The power source 26 is used to power the aforementioned components. Specifically, when the biometrics acquiring device 11 is connected to the terminal device A by a wired method, such as the data line 13, the power source 26 also supplies power to the biometrics acquiring device 11 through the data line. Optionally, a non-volatile memory 27 may also be included. In some embodiments, the data in memory 23 can be seamlessly shared with optional non-volatile memory 27 using known computing techniques such as caching. In particular, the client 12 can communicate with the Internet/network 40 in a wireless manner via the communication module 22. The communication module 22 may include the foregoing second communication module 221 and the fourth communication module 222, and may also include the foregoing physical interface, such as, but not limited to, a standard universal interface such as a USB interface. It can also be a Bluetooth module, a WIFI module, a radio frequency module, a high frequency communication module, etc., a power line communication module, and the like. The obtaining, by the client 12, the processing event information may include: the processing module 21 generates a processing event according to the input device 242, and sends the processing event to the client 12, where the client 12 may perform data processing on the processing event provided by the processing module 21. The processing is converted to the data corresponding to the server 30. The client 12 can also convert the processing event information into data required by the server 30 to process the resource according to the processing event according to the function.

In the interactive system 100 illustrated in FIG. 1, in the topology, there is a server 30, a terminal device A carrying the client 12, and a biometrics acquiring device 11. The exemplary topology shown in Figure 1 is only intended to best describe the features of the present invention in a manner that is readily understood by those skilled in the art.

Of course, other topologies are also possible, for example, server 30 may actually include multiple servers. Further, typically, there are hundreds, thousands, and thousands of terminal devices A carrying clients 12. The terminal device A is respectively connected to the corresponding biometrics acquiring device 11. The terminal device A carrying the client 12 may be an independent terminal device, or may be a terminal device connected to any third-party system by wire or wirelessly. Correspondingly, the server 30 establishes a communication connection with the third party system. When the terminal device A connected to the third-party system generates a processing event, the processing event includes a request for processing the resource of the third-party system, the client 12 included in the terminal device A acquires the processing event, and at the same time, After the biometric acquiring device 11 connected to the client 12 acquires the biometric feature, the server 30 acquires the biometric feature and the processing event information, and executes the corresponding third-party system corresponding to the biometric feature according to the processing event information and the biometric feature. A request for processing a resource.

Server 30 will typically have one or more processing modules (CPUs) 31, a network or other communication interface 32, a storage module 33, one or more communication buses 36 for interconnecting the aforementioned components, and for the foregoing The component is powered by a power supply 37. The storage module 33 includes a memory and/or one or more non-volatile disk storage devices accessed by one or more controllers 34. Data in memory can be seamlessly shared with non-volatile storage devices using known computing techniques such as caching. It can be understood that the storage module 33 of the server 30 can be a virtual collection of all storage devices and devices implemented by using storage technology. Mass storage for remote location of the central processing module 31 can be included. In other words, some of the data stored in the storage module 33 can actually be hosted on a computer that is external to the server 30, but can be used by the server 30 via the Internet interface 32 via the Internet, an intranet or other form. Electronic access to the network or electronic cable. Form a cloud service platform.

Specifically, as shown in FIG. 7, the server 30 is a hybrid cloud architecture, including a private cloud 30A and a public cloud 30B. The private cloud 30A includes data of a network cloud resource 80 of a third-party system and a network cloud resource 90 of the interaction system 100, which are private data. The data shared by the private cloud 70 is invoked by the third party system and interactive system 100. The public cloud 30B provides public data services, including providing public services provided after processing the private cloud 70 data. The terminal device can only obtain the number of public clouds 30B. According to the service.

Specifically, the network or other communication interface 32 includes a first communication interface 321 for interfacing with the acquisition terminal system 10, and the processing module 31 is configured to acquire the biometrics of the terminal system 100 and process event information according to the first communication interface 321. The foregoing identifier may be included, and the data of the storage module 33 may be retrieved according to the information, and may also be processed and output according to the retrieved data.

The storage module 33 preferably stores an operating system 331, an account resource module 332, and an application service module 333. The user visualization management module 334, the foregoing function association module 335, the processing event recording module 336, the multi-biometric binding module 337, the biometric and processing event association module 338, and the authorization module 339 may also be included.

An operating system 331, which includes programs for processing various basic system services and for performing hardware dependent tasks.

The account resource module 332 is configured to associate to the corresponding resource according to the biometric. It can be understood that the biometric and all the resources associated with it, that is, the collection of information related to the biometrics in the system, can be understood as the account associated with the biometric. However, it is not limited to the integrity of the physical carrier carrying the information or the physical location of the physical carrier. As long as the electronic communication can be associated with the interaction. When the server 30 receives the biometrics acquired by the biometrics acquiring device 10 and the processing event information acquired by the client 12, the processing module 31 acquires the corresponding account in the account resource module 332 through the biometric feature, and executes the corresponding account. Process resource processing for event information. It can be understood that the resource includes services of a third party system.

The application service module 333 is configured to provide interaction information of the third-party system when the resource of the third-party system needs to be processed according to the processing event information. It includes providing information that the processing module 31 is connected to a third party system that handles event processing, and possibly to other servers or computers, such as the transaction server 200. Thus, it may be provided that the processing event includes processing the resources of the third party system, and the server 30 may perform the multi-party interaction that may be involved.

The visualization management module 334 is configured to provide visualization processing of the biometric associated resources. Includes data that is visualized based on account-associated resources. Specifically, the visualization management module 334 can retrieve the stored data of each module of the storage module 33 for visualization processing. The user is provided with a display device to retrieve the data display presentation of the storage module 33 through the visualization management module 334. The visualization process of the further visualization management module 334 includes retrieving data according to a predetermined rule and a presentation manner corresponding to the data. Can The visualization process can also include providing operational processing of the data in accordance with certain rules. Operational processing includes new creation, deletion, data modification, modification of associations between data, and so on. Correspondingly, the interactive system 100 can further include a login entry 38 for invoking the visual management module 334 through the display device, through which the login information is obtained, and when the login information is verified to be included in the account resource module 332, the visualization can be managed. The module 334 retrieves the relevant resources under the account associated with the login information and presents them through visualization processing. For example, the login portal 38 provided by the system 100 can be connected to the login portal 38 through a login URL or a universal client, and the user can complete the input operation to enter the login information through the login URL or the universal client. In particular, the login portal 38 can be implemented as a network or other communication interface 32. After the login entry 38 obtains the login information, the processing module 31 acquires the corresponding account according to the login information, and the visualization management module 334 is configured to perform the visualization processing according to the account acquired by the processing module 31 to retrieve the resource corresponding to the account. Specifically, the login information is a biometric, and the biometric has been entered into the account resource module 332. The second login information associated with the account corresponding to the biometric feature may also be logged in, including but not limited to a user-defined account name and password, a mobile phone number, an email account, a third-party system account, and the like. . In another case, when the processing module 31 determines that the login account does not have a corresponding account, the new account is automatically created and logged in to the new account. The above display device may be any electronic device having a display function, such as a mobile phone, a PAD, a computer, a smart TV, or the like.

A multi-biometric binding module 337 is provided for associating a plurality of biometrics to the same account. That is, the same account is provided to uniformly manage the multiple biometrics of the association, including multiple fingerprints, irises, and the like. The second login information corresponding to the same account is included. The visualization management module 334 acquires a plurality of biometrics associated with the account based on the multi-biometric binding module 337. Thereby, resources respectively associated with each biometric can be obtained. Also included is landing information based on a biometric, and the visualization management module 334 retrieves other biometrics associated with the biometric based on the multi-biometric binding module 337. Thereby, resources associated with each biometric feature can be obtained. In this mode, it is also possible that the biometrics acquired by the biometrics acquiring device 11 belong to the same account, even if the processing events acquired by the client 12 correspond to other biometrics under the account corresponding to the resources to be processed, the server 30 is based on the biometrics. The biometric feature acquired by the feature acquiring device 11 may be called to the resource associated with the other biometrics under the biometric association account to complete the processing event. For example, the first fingerprint associated payment resource (eg, transaction account information), the second fingerprint associated storage resource, the third fingerprint associated member resource, the first iris associated doctor Treatment resources. When the user inputs the first fingerprint through the biometrics acquiring device 11, the client 12 communicatively connected to the biometric acquiring device 11 acquires a processing event for acquiring a file, and the server 30 acquires the second fingerprint of the account according to the first fingerprint. The associated storage resource is retrieved from the storage resource and sent to the client 12. The visualization management module 334 can invoke the multi-biometric binding module 337 and perform visualization processing to provide the user with the multi-biometric binding by the visualization management module 334.

A biometric and processing event association module 338 is provided for providing an associated binding to biometrics and processing events included under the account. The biometric and processing event association module 338 can be invoked and visualized by the visualization management module 334. For example, the account includes a plurality of biometric features, such as a first fingerprint, a second fingerprint, ..., an nth fingerprint, and a first iris. The visualization management module 334 retrieves a plurality of biometrics under the account, and may also include resources associated with the biometrics for visual processing and presentation to the user. The visualization management module 334 can also invoke the biometrics and processing event correlation module 338 to provide a custom association of biometrics and processing events. That is, the biometric feature is given a specific function of executing a processing event. For example, the user visualizes the biometrics and processing event association module 338 through the visualization management module 334, including operable processing, the user can intuitively operate the first fingerprint for implementing the payment function, the second fingerprint fingerprint implements the storage function, and the third The fingerprint implements the acquisition function. The biometric and processing event association module 338 records the association relationship between the first fingerprint and the payment function, the association relationship between the second fingerprint and the storage function, and the association relationship between the third fingerprint and the acquisition function. When the association binding exists, the server 30 determines whether the biometric and the processing event association module 338 have the biometric association binding according to the biometric acquired by the biometric device 11 and the processing event acquired by the client 12. Processing the event, and if so, performing processing on the resource associated with the processing event under the biometric association account. If no, event processing is not performed. It can be understood that the same biometric can be associated with multiple processing events. It is also possible to bind one processing event to multiple biometric associations. It is also possible to further bind a processing event by a combined order of multiple biometrics and/or a combined relative positional association. In this embodiment, the user has a more flexible execution mode when implementing multi-function operation through biometrics. Moreover, the user's flexible change of the association between the biometrics and the processing event can improve the security of the operation.

Authorization module 339 is configured to provide an associated authorization for biometrics between accounts. For example, the user of Account A wants to authorize the user of Account B to use one of his resources. Authorization module 339 records account A and grant The right resource, the authorized account B. Thus the user of Account B can perform related processing events for processing the authorized resources. Further, the authorization module 339 can also record the authorized processing event, so that the authorized account B can execute the processing event authorized by the account A, and the server 30 invokes the resource associated with the processing event authorized by the account A for processing. For an authorized operation, an exemplary manner may be that the user invokes the authorization module 339 through the visualization management module 334 for visualization processing, so that the user can perform the authorization function provided by the authorization module 339. In other example manners, an authorization event may be sent by the acquisition terminal system 10, which may include an authorized biometric, an authorized biometric, and may also include an authorized resource or processing event. The processing module 31 records the authorization event in the authorization module.

It should be noted that the modules stored in the storage module 33 are not limited to the fixed continuous storage location of the storage module 33, and may be a physical bearer format of a non-contiguous, non-single storage device. The data of each module passes through a physical address and is relatively Addressing and other addressing modes can be retrieved.

The event record module 336 is processed for recording processing events. It may also include an account associated with the processing event, a terminal device A associated with the processing event, and the like.

The processing module 31 of the server 30 may further include a data analysis module 311, configured to acquire data of the processing event recording module 336, analyze user preferences, and obtain related messages of user account associated resources. This provides a personalized service that fits the user's system. For example, if the account resource of the associated merchant is included in the account, the data analysis module 311 obtains the latest member information of the merchant in real time, such as a discount message, a promotion message, etc., and promptly pushes the account with the merchant member resource. The specific push includes, but is not limited to, sending an email, a short message to an email address associated with the account, a phone call, and a push to the universal client to which the user logs in.

The present invention also provides an interaction method based on biometric implementation. Those skilled in the art can understand the implementation of the method in combination with the principle of the above interactive system 100. Therefore, similar principles are not described herein. As shown in FIG. 8, the interactive system 100 includes an executable method M10, including the steps of:

The client 12 acquires processing event information (S101).

The biometric acquiring device 11 detects whether there is an available biometric, and if so, acquires a biometric feature (S103).

The biometrics acquiring means 11 transmits the acquired biometrics to the client 12 (S105).

The client 12 transmits the processing event information and the biometrics to the server 30 (S107).

The server 30 determines whether or not there is an account corresponding to the biometric based on the received biometrics (S109), and if so, executes processing of the resource associated with the processing event information for the account (S111). If not, an account for the biometric is created (S113). It is also possible to include a correlation process of executing corresponding processing event information (S111).

Further, after determining that the account corresponding to the biometric is determined in step S109, the method further includes: determining whether there is a resource corresponding to the processing event information, and if yes, executing step S111.

The execution order of steps S101, S103, and S105 is not limited to the above example, and may include but is not limited to the execution order of steps S101, S105, S103 or S103, S101, S105 or S103, S105, S101.

The interaction method provided by the invention can complete the processing event in one step for the user only by using his own biological features, without having to wear any body items with him or her. The various embodiments encompassing the invention are exemplified below for the understanding of the principles of the invention.

First embodiment

As shown in FIG. 9, this embodiment is exemplarily illustrated in an interactive manner in which the interactive system 100a described above is combined with the independent terminal device B. The terminal device B is a personal computer, and the biometrics device 11 is connected by wire or wirelessly. The terminal device B is loaded with the client 12, and the client 12 to the terminal device B can be pushed by the biometric device 11 when the biometric device 11 is connected. Optionally, the pushed client 12 includes associated information bound to the biometric device 11. For example: physical address, id, ip, etc. The biometric device 11 that implements the connection of the terminal device B has a corresponding association with the installed client 12. Then, the terminal device B becomes the terminal device A coupled to the interactive system 100a. This embodiment takes the biometrics device 11 as a fingerprint for taking a biometric as a fingerprint. That is, the sensing module 111 is a fingerprint recognizer.

When the user wants to save the currently selected file to the server 30 through the terminal device A, that is, the processing event is a storage file, it is only necessary to place the finger on the biometrics device 11. Among them, files include, but are not limited to, electronic information that can be electronically transmitted, such as documents, pictures, videos, audio, applications, and the like. The method M20 executable by the interactive system 100a includes the following steps:

The biometrics identifying device 11 acquires a fingerprint of the user (S201).

The fingerprint is sent to the client 12 (S202). Specifically, the fingerprint point-to-point transmission can be implemented according to the associated information. The transmission mode includes the biometric device 11 passing through the first interface 113 The data is sent to the second interface 221 via the data line 13, and the client 12 acquires the fingerprint through the second interface 221. Or wirelessly communicated to the terminal device A through the wireless communication module 112, that is, the personal computer in this example, the communication module 22 receives the fingerprint. In some ways, the fingerprint may be the aforementioned first signal. Preferably, the transmission of the fingerprint has a security process. For example, the biometric identification device 11 includes an encryption processing module 114 for performing encryption processing on the biometrics acquired by the sensing module 111 to form an encrypted signal for transmission. Specifically, the encryption processing module 35 may be a processor with a parsing processing capability, a single chip microcomputer, a micro processing chip, or the like, or may be an executable application stored in the storage module 116 and readable and executable by the processing module 115. It will be appreciated that the encryption processing module 114 can also be placed at the client 12 when it is an executable application. The terminal device A acquires the encrypted signal through the second interface 221 or the communication module 22.

The client 12 acquires the fingerprint or the encrypted signal through the second interface 221 or the communication module 22, and acquires a processing event of the stored file, and transmits the fingerprint or the encrypted signal and the file to the server 30 (S203).

The server 30 determines whether there is account information including the fingerprint based on the received fingerprint (S204). Correspondingly, when the received fingerprint is the encrypted encrypted information, the server 30 includes a corresponding parsing processing module 35 for parsing the biometric, that is, the fingerprint of the example, according to the encrypted information. Specifically, the parsing processing module 35 may be a processor having a parsing processing capability, a single chip microcomputer, a micro processing chip, or the like, or may be an executable application stored in the storage module 33 and readable and executable by the processing module 31. There is an encryption and decryption rule corresponding to the encryption processing module 114.

When the determination in step S204 is YES, the file is stored under the storage resource of the account including the fingerprint (S205). It can be understood that the storage resource can be a storage space opened by the account. The account storage resource is associated with the storage module 33, such as addressing information. You can locate your storage resources through your account.

When the determination in step S204 is NO, new account information is created, and the account information includes the fingerprint. The method further includes opening a storage resource according to the processing event of the storage file, and storing the file to a storage space corresponding to the storage resource (S206).

When the user acquires the stored file through the other terminal device A2 incorporating the interactive system 100a, that is, the terminal device A2 is connected to the biometric device 11 and loaded with the client 12. The terminal device A2 can be a personal computer, a mobile phone, a PAD, a TV box, or the like. At this point, the processing event is get file. It is only necessary to place a finger on the biometric device 11 connected to the terminal device A2. As shown in FIG. 10, the method M30 executable by the interactive system 100a includes the following steps:

The biometrics identifying device 11 acquires the fingerprint of the user (S301).

The fingerprint is sent to the client 12 (S302). Specifically, the fingerprint can be transmitted point-to-point according to the associated information. The transmission method is the same as above, and the transmitted information can be fingerprint or encrypted information. I will not repeat them here. The terminal device A2 acquires the encrypted signal through the second interface 221 or the communication module 22.

The client 12 acquires the fingerprint or the encrypted signal through the second interface 221 or the communication module 22, and acquires the processing event of the acquired file, and sends the fingerprint or the encrypted signal and the processing event of the acquired file to the server 30 (S303). Specifically, the processing event of the obtained file includes the communication address information of the client, for example, the IP address of the terminal device A2.

The server 30 determines whether there is account information including the fingerprint based on the received fingerprint (S304). Correspondingly, when the received fingerprint is the encrypted encrypted information, the server 30 includes a corresponding parsing processing module 35 for parsing the fingerprint according to the encrypted information.

When the determination in step S304 is YES, the file corresponding to the storage space of the fingerprint corresponding account information is transmitted to the terminal device A2 via the communication address information (S305).

Thereby, the user can arbitrarily connect to the terminal device of the interactive system 100a, and access the personal resources in one step by the biometrics acquiring device 11 connected thereto. The personal terminal device that does not restrict the area and does not depend on the user is simple and convenient to operate, and only the personal biometrics are placed in the biometrics acquiring device 11 to be acquired. It can be understood that in other embodiments, the biological feature may be any one of the foregoing, or a combination of multiple.

Second embodiment

As shown in FIG. 11, the embodiment is implemented by the interaction system 100a in combination with the third-party system 901 to implement payment processing events and corresponding payment resources for processing. For example, the third-party system 901 related to the payment processing event is a cash register system applied to a merchant, and the terminal device B is a cashier terminal that carries the cash register system 901, and the terminal device of the cash register system 901 can be operated. When the terminal device B is connected to the biometric device 11, and the terminal device B runs the client 12 to implement communication between the biometric device 11 and the client 12, the terminal device B becomes the terminal device A of the interactive system 100a. Among them, the specific modules and the operation between the modules have been described in detail in the previous section. The following embodiments are only described for the content of the information interaction, and the following specific implementation manners can be implemented by those skilled in the art in combination with the foregoing principles, and are not described herein again. The following embodiments are similar. This embodiment takes the biometrics device 11 as a fingerprint for taking a biometric as a fingerprint. That is, the sensing module 111 is a fingerprint recognizer.

Under the scheme related to the processing event of the payment, the user account needs to include the payment resource. Specifically, the payment resource includes transaction account information, such as a stored value account of the server 30, a bank account, and/or an account of the opened payment gateway. The bank account can include the bank, the card number, and the payment password. The account of the payment gateway may include an account number and a password. Correspondingly, the merchant also needs to provide the transaction account information. Specifically, when the client 12 initiates an association interaction with the cash register system 901, the transaction account information and the identity and/or ip address of the merchant are obtained and sent to the server 30. So that the account of the merchant is established in the server 30, and the above received information is stored. Alternatively, the client 12 acquires the identity of the cash register system 901 of the terminal device A, the transaction account information, and the ip address. Sent when the processing event of the payment is sent. Optionally, the ip address is obtained, and is used to provide a feedback address of the server 30.

After the user purchases the product or completes the purchase order, the cash register system 901 of the terminal device A performs settlement to generate a processing event of the payment. It is only necessary to place a finger on the biometric device 11. You can complete the payment in one step. The method M40 executable by the interactive system 100a in this embodiment includes the following steps:

S401: The fingerprint recognizer 111 of the biometrics device 11 acquires a fingerprint.

S402: The biometric identification device 11 sends the fingerprint to the client 12.

S403: The client 12 acquires the fingerprint sent by the biometric device 11.

S404: The client 12 obtains a processing event of the payment of the current order of the cash register system 610. The processing event for the payment includes an order number and an amount that can be targeted to the merchant. Optionally, the product details may also be included, so that the processing event recording module 336 is provided to record the user's habits, and the data analysis module 311 is provided to perform fine analysis of the user's favorite data source.

S405: The client 12 sends the fingerprint and the processing event to the server 30.

S406: The server 30 determines, according to the fingerprint, whether there is an account associated with the fingerprint.

S407: If yes, obtain transaction account information included in the account, and complete processing of the payment resource by the processing event according to the transaction account information. Specifically, the processing of the payment resource includes the amount included in the stored value account deduction processing event of the server 30. Or submit a transaction order to the bank account associated with the biometric, the service system of the payment gateway account, and complete the payment transaction. The transaction order includes students The trading account information of the account associated with the feature, the trading account information of the merchant, and the amount.

Based on the payment principle of the embodiment, the cash register system may be a parking lot charging system, a public transportation charging system, and a theater charging management system. Correspondingly, the terminal device B can be used for parking lot access gates, bus toll punching machines, subway access gates, and theater access gates. As long as the terminal device B is connected to the biometric device 11 and the client 12, the biometric device can be acquired by the biometric device 11. The client 12 obtains the corresponding payment amount and may also include order information. The server 30 completes the above payment processing based on the information.

As shown in FIG. 12, the following description will be made in conjunction with the above-described theater charge management system and interactive system 100b.

The method M50 executable by the interaction system 100b in this embodiment includes the following steps:

S501: The fingerprint recognizer 111 of the biometric identification device 11 acquires a fingerprint.

S502: The biometric device 11 sends the fingerprint to the client 12.

S503: The client 12 acquires the fingerprint sent by the biometric identification device 11.

S504: The client 12 obtains a processing event of the payment of the current order of the cash register system 610. The processing event for the payment includes an order number and an amount that can be targeted to the merchant. Optionally, the product details may also be included, so that the processing event recording module 336 is provided to record the user's habits, and the data analysis module 311 is provided to perform fine analysis of the user's favorite data source.

S505: The client 12 sends the fingerprint and the processing event to the server 30.

S606: The server 30 determines, according to the fingerprint, whether there is an account associated with the fingerprint.

S607: If yes, obtain transaction account information included in the account, and complete processing of the payment resource by the processing event according to the transaction account information. Specifically, the processing of the payment resource includes the amount included in the stored value account deduction processing event of the server 30. Or submit a transaction order to the bank account associated with the biometric, the service system of the payment gateway account, and complete the payment transaction. The transaction order includes trading account information of the account associated with the biometric feature, trading account information of the merchant, and amount.

It will be appreciated that embodiments may also employ the acquisition terminal system 10b. And for some specific applications, the client 12 can customize the binding processing event.

Third embodiment

As shown in FIG. 13 , this embodiment uses the interactive system 100a to implement the office management processing event in conjunction with the third-party system 902, and processes the corresponding office management resources, which is exemplarily illustrated. For example, the third-party system 902 related to the office management processing event includes an attendance management system 902A applied to an enterprise, an access control system 902B, a conference resource management system 902C, an employee work data management system 903C, and the like. The terminal device B includes any electronic device of the enterprise office, such as an attendance machine, an access control device, a projector, an electronic whiteboard, a computer, and the like. The third-party system 902 establishes a connection with the server 30, for example, establishing a corporate account on the server, and associating all the biometrics of the enterprise-related subsystem and the enterprise employee under the enterprise account. For example, the terminal device B of the enterprise, such as a computer, connects the biometric device 11, and the terminal device B runs the client 12 to implement communication between the biometric device 11 and the client 12, and the terminal device B becomes the terminal of the interactive system 100a. Device A. This embodiment takes the biometrics device 11 as a fingerprint for taking a biometric as a fingerprint. That is, the sensing module 111 is a fingerprint recognizer.

The method M60 executable by the interaction system 100a in this embodiment includes the following steps:

S601: The fingerprint recognizer 111 of the biometrics device 11 acquires a fingerprint.

S602: The biometric device 11 sends the fingerprint to the client 12.

S603: The client 12 acquires the fingerprint sent by the biometric device 11.

S604: The client 12 acquires a processing event of the attendance. The processing event of the attendance includes the time of obtaining the fingerprint.

S605: The client 12 sends the fingerprint and the processing event to the server 30.

S606: The server 30 records the fingerprint and the time.

Optionally, the fingerprint and the time may be recorded in the storage module 33 of the server 30, or may be recorded by the server 30 in the attendance management system 902A associated with the server 30, and the server 30 may obtain the corresponding employee information according to the fingerprint. , such as name, job number, etc. The employee information and time are sent to the attendance management system 902A.

In this embodiment, for enterprises with multiple office locations, even if different office attendance management systems 902A and attendance machines are purchased at each office location, it is not necessary to separately input employee information to facilitate employee attendance management.

Based on the above and third party implementation principles, the present invention incorporates third party systems including, but not limited to, medical systems, social security systems, missing population tracking systems, chain merchant systems, campus systems, and the like. For the medical system, when the user has an emergency or a disease, the doctor obtains the biological characteristics by connecting the access terminal system 10 of the medical system, and can retrieve the user's case, facilitating timely and accurate diagnosis and treatment, and timely Notify users of family members, etc. When the base station A accessing the interactive system 100 is larger, the missing population tracking system can be effectively implemented. For example, by acquiring the biometrics of the missing user, the server 30 acquires the biometric acquisition terminal system 10 by the server 30. .

The above embodiments and implementations of the present invention are merely for the purpose of maximizing the understanding of the principles of the present invention and are not limiting. More beneficial effects of the present invention will be presented in more applications.

Some portions of the foregoing detailed description exist in the form of algorithms and symbolic representations of operations on data bits within a computer memory. These algorithmic descriptions and representations are the most effective way for those who are proficient in data processing techniques to most effectively transfer the essence of their work to others who are proficient in technology. An algorithm, generally referred to herein, is an independent sequence of operations leading to a desired result. Operations are those that require physical manipulation of physical quantities. Usually, though not necessarily, these quantities take the form of electrical and/or magnetic signals that can be stored, transferred, combined, compared, and otherwise manipulated. It has proven convenient at times, principally for reasons of common usage, to refer to these signals as bits, values, elements, symbols, character terms, numbers, and the like.

However, it should be borne in mind that all of these and similar terms will be associated with the appropriate physical quantities and are merely convenient labels applied to these quantities. Unless otherwise stated, it will be apparent from the foregoing discussion that it is understood that throughout the specification, the description of the terms, such as those set forth in the claims And processes that manipulate and convert data represented as physical (electronic) quantities of registers and memory within a computer system, and convert such data into computer memory or registers or other such information storage, transmission or display device. Other data within the physical quantity.

Embodiments of the invention also relate to apparatus for performing the operations herein. This device can be specifically designed for the intended use, and can also include a general purpose computer selectively activated or reconfigured by a computer program stored in the computer. Such computer programs can be stored in a computer readable medium. A machine-readable medium includes any mechanism for storing information in a form readable by a machine (eg, a computer). For example, a machine readable (eg, computer readable) medium includes a machine (eg, computer) readable storage medium (eg, read only memory ("ROM"), random access memory ("RAM"). , disk storage media, optical storage media, flash memory devices, etc.) and the like.

The processes or methods depicted in the preceding figures may include hardware (eg, circuitry, dedicated) Processing logic, such as logic, etc.), software, or a combination of both. Although some of the sequential operations are described above to describe a process or method, it should be understood that some of the operations described may be performed in a different order. In addition, some operations may be performed in parallel rather than sequentially.

The algorithms and displays presented herein are not inherently related to any particular computer or other device. Various general-purpose systems can be used with programs written according to the principles herein, or it is convenient to build more specialized devices to perform the required method operations. The required structure of the various systems in these systems will become apparent from the above description. In addition, various embodiments of the invention are described without reference to any particular programming language. It will be appreciated that a variety of programming languages may be used to implement the teachings of the various embodiments of the invention described herein.

In the foregoing specification, various embodiments of the invention have been described with reference It will be apparent that various modifications may be made without departing from the broader spirit and scope of the invention as set forth in the appended claims. Accordingly, the specification and drawings are to be regarded as

Claims

An interaction system based on biometrics, comprising: acquiring a terminal system and a server, the acquisition terminal system comprising a biometric acquisition device and a client;

The biometric acquiring device is configured to acquire at least one biometric feature, and the client is configured to submit processing event information;

Obtaining a terminal system for transmitting the biometric and processing event information to the server;

The server is configured to acquire a resource associated with the biometric according to the biometric feature, and perform corresponding processing on the resource according to the processing event information.
The interactive system of claim 1 wherein said biometric acquisition means comprises a sensing module for acquiring biometrics; said biometrics comprising fingerprints, facial, skin, iris, body, veins and/or Palm geometry.
The interactive system according to claim 2, wherein the biometric acquiring device comprises a first communication module, the client is carried by a terminal device, the terminal device comprises a second communication module, the first communication module, The second communication module is configured to implement a communication connection, and the biometric acquisition device implements communication interaction with the client through the first communication module and the second communication module.
The interactive system according to claim 3, wherein said biometric acquisition means transmits a first signal to the client via the first communication module, and/or the client transmits the second signal to the second communication module via the second communication module Biometric acquisition device.
The interactive system according to claim 4, wherein the biometric acquiring device further comprises a third communication module for transmitting biometrics to the server, the terminal device further comprising a fourth communication module, The client sends the processing event information to the server through the fourth communication module; wherein,

After the client acquires the first signal according to the second communication module, the processing event information is sent to the server through the fourth communication module; or

After acquiring the second signal by using the first communication module, the biometric acquiring device sends the biometric feature to the server through the third communication module.
The interactive system according to claim 4, wherein said second signal comprises said processing event information, said biometric acquiring means further comprising a third communication module for transmitting said biometric and said processing Event information to the server.
The interactive system according to claim 4, wherein said first signal comprises said biometric, said terminal device comprises a fourth communication module, said client passing said biometric and processing event information through said The fourth communication module is sent to the server.
The interactive system according to claim 4, wherein the first communication module and the second communication module are physical interfaces, and the first communication module and the second communication module implement a communication connection through the data line, and the data is passed through The first signal and the second signal are transmitted by a line.
The interactive system according to claim 2, wherein the biometric acquiring device comprises a first communication module and the client, and the biometric acquiring device communicates with the terminal device through the first communication module, the terminal device The second communication module is configured to establish a communication connection, and the client implements communication interaction with the terminal device by using the first communication module and the second communication module.
The interactive system according to claim 9, wherein the client sends a processing event acquisition request to the terminal device through the first communication module, and receives feedback information returned by the terminal device, and acquires the information according to the feedback information. Process event information.
The interactive system according to claim 10, wherein the biometric acquiring device further comprises a processing module and a third communication module, wherein the processing module is configured to acquire biometrics acquired by the sensing module and processing events of the client. Information is sent to the server through the third communication module.
The interactive system according to claim 9, wherein the acquisition terminal system further comprises a client carried on the terminal device, the terminal device further comprising a fourth communication module, and the biometric acquisition device comprises a client For submitting the first processing event information, the biometric acquiring device sends the biometric and processing event information to the client of the terminal device through the first communication module, and the client of the terminal device is configured to use the biometric feature and the processing event The information is sent to the server through the fourth communication module.
The interactive system according to claim 12, wherein the client of the terminal device is further configured to acquire a processing event of the terminal device, the processing event and/or the processing event information, and the biological The feature is sent to the server through the fourth communication module.
The interactive system according to claim 2, wherein the biometric acquiring device further comprises an encryption processing module, configured to perform encryption processing according to the biometrics acquired by the sensing module to generate encrypted information.
The interactive system according to claim 14, wherein the server includes an analysis processing module configured to parse the biometric according to the encrypted information.
The interactive system according to claim 1, wherein the server includes an account resource module, configured to associate a corresponding resource according to the biometric feature, and the processing module included in the server obtains the account resource module by using the biometric feature. The corresponding account, and the resources in the account corresponding to the event should be processed.
The interactive system of claim 16 wherein said server further comprises a multi-biometric binding module for providing for associating a plurality of biometrics to the same account.
The interactive system of claim 2, wherein the server and/or client further comprises a biometric and processing event association module for providing an associated binding of the biometric to the processing event.
The interactive system of claim 18, wherein said biometric and processing event association module further comprises a combination of a plurality of biometrics and/or a combination of relative location-associative binding processing events, said creature The feature recognition device, the client, and/or the server further includes a judging module, configured to obtain an association binding according to the association relationship between the biometric feature and the processing event association module when the sensing module acquires the plurality of biometric features Process event information.
The interactive system of claim 16 wherein said server further comprises an authorization module for providing an associated authorization of biometrics between accounts.
The interactive system according to claim 1, wherein the server further comprises an application service module, configured to provide interaction information of the third-party system when the resource of the third-party system needs to be processed according to the processing event information.
The interactive system according to claim 1, wherein the server further comprises a visualization management module for providing visualization processing of the biometric associated resources.
The interactive system according to claim 1, wherein said server further comprises a processing event recording module for recording a processing event.
The interactive system according to claim 23, wherein the server further comprises a data analysis module, configured to analyze user preferences and related messages for acquiring biometric associated resources according to the data of the processing event recording module.
The interactive system of claim 1 wherein said server further comprises functionality And an association module, configured to store an identifier of the biometric identification device and an ID function association relationship that identifies the corresponding function, and/or a type function association relationship between the type feature information of the biometric identification device and the function.
The interactive system according to claim 1, wherein the server is a hybrid cloud architecture, including a private cloud and a public cloud, and the private cloud includes a third-party system and data shared by the interaction system, which is private. Data; the public cloud provides a public data service.
The interactive system according to claim 1, wherein said processing event information comprises a processing event provided directly to said server, and/or processing event information associated with the processing event, such that the server processes the event according to the event Information acquisition corresponds to an executable processing event.
The interactive system according to claim 1, wherein the client further comprises an association module for recording association information of the biometrics acquisition device associated therewith, the association information including a communication address of the biometrics acquisition device associated therewith / or logo.
A biometrics acquiring device, configured to provide a biometric associated with processing event information, to a server having a corresponding processing event according to the processing event information, including a sensing module and a a communication module, wherein

a sensing module for acquiring at least one biometric feature;

a first communication module, configured to perform a communication interaction with the client that submits the processing event information, to provide an association between the biometric feature and the processing event information, so that the server end completes the correspondence according to the biometric feature and the processing event information associated with the biometric feature. Handling events.
The biometrics acquisition device of claim 29, further comprising a third communication module, configured to send a biometric to the server, or after the first communication module acquires the second signal of the client, The biometric is sent to the server through the third communication module.
The biometrics acquisition device according to claim 30, wherein the third communication module is further configured to: when the first communication module receives the processing event information of the client, send the biometric and the Processing event information to the server.
The biometric acquiring apparatus according to claim 29, wherein said biometric feature is transmitted to said client by said first communication module to transmit said biometric and processing event information to said client through said client Server.
The biometric acquiring apparatus according to claim 29, wherein said first pass The information module is a physical interface, and the first communication module communicates with the terminal device that carries the client through the data line, and communicates with the client through the terminal device.
The biometrics acquiring apparatus according to claim 29, comprising: said client, said client transmitting a processing event acquisition request to said terminal device through said first communication module, and receiving the return from said receiving terminal device The feedback information is obtained according to the feedback information.
The biometrics acquisition device of claim 34, further comprising a processing module and a third communication module, wherein the processing module is configured to pass the biometrics acquired by the sensing module and the processing event information of the client The third communication module is sent to the server.
The biometric acquiring device according to claim 34, wherein the client is configured to submit first processing event information, and the processing module sends the biometric and the first processing event information to the terminal device through the first communication module. The client causes the client of the terminal device to send the biometric and processing event information to the server.
The biometric acquisition device of claim 29, further comprising a determination module and a storage module, the storage module comprising a biometric and processing event association module, the biometric and processing event association module comprising a plurality of biometric features The combination order and/or the combination of the relative position-associated binding processing event, the determining module is configured to: when the sensing module acquires the plurality of biometrics, provide processing event information for acquiring the associated binding according to the association relationship, and The processing event information obtained by the judgment result is provided to the client.
The biometrics acquisition device according to claim 29, further comprising an encryption processing module, configured to perform encryption processing according to the biometrics acquired by the sensing module to generate encrypted information.