CN204496502U - Authentication terminal and authentication terminal system - Google Patents
Authentication terminal and authentication terminal system Download PDFInfo
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- CN204496502U CN204496502U CN201520168290.0U CN201520168290U CN204496502U CN 204496502 U CN204496502 U CN 204496502U CN 201520168290 U CN201520168290 U CN 201520168290U CN 204496502 U CN204496502 U CN 204496502U
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Abstract
Authentication terminal and authentication terminal system, authentication terminal comprises main control unit (101), also at least comprise light receiving unit (102) and rf receiver unit (103) one of them; Light receiving unit (101) and/or rf receiver unit (103) are connected with main control unit (101) signal respectively, light receiving unit (102) is for receiving at least one light signal, and rf receiver unit (103) is for receiving at least one radiofrequency signal; Whether main control unit (101) is legal for the signal identifying light receiving unit (101) and/or rf receiver unit (103) and input, or the signal that main control unit (101) transparent transmission light receiving unit (101) and/or rf receiver unit (103) input.Due to authentication terminal at least comprise light receiving unit (102) and rf receiver unit (103) one of them, make the authentication terminal of the application compatiblely can identify light signal and/or radiofrequency signal, solve the defect that existing authentication recognition method is single; This authentication terminal can be applicable to rights management, and light detects, transmission data encipher, gate control system, device pairing, payment system, Tickets Systems etc.
Description
Technical field
The present invention relates to authentication field, be specifically related to authentication terminal and authentication terminal system.
Background technology
A lot of field all can relate to rights management, for the enabling rights management of existing door lock, existing door lock adopts gate inhibition's IC-card or photon key mostly, make the recognition method of existing gate control system single, as the door lock for gate inhibition's IC-card, gate control system can only radiofrequency signal recognition, and for the door lock of photon key, gate control system can only identify light signal, to this, there is certain defect and potential safety hazard in existing gate control system, as, for gate inhibition's IC-card, different people uses same IC-card to open the door.
Same, during for bank paying, existing bank paying is adopted separately with brush bank card or dodge and pay a card and carry out trading, but this situation is easy to generation robber and swipes the card problem.
So existing authentication terminal or system, the mode of its identifying information is single, easily reduces the security of authentication terminal.
Summary of the invention
For the defect that above-mentioned authentication terminal identifying information mode is single, the application provides authentication terminal and authentication terminal system.
According to the first aspect of the application, in a kind of embodiment, provide authentication terminal, comprise main control unit, also at least comprise light receiving unit and rf receiver unit one of them;
Light receiving unit and/or rf receiver unit are connected with main control unit signal respectively, and light receiving unit is for receiving at least one light signal, and rf receiver unit is for receiving at least one radiofrequency signal; Whether main control unit is legal for identifying the signal of light receiving unit and/or rf receiver unit input, or the signal of main control unit transparent transmission light receiving unit and/or rf receiver unit input.
In a kind of embodiment, authentication terminal also comprises data transmission unit, and data transmission unit is connected with main control unit signal, for transmitting the information that main control unit obtains or sends.
In a kind of embodiment, authentication terminal also comprises external interface unit, and external interface unit is connected with main control unit signal, for carrying out transmission data with external equipment.
In a kind of embodiment, light receiving unit is that visible ray receiving element is or/and invisible light receiving element.
In a kind of embodiment, rf receiver unit is high-frequency circuit,
In a kind of embodiment, authentication terminal also comprises Tip element, and Tip element is connected with main control unit signal, for giving result prompting to operator.
In a kind of embodiment, authentication terminal also comprises expanding element, and expanding element is connected with main control unit signal, for the expanded function of extended authentication terminal.
In a kind of embodiment, expanding element comprises Temperature Humidity Sensor.
In a kind of embodiment, invisible light receiving element is ultraviolet light receiving element.
According to the second aspect of the application, provide authentication terminal system in a kind of embodiment, this authentication terminal system comprises above-mentioned authentication terminal.
According to the authentication terminal of above-described embodiment, due to authentication terminal at least comprise light receiving unit and rf receiver unit one of them, and light receiving unit can receive at least one light signal, rf receiver unit can receive at least one radiofrequency signal, make the authentication terminal of the application compatiblely can identify light signal and radiofrequency signal, also compatible can identify two kinds of different light signals or two kinds of different radiofrequency signals, solve the defect that existing authentication terminal identifying information mode is single; This authentication terminal can be applicable to rights management, and light detects, transmission data encipher, gate control system, conference system, device pairing, payment system, Tickets Systems etc.
Accompanying drawing explanation
Fig. 1 is the authentication terminal schematic diagram of embodiment one;
Fig. 2 is the schematic diagram that the compatibility identification light signal of embodiment one and the authentication terminal of radiofrequency signal are applied to compatible door lock;
Fig. 3 is that the compatibility of embodiment one identifies that the authentication terminal of two kinds of different radio frequency signals is applied to the schematic diagram of bank paying equipment;
Fig. 4 is that the compatibility of embodiment one identifies that the authentication terminal of two kinds of different light signals is applied to the schematic diagram of environmental monitor.
Embodiment
By reference to the accompanying drawings the present invention is described in further detail below by embodiment.
In the utility model embodiment, authentication terminal is provided, make this terminal compatiblely can identify light signal and radiofrequency signal, or compatible two or more different light signal of identification, or compatible two or more different radiofrequency signal of identification, obtain authority by dual identification, improve security.
Embodiment one:
This example provides a kind of authentication terminal, this authentication terminal compatibility identifies light signal and radiofrequency signal, its schematic diagram as shown in Figure 1, comprise main control unit 101, light receiving unit 102, rf receiver unit 103, external interface unit 104, Tip element 105 and data transmission unit 106, light receiving unit 102, rf receiver unit 103, external interface unit 104, Tip element 105 and data transmission unit 106 are connected with main control unit 101 signal respectively.Concrete, main control unit 101 is the core processing unit of authentication terminal, for connecting unit, carries out data transmission and process to unit, and coordinates unit and work normally; In authentication terminal, light receiving unit 102 is visible ray receiving element or invisible light receiving element, or both, designs according to actual needs.
As, when light receiving unit 102 is visible ray receiving element, then light receiving unit 102 can receive the visible light signal of photon key or the transmission of other photonic device; When light receiving unit 102 is invisible light receiving element, then light receiving unit 102 can receive invisible light signal, namely can according to different needs, arranges light receiving unit 102 and obtains different light signals for the wavelength of different frequency range.The visible light signal of reception or invisible light signal are converted to electric signal by light receiving unit 102, then convert electrical signals to digital signal, finally digital signal are sent to main control unit 101.
The radio-frequency information that rf receiver unit 103 received RF card is launched, the radio-frequency information of reception is converted to digital signal by rf receiver unit 103, and this digital signal is sent to main control unit 101, rf receiver unit 103 can be radio frequency sensor, radio-frequency transmitter or high-frequency circuit etc., in this example, rf receiver unit 103 is high-frequency circuit, and its higher frequency is 3 ~ 30MHz, and this example is preferably 13.56MHz.
Further, whether light signal and the radiofrequency signal of main control unit 101 identification acquisition be legal, if legal, then opens terminal authorization to operator.In other embodiments, main control unit 101 can by obtain light signal and radio signal transmission in background server or background devices, by the legitimacy of background server or background devices identification light signal and radiofrequency signal, then, background server or background devices send a control signal to main control unit 101, and main control unit 101 opens terminal authorization or other operations according to this control signal to operator.
The external equipment that external interface unit 104 is mainly used in being connected with rights management compatible terminal carries out information interaction, as, after main control unit 101 identifies light signal and radiofrequency signal, and export control signal by external tapping unit 104 to external equipment, or receive the return signal of external equipment.
Tip element 105 is for giving result prompting to operator, e.g., Tip element 105 can be display screen, pilot lamp or loudspeaker.
Data transmission unit 106 will obtain or the information transmission that sends and other equipment for main control unit 101, can be transmitted by various forms of interface, as network interface, wireless, serial ports, CAN etc., as, after main control unit 101 obtains light signal and radiofrequency signal, by data transmission unit 106 by light signal and radio signal transmission in background server or background devices.
In order to the rights management compatible terminal of this example is had extensibility, to realize expanding corresponding additional function, the rights management compatible terminal of this example also comprises expanding element 107, this expanding element 107 is connected with main control unit 101 signal, other functions can be realized by expanding element 107, as, the sensor of storage, various function.
In one embodiment, authentication terminal compatibility identifies two or more different light signal, the authentication terminal difference of this authentication terminal and this example is: this authentication terminal does not comprise rf receiver unit 103, and light receiving unit 102 is for obtaining two or more different light signal, whether the signal that main control unit 101 inputs for compatibility identification light receiving unit 102 is legal.
In another kind of embodiment, authentication terminal compatibility identifies two or more different radiofrequency signal, the authentication terminal difference of this authentication terminal and this example is: this authentication terminal does not comprise light receiving unit 102, and rf receiver unit 103 is for obtaining two or more different radiofrequency signal, whether the signal that main control unit 101 inputs for compatibility identification rf receiver unit 103 is legal.
Therefore, according to actual needs, the authentication terminal of the application compatiblely can identify light signal and radiofrequency signal, also compatiblely two or more different light signal can be identified, also compatible can identify two or more different radiofrequency signal, and, when the light signal that main control unit 101 identifies and/or radiofrequency signal legal when, just give operator's authority, improve security.
Based on above-mentioned authentication terminal, this example also provides authentication terminal system, and this authentication terminal system comprises above-mentioned authentication terminal, makes authentication terminal systematic difference have more security.
Embodiment two:
The compatibility identification light signal provided based on embodiment one and the authentication terminal of radiofrequency signal, this authentication terminal is applied to door lock and controls by this example, makes this door lock be a kind of compatible door lock, and authentication terminal is applied to the schematic diagram of door lock control as shown in Figure 2.
Compatible door lock comprises main control unit 201, visible ray receiving element 202, high-frequency circuit 203, enabling controller 204 and Tip element 205.
Concrete, in this example, the light receiving unit 102 of embodiment one is visible ray receiving element 202, for receiving the visible light signal for characterization operations person identity information, wherein, this operator's identity information can be finger print information, and this visible light signal is sent by photon key, and this visible light signal is sent to main control unit 201 by visible ray receiving element 202; The rf receiver unit 103 of embodiment one is high-frequency circuit 203, for receiving the radiofrequency signal that gate inhibition's IC-card is launched, and this radiofrequency signal is sent to main control unit 201; The main control unit 201 of this example and the main control unit 11 of embodiment one are roughly the same, visible light signal and radiofrequency signal can be identified, enabling controller 204 is for opening door lock according to the control information of main control unit 201, Tip element 205, for pointing out the operating result of operator whether effective, is specially pilot lamp or hummer etc.
The working method of the compatible door lock of this example is: when holder takes access card to enter confidential areas, this access card can be have IC-card and photon two kinds of functions, and namely this access card namely can utilizing emitted light signal, can send radiofrequency signal again, this access card also can be IC-card and photon key two parts independently, for IC-card and photon key access card independently, compatible door lock obtains by visible ray receiving element 202 visible light signal that photon key sends, and then identify whether this visible light signal meets authority by main control unit 201, if after this visible light signal meets authority, the radiofrequency signal of IC-card is obtained again by high-frequency circuit 203, and verify whether IC-card meets authority, when visible light signal and radiofrequency signal all satisfy the demands, enabling controller 204 is by door-lock opening, Tip element 205 gives the prompting of holder's successful operation simultaneously, as pilot lamp becomes green and with auditory tone cues, otherwise door lock can not be opened, simultaneously Tip element 205 gives the prompting of holder's operation failure, as pilot lamp becomes redness and with auditory tone cues.
The compatibility identification light signal of embodiment one and the authentication terminal of radiofrequency signal are specifically applied in door lock control, door lock is made to have the compatible function identified, namely the light signal that photon key sends and the radiofrequency signal that gate inhibition's IC-card sends can be identified, achieving door lock can the identification of compatible photon key and gate inhibition's IC-card, and, when main control unit 202 identify light signal and/or radiofrequency signal legal when, just give the enabling authority of operator, improve the security of door lock.
Embodiment three:
The compatibility provided based on embodiment one identifies the authentication terminal of two or more different radiofrequency signal, this authentication terminal is applied in bank paying equipment by this example, make this bank paying equipment be given the authority paid by dual identification, authentication terminal is applied to the schematic diagram of bank paying equipment as shown in Figure 3.
The bank paying equipment of this example comprises main control unit 301, first high-frequency circuit 302, second high-frequency circuit 303, network transmitting unit 304 and Tip element 305, first high-frequency circuit 302, second high-frequency circuit 303, network transmitting unit 304 and is connected with main control unit 301 signal respectively with Tip element 305.
The main control unit 301 of this example is the core processing unit of bank paying equipment, for connecting unit, carries out data transmission and process to unit, and coordinates unit and work normally; First high-frequency circuit 302 and the second high-frequency circuit 303 are 13.56MHz, first high-frequency circuit 302 is for obtaining the radio-frequency information with holder's ID (identity number) card information be associated with bank card, because the new I.D. of the second generation have employed non-contact IC technology, first high-frequency circuit 302 can obtain the radio-frequency information that the new I.D. of holder's second generation sends, and this radio-frequency information is sent in main control unit 301; Second high-frequency circuit 303 dodges for obtaining to have the radio-frequency information that card is paid in the sudden strain of a muscle of paying function, dodges and pays the contactless payment products application that card is financial IC card, possess the feature of small amount rapid payment.Network transmitting unit 304 is for data transmission, and roughly the same, the network transmitting unit 304 of this example is specially wireless network to the data transmission unit 106 in its function and embodiment one; Tip element 305 is for showing the information needed in payment process, and the Tip element 305 of this example is display screen.
Having particular application as of the bank paying equipment of this example: when holder needs to swipe the card, sudden strain of a muscle pair card and I.D. are put together, the radio-frequency information of the first high-frequency circuit 302 reading identity card, second high-frequency circuit 303 reads the radio-frequency information dodging and pay card, and these two kinds different radio-frequency informations are sent in main control unit 301, main control unit 301 is verified by wireless network the radio-frequency information of I.D. and a radio-frequency information for sudden strain of a muscle pair card respectively, if empirical tests meets the demands, then withhold, information of withholing and authorization information display are on a display screen, therefore, this mode prevents the situation generation of stealing and swiping the card.
Embodiment four:
The compatibility provided based on embodiment one identifies the authentication terminal of two or more different light signal, this authentication terminal is applied in environmental monitor by this example, make this environmental monitor give the authority of display environment parameter by dual identification, authentication terminal is applied to the schematic diagram of environmental monitor as shown in Figure 4.
The environmental monitor of this example comprises main control unit 401, invisible light receiving element 402, visible ray receiving element 403, Temperature Humidity Sensor 404 and Tip element 405; Invisible light receiving element 402, visible ray receiving element 403, Temperature Humidity Sensor 404 and Tip element 405 are connected with main control unit 401 signal respectively.
The main control unit 401 of this example is the core processing unit of environmental monitor, for connecting unit, carries out data transmission and process to unit, and coordinates unit and work normally; Invisible light receiving element 402 is for receiving invisible light signal, concrete, and invisible light receiving element 402 is ultraviolet light receiving element, for receiving ultraviolet invisible light signal; Visible ray receiving element 403 is for receiving visible light signal; Temperature Humidity Sensor 104 is the concrete expansion of the expanding element 107 in embodiment one, for obtaining temperature parameter and the humidity parameter of current environment; Tip element 405, for showing the humiture parameter of current environment, is specially display screen.
Concrete, invisible light receiving element 402 obtains the ultraviolet invisible light signal that external equipment sends, and this invisible light signal is sent in main control unit 401, visible ray receiving element 403 obtains the visible light signal that external equipment sends, and this visible light signal is sent in main control unit 401, whether main control unit 401 is met the demands by checking invisible light signal and visible light signal, if both meet the demands simultaneously, the humiture parameter display then obtained by Temperature Humidity Sensor 404, in display screen, is checked for user.
More than applying specific case to set forth the utility model, just understanding the utility model for helping, not in order to limit the utility model.For the utility model person of ordinary skill in the field, according to thought of the present utility model, some simple deductions, distortion or replacement can also be made.
Claims (10)
1. authentication terminal, comprises main control unit (101), it is characterized in that, also at least comprise light receiving unit (102) and rf receiver unit (103) one of them;
Described light receiving unit (102) and/or rf receiver unit (103) are connected with described main control unit (101) signal respectively, described light receiving unit (102) is for receiving at least one light signal, and described rf receiver unit (103) is for receiving at least one radiofrequency signal; Whether described main control unit (101) is legal for the signal identifying described light receiving unit (101) and/or rf receiver unit (103) and input, or the signal that light receiving unit (101) described in described main control unit (101) transparent transmission and/or rf receiver unit (103) input.
2. authentication terminal as claimed in claim 1, it is characterized in that, also comprise data transmission unit (106), described data transmission unit (106) is connected with described main control unit (101) signal, for transmitting the information that described main control unit (101) obtains or sends.
3. authentication terminal as claimed in claim 1, it is characterized in that, also comprise external interface unit (104), described external interface unit (104) is connected with described main control unit (101) signal, for carrying out transmission data with external equipment.
4. as claimed in claim 2 or claim 3 authentication terminal, is characterized in that, described light receiving unit (102) for visible ray receiving element (202) or/and invisible light receiving element (402).
5. authentication terminal as claimed in claim 4, it is characterized in that, described rf receiver unit (103) is high-frequency circuit.
6. authentication terminal as claimed in claim 5, it is characterized in that, also comprise Tip element (105), described Tip element (105) is connected with described main control unit (101) signal, for giving result prompting to operator.
7. authentication terminal as claimed in claim 6, it is characterized in that, also comprise expanding element (107), described expanding element (107) is connected with described main control unit (101) signal, for expanding the expanded function of power authentication terminal.
8. authentication terminal as claimed in claim 7, it is characterized in that, described expanding element (107) comprises Temperature Humidity Sensor (404).
9. authentication terminal as claimed in claim 8, it is characterized in that, described invisible light receiving element (402) is ultraviolet light receiving element or infrared light receiving element.
10. authentication terminal system, is characterized in that, comprises the authentication terminal as described in any one of claim 1-9.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201520168290.0U CN204496502U (en) | 2015-03-24 | 2015-03-24 | Authentication terminal and authentication terminal system |
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| CN201520168290.0U CN204496502U (en) | 2015-03-24 | 2015-03-24 | Authentication terminal and authentication terminal system |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111275850A (en) * | 2018-11-19 | 2020-06-12 | 深圳光启智能光子技术有限公司 | Access control method and system |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111275850A (en) * | 2018-11-19 | 2020-06-12 | 深圳光启智能光子技术有限公司 | Access control method and system |
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