CN105516919A - Identity recognition method and equipment - Google Patents
Identity recognition method and equipment Download PDFInfo
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- CN105516919A CN105516919A CN201510845425.7A CN201510845425A CN105516919A CN 105516919 A CN105516919 A CN 105516919A CN 201510845425 A CN201510845425 A CN 201510845425A CN 105516919 A CN105516919 A CN 105516919A
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- wireless identification
- identification beacon
- map
- beacon
- physical signs
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04W—WIRELESS COMMUNICATION NETWORKS
- H04W4/00—Services specially adapted for wireless communication networks; Facilities therefor
- H04W4/02—Services making use of location information
- H04W4/025—Services making use of location information using location based information parameters
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04W—WIRELESS COMMUNICATION NETWORKS
- H04W12/00—Security arrangements; Authentication; Protecting privacy or anonymity
- H04W12/06—Authentication
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04W—WIRELESS COMMUNICATION NETWORKS
- H04W4/00—Services specially adapted for wireless communication networks; Facilities therefor
- H04W4/02—Services making use of location information
- H04W4/021—Services related to particular areas, e.g. point of interest [POI] services, venue services or geofences
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F16/00—Information retrieval; Database structures therefor; File system structures therefor
- G06F16/20—Information retrieval; Database structures therefor; File system structures therefor of structured data, e.g. relational data
- G06F16/29—Geographical information databases
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- Computer Networks & Wireless Communication (AREA)
- Signal Processing (AREA)
- Computer Security & Cryptography (AREA)
- Mobile Radio Communication Systems (AREA)
Abstract
The invention discloses an identity recognition method and equipment. The method comprises the following steps: detecting wireless recognition beacons within a set detection range, and locating and marking the wireless recognition beacons on a first map; detecting physical sign identifiers within the set detection range, and locating and marking the physical signal identifiers on the first map; detecting whether separate wireless recognition beacons or separate physical sign identifiers exist on the first map or not; and if the separate wireless recognition beacons or the separate physical sign identifiers exist, generating alarm information. According to the method, a judgment on whether a user in a detection area is an illegal user or not is made through combination of the wireless recognition beacons and the physical sign identifiers, so that the complexity of identity recognition is lowered, and the accuracy of user identity recognition is increased.
Description
Technical field
The application relates to electronic technology field, particularly relates to a kind of method and apparatus of identification.
Background technology
Group activity is an important Communicational behavior of the important ring in doings, modern, participates in some exactly and meets its identity, and it can be helped to expand social circle, obtains the group activity of autognosis.For the organizer of group activity, how in group activity, whole process effectively can verify that the identity participating in group activity people is an important demand.
Along with the variation of activity form, event organizer wishes that the people of the activity that can let on has more concentrated social property and personality feature, therefore the people for participation activity has done a large amount of screening, but it is contrary, some activities that are valuable, that have feature, being limited to the factor such as place, funds, must limiting and get rid of again those not by inviting people airborne without authorization.Briefly, prevent someone from mixing ticket exactly and enter site of activity.
Existing common mode is, for the legitimate activity participant through checking, give it and do some simple marking, the mode made marks comprises: labelled, wear bracelet etc.Further, different according to the concrete condition of the people of participation activity, can also be distinguished these label, bracelet etc., be entered management, activity form design aspect in zone of action like this, for the user with different checking mark, specific aim reception can also be given.
But this mode problem is, the identification of label and bracelet and so on mark can only depend on march into the arena, identification one by one when appearing on the scene, inside during activity, the mode differentiated by Visual Observations Observations goes to identify whether each user is through the user of legal checking one by one, user validation can be caused to check comparatively loaded down with trivial details, and inaccurate.
Summary of the invention
Embodiments provide a kind of method and apparatus of identification, go to identify whether each user is through the user of legal checking one by one in order to solve the mode differentiated by Visual Observations Observations in prior art, user validation can be caused to check comparatively loaded down with trivial details, and inaccurate problem.
Its concrete technical scheme is as follows:
A method for identification, described method comprises:
In setting detection range, detect each wireless identification beacon, and telltale mark goes out each wireless identification beacon on the first map;
In described setting detection range, detect that each physical signs identifies, and telltale mark goes out each physical signs mark on described first map;
Detect on described first map and whether there is independent wireless identification beacon or independent physical signs mark;
If there is independent wireless identification beacon or independent physical signs mark, then generate warning information.
Optionally, in setting detection range, detect each wireless identification beacon, and at each wireless identification beacon of the first Orientation on map mark, comprising:
Obtain the distance in described setting detection range between each wireless identification beacon to each setting base station and/or angle respectively, wherein, described base station is the location equipment pre-set;
According to the distance got and/or angle, gone out the position of each wireless identification beacon by location Calculation;
According to the position calculated, on described first map, telltale mark goes out the position of each wireless identification beacon.
Optionally, in described setting detection range, detect that each physical signs identifies, and telltale mark goes out each physical signs mark on described first map, comprising:
Obtained the IR parameters of each object in described setting detection range by infrared sensor, and infrared model corresponding for described IR parameters is identified as described physical signs;
Described first map marks each infrared model.
Optionally, detect on described first map whether there is independent wireless identification beacon or independent physical signs mark, comprising:
The surveyed area being designated center with described physical signs determined by described first map;
By judging whether there is wireless identification beacon in described surveyed area, determine whether there is independent wireless identification beacon or independent physical signs mark.
Optionally, described method also comprises:
Obtain the user right in described wireless identification beacon;
Judge whether described user right information exceedes setting authority;
If described user right has exceeded setting authority, then generate information, wherein, described information is for pointing out the user right of described wireless identification beacon respective user limited.
Optionally, described method also comprises:
Obtain the Role Identity code in described wireless identification beacon;
According to described Role Identity code, determine the Role Identity of described wireless identification beacon respective user, and show Role Identity code corresponding to described wireless identification beacon by display screen.
A kind of identification apparatus, comprising:
Wireless beacon transducer, for detecting each wireless identification beacon in setting detection range, and telltale mark goes out each wireless identification beacon on the first map;
Condition sensor, for detecting that each physical signs identifies in described setting detection range, and telltale mark goes out each physical signs mark on described first map;
Processor, for detecting on described first map whether there is independent wireless identification beacon or independent physical signs mark; If there is independent wireless identification beacon or independent physical signs mark, then generate warning information.
Optionally, described wireless beacon transducer, specifically for obtaining distance between each wireless identification beacon in described setting detection range to each setting base station and/or angle respectively, according to the distance got and/or angle, gone out the position of each wireless identification beacon by location Calculation; According to the position calculated, on described first map, telltale mark goes out the position of each wireless identification beacon, and wherein, described base station is the location equipment pre-set.
Optionally, described condition sensor is specially infrared sensor, is obtained the IR parameters of each object in described setting detection range by infrared sensor, and is identified as described physical signs by infrared model corresponding for described IR parameters; Described first map marks each infrared model.
Optionally, described processor, specifically for determining the surveyed area being designated center with described physical signs on described first map; By judging whether there is wireless identification beacon in described surveyed area, determine whether there is independent wireless identification beacon or independent physical signs mark.
Optionally, described processor, also for obtaining the user right in described wireless identification beacon; Judge whether described user right information exceedes setting authority; If described user right has exceeded setting authority, then generate information, wherein, described information is for pointing out the user right of described wireless identification beacon respective user limited.
Optionally, described processor, also for obtaining the Role Identity code in described wireless identification beacon; According to described Role Identity code, determine the Role Identity of described wireless identification beacon respective user, and show Role Identity code corresponding to described wireless identification beacon by display screen.
In the inventive solutions, each wireless identification beacon is detected in setting detection range, and telltale mark goes out each wireless identification beacon on the first map, in this setting detection range, detect that each physical signs identifies, and telltale mark goes out each physical signs mark on the first map, detect on the first map and whether there is independent wireless identification beacon or independent physical signs beacon, if there is independent wireless identification beacon or independent physical signs mark, then generate and indicate independent wireless identification beacon or independent physical signs mark respective user to be the warning information of disabled user.In embodiments of the present invention, identified by wireless identification beacon and physical signs and combine to judge user in surveyed area whether as disabled user, so not only reduce the complexity of identification, and improve the accuracy to user identity identification.
Accompanying drawing explanation
Fig. 1 is the flow chart of the method for a kind of identification in the embodiment of the present invention;
Fig. 2 is the schematic diagram of each base station of setting within the scope of embodiment of the present invention surveyed area;
Fig. 3 is the result schematic diagram of in the embodiment of the present invention, user being carried out to the detection of wireless identification beacon and location;
Fig. 4 is the result schematic diagram of in the embodiment of the present invention, user being carried out to infrared detection and location;
Fig. 5 carries out overlapping schematic diagram to wireless identification beacon and infrared model in the embodiment of the present invention;
Fig. 6 is the structural representation of a kind of identification apparatus in the embodiment of the present invention.
Embodiment
Go to identify whether each user is through the user of legal checking one by one to solve the mode differentiated by Visual Observations Observations in prior art, user validation can be caused to check comparatively loaded down with trivial details, and inaccurate problem, embodiments provide a kind of method of identification, the method comprises: in setting detection range, detect each wireless identification beacon, and telltale mark goes out each wireless identification beacon on the first map, in this setting detection range, detect that each physical signs identifies, and telltale mark goes out each physical signs mark on the first map, detect on the first map and whether there is independent wireless identification beacon or independent physical signs beacon, if there is independent wireless identification beacon or independent physical signs mark, then generate warning information.In embodiments of the present invention, identified by wireless identification beacon and physical signs and combine to judge user in surveyed area whether as disabled user, so not only reduce the complexity of identification, and improve the accuracy to user identity identification.
Below by accompanying drawing and specific embodiment, technical solution of the present invention is described in detail, be to be understood that, the explanation of concrete technical characteristic in the embodiment of the present invention and embodiment just to technical solution of the present invention, instead of limit, when not conflicting, the concrete technical characteristic in the embodiment of the present invention and embodiment can combine mutually.
Be illustrated in figure 1 the flow chart of the method for a kind of identification in the embodiment of the present invention, the method comprises:
S101, detect each wireless identification beacon, and telltale mark goes out each wireless identification beacon on the first map in setting detection range;
S102, detects that each physical signs identifies in setting detection range, and telltale mark goes out each physical signs mark on the first map;
S103, detects on the first map whether there is independent wireless identification beacon or independent physical signs mark;
If there is independent wireless identification beacon or independent physical signs mark, then perform S104; If there is not independent wireless identification beacon or independent physical signs mark, then perform S105.
S104, generates warning information;
S105, maintains current detected state.
Specifically, in embodiments of the present invention, at least use two kinds of parameters to the identification of user, one is wireless identification beacon, and another kind of is physical signs mark.
Wireless identification beacon can label with it for user, or the bracelet that user carries on hand, also or the hand-held mobile communication equipment of user etc., then can scan user's wireless identification beacon with it by transducer, can scan say by transducer the bracelet that user wears on hand.Certainly, all right user's bracelet active and sensor communication, thus transducer can directly detect this wireless identification beacon.
Here also it should be noted that, can also be camera for what detect wireless identification beacon in embodiments of the present invention, the image of each user in setting surveyed area can be photographed by camera, then image analysis processing is passed through, detect the image that whether there is specified object in the image of each user, such as in the image of each user, whether there is red hand rope.If when there is the image of specified object in the image of user, then determine that this user's correspondence has wireless identification beacon.
Detect each wireless identification beacon in setting range after, also need to position each wireless identification beacon, on the first map, namely mark position corresponding to each wireless identification beacon.
In embodiments of the present invention, position corresponding to each wireless identification beacon can be oriented by following method:
Multiple base station is provided with in the edge or detection range of setting detection range, such as 3 or 4 base stations, as long as it is just passable that the signal of this multiple base station can cover detection range, concrete set-up mode does not limit in embodiments of the present invention, and this base station is the equipment for determining wireless identification beacon position.
Based on the multiple base stations arranged, obtain the distance in setting detection range between each wireless identification beacon to each setting base station and/or angle respectively, according to the distance got and/or angle, the position of each wireless identification beacon is gone out by location Calculation, and according to the position calculated, on the first map, telltale mark goes out the position of each wireless identification beacon.
Such as, as shown in Figure 2, this setting detection range is the rectangular area of a, b, c, d tetra-some compositions in fig. 2, four some summits of this rectangular area are provided with 4 base stations, these 4 base stations are as positioning mark, then by each wireless identification beacon of transducer detection in this rectangular area, that is: wireless identification beacon A`, C`, obtain 4 air line distances of wireless identification beacon A` respectively and between base station a, b, c, d, just can orient the position of wireless identification beacon A in rectangular area by these 4 air line distances; Or obtain 4 angles of wireless identification beacon A` respectively and between base station a, b, c, d, then calculate the position of wireless identification beacon A` in rectangular area by these 4 angles, can certainly only use two angles to calculate the position of wireless identification beacon A` in rectangular area; Or obtain wireless identification A` and the angle between base station a, b, c, d and air line distance, calculate the position of wireless identification A` in rectangular area by angle and air line distance.The locate mode of other wireless identification beacons is identical with the locate mode of wireless identification beacon A`, just repeats no more herein.
After orienting wireless identification beacon A`, C`, the first map marks the position that each wireless identification beacon is corresponding, the result marked as shown in Figure 3, the position that each wireless identification beacon is corresponding in figure 3.
Further, in the process of positioned radio identification beacon, also will detect the physical signs mark that each object is corresponding in setting detection range, and telltale mark goes out each physical signs mark on the first map.Here physical signs mark can be the IR parameters detected by infrared sensor, then determines corresponding infrared model based on the IR parameters detected, and on the first map, marks each infrared model.
Rectangular area as shown in Figure 2, the IR parameters that each user is corresponding is detected by infrared sensor, infrared model is determined according to IR parameters, when determining infrared model, just determine the particular location of infrared model, thus particular location corresponding to each user can be marked on the first map, in the diagram, A, B, C are respectively infrared model corresponding to three users.
Certainly, in embodiments of the present invention except being obtained except physical signs parameter by infrared sensor, the physical signs parameter in setting surveyed area directly can also be taken by camera, here physical signs parameter is exactly image corresponding to user, after image is positioned, directly on the first map, mark respective user, implementation is here identical with the implementation of IR parameters.
After first map marks wireless identification beacon and physical signs mark, judge whether the first map exists independent wireless identification beacon or independent physical signs mark.Here decision procedure can be: on the first map, determine the surveyed area being designated center with physical signs, by judging whether there is wireless identification beacon in surveyed area, determine whether there is independent wireless identification beacon or independent physical signs mark.
Specifically, the physical signs mark that first map marks can be a point, or the region that an area is less, in order to avoid the state of equipment causes error condition, so based on the physical signs mark that the first map marks, a surveyed area can be determined, this surveyed area can be the circle detection region being designated the center of circle with physical signs, such as surveyed area as shown in Figure 5, this surveyed area is circle detection region, can be understood as here wireless identification beacon and physical signs identify between distance in setting threshold.When wireless identification beacon is in surveyed area, then it is mutually corresponding for illustrating that the wireless identification beacon of this user and physical signs identify, and then illustrates that this user is for validated user.
In the above-described embodiment, the legitimacy of user is judged by the wireless identification beacon of characterizing consumer legitimacy and the physical signs mark of characterizing consumer physical signs, legitimate verification can be carried out to the user in detection range more accurately like this, and also can the high efficiency legitimacy to user verify.
Further, in embodiments of the present invention, in wireless identification beacon except the legal information with authenticating users, in this wireless identification beacon, some other personal information can also be carried, such as by Role Identity information, user right information etc.
Therefore, when originally getting wireless identification beacon, user right in wireless identification beacon will be obtained, judge whether user right information exceedes setting authority, if the authority of user has exceeded setting authority, and generating information, information is here for pointing out the user right of wireless identification beacon respective user limited.
Such as, user's entry time authority is with the addition of in this wireless identification beacon, therefore user is carried out in the gatherer process of wireless identification beacon real-time, also will judge according to the entry time authority in wireless identification beacon whether the entry time of user has exceeded entry time authority in wireless identification beacon, if exceed, then generate information, user's entry time authority that this information is arranged in wireless identification beacon for pointing out the entry time of this user to exceed.The diversified legitimate verification to user can be realized like this.
Certainly, except adding except user right in wireless identification beacon, the Role Identity code of user can also be added.Therefore when getting wireless identification beacon corresponding to user, further can get the Role Identity code in wireless identification beacon, according to Role Identity code, determine the Role Identity that wireless identification beacon is corresponding, and show Role Identity code corresponding to wireless identification beacon by display screen.
Such as, when entering movable meeting-place, in wireless identification beacon except adding legality message, also added the Role Identity code of user in this movable meeting-place, here Role Identity code characterizes the identity of user in this movable meeting-place, and this Role Identity code can be host's identity, chairmanship, welcome guest's identity etc.Like this when getting wireless identification beacon, directly can determine the identity of user in this activity, if when obtaining the Role Identity code less than user is corresponding in wireless identification beacon, also will generate alarm prompt, this alarm prompt is for pointing out the user that there is not Role Identity code dangerous.Further can ensure the accuracy to user identity device and diversity like this.Certainly, corresponding wireless identification beacon can also be found out according to Role Identity code in embodiments of the present invention, then find out corresponding user by wireless identification beacon.Therefore, the information by adding in wireless identification beacon can also be used to realize searching of user.
It should be noted that in addition, the method for the embodiment of the present invention can be applied on unmanned plane, namely whole surveyed area wireless identification beacon detect and physical signs label detection be all realized by the transducer on unmanned plane.Each user validation in each detection range can be completed like this detect when not affecting movable meeting-place.
The method of a kind of identification in the corresponding embodiment of the present invention, a kind of equipment of identification is additionally provided in the embodiment of the present invention, be illustrated in figure 6 the structural representation of the equipment of a kind of identification in the embodiment of the present invention, this equipment comprises: wireless beacon transducer 601, condition sensor 602, processor 603, wherein
Wireless beacon transducer 601, is connected with described processor 603, and for detecting each wireless identification beacon in setting detection range, and telltale mark goes out each wireless identification beacon on the first map;
Condition sensor 602, is connected with described processor 603, and for detecting that each physical signs identifies in described setting detection range, and telltale mark goes out each physical signs mark on described first map;
Processor 603, for detecting on described first map whether there is independent wireless identification beacon or independent physical signs mark; If there is independent wireless identification beacon or independent physical signs mark, then generate warning information.
Further, in embodiments of the present invention, wireless beacon transducer 601 and condition sensor 602 can be arranged on unmanned plane, what certain processor 603 was also arranged accordingly is arranged on unmanned plane, wireless beacon transducer 601 and condition sensor 602 are all connected with processor 603, and such wireless beacon transducer 601 and condition sensor 602 detect that wireless identification beacon and physical signs mark can both transfer to processor 603.
Certainly, in embodiments of the present invention, this equipment further comprises communication interface, and this communication interface is connected with processor 603, this ensure that processor 603 processes the data obtained and can transfer to control centre, and also can receive the control command of control centre's transmission.
Further, in embodiments of the present invention, wireless beacon transducer 601, specifically for obtaining distance between each wireless identification beacon in described setting detection range to each setting base station and/or angle respectively, according to the distance got and/or angle, gone out the position of each wireless identification beacon by location Calculation; According to the position calculated, on described first map, telltale mark goes out the position of each wireless identification beacon, and base station is here the positioning mark being arranged on setting detection range edge.
Specifically, wireless identification beacon can label with it for user, or the bracelet that user carries on hand, also or the mobile communication equipment utilizing user hand-held etc., then can scan user's wireless identification beacon with it by transducer, can scan say by transducer the bracelet that user wears on hand.Certainly, all right user's bracelet active and sensor communication, thus transducer can directly detect this wireless identification beacon.
Here also it should be noted that, can also be camera for what detect wireless identification beacon in embodiments of the present invention, the image of each user in setting surveyed area can be photographed by camera, then image analysis processing is passed through, detect the image that whether there is specified object in the image of each user, such as in the image of each user, whether there is red hand rope.If when there is the image of specified object in the image of user, then determine that this user's correspondence has wireless identification beacon.
Detect each wireless identification beacon in setting range after, also need to position each wireless identification beacon, on the first map, namely mark position corresponding to each wireless identification beacon.
In embodiments of the present invention, position corresponding to each wireless identification beacon can be oriented by following method:
Multiple base station is provided with in the edge or detection range of setting detection range, such as 3 or 4 base stations, as long as it is just passable that the signal of this multiple base station can cover detection range, concrete set-up mode does not limit in embodiments of the present invention, and this base station is the equipment for determining wireless identification beacon position.
Based on the multiple base stations arranged, obtain the distance in setting detection range between each wireless identification beacon to each setting base station and/or angle respectively, according to the distance got and/or angle, the position of each wireless identification beacon is gone out by location Calculation, and according to the position calculated, on the first map, telltale mark goes out the position of each wireless identification beacon.
Such as, as shown in Figure 2, this setting detection range is the rectangular area of a, b, c, d tetra-some compositions in fig. 2, four some summits of this rectangular area are provided with 4 base stations, these 4 base stations are as positioning mark, then by each wireless identification beacon of transducer detection in this rectangular area, that is: wireless identification beacon A`, C`, obtain 4 air line distances of wireless identification beacon A` respectively and between base station a, b, c, d, just can orient the position of wireless identification beacon A in rectangular area by these 4 air line distances; Or obtain 4 angles of wireless identification beacon A` respectively and between base station a, b, c, d, then calculate the position of wireless identification beacon A` in rectangular area by these 4 angles, can certainly only use two angles to calculate the position of wireless identification beacon A` in rectangular area; Or obtain wireless identification A` and the angle between base station a, b, c, d and air line distance, calculate the position of wireless identification A` in rectangular area by angle and air line distance.The locate mode of other wireless identification beacons is identical with the locate mode of wireless identification beacon A`, just repeats no more herein.
After orienting wireless identification beacon A`, C`, the first map marks the position that each wireless identification beacon is corresponding, the result marked as shown in Figure 3, the position that each wireless identification beacon is corresponding in figure 3.
Further, in embodiments of the present invention, in embodiments of the present invention, this condition sensor 602 can be infrared sensor, this infrared sensor is specifically for obtaining the IR parameters of each object in described setting detection range, and infrared model corresponding for described IR parameters is identified as described physical signs, described first map marks each infrared model.
Specifically, rectangular area as shown in Figure 2, the IR parameters that each user is corresponding is detected by infrared sensor, infrared model is determined according to IR parameters, when determining infrared model, just determine the particular location of infrared model, thus particular location corresponding to each user can be marked on the first map, in the diagram, A, B, C are respectively infrared model corresponding to three users.
Certainly, in embodiments of the present invention except being obtained except physical signs parameter by infrared sensor, this condition sensor 602 can also be camera, namely directly take the physical signs parameter in setting surveyed area by camera, here physical signs parameter is exactly image corresponding to user, after positioning image, directly on the first map, mark respective user, implementation is here identical with the implementation of IR parameters.
Further, in embodiments of the present invention, processor 603 specifically for determining the surveyed area being designated center with described physical signs on described first map; By judging whether there is wireless identification beacon in described surveyed area, determine whether there is independent wireless identification beacon or independent physical signs mark.
Specifically, after the first map marks wireless identification beacon and physical signs mark, judge whether the first map exists independent wireless identification beacon or independent physical signs mark.Here decision procedure can be: on the first map, determine the surveyed area being designated center with physical signs, by judging whether there is wireless identification beacon in surveyed area, determine whether there is independent wireless identification beacon or independent physical signs mark.
Specifically, the physical signs mark that first map marks can be a point, or the region that an area is less, in order to avoid the state of equipment causes error condition, so based on the physical signs mark that the first map marks, a surveyed area can be determined, this surveyed area can be the circle detection region being designated the center of circle with physical signs, such as, surveyed area as shown in Figure 5, this surveyed area is circle detection region, can be understood as here wireless identification beacon and physical signs identify between distance in setting threshold.When wireless identification beacon is in surveyed area, then it is mutually corresponding for illustrating that the wireless identification beacon of this user and physical signs identify, and then illustrates that this user is for validated user.
In the above-described embodiment, the legitimacy of user is judged by the wireless identification beacon of characterizing consumer legitimacy and the physical signs mark of characterizing consumer physical signs, legitimate verification can be carried out to the user in detection range more accurately like this, and also can the high efficiency legitimacy to user verify.
Further, in embodiments of the present invention, processor 603, also for obtaining the user right in described wireless identification beacon; Judge whether described user right information exceedes setting authority; If described user right has exceeded setting authority, then generate information, wherein, described information is for pointing out the user right of described wireless identification beacon respective user limited.
Specifically, in wireless identification beacon except the legal information with authenticating users, in this wireless identification beacon, some other personal information can also be carried, such as by Role Identity information, user right information etc.
Therefore, when originally getting wireless identification beacon, user right in wireless identification beacon will be obtained, judge whether user right information exceedes setting authority, if the authority of user has exceeded setting authority, and generating information, information is here for pointing out the user right of wireless identification beacon respective user limited.
Such as, user's entry time authority is with the addition of in this wireless identification beacon, therefore user is carried out in the gatherer process of wireless identification beacon real-time, also will judge according to the entry time authority in wireless identification beacon whether the entry time of user has exceeded entry time authority in wireless identification beacon, if exceed, then generate information, user's entry time authority that this information is arranged in wireless identification beacon for pointing out the entry time of this user to exceed.The diversified legitimate verification to user can be realized like this.
Further, in embodiments of the present invention, this processor 603, also for obtaining the Role Identity code in described wireless identification beacon; According to described Role Identity code, determine the Role Identity of described wireless identification beacon respective user, and show Role Identity code corresponding to described wireless identification beacon by display screen.
Specifically, except adding except user right in wireless identification beacon, the Role Identity code of user can also be added.Therefore when getting wireless identification beacon corresponding to user, further can get the Role Identity code in wireless identification beacon, according to Role Identity code, determine the Role Identity that wireless identification beacon is corresponding, and show Role Identity code corresponding to wireless identification beacon by display screen.
Such as, when entering movable meeting-place, in wireless identification beacon except adding legality message, also added the Role Identity code of user in this movable meeting-place, here Role Identity code characterizes the identity of user in this movable meeting-place, and this Role Identity code can be host's identity, chairmanship, welcome guest's identity etc.Like this when getting wireless identification beacon, directly can determine the identity of user in this activity, if when obtaining the Role Identity code less than user is corresponding in wireless identification beacon, also will generate alarm prompt, this alarm prompt is for pointing out the user that there is not Role Identity code dangerous.Further can ensure the accuracy to user identity device and diversity like this.Certainly, corresponding wireless identification beacon can also be found out according to Role Identity code in embodiments of the present invention, then find out corresponding user by wireless identification beacon.Therefore, the information by adding in wireless identification beacon can also be used to realize searching of user.
Further, in embodiments of the present invention, this equipment also comprises antenna, this antenna is connected with communication module, specifically for receiving the data-signal of communication module, and data-signal being sent to corresponding control centre, data-signal here can be the warning information of processor 603 generation or the information of processor 603 generation.
Further, in embodiments of the present invention, this equipment also comprises: navigation controller, is connected with described processor 603, for receiving processor 603 navigation way, and controls the path flight of unmanned vehicle according to setting according to the navigation way received.
Further, in embodiments of the present invention, this equipment also comprises: testing circuit, with described wireless beacon transducer 601, condition sensor 602, processor 603, communication module, navigation controller connects, for to wireless beacon transducer 601, condition sensor 602, processor 603, communication module, navigation controller carries out fault detect, if wireless beacon transducer 601 detected, condition sensor 602, processor 603, communication module, one in navigation controller or multiple fault time, then generate fault cues information, and fault cues information is sent to control centre by antenna, fault message is learnt to make control centre.
Although described the preferred embodiment of the application, one of ordinary skilled in the art once obtain the basic creative concept of cicada, then can make other change and amendment to these embodiments.So claims are intended to be interpreted as comprising preferred embodiment and falling into all changes and the amendment of the application's scope.
Obviously, those skilled in the art can carry out various change and modification to the application and not depart from the spirit and scope of the application.Like this, if these amendments of the application and modification belong within the scope of the application's claim and equivalent technologies thereof, then the application is also intended to comprise these change and modification.
Claims (10)
1. a method for identification, is characterized in that, described method comprises:
In setting detection range, detect each wireless identification beacon, and telltale mark goes out each wireless identification beacon on the first map;
In described setting detection range, detect that each physical signs identifies, and telltale mark goes out each physical signs mark on described first map;
Detect on described first map and whether there is independent wireless identification beacon or independent physical signs mark;
If there is independent wireless identification beacon or independent physical signs mark, then generate warning information.
2. the method for claim 1, is characterized in that, detects each wireless identification beacon, and at each wireless identification beacon of the first Orientation on map mark, comprising in setting detection range:
Obtain the distance in described setting detection range between each wireless identification beacon to each setting base station and/or angle respectively, wherein, described base station is the location equipment pre-set;
According to the distance got and/or angle, gone out the position of each wireless identification beacon by location Calculation;
According to the position calculated, on described first map, telltale mark goes out the position of each wireless identification beacon.
3. the method for claim 1, is characterized in that, in described setting detection range, detect that each physical signs identifies, and on described first map, telltale mark goes out each physical signs mark, comprising:
Obtained the IR parameters of each object in described setting detection range by infrared sensor, and infrared model corresponding for described IR parameters is identified as described physical signs;
Described first map marks each infrared model.
4. the method for claim 1, is characterized in that, detects on described first map whether there is independent wireless identification beacon or independent physical signs mark, comprising:
The surveyed area being designated center with described physical signs determined by described first map;
By judging whether there is wireless identification beacon in described surveyed area, determine whether there is independent wireless identification beacon or independent physical signs mark.
5. the method for claim 1, is characterized in that, described method also comprises:
Obtain the user right in described wireless identification beacon and/or Role Identity information;
Judge whether described user right and/or Role Identity information exceed setting authority;
If described user right has exceeded setting authority, then generate information, wherein, described information is for pointing out the user right of described wireless identification beacon respective user limited.
6. an identification apparatus, is characterized in that, comprising:
Wireless beacon transducer, for detecting each wireless identification beacon in setting detection range, and telltale mark goes out each wireless identification beacon on the first map;
Condition sensor, for detecting that each physical signs identifies in described setting detection range, and telltale mark goes out each physical signs mark on described first map;
Processor, for detecting on described first map whether there is independent wireless identification beacon or independent physical signs mark; If there is independent wireless identification beacon or independent physical signs mark, then generate warning information.
7. equipment as claimed in claim 6, it is characterized in that, described wireless beacon transducer, specifically for obtaining distance between each wireless identification beacon in described setting detection range to each setting base station and/or angle respectively, according to the distance got and/or angle, gone out the position of each wireless identification beacon by location Calculation; According to the position calculated, on described first map, telltale mark goes out the position of each wireless identification beacon, and wherein, described base station is the location equipment pre-set.
8. equipment as claimed in claim 6, it is characterized in that, described condition sensor is specially infrared sensor, is obtained the IR parameters of each object in described setting detection range by infrared sensor, and is identified as described physical signs by infrared model corresponding for described IR parameters; Described first map marks each infrared model.
9. equipment as claimed in claim 6, is characterized in that, described processor, specifically for determining the surveyed area being designated center with described physical signs on described first map; By judging whether there is wireless identification beacon in described surveyed area, determine whether there is independent wireless identification beacon or independent physical signs mark.
10. equipment as claimed in claim 6, is characterized in that, described processor, also for obtaining user right in described wireless identification beacon and/or Role Identity information; Judge whether described user right and/or Role Identity information exceed setting authority; If described user right has exceeded setting authority, then generate information, wherein, described information is for pointing out the user right of described wireless identification beacon respective user limited.
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