CN110751774A - Location sharing system based on intra-block security verification and wireless positioning - Google Patents
Location sharing system based on intra-block security verification and wireless positioning Download PDFInfo
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Abstract
The invention relates to a position sharing system based on safety verification and wireless positioning in a block, which comprises a control center, safety verification equipment, channel blocking equipment and a target terminal, wherein the channel blocking equipment is configured at an entrance of a set block; the safety verification device is configured to identify characteristic information of the foreign object body before the entrance of the channel blocking device and then upload the characteristic information to the control center; the target terminal is configured to display the relative positioning positions of the two when the target terminal enters the setting block in pairs and is in an activated state; the control center is configured to retrieve whether characteristic information exists in a previously-included foreign object information base, and if so: and controlling the channel to block the equipment from passing and the target terminal to enter a set block for activation. Therefore, people who are not parents can not see students before the parents, and illegal movement of dangerous molecules is avoided.
Description
Technical Field
The invention belongs to the field of position tracking, and particularly relates to a position sharing system based on intra-block security verification and wireless positioning.
Background
At present, students in kindergartens, primary schools and middle schools are small in age and poor in self-life capacity, so that parents need to take and deliver the students in the school and the middle school due to personal safety. Particularly, as the safety management method of kindergarten of primary and secondary schools is officially implemented in China from 9/1 2006, more and more campuses are equipped with corresponding management systems, and when students enter and leave a school, the information of the students is identified by means of an identity identification device and is sent to terminal equipment of parents, so that the students can track the course of the school, and can safely enter and leave the school. However, the parents can accompany the students when entering school, and the parents are generally the following two types when leaving school due to the uncertainty of the actions of the students and the uncertainty of the positions of the parents:
1. parents wait at school doors, and claim their children when they have left school and left school. According to the method for receiving and delivering the school, a large number of parents can be gathered at the school gate in the time of school, so that traffic jam is likely to be caused, especially as the living standard of people is improved, more and more families are equipped with automobiles, and a large number of vehicles are placed at the school gate, so that traffic is affected, and safety accidents can be caused.
2. After school, parents enter school campuses to find children at home. The method for receiving and delivering the school students can lead a large number of people to enter the school, the scene is disordered, and even illegal people can possibly lead the students to fall down, thereby influencing the personal safety of the students.
The two methods have the same problem that parents can find their children only by spending a lot of time due to too many receiving and delivering personnel, which is very inconvenient; moreover, effective protection can not be formed around students and parents, time and space which can participate between the students and the parents are reserved for dangerous molecules, and potential safety hazards that the dangerous molecules are mixed into crowds to cause injury to the students exist.
Prior patent CN2018101460509 discloses an intelligent information system and application method for assisting students to put school from school, relates to positioning system technical field, including a plurality of student card, a plurality of location basic station, data server module, a plurality of information display module and head of a family's cell-phone module, head of a family's cell-phone module includes hardware module and APP module, student card is provided with wireless transmitting module, the location basic station includes wireless receiving module, the location basic station passes through internet access the data server module, the data server module with head of a family's cell-phone module passes through network both way junction, the data server module still through the network with the information display module is connected. Although the student's release receiving and sending method can adopt positioning technologies such as a position sharing function in app on a mobile phone to facilitate mutual searching of parents and students, many schools, especially kindergartens, primary schools and middle schools, forbid students to take mobile phones; in addition, the positioning function of the app on the mobile phone is to position the mobile phones or terminals held by both parties, and the identities of the mobile phone or terminal holders cannot be verified, so that if the mobile phone of the parent is taken by others, the student cannot distinguish the mobile phone, and the parent can still be considered to be on the delivery path, and the risk that the student is taken away by others exists.
Disclosure of Invention
The invention aims to provide a position sharing system based on safety verification and wireless positioning in a block, so as to solve the problem that the safety of parents for receiving students is poor in the prior art.
In order to achieve the purpose, the invention adopts the following technical scheme:
the position sharing system based on safety verification and wireless positioning in a block comprises a control center, safety verification equipment, channel blocking equipment and a target terminal, wherein:
the passage blocking equipment is arranged at the entrance of a set block, wherein the set block is a fixed building space and/or a temporary enclosure space;
the safety verification device is configured to upload characteristic information of an external target body to the control center after identifying the characteristic information of the external target body before the entrance of the channel blocking device;
the target terminal is paired and bound to be equipped with an external target and an internal target and is configured to display the relative positioning positions of the external target and the internal target when the external target and the internal target enter the setting block in pairs and are both in an activated state;
a control center configured to retrieve whether the feature information exists in a previously-included foreign object information base, and if so:
controlling the passage stopping equipment to be released; and
the control target terminal is activated as follows:
a, if a target terminal equipped by an external target enters the setting block, activating the paired target terminals;
b, if the target terminal equipped by the external target does not enter the setting block, only activating the target terminal equipped by the internal target.
According to the technical scheme provided by the invention, the safety verification equipment is adopted to verify the validity of the identity of the external target, and the external target cannot enter the set block where the internal target is located before the identity validity is not determined, so that the channel blocking equipment is ensured to form effective isolation between the external target and the internal target, and for the students to be sent to school and go to school, the personnel who are not parents can be ensured not to see the students before the parents, so that the illegal path of dangerous molecules is avoided. Meanwhile, the target terminal can be activated only when the foreign target passes verification and is located in the set block in the limited range, so that the situation that lawbreakers attract students to come out of school by using the stolen target terminal is prevented, and the personal safety of the students is further guaranteed.
Further, the feature information of the foreign object ontology includes features selected from:
image features;
biological characteristics, applicable only if the foreign object is a living being;
physical characteristics.
Further, the foreign object information base is established according to at least one of the following ways:
direct collection, which means directly collecting or calling the characteristic information of an external target and recording the characteristic information into a database;
and the indirect collection refers to searching the external target characteristic information which accords with the set matching relation with the previously collected internal target information in other databases and collecting the external target characteristic information into a database.
Further, the target terminal is a positioning tag with map information corresponding to the set block, and the positioning mode of the target terminal includes at least one of the following modes:
satellite positioning;
wifi positioning;
uwb positioning.
Furthermore, the positioning mode of the target terminal is short-distance wireless positioning, including wifi positioning and/or uwb positioning, and the positioning area covered by the wifi positioning base station and/or uwb positioning base station covers the setting area.
By adopting a positioning mode based on a short-distance wireless positioning technology, the workload of network construction can be reduced, the network can be prevented from being invaded, and the network security is improved.
Furthermore, a temporary waiting area for an external target of the unbound target terminal to enter is also configured in the setting block, and the temporary waiting area is positioned behind the outlet of the channel blocking device; a temporary terminal in communication connection with the control center is arranged in the temporary waiting area; and after the control center activates the target terminal bound by the internal target according to the b activation mode, displaying the position of the target terminal bound by the internal target matched with the external target on the temporary terminal, and displaying the position of the temporary waiting area as the position of the target terminal bound by the external target on the target terminal bound by the internal target.
Further, the security verification device is further configured with an alert module, and the control center is further configured to control the alert module to alert when the feature information is not retrieved from the foreign object information base, wherein the alert mode includes a mode selected from the following modes:
a sound warning;
picture and text warning;
light warning;
and warning the police.
Further, the pairing mode of the target terminal is any one of the following modes:
one-to-many, one target terminal bound to an internal target matches a plurality of target terminals bound to an external target;
many-to-one, a plurality of target terminals bound to an internal target are paired with a target terminal bound to an external target;
many-to-many, the target terminals bound by the internal targets are paired with the target terminals bound by the external targets according to the equal priority principle, wherein the equal priority principle means that any target terminal bound by the external targets has the equal authority for simultaneously pairing all the target terminals bound by the internal targets.
Further, the setting block includes a place selected from:
school;
a hospital;
an airport;
a station;
a park;
a shopping mall.
Further, the setting block further comprises a pick-up waiting area communicated with and surrounding the doorway of the school or the airport or the station or the park or the mall, the pick-up waiting area is configured as a fixed building place and/or a temporary enclosure place, and a pick-up waiting area entrance is configured as the setting block entrance.
Drawings
FIG. 1 is a block diagram of a location sharing system based on intra-block security authentication and wireless positioning according to an embodiment of the present invention;
FIG. 2 is a schematic structural diagram of a student terminal in an embodiment of the invention;
FIG. 3 is a schematic structural diagram of a control panel of a student terminal in an embodiment of the invention;
fig. 4 is a schematic structural diagram of a parent terminal in an embodiment of the present invention;
fig. 5 is a schematic structural diagram of a parent terminal control panel according to an embodiment of the present invention;
FIG. 6 is a schematic structural diagram of a UWB positioning module in an embodiment of the invention
Fig. 7 is a schematic structural diagram of a security authentication apparatus in an embodiment of the present invention.
Detailed Description
The invention provides a position sharing system based on safety verification and wireless positioning in a block, which is applicable to two occasions, namely an object occasion and a person occasion, wherein the person occasion comprises but is not limited to an occasion with dense people flow and inconvenient people finding, such as a school, an airport, a station, a park, a market and the like, and the object occasion comprises but is not limited to a logistics station, a storage center and other places with public goods going and inconvenient goods picking. This embodiment mainly uses the student as suitable place, and the participant that corresponds is: the foreign object is a parent and the internal object is a student. The position sharing system is used for helping parents to pick up and deliver students under the condition, not only can the parents conveniently pick up and deliver the students, but also can improve the safety of the parents in picking up and delivering the students.
The position sharing system based on safety verification and wireless positioning in a block belongs to a system for assisting parents to take and deliver students, is structurally shown in figure 1 and comprises a control center, student terminals, parent terminals and safety verification equipment, wherein the control center is provided with a server, the number of the student terminals and the number of the parent terminals are the same as that of the students, and are n, and n is a positive integer greater than 1.
The student terminal is used for being worn by students, the structure of the student terminal is shown in figure 2, the student terminal comprises a student terminal body 1, and student identity information such as names, classes, class masters, schools and the like is printed on the back of the student terminal body 1; the front of student terminal body 1 is provided with first display screen 10, has student terminal control panel at student terminal body 1's internally mounted. The student terminal control panel is provided with a first controller, and as shown in fig. 3, the first controller is connected with a first positioning module and a first communication module and is connected with a first display screen 10. The first communication module is a wireless communication module and is in communication connection with a server of the control center, so that information interaction between the first controller and the control center is realized.
The parent terminal is used for supplying the head of a family to wear, and its structure is shown as figure 4, including parent terminal body 2, is provided with second display screen 20 on parent terminal body 2, has the parent terminal control panel at the internally mounted of parent terminal body 2. The parent terminal control panel is provided with a second controller, as shown in fig. 5, the second controller is connected to a second positioning module and a second communication module, and is connected to the second display screen 20. The second communication module adopts a wireless communication module and is in communication connection with a server of the control center, so that information interaction between the second controller and the control center is realized.
The location sharing system based on intra-block security authentication and wireless location provided by this embodiment further includes a UWB location module, as shown in fig. 6, the UWB location module includes a first location base station 31, a second location base station 32, and a third location base station 33, which are arranged in a school, and a server of the control center is in communication connection with the three location base stations. WIFI positioning tags are adopted by a first positioning module of the student terminal and a second positioning module of the parent terminal, a first positioning base station 31, a second positioning base station 32 and a third positioning base station 33 detect distances between the student terminal and the parent terminal and each positioning base station through signals sent by the first positioning module and the second positioning module and send the distances to a control center, the control center calculates positions of the student terminal and the parent terminal according to the distances between the student terminal and the parent terminal and each positioning base station and respectively sends the positions to the student terminal and the parent terminal, and the student terminal and the parent terminal respectively display the positions of the parent and the student through corresponding display screens.
The delivery waiting area is an area which is arranged near the school and is communicated with the school, and the area encloses the exit of the school, and students can get in and out of the school from the area. The transfer waiting area in this embodiment is a fixed area constructed near the school and provided with a surrounding wall, and as another embodiment, the transfer waiting area may be a temporary area pulled by a temporary isolation belt or a folding fence. The pick-up waiting area is provided with a door, and the safety verification equipment is arranged at the door of the pick-up waiting area. The structure of the safety verification device is as shown in fig. 7, and comprises a verification controller, wherein the verification controller is connected with a voice module, a third display screen, a face recognition module and a third communication module, the face recognition module is used for collecting the face information of parents and sending the verification controller, and the third communication module is a wireless communication module and is in communication connection with a control center, so that the communication connection between the verification controller and a server of the control center is established.
In this embodiment, the first communication module, the second communication module, and the third communication module are in communication connection with a server of the control center through a local area network.
The control center is used for inputting parent information and student information, inquiring corresponding student information after acquiring the identity information of parents, establishing communication connection with the parent terminal and the student terminal, sending the position of the student terminal to the corresponding parent terminal, and sending the position of the parent terminal to the corresponding student terminal.
The student information input by the control center comprises the name, the class and the name and the identity of a corresponding parent of the student and the ID number of the used student terminal, and the parent information input by the control center comprises the name and the identity of a parent of the student, the name of a corresponding student and the ID number of the used parent terminal.
The position sharing system based on the safety verification and the wireless positioning in the block in the embodiment has the working principle that:
when a parent enters a delivery waiting area, a face recognition module of the safety verification device collects face information of the parent and sends the face information to a verification controller; the verification controller identifies the facial information of the parents to obtain the identity information of the parents and judge whether the parents are parents of students in the school or not; if not, judging that the identity of the parent is illegal, sending voice information through a voice module to prompt the parent to forbid entering a receiving and sending waiting area, and displaying text information through a third display screen to prompt the parent to forbid entering the receiving and sending waiting area; if the identity of the parent is judged to be legal, allowing the parent to enter a receiving and sending waiting area, and sending the identity information of the parent to a control center through a third communication module;
after receiving the parent identity information, the control center queries the identity information of the student corresponding to the parent identity information, then sends information to the first positioning base station 31, the second positioning base station 32 and the third positioning base station 33 to obtain the positions of the parent terminal and the student terminal, and sends the positions of the parent terminal and the student terminal to the parent terminal and the student terminal.
The first controller of the household terminal receives the positions of the corresponding parent terminal and the student terminal, and displays the position of the corresponding student terminal and the position of the student terminal on the first display screen by combining the stored plane maps of the campus and the pick-up and delivery waiting area; and after the second controller of the student terminal receives the positions of the corresponding parent terminal and the student terminal, the position of the corresponding parent terminal and the position of the student terminal are displayed on the second display screen by combining the stored campus and the plane map of the pick-up and delivery waiting area.
As another embodiment, a plan map of the campus and the pick-up waiting area may be drawn on the first display screen and the second display screen, and after the parent terminal and the student terminal acquire the positions of each other, the parent and the student may respectively view the positions of each other through the parent terminal and the student terminal, thereby providing more convenience for the parent to pick up and pick up the student.
The location sharing system based on safety verification and wireless positioning in the block is provided with a pick-up waiting area in a school, identity verification is needed when a keeper enters the pick-up waiting area, and if the verification is not passed, the keeper cannot enter the pick-up waiting area, so that even if a stranger takes a parent terminal, the keeper cannot enter the pick-up waiting area to pick up students when the identity verification is illegal, and the safety of the pick-up students is improved. And when the parents enter the delivery waiting area, the parents and the students can respectively observe the positions of the parents and the students through the parent terminals and the student terminals, so that the convenience of the parents for searching the students is improved.
In the location sharing system based on intra-block security authentication and wireless positioning provided by this embodiment, a parent waiting area is reserved around the school, and the structure of the parent waiting area is the same as that of the pick-up waiting area. The entrance in the parent waiting area is provided with secondary identity verification equipment, and secondary identity equipment includes secondary verification controller, and secondary verification controller is connected with face identification module and fingerprint collection module for gather parent's facial information and fingerprint information, and verify the legitimacy of parent's identity heart according to parent's facial information and fingerprint information. When the identity information of the parents is verified to be legal, the parents are allowed to enter a parent waiting area, so that the situation that the parents forget or lose the parent terminal and cannot receive students is prevented.
In order to further improve the safety performance, a code reader can be arranged on the safety verification equipment, and the verification controller is connected with the code reader; each parent terminal is provided with a corresponding two-dimensional code and stored in a first controller, when the verification controller collects the face information of a parent through a face recognition module, the two-dimensional code of the parent terminal is read through a code reader, and the identity information of the parent is obtained according to the two-dimensional code of the parent terminal; the verification controller judges whether the identity information of the parents obtained through the face information of the parents is consistent with the identity information of the parents obtained through the two-dimensional code of the parent terminal, and if so, the identity information of the parents is sent to the control center.
In order to further improve the safety performance and reduce the energy consumption, the control center is in a silent state in a set time period. Since the time point of the student for school every day is fixed, the control center only needs to work in the period of school, for example, the control center works between ten am and one pm and five pm and six pm every day, and the rest time is kept. The control center keeps a silent state, which means that the control center does not accept the information sent by the security verification device, the student terminals and the parent terminal, and does not send the information to the security verification device, the student terminals and the parent terminal. The control center is in the silent state, on one hand, the power consumption of the control center is reduced, the energy consumption is reduced, on the other hand, the outside cannot communicate with the control center when the control center is in the silent state, the probability of being invaded by a hacker is reduced, and the safety performance of the hacker is improved.
In order to further reduce the workload of the control center, when the student terminal or the parent terminal leaves the delivery waiting area, the communication connection between the control center and the student terminal or the parent terminal is disconnected.
Adopt UWB orientation module location parent's terminal and student's terminal position in this embodiment, as other implementation, GPS orientation module is adopted in first orientation module and second orientation module department, first communication module, what second communication module and third communication module adopted is WIFI communication module, a controller, second controller and third controller are respectively through first communication module, second communication module and third communication module are connected with satellite network communication, control center also is connected with satellite network communication, thereby realize control center, the communication between parent's terminal and the student's terminal is connected. After receiving the identity information of the parents, the control center inquires the identity information of students corresponding to the identity information of the parents, then sends information to the first controller and the second controller, inquires the positions of the parents and the student terminals, sends the position of the parents to the student terminals, and sends the position of the student terminals to the parents. As another embodiment, the positions of the parent terminal and the student terminal may also be located by satellite positioning.
The waiting area is provided with a plurality of doors in this embodiment, including entering the door and going out, is provided with the entry floodgate machine in entering the door department, and the department of going out is provided with and leaves the floodgate machine, and the entry floodgate machine is one-way floodgate machine with leaving the floodgate machine. The verification controller of the safety verification device is electrically connected with the entry gate, and when the verification controller judges that the identity of a parent is legal, a control signal is sent to the entry gate to control the entry gate to be opened; when the verification controller judges that the identity of the parent is illegal, the verification controller does not send a control signal to the entry gate and does not start the entry gate, so that strangers are prevented from entering the pick-up waiting area, and the personal safety of students is further ensured.
As another embodiment, only one door may be provided in the delivery waiting area, and both the entry gate for the parents to enter and the exit gate for the parents and the students to exit the delivery waiting area may be provided at the door.
Because each student has a plurality of parents, therefore each student corresponds in the database of the verification controller in this embodiment safety verification equipment and stores the facial information of a plurality of parents, compares the facial information of the parents who stores in the database with its facial information one by one after the verification controller receives the facial information of the parents who the face identification module gathered, and then judges whether the parent's identity information is legal.
Because a parent may have multiple children to learn in the same school, the student terminals bound by multiple students pair the parent terminals bound by multiple parents according to the equal priority principle, wherein the equal priority principle means that any parent terminal bound by a parent has the equal authority to simultaneously pair all the student terminals bound by multiple students.
In the embodiment, the safety verification device is simultaneously provided with the third display screens of the voice module, and when the parent identity information is verified to be illegal, alarm information is sent out through the voice module and the third display screens; as another embodiment, only the voice module or the third display screen may be provided, and when the verification of the parent identity information is illegal, only the voice module or the third display screen sends out the alarm information.
As another embodiment, an alarm lamp may be provided at the security verification device, and a light alarm signal may be sent when the parent identity information is not verified legally, or an alarm message may be sent to a public security organization.
In this embodiment, a delivery waiting area for delivering students is provided outside the school, and as another embodiment, a security verification device may be provided at a door of the school instead of the delivery waiting area, so that the parents are allowed to enter the school when the identity of the parents is verified to be legal. Or safety verification equipment is arranged at the door of the school and the door of the delivery waiting area, and when the identity of the parent is verified to be legal, the parent is allowed to enter the school and the delivery waiting area.
Still be provided with interim waiting area outside school, interim waiting area is located the passageway and blocks after the equipment export, if the head of a family forgets to carry or lose the head of a family terminal, then let the head of a family enter into interim waiting area after the authentication of head of a family is legal. The temporary terminal is arranged in the temporary waiting area, after parents who do not carry the parent terminal enter the temporary waiting area, the control center acquires the position information of the student terminal bound by students matched with the parents in the temporary waiting area, and the parents who do not carry the parent terminal can check the position information of the children from the temporary terminal.
The method for judging whether the parent carries the parent terminal by the control center is as follows:
after receiving the parent information, detecting whether the position of the parent terminal corresponding to the parent information is in a receiving and sending waiting area;
if so, judging that the parent carries the parent terminal, and simultaneously activating the parent terminal and a student terminal bound by the student matched with the parent information;
if not, the parent is judged not to carry the parent terminal.
The method for judging whether the parent terminal is in the receiving and sending waiting area is different according to different positioning modules, if the positioning module adopts satellite positioning, the control center firstly acquires the position of the parent terminal and then judges whether the parent terminal is in the receiving and sending waiting area; if the positioning module adopts a WIFI positioning system or a UWB positioning system, the control center judges whether the communication connection can be established with the positioning module, and if the communication connection cannot be established, the control center judges that the parent terminal is not in the delivery waiting area.
First display screen and second display screen all show head of a family position and student position in this embodiment, as other implementation, can control first display screen and only show head of a family position, control second display screen and only show the position that the student belonged to.
In other embodiments, the monitoring right pairing relationship between parents and students can be replaced by other setting relationships, such as lovers, couples, classmates, superordinate and subordinate relationships, to adapt to the situation change. In order to meet the requirement of relative positioning of the articles, the positioning relationship can also be a category relationship, a set relationship, a production chain relationship, and the like.
In other embodiments, the security verification device cannot identify by using the biometric features because the article does not have the biometric features, and in this case, the identity can be identified by using the image features and/or the physical features, such as the shape, the pattern, the weight, and other body features of the object.
In the above embodiment, the validity of the parent identity depends on whether identity information is retrieved from a parent identity information base that is previously retrieved, and the parent identity information base is retrieved in a direct acquisition manner, that is, the parent identity information base is directly acquired and is retrieved as a database, and in other embodiments, the parent identity information base may be established in an indirect acquisition manner, for example, parent identity information that conforms to the monitoring right relationship with the previously retrieved student information is retrieved from a database of a national citizen identity information system and is retrieved as a database.
The location sharing system based on intra-block security verification and wireless positioning provided in the embodiment is a system suitable for schools, wherein an internal target is a student, and an external target is a parent; as another embodiment, the location sharing system based on intra-block security verification and wireless positioning may be applied to a scene that needs to receive, deliver or find people, such as a hospital, an airport, a station, a park, a mall, and the like, and at this time, a device with a positioning function, such as a mobile phone, may be used as a target terminal, with one of the devices being an internal target and the other being an external target.
Claims (10)
1. A position sharing system based on safety verification and wireless positioning in a block is characterized by comprising a control center, a safety verification device, a channel blocking device and a target terminal, wherein:
the passage blocking equipment is arranged at the entrance of a set block, wherein the set block is a fixed building space and/or a temporary enclosure space;
the safety verification device is configured to upload characteristic information of an external target body to the control center after identifying the characteristic information of the external target body before the entrance of the channel blocking device;
the target terminal is paired and bound to be equipped with an external target and an internal target and is configured to display the relative positioning positions of the external target and the internal target when the external target and the internal target enter the setting block in pairs and are both in an activated state;
a control center configured to retrieve whether the feature information exists in a previously-included foreign object information base, and if so:
controlling the passage stopping equipment to be released; and
the control target terminal is activated as follows:
a, if a target terminal equipped by an external target enters the setting block, activating the paired target terminals;
b, if the target terminal equipped by the external target does not enter the setting block, only activating the target terminal equipped by the internal target.
2. The intra-block security authentication and wireless location based location sharing system according to claim 1, wherein the characteristic information of the foreign object ontology comprises a characteristic selected from the following:
image features;
biological characteristics, applicable only if the foreign object is a living being;
physical characteristics.
3. The system for location sharing based on intra-block security authentication and wireless location according to claim 1, wherein the foreign object information base is established in at least one of the following ways:
direct collection, which means directly collecting or calling the characteristic information of an external target and recording the characteristic information into a database;
and the indirect collection refers to searching the external target characteristic information which accords with the set matching relation with the previously collected internal target information in other databases and collecting the external target characteristic information into a database.
4. The system according to claim 1, wherein the target terminal is a positioning tag with map information corresponding to the set block, and the positioning manner of the target terminal includes at least one of the following manners:
satellite positioning;
wifi positioning;
uwb positioning.
5. The location sharing system based on intra-block security verification and wireless positioning as claimed in claim 4, wherein the positioning mode of the target terminal is short-distance wireless positioning, including wifi positioning and/or uwb positioning, and the positioning area covered by the wifi positioning base station and/or uwb positioning base station covers the set area.
6. The system for sharing location based on intra-block security authentication and wireless positioning according to claim 1, wherein a temporary waiting area for an external target not bound with a target terminal to enter is further configured in the set block, and the temporary waiting area is located behind an exit of the channel blocking device; a temporary terminal in communication connection with the control center is arranged in the temporary waiting area; and after the control center activates the target terminal bound by the internal target according to the b activation mode, displaying the position of the target terminal bound by the internal target matched with the external target on the temporary terminal, and displaying the position of the temporary waiting area as the position of the target terminal bound by the external target on the target terminal bound by the internal target.
7. The system according to claim 1, wherein the apparatus is further configured with an alert module, and the control center is further configured to control the alert module to alert when the characteristic information is not present in the foreign object information base, wherein the alert is selected from the group consisting of:
a sound warning;
picture and text warning;
light warning;
and warning the police.
8. The system for sharing location based on intra-block security authentication and wireless location according to claim 1, wherein the target terminal is paired in any one of the following manners:
one-to-many, one target terminal bound to an internal target matches a plurality of target terminals bound to an external target;
many-to-one, a plurality of target terminals bound to an internal target are paired with a target terminal bound to an external target;
many-to-many, the target terminals bound by the internal targets are paired with the target terminals bound by the external targets according to the equal priority principle, wherein the equal priority principle means that any target terminal bound by the external targets has the equal authority for simultaneously pairing all the target terminals bound by the internal targets.
9. The system according to any one of claims 1 to 8, wherein the defined block comprises a location selected from the group consisting of:
school;
a hospital;
an airport;
a station;
a park;
a shopping mall.
10. The system for block based security authentication and wireless location sharing according to claim 9, wherein the configured block further comprises a pick-up waiting area communicating with and surrounding the doorway of the school or the airport or the station or the park or the mall, the pick-up waiting area is configured as a fixed building site and/or a temporary enclosure site, and a pick-up waiting area entrance is configured as the configured block entrance.
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