WO2014075218A1 - 一种电子巡更方法、终端和系统 - Google Patents

一种电子巡更方法、终端和系统 Download PDF

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Publication number
WO2014075218A1
WO2014075218A1 PCT/CN2012/084521 CN2012084521W WO2014075218A1 WO 2014075218 A1 WO2014075218 A1 WO 2014075218A1 CN 2012084521 W CN2012084521 W CN 2012084521W WO 2014075218 A1 WO2014075218 A1 WO 2014075218A1
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WO
WIPO (PCT)
Prior art keywords
patrol
point
current
event
terminal
Prior art date
Application number
PCT/CN2012/084521
Other languages
English (en)
French (fr)
Inventor
陈云化
范新华
Original Assignee
海能达通信股份有限公司
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by 海能达通信股份有限公司 filed Critical 海能达通信股份有限公司
Priority to PCT/CN2012/084521 priority Critical patent/WO2014075218A1/zh
Publication of WO2014075218A1 publication Critical patent/WO2014075218A1/zh

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Classifications

    • GPHYSICS
    • G07CHECKING-DEVICES
    • G07CTIME OR ATTENDANCE REGISTERS; REGISTERING OR INDICATING THE WORKING OF MACHINES; GENERATING RANDOM NUMBERS; VOTING OR LOTTERY APPARATUS; ARRANGEMENTS, SYSTEMS OR APPARATUS FOR CHECKING NOT PROVIDED FOR ELSEWHERE
    • G07C1/00Registering, indicating or recording the time of events or elapsed time, e.g. time-recorders for work people
    • G07C1/20Checking timed patrols, e.g. of watchman

Definitions

  • the present invention relates to the field of communications, and in particular, to an electronic patrol method, terminal, and system. Background technique
  • Patrol refers to the patrol personnel patrolling the designated fixed point at a specified time.
  • the traditional method of patrol is to arrange patrol personnel to conduct scheduled inspections. Due to the lack of sense of responsibility of some patrol personnel, patrols are not carried out according to the specified time and place.
  • the management center lacks corresponding patrol record data, and it is impossible to supervise and manage the patrol work. .
  • the electronic patrol system based on electronic and radio technologies is mainly used to scientifically and standardize the entire patrol process and results. Including the following ways:
  • the wired electronic patrol system is to patrol the patrol management client and each information button to form a communication network through the line between the patrol management client and the information button arranged in advance on each patrol point.
  • the information button can be collected to the patrol terminal.
  • the information is uploaded to the patrol management client through the laid route, and the supervision and management of the patrol work can be realized.
  • the use of such a wired electronic patrol system requires laying a line between the patrol management client and the information button on each patrol point, which is expensive, and the cost of deploying the line and the maintenance system is high.
  • the patrol terminal can collect the information of the patrol point sent by the information button, and send it to the patrol management client through the wireless communication network.
  • the patrol management client can supervise and manage the entire patrol process by analyzing the location information.
  • the present invention provides an electronic patrol method, terminal and system, which are used in low-to-medium
  • the wireless communication network of the terminal can supervise and manage the entire patrol process, with limited network and low cost.
  • An electronic patrol method comprising:
  • the patrol terminal sorts the patrol rules of each patrol point according to the patrol time sequence, and the patrol rule includes the patrol time range and the patrol position of the patrol point;
  • the patrol terminal acquires the patrol rule of the current patrol point, and the current patrol point is the patrol time.
  • the patrol terminal compares the patrol rule of the current patrol point with the positioning data collected in real time, and determines whether there is a positioning data that matches the patrol rule of the current patrol point. If yes, the patrol of the current patrol point is triggered. a more successful event; if not, triggering a patrol failure event of the current patrol point, and transmitting a patrol success event or a patrol failure event of the current patrol point to the patrol management client through the wireless communication network, where the positioning data includes The positioning time and positioning position of the current patrol terminal;
  • the determining whether there is a positioning data matching the patrol rule of the current patrol point comprises:
  • step C12 determining whether the positioning time is within the patrol time range of the current patrol point, if yes, executing step C13, if no, performing step C14;
  • C13 Determine whether the positioning position reaches the patrol position of the current patrol point. If yes, execute C15. If no, return to step C11 to read the next collected positioning data.
  • C14 Determine whether the positioning time exceeds the maximum time value of the patrol time range of the current patrol point. If yes, execute C16, if no, return to step C11 to read the next collected positioning data;
  • the patrol rule of each patrol point is:
  • the patrol management client pre-selects the patrol position of each patrol point, sets the patrol time range corresponding to the patrol position, and uses the patrol position and the patrol time range of each patrol point as the patrol rule through the wireless communication network. Send to the patrol terminal.
  • the determining whether there is a positioning data matching the patrol rule of the current patrol point comprises:
  • step C23 determining whether the positioning time is within the patrol time range of the current patrol point, if yes, executing C25, if not, performing step C24;
  • C24 Determine whether the positioning time exceeds the maximum time value of the patrol time range of the current patrol point. If yes, execute C26. If no, return to step C21 to read the next collected positioning data.
  • the patrol terminal sends the patrol success event or the patrol failure event of the current patrol point to the patrol management client through the wireless communication network, and specifically includes:
  • the patrol terminal sends the patrol success event or the patrol failure event of the current patrol point to the patrol management server through the wireless communication network;
  • the patrol management server sends a patrol success event or a patrol failure event of the current patrol point to the patrol management client.
  • the patrol terminal further includes: before sending the patrol success event or the patrol failure event of the current patrol point to the patrol management server through the wireless communication network:
  • the patrol terminal determines whether the wireless communication network channel is idle. If yes, the patrol success event or the patrol failure event of the current patrol point is sent to the patrol management server through the wireless communication network; if not, the current patrol point patrol is cached. A more successful event or a patrol failure event, after the first preset time, re-determine whether the wireless communication network channel is idle.
  • the method further includes:
  • the patrol management server determines whether the patrol management client is allowed to upload a patrol success event, and if yes, sends a patrol success event or a patrol failure event of the current patrol point to the patrol management client;
  • the method further includes:
  • the patrol management client sends the query information to the patrol management server.
  • the patrol management server invokes the stored patrol success event and/or the patrol failure event of the stored one or more patrol points according to the query information to be sent to the patrol management client.
  • the method further comprises:
  • the patrol management client sends an instruction to the patrol terminal to edit any one or more preset patrols, patrol rules, and the editing includes deleting, adding, and/or modifying.
  • a patrol terminal, the patrol terminal includes:
  • a positioning unit configured to collect positioning data, where the positioning data includes a positioning time and a positioning position of the patrol terminal;
  • a patrol rule storage unit configured to sort the patrol rules of each patrol point according to a patrol time sequence, where the patrol rule includes a patrol time range and a patrol position of the patrol point;
  • the unit is configured to read the positioning data collected in real time from the positioning unit, and obtain the patrol rule of the current patrol point from the patrol rule storage unit, where the current patrol point is the highest patrol point of the patrol time sorting Comparing the patrol rule of the current patrol point with the positioning data collected in real time to determine whether there is a positioning data matching the patrol rule of the current patrol point, such as If yes, the patrol success event of the current patrol point is triggered; if not, the patrol failure event of the current patrol point is triggered, and the next unpatrolled point is obtained as the current patrol point;
  • the wireless sending unit is configured to send, by the wireless communication network, a patrol success event or a patrol failure event of the current patrol point triggered by the patrol event determining unit to the patrol management client.
  • the terminal further includes:
  • the wireless receiving unit is configured to receive a patrol rule of each patrol point sent by the patrol management client through the wireless communication network.
  • the terminal further includes:
  • a wireless network determining unit configured to determine whether the wireless communication network channel is idle, and if yes, enter a wireless transmitting unit, and if not, enter a patrol event buffer unit;
  • the patrol event buffer unit is configured to cache a patrol success event or a patrol failure event of the current patrol point, and enter the wireless network determining unit after the first preset time.
  • An electronic patrol system the patrol system comprising:
  • the patrol management client is configured to receive a patrol success event and a patrol failure event sent by the patrol terminal through the wireless communication network.
  • the system further comprises:
  • the patrol management server specifically includes: a server receiving unit, configured to receive a patrol success event or a patrol failure event of the current patrol point sent by the patrol terminal through the wireless communication network;
  • the server sending unit is configured to send a patrol success event or a patrol failure event of the current patrol point to the patrol management client.
  • the patrol management server further includes:
  • a patrol event storage unit configured to store a patrol success event and/or a patrol failure event of each patrol point sent by the patrol terminal
  • the patrol query service unit is configured to send a patrol success event and/or a patrol failure event of the stored one or more patrol points according to the query information to the patrol management client;
  • the patrol management client further includes:
  • the patrol query unit is configured to send query information to the patrol management server.
  • the present invention has the following beneficial effects:
  • the patrol terminal compares the patrol rule of the current patrol point with the positioning data collected in real time, and determines whether there is a positioning data that matches the patrol rule of the current patrol point. If yes, the patrol of the current patrol point is successfully triggered. If the event is not triggered, the patrol failure event of the current patrol point is triggered, and the patrol success event or the patrol failure event of the current patrol point is sent to the patrol management client through the wireless communication network, when the current patrol point is triggered.
  • the patrol success event or the patrol failure event is performed, the patrol event is uploaded through the wireless communication network, and the location information of the patrol terminal is not required to be uploaded in real time, because the patrol success event or the patrol failure time is triggered every once in a while.
  • the frequency of uploading information is low, and the entire patrol process can be realized by using a low-end wireless communication network such as DMR. Supervision and management, network limitations are small, and the cost is low.
  • FIG. 1 is a flow chart of a first embodiment of an electronic patrol method according to the present invention
  • FIG. 2 is a flow chart of a second embodiment of an electronic patrol method according to the present invention
  • the first method flow chart is matched with the patrol rule of the current patrol point
  • FIG. 4 is a flow chart of the second mode for determining whether there is a positioning data matching the patrol rule of the current patrol point according to the present invention
  • FIG. 6 is a schematic structural diagram of a first manner of a patrol event determining unit according to the present invention
  • FIG. 7 is a schematic structural diagram of a second mode of a patrol event determining unit according to the present invention.
  • the invention discloses a method, a terminal and a system for electronic patrol.
  • the patrol success event or the patrol failure event of the current patrol point is triggered, the patrol success event or the patrol failure event of the current patrol point is passed.
  • the wireless communication network is sent to the patrol management center, and the frequency of uploading information is low, so that
  • the method provided by the present invention includes: the patrol terminal sorts the patrol rules of each patrol point according to the patrol time sequence, and the patrol rule includes the patrol time range of the patrol point And the patrol position; the patrol terminal acquires the patrol rule of the current patrol point, and the current patrol point is the top patrol point of the patrol time sorting; the patrol terminal will patrol the current patrol point Comparing with the positioning data collected in real time, determining whether there is a positioning data matching the patrol rule of the current patrol point, and if so, triggering the patrol success event of the current patrol point; if not, triggering the current patrol point patrol
  • the failure event, the patrol success event or the patrol failure event of the current patrol point is sent to the patrol management client through the wireless communication network, where the positioning data includes the positioning time and the positioning position of the current patrol terminal; The next unpatrolled point is the current patrol point.
  • the terminal includes: a positioning unit, configured to collect and collect positioning data, where the positioning data includes a positioning time and a positioning position of the patrol terminal; and a patrol rule storage unit, configured to patrol each patrol point
  • the rules are sorted according to the patrol time sequence, the patrol rule includes the patrol time range and the patrol position of the patrol point; the patrol event determining unit is configured to read the real-time collected positioning data from the positioning unit,
  • the patrol rule storage unit acquires the patrol rule of the current patrol point, and the current patrol point is the most patrolled point of the patrol time sorting, and the patrol rule of the current patrol point and the positioning data collected in real time.
  • the system provided by the present invention includes: a patrol terminal and a patrol management client provided by the present invention, and the patrol management client is configured to receive a patrol success event and a patrol sent by the patrol terminal through a wireless communication network. More failed events.
  • FIG. 1 is a flowchart of Embodiment 1 of an electronic patrol method according to the present invention, which specifically includes: Step 101: The patrol terminal sorts the patrol rules of each patrol point according to the patrol time sequence, the patrol More rules include the patrol time range and patrol position of the patrol point.
  • the patrol time in front of the patrol point needs to be patrolled first, and the patrol time is patrolled after the patrol point in the back.
  • the patrol points are arranged in order according to the patrol order.
  • the patrol position in the patrol rule is the circle covered by the coordinates of the selected patrol point, and the predetermined distance is the circle covered by the radius.
  • the patrol point coordinate is a latitude and longitude at which the patrol point is selected on the GIS map.
  • the predetermined distance can be set according to the actual situation. For large-scale field patrol sites such as forestry, the predetermined distance can be set larger.
  • the patrol time range in the patrol rule refers to the time interval that needs to reach the patrol position.
  • the size of the time interval is determined according to the actual situation. Different patrol points can set different patrol time ranges, and the time interval setting is smaller; all patrol points can also set the same patrol time range, and the time interval is set larger.
  • the patrol rule of the preset patrol point is stored in the patrol terminal, and may be sent by the patrol management client to the patrol terminal, or may be inherent to the patrol terminal itself.
  • Step 102 The patrol terminal acquires a patrol rule of the current patrol point, where the current patrol point is the top patrol point of the patrol time.
  • the current patrol point refers to the minimum time value of the patrol time range that has not yet reached the patrol point. And the patrol time sorts the top patrol point. Since the patrol point must have triggered the patrol success event or the patrol failure event when the maximum time value of the patrol time range of the patrol point is exceeded, the patrol point of the patrol success event or the patrol failure event will be triggered. Will be used as a patrol point. Therefore, the unpatrolled points that are ranked first in the patrol time and have not triggered the patrol success event or the patrol failure event are used as the current patrol point.
  • Step 103 The patrol terminal compares the patrol rule of the current patrol point with the locating data collected in real time, and determines whether there is a positioning data that matches the patrol rule of the current patrol point. If yes, go to step 104; Step 105 is performed, where the positioning data includes a positioning time and a positioning position of the current patrol terminal.
  • the patrol terminal receives the GPS positioning data, and the positioning time is the synchronization time of the GPS, and the positioning position is the latitude and longitude of the current patrol terminal.
  • a positioning data characterizes the location of the patrol terminal at a certain positioning time.
  • there are many other ways to obtain the current positioning data of the patrol terminal which is no longer - enumerated.
  • the patrol terminal compares the positioning time and the positioning position in the positioning data collected in real time with the patrol position and the patrol time range in the patrol rule of the current patrol point.
  • the positioning time matches the patrol time range, which means that the positioning time is within the patrol time range.
  • the positioning position matches the patrol position, which means that the positioning position is within the patrol position range.
  • Step 104 Trigger a patrol success event of the current patrol point.
  • Step 105 Trigger the patrol failure event of the current patrol point.
  • Step 106 Send the patrol success event or the patrol failure event of the current patrol point to the patrol management client through the wireless communication network.
  • the present invention has the following beneficial effects:
  • the patrol terminal compares the patrol rule of the current patrol point with the positioning data collected in real time, and determines whether there is a positioning data that matches the patrol rule of the current patrol point. If yes, the patrol of the current patrol point is successfully triggered. If the event is not triggered, the patrol failure event of the current patrol point is triggered, and the patrol success event or the patrol failure event of the current patrol point is sent to the patrol management client through the wireless communication network, when the current patrol point is triggered.
  • the patrol success event or the patrol failure event is performed, the patrol event is uploaded through the wireless communication network, and the location information of the patrol terminal is not required to be uploaded in real time, because the patrol success event or the patrol failure time is triggered every once in a while. The frequency of uploading information is low.
  • the middle and low-end wireless communication networks such as DMR can be used to supervise and manage the entire patrol process. The network has small limitations and low cost.
  • the patrol terminal sends a patrol success event or a patrol failure event of the current patrol point to the patrol through the wireless communication network.
  • the management server sends the patrol success event or the patrol failure event of the current patrol terminal to the patrol management client by the patrol management server.
  • Step 201 The patrol management client pre-selects the patrol position of each patrol point, sets the patrol time range corresponding to the patrol position, and patrols the patrol position and the patrol time range of each patrol point.
  • the patrol rule is sent to the patrol terminal through the wireless communication network.
  • the patrol rule of each patrol point selected by the patrol management client corresponds to a group of patrol positions and patrol time ranges.
  • the patrol rule of the patrol point can be set once, without repeating the settings and sending. If you need to delete the patrol rule of one or more patrol points, send the delete command to delete; if you need to add one or more patrol points, you can increase the send command; if you need to update one or The patrol rules of multiple patrol points, send update instructions, and overwrite the original patrol rules with the new patrol rules of the patrol point.
  • Step 202 The patrol management server sends the received patrol rules of each patrol point to the patrol terminal storage through the wireless communication network.
  • Step 203 The patrol terminal sorts the patrol rules of each patrol point according to the patrol time sequence.
  • Step 201, step 202 and step 203 can be performed once, without repeated execution.
  • Step 204 The patrol terminal acquires a patrol rule of the current patrol point, where the current patrol point is the top patrol point of the patrol time.
  • Step 205 The patrol terminal compares the patrol rule of the current patrol point with the positioning data collected in real time, and determines whether there is a positioning data that matches the patrol rule of the current patrol point. If yes, go to step 206, if no , go to step 207. There are two ways to determine whether there is a positioning data matching the patrol rule of the current patrol point.
  • FIG. 3 is a flow chart of the first mode, which specifically includes: Step 301: Read an acquired positioning data.
  • the positioning data currently collected by the patrol terminal is read, and the positioning position of the patrol terminal at the current positioning time is represented.
  • Step 302 Determine whether the positioning time is within the patrol time range of the current patrol point. If yes, go to step 303. If no, go to step 304.
  • the current patrol point is the top patrol point for the patrol time.
  • the patrol point is the patrol point that has triggered the patrol success event or the patrol failure event; the unpatched point indicates that the patrol has not been triggered yet.
  • the patrol point of the more successful event or the patrol failure event, the current patrol point is the most advanced point of the patrol time in the unpatched point, that is, the nearest patrol point that needs to be patrolled according to the patrol time.
  • the locating time in the current locating data is compared with the patrol time range of the current patrol point. If the locating time is within the patrol time range of the current patrol point, step 303 is performed. If the positioning time is not within the patrol time range of the current patrol point, step 304 is performed.
  • Step 303 Determine whether the positioning position reaches the patrol position of the current patrol point. If yes, go to step 305. If no, return to step 301 to read the next collected positioning data.
  • Determining whether the positioning position is within the patrol position range of the current patrol point may be specifically: calculating an absolute distance between the positioning position and the latitude and longitude of the patrol point, determining whether the absolute distance is smaller than a predetermined distance specified by the patrol position, and if so, Indicates that the positioning position is within the range of the patrol position of the current patrol point.
  • the positioning position is within the patrol position range of the current patrol point, it indicates that the patrol terminal reaches the patrol position range of the current patrol point within the patrol time range of the specified current patrol point, the current The patrol point patrol is successful, and step 305 is performed.
  • the process returns to step 301. Read the next acquired positioning data for comparison.
  • Step 304 Determine whether the positioning time exceeds the maximum time value of the patrol time range of the current patrol point. If yes, go to step 306. If no, return to step 301 to read the next collected positioning data.
  • the positioning time is not within the patrol time range of the current patrol point, it is determined whether the positioning time exceeds the maximum time value of the patrol time range of the current patrol point.
  • step 306 is performed.
  • the minimum time value indicating that the positioning time has not reached the patrol time range of the current patrol point indicates that the patrol time of the current patrol point has not been reached. Range, return to step 301, and read the next acquired positioning data for comparison.
  • Step 305 There is a positioning data matching the patrol rule of the current patrol point.
  • Step 306 There is no positioning data matching the patrol rule of the current patrol point.
  • Figure 4 shows a flow chart of the second mode, which specifically includes:
  • Step 401 Read an acquired positioning data.
  • Step 402 Determine whether the positioning position reaches the patrol position of the current patrol point. If yes, go to step 403. If no, go to step 404.
  • the positioning position in the currently collected positioning data is compared with the patrol position of the current patrol point. If the positioning position is within the patrol position range of the current patrol point, step 403 is performed. If the location is not within the patrol location of the current patrol point, step 404 is performed.
  • Step 403 Determine whether the positioning time is within the patrol time range of the current patrol point. If yes, go to step 405. If no, go to step 404.
  • the positioning position is within the range of the patrol position of the current patrol point, it is determined whether the positioning time is within the patrol time range of the current patrol point.
  • the locating time is within the patrol time range of the current patrol point, it indicates that the patrol terminal enters the patrol position range of the current patrol point within the patrol time range of the current patrol point, and the current patrol point patrol is successful. Go to step 405.
  • step 404 is performed.
  • Step 404 Determine whether the positioning time exceeds the maximum time value of the patrol time range of the current patrol point. If yes, go to step 406. If no, return to step 401 to read the next collected positioning data.
  • the positioning time is compared with the patrol time range of the current patrol point, and it is determined whether the positioning time exceeds the patrol time of the current patrol point.
  • the maximum time value of the range is compared with the patrol time range of the current patrol point, and it is determined whether the positioning time exceeds the patrol time of the current patrol point.
  • step 406 If the positioning time exceeds the maximum time value of the patrol time range of the current patrol point, at this time, the patrol time range of the current patrol point has been exceeded, and the current patrol point has not yet patrolled, indicating that the patrol terminal is not in the current patrol. If the current patrol point fails to reach the patrol position within the specified patrol time range, step 406 is performed.
  • the minimum time value indicating that the positioning time has not reached the patrol time range of the current patrol point indicates that the patrol time of the current patrol point has not been reached. Go back to step 401 and read the next acquired positioning data for comparison.
  • the positioning position is within the patrol position of the current patrol point, if the positioning time is not within the patrol time range of the current patrol point, it is determined whether the positioning time exceeds the maximum time value of the patrol time range of the current patrol point.
  • step 406 is performed.
  • the positioning position is within the range of the patrol position of the current patrol point. If the maximum time value of the patrol time range of the current patrol point is not exceeded, it indicates that the patrol time of the current patrol point has not been reached, and the process returns to step 401, and reads. Take the acquired positioning data for comparison.
  • Step 405 There is a positioning data matching the patrol rule of the current patrol point.
  • Step 406 There is no positioning data matching the patrol rule of the current patrol point
  • Step 206 Trigger a patrol success event of the current patrol point.
  • Step 207 Trigger the patrol failure event of the current patrol point.
  • Step 208 Send the patrol success event or the patrol failure event of the current patrol point to the patrol management server through the wireless communication network.
  • the patrol success event or the patrol failure event of the current patrol point is sent, it is determined whether the wireless communication network channel is idle, and if so, the patrol success event or the patrol failure event of the current patrol point is passed through the wireless communication.
  • the network is sent to the patrol management server;
  • the patrol success event or the patrol failure event of the current patrol point is cached, and after the first preset time is exceeded, it is determined whether the wireless communication network channel is idle. Ensure that the current patrol point patrol success event or patrol failure event is successfully sent.
  • the time interval for re-determining whether the wireless communication network channel is idle is gradually increased.
  • Step 209 The patrol management server sends the patrol success event or the patrol failure event of the current patrol point to the patrol management client, and the next unpatrolled point is used as the current patrol point.
  • the patrol management client When the patrol management client receives the patrol failure event, it performs a patrol failure warning to remind the patrol management client to send the current patrol point patrol failure warning signal to the patrol terminal to remind the patrol personnel to perform the patrol route correction.
  • the patrol management server determines whether the patrol management client is allowed to upload a patrol success event or a patrol failure event of the current patrol point. If yes, the patrol success event or the patrol failure event is sent to the patrol management client. End
  • the patrol success event or the patrol failure event of the current patrol point is cached. After the second preset time is exceeded, it is determined whether the patrol management client is allowed to upload the patrol of the current patrol point. A power event or a patrol failure event.
  • the patrol management server When the patrol management client is shut down, the patrol management server cannot send the patrol success event or the patrol failure event of the current patrol point to the patrol management client; or set a current patrol in the patrol management client.
  • the function key of the patrol success event or the patrol failure event of the point When the patrol management client needs it, the patrol management server can send the patrol success event or the patrol failure of the current patrol point by sending the receiving signal through the function key. event.
  • the patrol management server stores the patrol success event and/or the patrol failure event of each patrol point to provide a query for the patrol management client.
  • the patrol management client sends the query information to the patrol management server.
  • the patrol management server invokes the stored patrol success event and/or the patrol failure event of the stored one or more patrol points according to the query information to be sent to the patrol management client.
  • the current patrol point After the patrol of the current patrol point is over, the current patrol point triggers the patrol success event or the patrol failure event, and the next patrol point is ranked as the current patrol point according to the event sequence.
  • the present invention has the following beneficial effects:
  • the patrol terminal sends the patrol success event and the patrol failure event of the current patrol point to the patrol management server for storage through the wireless communication network, and can provide the patrol management client with one or more patrol points. Event and/or patrol failure event query function.
  • FIG. 5 is a schematic structural diagram of a patrol terminal according to the present invention, which specifically includes:
  • a positioning unit 501 configured to collect positioning data, where the positioning data includes a patrol terminal Positioning time and positioning location.
  • the patrol rule storage unit 502 is configured to sort the patrol rules of each patrol point according to the patrol time sequence, where the patrol rule includes the patrol time range and the patrol position of the patrol point.
  • the patrol event determining unit 503 is configured to read the locating data collected in real time from the locating unit 501, and obtain the patrol rule of the current patrol point from the patrol rule storage unit 502, where the current patrol point is the most patrol time sorting
  • the front patrol point compares the patrol rule of the current patrol point with the real-time collected positioning data to determine whether there is a positioning data that matches the patrol rule of the current patrol point, and if so, triggers the current patrol The patrol success event of the point; if not, the patrol failure event of the current patrol point is triggered, and the next unpatrolled point is obtained as the current patrol point.
  • the wireless sending unit 504 is configured to send, by the wireless communication network, a patrol success event or a patrol failure event of the current patrol point triggered by the patrol event determining unit to the patrol management client.
  • FIG. 6 and FIG. 7 are schematic diagrams showing a specific structure of the patrol event determining unit 502 corresponding to two ways of determining whether there is a positioning data matching the patrol rule of the current patrol point:
  • FIG. 6 is a schematic structural diagram of the first mode of the patrol event determining unit 502, which specifically includes:
  • the first positioning data reading unit 601 is configured to read an collected positioning data.
  • the first time determining unit 602 is configured to determine whether the positioning time is within the patrol time range of the current patrol point, and if so, enter the first position determining unit 603, and if not, enter the second time determining unit 604;
  • the first position determining unit 603 is configured to determine whether the positioning position reaches the patrol position of the current patrol point, and if yes, enter the first triggering module 605, if not, enter the first positioning data reading unit 601, and read A collected positioning data.
  • the second time determining unit 604 is configured to determine whether the positioning time exceeds the maximum time value of the patrol time range of the current patrol point, and if yes, enter the second triggering module 606, and if not, enter the first positioning data reading unit 601. , read the next acquired positioning data.
  • the first triggering module 605 has a positioning data that matches the patrol rule of the current patrol point.
  • the second triggering module 606 does not have a positioning data that matches the patrol rule of the current patrol point.
  • FIG. 7 is a schematic structural diagram of a second mode of the patrol event determining unit, and specifically includes: a second positioning data reading unit 701, configured to read an collected positioning data.
  • the second position determining unit 702 is configured to determine whether the positioning position reaches the patrol position of the current patrol point, and if so, enter the third time determining unit 703, and if not, enter the fourth time determining unit 704.
  • the third time determining unit 703 is configured to determine whether the positioning time is within the patrol time range of the current patrol point, and if yes, enter the third triggering module 705, and if no, enter the fourth time determining unit 704.
  • the fourth time determining unit 704 is configured to determine whether the positioning time exceeds the maximum time value of the patrol time range of the current patrol point, and if yes, enter the fourth triggering module 706, and if not, enter the second positioning data reading unit 701. , read the next acquired positioning data.
  • the third triggering module 705 has a positioning data that matches the patrol rule of the current patrol point.
  • the fourth triggering module 706 does not have a positioning data and a patrol rule of the current patrol point.
  • the patrol terminal further comprises:
  • the wireless receiving unit is configured to receive a patrol rule of each patrol point sent by the patrol management client through the wireless communication network.
  • the patrol terminal further comprises:
  • the first wireless network determining unit is configured to determine whether the wireless communication network channel is idle, and if yes, enter the wireless sending unit, and if not, enter the patrol event buffer unit.
  • the patrol event buffer unit is configured to cache a patrol success event or a patrol failure event of the current patrol point, and enter the wireless network determining unit after the first preset time.
  • the wireless receiving unit is further configured to receive, by the patrol management client, an instruction to edit a patrol rule of any one or more patrol points, where the editing includes deleting, adding, and/or modifying.
  • An electronic patrol system of the present invention specifically includes:
  • the patrol management client is configured to receive, by the wireless communication network, a patrol success event or a patrol failure event of the current patrol point sent by the patrol terminal.
  • the system further comprises:
  • the patrol management server specifically includes:
  • the server receiving unit is configured to receive a patrol success event or a patrol failure event of the current patrol point sent by the patrol terminal through the wireless communication network.
  • the server sending unit is configured to send a patrol success event or a patrol failure event of the current patrol point to the patrol management client.
  • the patrol management client further comprises:
  • the patrol point setting unit is configured to pre-select a patrol position of each patrol point, set a patrol time range corresponding to the patrol position, and send the patrol position and the patrol time range of the preset patrol point to the patrol More management server.
  • the server receiving unit is further configured to receive a preset patrol rule of each patrol point sent by the patrol management client;
  • the server sending unit is further configured to send the patrol rule of each patrol point to the patrol terminal.
  • the patrol management server further comprises:
  • the patrol event processing unit is configured to determine whether the patrol management client is allowed to upload a patrol success event or a patrol failure event of the current patrol point. If yes, enter the server sending unit, and if not, enter the server cache unit.
  • the server cache unit is configured to cache a patrol success event or a patrol failure event of the current patrol point, and enter the patrol event processing unit after the second preset time.
  • the patrol management server further comprises:
  • the patrol event storage unit is configured to store a patrol success event and/or a patrol failure event of each patrol point sent by the patrol terminal.
  • the patrol query service unit is configured to send a patrol success event and/or a patrol failure event of the stored one or more patrol points according to the query information to the patrol management client.
  • the patrol management client further includes:
  • the patrol query unit is configured to send query information to the patrol management server.
  • the patrol management client further comprises:
  • the patrol rule editing unit is configured to send, to the patrol terminal, an instruction to edit a patrol rule of any one or any of a plurality of preset patrol points, where the editing includes deleting, adding, and/or modifying.

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Abstract

一种电子巡更方法、终端和系统,该方法为:巡更终端采集定位数据,所述定位数据包括巡更终端的定位时间和定位位置;巡更终端将当前巡更点的巡更规则与实时采集的定位数据进行比较,判断是否存在一个定位数据与当前巡更点的巡更规则匹配,如果是,触发当前巡更点的巡更成功事件;如果否,触发当前巡更点的巡更失败事件,将当前巡更点的巡更成功事件或巡更失败事件通过无线通讯网络发送到巡更管理客户端,所述定位数据包括当前巡更终端的定位时间和定位位置,还提供了与方法相对应的终端和系统,使用DMR等中低端的无线通讯网络即可实现对整个巡更过程进行监督管理,网络局限性小,费用低。

Description

一种电子巡更方法、 终端和系统
技术领域
本发明涉及通讯领域, 特别是涉及一种电子巡更方法、 终端和系统。 背景技术
巡更是指巡逻人员在指定的时间对指定的定点进行巡逻。 传统的巡更 方式是安排巡逻人员定时定点的巡视检查, 由于部分巡更人员缺乏责任感, 不按照指定的时间地点进行巡逻, 管理中心又缺乏相应的巡逻记录数据, 以至无法对巡逻工作进行监督管理。
目前, 主要采用基于电子和无线电等技术手段的电子巡更系统, 对整 个巡更过程与结果进行科学化、 规范化管理。 包括以下几种方式:
有线电子巡更系统
有线电子巡更系统, 是通过在巡更管理客户端和预先在各巡更点上布 置的信息按钮之间铺设线路, 通过线路将巡更管理客户端和各信息按钮联 成通讯网络, 当巡更人员每巡逻到一个巡更点时, 巡更人员随身携带的巡 更终端和巡更点的信息按钮之间的距离达到无线电通讯的有效范围内时, 信息按钮即可采集到巡更终端的信息, 并通过铺设的线路上传到巡更管理 客户端, 即可实现对巡更工作的监督管理。 但是, 使用这种有线电子巡更 系统需要在巡更管理客户端和各巡更点上的信息按钮之间铺设线路, 工程 量巨大, 部署线路和维护系统的成本高。
无线电子巡更系统
常用的无线电子巡更系统有两种方式: 第一种方式, 预先在各巡更点上分别布置独立的信息按钮, 信息按钮 与巡逻管理中心通过无线通讯网络进行信息传递, 当巡更人员随身携带的 巡更终端和巡更点的信息按钮之间的距离达到无线电通讯的有效范围内 时, 巡更终端即可采集到信息按钮发送的巡更点的信息, 并通过无线通讯 网络发送到巡更管理客户端。
但是, 使用这种无线巡更系统需要在各巡更点预先布置独立的信息按 钮, 成本较高, 对于林业等需要大面积野外巡更管理的行业, 前期布置信 息按钮的投入和后期的对设备的维护成本较高。
第二种方式, 无需在各巡更点上分别布置独立的信息按钮, 只需巡更 人员随身携带的巡更终端通过无线通讯网络向巡更管理客户端实时上传巡 更人员所在的位置信息, 巡更管理客户端通过对位置信息的分析, 即可对 整个巡更过程进行监督管理。
但是, 多个巡更终端向巡更管理客户端实时上报位置信息, 需要每秒 钟通过无线通讯网络上传几千个位置信息。 使用公网或者如 Tetra等高级的 专有通讯网络实时上传位置信息, 上传位置信息的效率高, 可靠性好, 但 是网络局限性大, 费用高; 使用 DMR ( Digital Mobile Radio ) 等中低端的 无线通讯网络实时上传位置信息, 上传位置信息的效率低, 大部分的位置 信息由于频繁上传等待导致上传失败, 无法实现对整个巡更过程进行监督 管理。 发明内容
有鉴于此, 本发明提供了一种电子巡更方法、 终端和系统, 使用中低 端的无线通讯网络即可实现对整个巡更过程进行监督管理, 网络局限性小, 费用低。
一种电子巡更方法, 所述方法包括:
A、 巡更终端将各个巡更点的巡更规则按照巡更时间先后顺序进行排 序, 所述巡更规则包括该巡更点的巡更时间范围和巡更位置;
B、巡更终端获取当前巡更点的巡更规则, 所述当前巡更点为巡更时间 排序最靠前的未巡更点;
C、 巡更终端将当前巡更点的巡更规则与实时采集的定位数据进行比 较, 判断是否存在一个定位数据与当前巡更点的巡更规则匹配, 如果是, 触发当前巡更点的巡更成功事件; 如果否, 触发当前巡更点的巡更失败事 件, 将当前巡更点的巡更成功事件或巡更失败事件通过无线通讯网络发送 到巡更管理客户端, 所述定位数据包括当前巡更终端的定位时间和定位位 置;
D、 返回执行步骤 B , 将下一个未巡更点作为当前巡更点。 优选的, 所述判断是否存在一个定位数据与当前巡更点的巡更规则匹 配包括:
Cl l、 读取一个采集的定位数据;
C12、 判断定位时间是否在当前巡更点的巡更时间范围内, 如果是, 执 行步骤 C13 , 如果否, 执行步骤 C14;
C13、 判断定位位置是否到达当前巡更点的巡更位置, 如果是, 执行 C15 , 如果否, 返回步骤 C11 , 读取下一个采集的定位数据; C 14、 判断定位时间是否超过当前巡更点的巡更时间范围的最大时刻 值, 如果是, 执行 C16, 如果否, 返回步骤 C11 , 读取下一个采集的定位 数据;
C15、 存在一个定位数据与当前巡更点的巡更规则匹配;
C16、 不存在一个定位数据与当前巡更点的巡更规则匹配。 优选的, 所述各个巡更点的巡更规则为:
巡更管理客户端预先选取各个巡更点的巡更位置, 设置与巡更位置对 应的巡更时间范围, 将各个巡更点的巡更位置和巡更时间范围作为巡更规 则通过无线通讯网络发送到巡更终端。 优选的, 所述判断是否存在一个定位数据与当前巡更点的巡更规则匹 配包括:
C21、 读取一个采集的定位数据;
C22、 判断定位位置是否到达当前巡更点的巡更位置, 如果是, 执行步 骤 C23 , 如果否, 执行步骤 C24;
C23、 判断定位时间是否在当前巡更点的巡更时间范围内, 如果是, 执 行 C25 , 如果否, 执行步骤 C24;
C24、 判断定位时间是否超过当前巡更点的巡更时间范围的最大时刻 值, 如果是, 执行 C26, 如果否, 返回步骤 C21 , 读取下一个采集的定位 数据;
C25、 存在一个定位数据与当前巡更点的巡更规则匹配; C26、 不存在一个定位数据与当前巡更点的巡更规则匹配。 优选的, 所述巡更终端将当前巡更点的巡更成功事件或巡更失败事件 通过无线通讯网络发送到巡更管理客户端具体包括:
巡更终端将当前巡更点的巡更成功事件或巡更失败事件通过无线通讯 网络发送到巡更管理服务器;
巡更管理服务器将当前巡更点的巡更成功事件或巡更失败事件发送到 巡更管理客户端。 优选的, 所述巡更终端将当前巡更点的巡更成功事件或巡更失败事件 通过无线通讯网络发送到巡更管理服务器前进一步包括:
巡更终端判断无线通讯网络通道是否空闲, 如果是, 将当前巡更点的 巡更成功事件或巡更失败事件通过无线通讯网络发送到巡更管理服务器; 如果否, 緩存当前巡更点的巡更成功事件或巡更失败事件, 超过第一 预设时间后, 重新判断无线通讯网络通道是否空闲。 优选的, 所述巡更管理服务器将当前巡更点的巡更成功事件或巡更失 败事件发送到巡更管理客户端前进一步包括:
巡更管理服务器判断巡更管理客户端是否允许上传巡更成功事件, 如 果是, 将当前巡更点的巡更成功事件或巡更失败事件发送到巡更管理客户 端;
如果否, 緩存当前巡更点的巡更成功事件或巡更失败事件, 超过第二 预设时间后, 重新判断巡更管理客户端是否允许上传巡更成功事件, 优选的, 该方法进一步包括:
r& ¾E. 命 Λ-Τ Ί ¾1 终 点的巡更成功事件和 / 或巡更失败事件;
巡更管理客户端向巡更管理服务器发送查询信息,
巡更管理服务器根据查询信息调用所存储的一个或多个巡更点的巡更 成功事件和 /或巡更失败事件发送到巡更管理客户端。 优选的, 该方法进一步包括:
巡更管理客户端向巡更终端发送编辑任意一个或多个预设的巡更, 巡更规则的指令, 所述编辑包括删除、 增加和 /或修改。 一种巡更终端, 所述巡更终端包括:
定位单元, 用于接采集定位数据, 所述定位数据包括巡更终端的定位 时间和定位位置;
巡更规则存储单元, 用于将各个巡更点的巡更规则按照巡更时间先后 顺序进行排序, 所述巡更规则包括该巡更点的巡更时间范围和巡更位置; 巡更事件判定单元, 用于从定位单元读取实时采集的定位数据, 从巡 更规则存储单元获取当前巡更点的巡更规则, 所述当前巡更点为巡更时间 排序最靠前的未巡更点, 将当前巡更点的巡更规则与实时采集的定位数据 进行比较, 判断是否存在一个定位数据与当前巡更点的巡更规则匹配, 如 果是, 触发当前巡更点的巡更成功事件; 如果否, 触发当前巡更点的巡更 失败事件, 获取下一个未巡更点作为当前巡更点;
无线发送单元, 用于将从巡更事件判定单元触发的当前巡更点的巡更 成功事件或巡更失败事件通过无线通讯网络发送到巡更管理客户端。 优选的, 所述终端进一步包括:
无线接收单元, 用于接收巡更管理客户端通过无线通讯网络发送的各 个巡更点的巡更规则。 优选的, 所述终端进一步包括:
无线网络判定单元, 用于判断无线通讯网络通道是否空闲, 如果是, 进入无线发送单元, 如果否, 进入巡更事件緩存单元;
巡更事件緩存单元, 用于緩存当前巡更点的巡更成功事件或巡更失败 事件, 超过第一预设时间后, 进入无线网络判定单元。 一种电子巡更系统, 所述巡更系统包括:
本发明所述的巡更终端和巡更管理客户端,
所述巡更管理客户端, 用于通过无线通讯网络接收巡更终端发送的巡 更成功事件和巡更失败事件。 优选的, 所述系统进一步包括:
巡更管理服务器, 具体包括: 服务器接收单元, 用于接收巡更终端通过无线通讯网络发送的当前巡 更点的巡更成功事件或巡更失败事件;
服务器发送单元, 用于将当前巡更点的巡更成功事件或巡更失败事件 发送到巡更管理客户端。 优选的, 所述巡更管理服务器进一步包括:
巡更事件存储单元, 用于存储巡更终端发送的各个巡更点的巡更成功 事件和 /或巡更失败事件;
巡更查询服务单元, 用于根据查询信息调用所存储的一个或多个巡更 点的巡更成功事件和 /或巡更失败事件发送到巡更管理客户端;
则巡更管理客户端进一步包括:
巡更查询单元, 用于向巡更管理服务器发送查询信息。 由上述内容可知, 本发明具有如下有益效果:
巡更终端将当前巡更点的巡更规则与实时采集的定位数据进行比较, 判断是否存在一个定位数据与当前巡更点的巡更规则匹配, 如果是, 触发 当前巡更点的巡更成功事件; 如果否, 触发当前巡更点的巡更失败事件, 将当前巡更点的巡更成功事件或巡更失败事件通过无线通讯网络发送到巡 更管理客户端, 当触发当前巡更点的巡更成功事件或巡更失败事件时, 才 通过无线通讯网络上传巡更事件, 而不需要实时上传巡更终端的位置信息, 由于每隔一段时间才会触发巡更成功事件或巡更失败时间, 上传信息的频 率低, 使用 DMR 等中低端的无线通讯网络即可实现对整个巡更过程进行 监督管理, 网络局限性小, 费用低。 附图说明
附图用来提供对本发明的进一步理解, 并且构成说明书的一部分, 与 本发明实施例一起用于解释本发明, 并不构成对本发明的限制。 在附图中: 图 1为本发明一种电子巡更方法实施例一流程图; 图 2为本发明一种电子巡更方法实施例二流程图; 图 3为本发明判断是否存在一个定位数据与当前巡更点的巡更规则匹 配第一种方式流程图; 图 4为本发明判断是否存在一个定位数据与当前巡更点的巡更规则匹 配第二种方式流程图; 图 5为本发明一种巡更终端结构示意图; 图 6为本发明巡更事件判定单元第一种方式结构示意图; 图 7为本发明巡更事件判定单元第二种方式结构示意图。 具体实施方式
本发明公开了一种电子巡更的方法、 终端和系统, 当触发当前巡更点 的巡更成功事件或巡更失败事件时, 将当前巡更点的巡更成功事件或巡更 失败事件通过无线通讯网络发送到巡更管理中心, 上传信息的频率低, 使
上传信息。 本发明所提供的方法, 包括: 巡更终端将各个巡更点的巡更规则按照 巡更时间先后顺序进行排序, 所述巡更规则包括该巡更点的巡更时间范围 和巡更位置; 巡更终端获取当前巡更点的巡更规则, 所述当前巡更点为巡 更时间排序最靠前的未巡更点; 巡更终端将当前巡更点的巡更规则与实时 采集的定位数据进行比较, 判断是否存在一个定位数据与当前巡更点的巡 更规则匹配, 如果是, 触发当前巡更点的巡更成功事件; 如果否, 触发当 前巡更点的巡更失败事件, 将当前巡更点的巡更成功事件或巡更失败事件 通过无线通讯网络发送到巡更管理客户端, 所述定位数据包括当前巡更终 端的定位时间和定位位置; 返回, 将下一个未巡更点作为当前巡更点。
本发明所提供的终端, 包括: 定位单元, 用于接采集定位数据, 所述 定位数据包括巡更终端的定位时间和定位位置; 巡更规则存储单元, 用于 将各个巡更点的巡更规则按照巡更时间先后顺序进行排序, 所述巡更规则 包括该巡更点的巡更时间范围和巡更位置; 巡更事件判定单元, 用于从定 位单元读取实时采集的定位数据, 从巡更规则存储单元获取当前巡更点的 巡更规则, 所述当前巡更点为巡更时间排序最靠前的未巡更点, 将当前巡 更点的巡更规则与实时采集的定位数据进行比较, 判断是否存在一个定位 数据与当前巡更点的巡更规则匹配, 如果是, 触发当前巡更点的巡更成功 事件; 如果否, 触发当前巡更点的巡更失败事件, 获取下一个未巡更点作 为当前巡更点; 无线发送单元, 用于将从巡更事件判定单元触发的当前巡 更点的巡更成功事件或巡更失败事件通过无线通讯网络发送到巡更管理客 户端。
本发明所提供的系统, 包括: 本发明所提供的巡更终端和巡更管理客 户端, 所述巡更管理客户端, 用于通过无线通讯网络接收巡更终端发送的 巡更成功事件和巡更失败事件。 下面结合附图对具体实施例进行详细说明。
实施例一
图 1所示的是本发明一种电子巡更方法实施例一流程图, 具体包括: 步骤 101 : 巡更终端将各个巡更点的巡更规则按照巡更时间先后顺序 进行排序, 所述巡更规则包括该巡更点的巡更时间范围和巡更位置。
巡更时间排在前面的巡更点需要先进行巡更, 巡更时间排在后面的巡 更点后进行巡更, 按照巡更的先后将巡更点按顺序排列。
巡更规则中的巡更位置, 是以所选取的巡更点的坐标为圓心, 预定距 离为半径的圓覆盖的范围。
优选的, 巡更点坐标为在 GIS地图上选取巡更点所在的经纬度。
预定距离可以根据实际情况具体设定, 对于林业等大面积野外巡更场 地, 可将预定距离设定的较大。
巡更规则中的巡更时间范围指的是需要到达巡更位置的时间区间。 时间区间的大小根据实际情况制定, 不同的巡更点可以设置不同的巡 时间范围, 时间区间设置较小; 所有的巡更点也可以设置相同的巡更时间 范围, 时间区间设置较大。
预设的巡更点的巡更规则存储在巡更终端中, 可以是由巡更管理客户 端设置后发送到巡更终端的, 也可以是巡更终端自身固有的。
步骤 102: 巡更终端获取当前巡更点的巡更规则, 所述当前巡更点为 巡更时间排序最靠前的未巡更点。
当前巡更点,是指当前还未到达巡更点的巡更时间范围的最小时刻值, 并且巡更时间排序最靠前的巡更点。 由于当超过巡更点的巡更时间范围的 最大时刻值时, 此巡更点肯定已经触发巡更成功事件或巡更失败事件, 将 触发过巡更成功事件或巡更失败事件的巡更点将作为已巡更点。 因此, 将 按照巡更时间排序最靠前, 且未触发过巡更成功事件或巡更失败事件的未 巡更点作为当前巡更点。
步骤 103 : 巡更终端将当前巡更点的巡更规则与实时采集的定位数据 进行比较, 判断是否存在一个定位数据与当前巡更点的巡更规则匹配, 如 果是, 执行步骤 104; 如果否, 执行步骤 105 , 所述定位数据包括当前巡更 终端的定位时间和定位位置。
巡更终端所接收的是 GPS定位数据, 定位时间为 GPS的同步时间, 定 位位置为当前巡更终端所在的经纬度。 一个定位数据表征巡更终端在某一 定位时间所处的位置。 此外, 还有^艮多其他的方式获取巡更终端当前的定 位数据, 这里不再——列举。
巡更终端将实时采集的定位数据中的定位时间和定位位置与当前的巡 更点的巡更规则中的巡更位置和巡更时间范围进行比较。
定位时间与巡更时间范围匹配, 指的是定位时间在巡更时间范围内。 定位位置与巡更位置匹配, 指的是定位位置在巡更位置范围内。
若存在一个定位数据, 所述定位数据中的定位时间在当前巡更点的巡 更时间范围内, 所述定位数据中的定位位置在当前巡更点的巡更位置范围 内, 表示在规定的巡更时间范围内进入了当前巡更点巡更位置范围, 则当 前巡更点巡更成功, 执行步骤 104; 若不存在上述定位数据, 则表示当前 巡更点巡更失败, 执行步骤 105。 步骤 104: 触发当前巡更点的巡更成功事件。
步骤 105: 触发当前巡更点的巡更失败事件。
步骤 106: 将当前巡更点的巡更成功事件或巡更失败事件通过无线通 讯网络发送到巡更管理客户端。
由上述内容可知, 本发明有如下有益效果:
巡更终端将当前巡更点的巡更规则与实时采集的定位数据进行比较, 判断是否存在一个定位数据与当前巡更点的巡更规则匹配, 如果是, 触发 当前巡更点的巡更成功事件; 如果否, 触发当前巡更点的巡更失败事件, 将当前巡更点的巡更成功事件或巡更失败事件通过无线通讯网络发送到巡 更管理客户端, 当触发当前巡更点的巡更成功事件或巡更失败事件时, 才 通过无线通讯网络上传巡更事件, 而不需要实时上传巡更终端的位置信息, 由于每隔一段时间才会触发巡更成功事件或巡更失败时间, 上传信息的频 率低, 使用 DMR 等中低端的无线通讯网络即可实现对整个巡更过程进行 监督管理, 网络局限性小, 费用低。 实施例二
图 2为本发明一种电子巡更方法实施例二流程图, 与实施例一相比, 巡更终端将当前巡更点的巡更成功事件或巡更失败事件通过无线通讯网络 发送到巡更管理服务器, 再由巡更管理服务器将当前巡更终端的巡更成功 事件或巡更失败事件发送到巡更管理客户端。
步骤 201 : 巡更管理客户端预先选取各个巡更点的巡更位置, 设置与 巡更位置对应的巡更时间范围, 将各个巡更点的巡更位置和巡更时间范围 作为巡更规则通过无线通讯网络发送到巡更终端。
巡更管理客户端所选取的每个巡更点的巡更规则对应一组巡更位置和 巡更时间范围。
巡更点的巡更规则设置一次即可, 无需重复设置并发送。 如果需要删 除其中一个或多个巡更点的巡更规则, 发送删除指令即可删除; 如果需要 增加一个或多个巡更点的巡规则, 发送增加指令即可增加; 如果需要更新 其中一个或多个巡更点的巡更规则, 发送更新指令, 用巡更点新的巡更规 则覆盖原有的巡更规则。
步骤 202: 巡更管理服务器将所接收的各个巡更点的巡更规则通过无 线通讯网络发送到巡更终端存储。
步骤 203: 巡更终端将各个巡更点的巡更规则按照巡更时间先后顺序 进行排序。
步骤 201、 步骤 202和步骤 203执行一次即可, 无需重复执行。
步骤 204: 巡更终端获取当前巡更点的巡更规则, 所述当前巡更点为 巡更时间排序最靠前的未巡更点。
步骤 205: 巡更终端将当前巡更点的巡更规则与实时采集的定位数据 进行比较, 判断是否存在一个定位数据与当前巡更点的巡更规则匹配, 如 果是, 执行步骤 206, 如果否, 执行步骤 207。 判断是否存在一个定位数据与当前巡更点的巡更规则匹配有两种方 图 3所示的是第一种方式流程图, 具体包括: 步骤 301 : 读取一个采集的定位数据。
读取巡更终端当前所采集的一个定位数据, 表征巡更终端在当前定位 时间所处的定位位置。
步骤 302: 判断定位时间是否在当前巡更点的巡更时间范围内, 如果 是, 执行步骤 303 , 如果否, 执行步骤 304。
当前巡更点为巡更时间排序最靠前的未巡更点, 已巡更点为已经触发 过巡更成功事件或巡更失败事件的巡更点; 未巡更点表示还未触发过巡更 成功事件或巡更失败事件的巡更点, 当前巡更点为未巡更点中巡更时间排 序最靠前的点, 即按照巡更时间排序所需要巡更的最近的巡更点。
将当前所采集的定位数据中的定位时间与当前巡更点的巡更时间范围 进行比较, 若定位时间在当前巡更点的巡更时间范围内, 则执行步骤 303。 若定位时间不在当前巡更点的巡更时间范围内, 则执行步骤 304。
步骤 303 : 判断定位位置是否到达当前巡更点的巡更位置, 如果是, 执行步骤 305 , 如果否, 返回步骤 301 , 读取下一个采集的定位数据。
定位时间在当前巡更点的巡更时间范围内时, 判断定位位置是否在当 前巡更点的巡更位置范围内。
判断定位位置是否在当前巡更点的巡更位置范围内可具体为: 计算定位位置和巡更点经纬度之间的绝对距离, 判断绝对距离是否小 于巡更位置所规定的预定距离, 如果是, 表示定位位置在当前巡更点的巡 更位置范围内。
如果定位位置在当前巡更点的巡更位置范围内, 表示巡更终端在规定 的当前巡更点的巡更时间范围内到达当前巡更点的巡更位置范围内, 当前 巡更点巡更成功, 执行步骤 305。
如果定位位置不在当前巡更点的巡更位置范围内, 表示巡更终端还未 进入巡更位置范围内, 由于还未超过当前巡更点的巡更时间范围最大时刻 值, 返回执行步骤 301 , 读取下一个所采集的定位数据进行比较。
步骤 304: 判断定位时间是否超过当前巡更点的巡更时间范围的最大 时刻值, 如果是, 执行步骤 306, 如果否, 返回步骤 301 , 读取下一个采集 的定位数据。
定位时间不在当前巡更点的巡更时间范围内时, 判断定位时间是否超 过当前巡更点的巡更时间范围的最大时刻值。
如果定位时间超过当前巡更点的巡更时间范围的最大时刻值, 此时, 已经超过当前巡更点的巡更时间范围, 当前巡更点还未触发巡更成功事件, 表示巡更终端没有在规定的巡更时间范围内到达巡更位置范围内, 当前巡 更点巡更失败, 执行步骤 306。
如果定位时间没有超过当前巡更点的巡更时间范围最大时刻值, 表示 定位时间还未到达当前巡更点的巡更时间范围的最小时刻值, 表示还未到 达当前巡更点的巡更时间范围, 返回执行步骤 301 , 读取下一个所采集的 定位数据进行比较。
步骤 305: 存在一个定位数据与当前巡更点的巡更规则匹配。
表示当前巡更点巡更成功。
步骤 306: 不存在一个定位数据与当前巡更点的巡更规则匹配。
表示当前巡更点巡更失败。 图 4所示的是第二种方式流程图, 具体包括:
步骤 401 : 读取一个采集的定位数据。
步骤 402: 判断定位位置是否到达当前巡更点的巡更位置, 如果是, 执行步骤 403 , 如果否, 执行步骤 404。
将当前所采集的定位数据中的定位位置与当前巡更点的巡更位置进行 比较, 若定位位置在当前巡更点的巡更位置范围内, 则执行步骤 403。 若 定位位置不在当前巡更点的巡更位置范围内, 则执行步骤 404。
步骤 403 : 判断定位时间是否在当前巡更点的巡更时间范围内, 如果 是, 执行步骤 405 , 如果否, 执行步骤 404。
当定位位置在当前巡更点的巡更位置范围内时, 判断定位时间是否在 当前巡更点的巡更时间范围内。
如果定位时间在当前巡更点的巡更时间范围内, 表示巡更终端在当前 巡更点的巡更时间范围内进入当前巡更点的巡更位置范围内, 当前巡更点 巡更成功, 执行步骤 405。
如果定位时间不在当前巡更点的巡更时间范围内, 表示未到达当前巡 更点的巡更时间范围最小时刻值或已超过当前巡更点的巡更时间范围最大 时刻值, 执行步骤 404。
步骤 404: 判断定位时间是否超过当前巡更点的巡更时间范围的最大 时刻值, 如果是, 执行步骤 406, 如果否, 返回步骤 401 , 读取下一个采集 的定位数据。
当定位位置不在当前巡更点的巡更位置范围内时, 将定位时间与当前 巡更点的巡更时间范围比较, 判断定位时间是否超过当前巡更点的巡更时 间范围的最大时刻值。
如果定位时间超过当前巡更点的巡更时间范围的最大时刻值, 此时, 已经超过当前巡更点的巡更时间范围, 当前巡更点还未巡更, 表示巡更终 端没有在当前巡更点规定的巡更时间范围内到达巡更位置范围内, 当前巡 更点巡更失败, 执行步骤 406。
如果定位时间没有超过当前巡更点的巡更时间范围最大时刻值, 表示 定位时间还未到达当前巡更点的巡更时间范围的最小时刻值, 表示还未到 达当前巡更点的巡更时间, 返回执行步骤 401 , 读取下一个所采集的定位 数据进行比较。
当定位位置在当前巡更点的巡更位置范围内, 如果定位时间不在当前 巡更点的巡更时间范围内, 判断定位时间是否超过当前巡更点的巡更时间 范围的最大时刻值。
如果超过当前巡更点的巡更时间范围的最大时刻值, 此时, 已经超过 巡更时间范围, 当前巡更点还未巡更, 表示巡更终端没有在当前巡更点规 定的巡更时间范围内到达巡更位置范围内, 当前巡更点巡更失败, 执行步 骤 406。
定位位置在当前巡更点的巡更位置范围内, 如果未超过当前巡更点的 巡更时间范围的最大时刻值, 表示还未到达当前巡更点的巡更时间, 返回 执行步骤 401 , 读取下一个所采集的定位数据进行比较。
步骤 405: 存在一个定位数据与当前巡更点的巡更规则匹配。
步骤 406: 不存在一个定位数据与当前巡更点的巡更规则匹配 步骤 206: 触发当前巡更点的巡更成功事件。
步骤 207: 触发当前巡更点的巡更失败事件。
步骤 208: 将当前巡更点的巡更成功事件或巡更失败事件通过无线通 讯网络发送到巡更管理服务器。
优选的, 在发送当前巡更点的巡更成功事件或巡更失败事件之前, 判 断无线通讯网络通道是否空闲, 如果是, 将当前巡更点的巡更成功事件或 巡更失败事件通过无线通讯网络发送到巡更管理服务器;
如果否, 緩存当前巡更点的巡更成功事件或巡更失败事件, 超过第一 预设时间后, 重新判断无线通讯网络通道是否空闲。 保证当前巡更点的巡 更成功事件或巡更失败事件成功发送。
优选的, 当发送同一巡更成功事件或巡更失败事件时, 重新判断无线 通讯网络通道是否空闲的第一预设时间的时间间隔逐步增加。
步骤 209: 巡更管理服务器将当前巡更点的巡更成功事件或巡更失败 事件发送到巡更管理客户端, 将下一个未巡更点作为当前巡更点。
巡更管理客户端接收到巡更失败事件时, 进行巡更失败警告, 提醒巡 更管理客户端对巡更终端发送当前巡更点巡更失败警告信号, 提醒巡更人 员进行巡更路线更正。
优选的, 巡更管理服务器判断巡更管理客户端是否允许上传当前巡更 点的巡更成功事件或巡更失败事件, 如果是, 将巡更成功事件或巡更失败 事件发送到巡更管理客户端;
如果否, 緩存当前巡更点的巡更成功事件或巡更失败事件, 超过第二 预设时间后, 重新判断巡更管理客户端是否允许上传当前巡更点的巡更成 功事件或巡更失败事件。
当巡更管理客户端关机时, 巡更管理服务器无法将当前巡更点的巡更 成功事件或巡更失败事件发送到巡更管理客户端; 或在巡更管理客户端设 置一个获取当前巡更点的巡更成功事件或巡更失败事件的功能键, 当巡更 管理客户端需要时, 通过功能键发送接收信号, 巡更管理服务器才能发送 当前巡更点的巡更成功事件或巡更失败事件。
优选的, 巡更管理服务器将各个巡更点的巡更成功事件和 /或巡更失败 事件进行存储, 以便为巡更管理客户端提供查询。
巡更管理客户端向巡更管理服务器发送查询信息,
巡更管理服务器根据查询信息调用所存储的一个或多个巡更点的巡更 成功事件和 /或巡更失败事件发送到巡更管理客户端。
当前巡更点的巡更结束后, 即当前巡更点触发了巡更成功事件或巡更 失败事件, 将按照事件顺序排在下一个的巡更点作为当前巡更点。 由上述内容可知, 本发明还有如下有益效果:
巡更终端将当前巡更点的巡更成功事件和巡更失败事件通过无线通讯 网络发送到巡更管理服务器进行存储, 可以为巡更管理客户端提供一个或 多个巡更点的巡更成功事件和 /或巡更失败事件查询功能。 实施例三
图 5为本发明一种巡更终端结构示意图, 具体包括:
定位单元 501 , 用于接采集定位数据, 所述定位数据包括巡更终端的 定位时间和定位位置。
巡更规则存储单元 502 , 用于将各个巡更点的巡更规则按照巡更时间 先后顺序进行排序, 所述巡更规则包括该巡更点的巡更时间范围和巡更位 置。
巡更事件判定单元 503 , 用于从定位单元 501 读取实时采集的定位数 据, 从巡更规则存储单元 502获取当前巡更点的巡更规则, 所述当前巡更 点为巡更时间排序最靠前的未巡更点, 将当前巡更点的巡更规则与实时采 集的定位数据进行比较, 判断是否存在一个定位数据与当前巡更点的巡更 规则匹配, 如果是, 触发当前巡更点的巡更成功事件; 如果否, 触发当前 巡更点的巡更失败事件, 获取下一个未巡更点作为当前巡更点。
无线发送单元 504 , 用于将从巡更事件判定单元触发的当前巡更点的 巡更成功事件或巡更失败事件通过无线通讯网络发送到巡更管理客户端。 优选的, 图 6和图 7所示的是与判断是否存在一个定位数据与当前巡 更点的巡更规则匹配的两种方式相对应的巡更事件判定单元 502的具体结 构示意图:
图 6所示的是巡更事件判定单元 502第一种方式结构示意图, 具体包 括:
第一定位数据读取单元 601 , 用于读取一个采集的定位数据。
第一时间判定单元 602, 用于判断定位时间是否在当前巡更点的巡更 时间范围内, 如果是, 进入第一位置判定单元 603 , 如果否, 进入第二时 间判定单元 604; 第一位置判定单元 603, 用于判断判断定位位置是否到达当前巡更点 的巡更位置, 如果是, 进入第一触发模块 605, 如果否, 进入第一定位数 据读取单元 601, 读取下一个采集的定位数据。
第二时间判定单元 604, 用于判断定位时间是否超过当前巡更点的巡 更时间范围的最大时刻值, 如果是, 进入第二触发模块 606, 如果否, 进 入第一定位数据读取单元 601, 读取下一个采集的定位数据。
第一触发模块 605, 存在一个定位数据与当前巡更点的巡更规则匹配。 第二触发模块 606, 不存在一个定位数据与当前巡更点的巡更规则匹 酉己。 图 7所示的是巡更事件判定单元第二种方式结构示意图, 具体包括: 第二定位数据读取单元 701, 用于读取一个采集的定位数据。
第二位置判定单元 702, 用于判断定位位置是否到达当前巡更点的巡 更位置, 如果是, 进入第三时间判定单元 703, 如果否, 进入第四时间判 定单元 704。
第三时间判定单元 703, 用于判断定位时间是否在当前巡更点的巡更 时间范围内, 如果是, 进入第三触发模块 705, 如果否, 进入第四时间判 定单元 704。
第四时间判定单元 704, 用于判断定位时间是否超过当前巡更点的巡 更时间范围的最大时刻值, 如果是, 进入第四触发模块 706, 如果否, 进 入第二定位数据读取单元 701, 读取下一个采集的定位数据。
第三触发模块 705, 存在一个定位数据与当前巡更点的巡更规则匹配。 第四触发模块 706 , 不存在一个定位数据与当前巡更点的巡更规则匹 酉己。 优选的, 巡更终端进一步包括:
无线接收单元, 用于接收巡更管理客户端通过无线通讯网络发送的各 个巡更点的巡更规则。 优选的, 巡更终端进一步包括:
第一无线网络判定单元, 用于判断无线通讯网络通道是否空闲, 如果 是, 进入无线发送单元, 如果否, 进入巡更事件緩存单元。
巡更事件緩存单元, 用于緩存当前巡更点的巡更成功事件或巡更失败 事件, 超过第一预设时间后, 进入无线网络判定单元。 优选的, 无线接收单元, 还用于接收巡更管理客户端发送的编辑任意 一个或多个巡更点的巡更规则的指令,所述编辑包括删除、增加和 /或修改。 实施例四
本发明一种电子巡更系统, 具体包括:
本发明实施例三所述的巡更终端和巡更管理客户端,
所述巡更管理客户端, 用于通过无线通讯网络接收巡更终端发送的当 前巡更点的巡更成功事件或巡更失败事件。 优选的, 所述系统进一步包括:
巡更管理服务器, 具体包括:
服务器接收单元, 用于接收巡更终端通过无线通讯网络发送的当前巡 更点的巡更成功事件或巡更失败事件。
服务器发送单元, 用于将当前巡更点的巡更成功事件或巡更失败事件 发送到巡更管理客户端。 优选的, 巡更管理客户端进一步包括:
巡更点设置单元, 用于预先选取各个巡更点的巡更位置, 设置与巡更 位置对应的巡更时间范围, 将预设的巡更点的巡更位置和巡更时间范围发 送到巡更管理服务器。
服务器接收单元, 还用于接收巡更管理客户端发送的预设的各个巡更 点的巡更规则;
服务器发送单元, 还用于将各个巡更点的巡更规则发送到巡更终端。 优选的, 巡更管理服务器进一步包括:
巡更事件处理单元, 用于判断巡更管理客户端是否允许上传当前巡更 点的巡更成功事件或巡更失败事件, 如果是, 进入服务器发送单元, 如果 否, 进入服务器緩存单元。
服务器緩存单元, 用于緩存当前巡更点的巡更成功事件或巡更失败事 件, 超过第二预设时间后, 进入巡更事件处理单元。 优选的, 巡更管理服务器进一步包括:
巡更事件存储单元, 用于存储巡更终端发送的各个巡更点的巡更成功 事件和 /或巡更失败事件。
巡更查询服务单元, 用于根据查询信息调用所存储的一个或多个巡更 点的巡更成功事件和 /或巡更失败事件发送到巡更管理客户端。
则巡更管理客户端进一步包括:
巡更查询单元, 用于向巡更管理服务器发送查询信息。 优选的, 巡更管理客户端进一步包括:
巡更规则编辑单元, 用于向巡更终端发送编辑任意一个或任意多个预 设的巡更点的巡更规则的指令, 所述编辑包括删除、 增加和 /或修改。 以上所述仅为本发明的较佳实施例而已, 并不用以限制本发明, 凡在 本发明的精神和原则之内, 所作的任何修改、 等同替换、 改进等, 均应包 含在本发明的保护范围之内。

Claims

权 利 要 求
1、 一种电子巡更方法, 其特征在于, 所述方法包括:
A、 巡更终端将各个巡更点的巡更规则按照巡更时间先后顺序进行排 序, 所述巡更规则包括该巡更点的巡更时间范围和巡更位置;
B、巡更终端获取当前巡更点的巡更规则, 所述当前巡更点为巡更时间 排序最靠前的未巡更点;
C、 巡更终端将当前巡更点的巡更规则与实时采集的定位数据进行比 较, 判断是否存在一个定位数据与当前巡更点的巡更规则匹配, 如果是, 触发当前巡更点的巡更成功事件; 如果否, 触发当前巡更点的巡更失败事 件, 将当前巡更点的巡更成功事件或巡更失败事件通过无线通讯网络发送 到巡更管理客户端, 所述定位数据包括当前巡更终端的定位时间和定位位 置;
D、 返回执行步骤 B , 将下一个未巡更点作为当前巡更点。
2、 根据权利要求 1所述的方法, 其特征在于, 所述判断是否存在一个 定位数据与当前巡更点的巡更规则匹配包括:
Cl l、 读取一个采集的定位数据;
C12、 判断定位时间是否在当前巡更点的巡更时间范围内, 如果是, 执 行步骤 C13 , 如果否, 执行步骤 C14;
C13、 判断定位位置是否到达当前巡更点的巡更位置, 如果是, 执行 C15 , 如果否, 返回步骤 C11 , 读取下一个采集的定位数据;
C 14、 判断定位时间是否超过当前巡更点的巡更时间范围的最大时刻 值, 如果是, 执行 C16, 如果否, 返回步骤 C11 , 读取下一个采集的定位 数据;
C15、 存在一个定位数据与当前巡更点的巡更规则匹配;
C16、 不存在一个定位数据与当前巡更点的巡更规则匹配。
3、 根据权利要求 1所述的方法, 其特征在于, 所述判断是否存在一个 定位数据与当前巡更点的巡更规则匹配包括:
C21、 读取一个采集的定位数据;
C22、 判断定位位置是否到达当前巡更点的巡更位置, 如果是, 执行步 骤 C23 , 如果否, 执行步骤 C24;
C23、 判断定位时间是否在当前巡更点的巡更时间范围内, 如果是, 执 行 C25 , 如果否, 执行步骤 C24;
C24、 判断定位时间是否超过当前巡更点的巡更时间范围的最大时刻 值, 如果是, 执行 C26, 如果否, 返回步骤 C21 , 读取下一个采集的定位 数据;
C25、 存在一个定位数据与当前巡更点的巡更规则匹配;
C26、 不存在一个定位数据与当前巡更点的巡更规则匹配。
4、 根据权利要求 1所述的方法, 其特征在于, 所述各个巡更点的巡更 规则为:
巡更管理客户端预先选取各个巡更点的巡更位置, 设置与巡更位置对 应的巡更时间范围, 将各个巡更点的巡更位置和巡更时间范围作为巡更规 则通过无线通讯网络发送到巡更终端。
5、 根据权利要求 1所述的方法, 其特征在于, 所述巡更终端将当前巡 更点的巡更成功事件或巡更失败事件通过无线通讯网络发送到巡更管理客 户端具体包括:
巡更终端将当前巡更点的巡更成功事件或巡更失败事件通过无线通讯 网络发送到巡更管理服务器;
巡更管理服务器将当前巡更点的巡更成功事件或巡更失败事件发送到 巡更管理客户端。
6、 根据权利要求 5所述的方法, 其特征在于, 所述巡更终端将当前巡 更点的巡更成功事件或巡更失败事件通过无线通讯网络发送到巡更管理服 务器前进一步包括:
巡更终端判断无线通讯网络通道是否空闲, 如果是, 将当前巡更点的 巡更成功事件或巡更失败事件通过无线通讯网络发送到巡更管理服务器; 如果否, 緩存当前巡更点的巡更成功事件或巡更失败事件, 超过第一 预设时间后, 重新判断无线通讯网络通道是否空闲。
7、 根据权利要求 5所述的方法, 其特征在于, 所述巡更管理服务器将 当前巡更点的巡更成功事件或巡更失败事件发送到巡更管理客户端前进一 步包括:
巡更管理服务器判断巡更管理客户端是否允许上传巡更成功事件, 如 果是, 将当前巡更点的巡更成功事件或巡更失败事件发送到巡更管理客户 端;
如果否, 緩存当前巡更点的巡更成功事件或巡更失败事件, 超过第二 预设时间后, 重新判断巡更管理客户端是否允许上传巡更成功事件。
8、 根据权利要求 5所述的方法, 其特征在于, 该方法进一步包括: 或巡更失败事件;
巡更管理客户端向巡更管理服务器发送查询信息,
巡更管理服务器根据查询信息调用所存储的一个或多个巡更点的巡更 成功事件和 /或巡更失败事件发送到巡更管理客户端。
9、 根据权利要求 1-8任意一项所述的方法, 其特征在于, 该方法进一 步包括:
巡更管理客户端向巡更终端发送编辑任意一个或多个预设的巡更点的 巡更规则的指令, 所述编辑包括删除、 增加和 /或修改。
10、 一种巡更终端, 其特征在于, 所述巡更终端包括:
定位单元, 用于接采集定位数据, 所述定位数据包括巡更终端的定位 时间和定位位置;
巡更规则存储单元, 用于将各个巡更点的巡更规则按照巡更时间先后 顺序进行排序, 所述巡更规则包括该巡更点的巡更时间范围和巡更位置; 巡更事件判定单元, 用于从定位单元读取实时采集的定位数据, 从巡 更规则存储单元获取当前巡更点的巡更规则, 所述当前巡更点为巡更时间 排序最靠前的未巡更点, 将当前巡更点的巡更规则与实时采集的定位数据 进行比较, 判断是否存在一个定位数据与当前巡更点的巡更规则匹配, 如 果是, 触发当前巡更点的巡更成功事件; 如果否, 触发当前巡更点的巡更 失败事件, 获取下一个未巡更点作为当前巡更点;
无线发送单元, 用于将从巡更事件判定单元触发的当前巡更点的巡更 成功事件或巡更失败事件通过无线通讯网络发送到巡更管理客户端。
11、根据权利要求 10所述的终端,其特征在于,所述终端进一步包括: 无线接收单元, 用于接收巡更管理客户端通过无线通讯网络发送的各 个巡更点的巡更规则。
12、根据权利要求 10所述的终端,其特征在于,所述终端进一步包括: 无线网络判定单元, 用于判断无线通讯网络通道是否空闲, 如果是, 进入无线发送单元, 如果否, 进入巡更事件緩存单元;
巡更事件緩存单元, 用于緩存当前巡更点的巡更成功事件或巡更失败 事件, 超过第一预设时间后, 进入无线网络判定单元。
13、 一种电子巡更系统, 其特征在于, 所述巡更系统包括:
权利要求 10-12任意一项所述的巡更终端和巡更管理客户端, 所述巡更管理客户端, 用于通过无线通讯网络接收巡更终端发送的巡 更成功事件和巡更失败事件。
14、根据权利要求 13所述的系统,其特征在于,所述系统进一步包括: 巡更管理服务器, 具体包括:
服务器接收单元, 用于接收巡更终端通过无线通讯网络发送的当前巡 更点的巡更成功事件或巡更失败事件;
服务器发送单元, 用于将当前巡更点的巡更成功事件或巡更失败事件 发送到巡更管理客户端。
15、 根据权利要求 14所述的系统, 其特征在于, 所述巡更管理服务器 进一步包括:
巡更事件存储单元, 用于存储巡更终端发送的各个巡更点的巡更成功 事件和 /或巡更失败事件;
巡更查询服务单元, 用于根据查询信息调用所存储的一个或多个巡更 点的巡更成功事件和 /或巡更失败事件发送到巡更管理客户端; 则巡更管理客户端进一步包括:
巡更查询单元, 用于向巡更管理服务器发送查询信息。
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