Movatterモバイル変換


[0]ホーム

URL:


CN104199050A - System and device for accurately monitoring personnel movement locus in disaster relief field and tracking monitoring method - Google Patents

System and device for accurately monitoring personnel movement locus in disaster relief field and tracking monitoring method
Download PDF

Info

Publication number
CN104199050A
CN104199050ACN201410455296.6ACN201410455296ACN104199050ACN 104199050 ACN104199050 ACN 104199050ACN 201410455296 ACN201410455296 ACN 201410455296ACN 104199050 ACN104199050 ACN 104199050A
Authority
CN
China
Prior art keywords
module
processing unit
central processing
disaster relief
track positioning
Prior art date
Legal status (The legal status 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 status listed.)
Pending
Application number
CN201410455296.6A
Other languages
Chinese (zh)
Inventor
徐培龙
叶敏
徐建
刘启帆
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
Chongqing Hehang Technology Co.,Ltd.
Original Assignee
CHONGQING HEHANG SAFETY TECHNOLOGY SERVICE Co Ltd
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 CHONGQING HEHANG SAFETY TECHNOLOGY SERVICE Co LtdfiledCriticalCHONGQING HEHANG SAFETY TECHNOLOGY SERVICE Co Ltd
Priority to CN201410455296.6ApriorityCriticalpatent/CN104199050A/en
Publication of CN104199050ApublicationCriticalpatent/CN104199050A/en
Pendinglegal-statusCriticalCurrent

Links

Classifications

Landscapes

Abstract

The invention discloses a system and a device for accurately monitoring a personnel movement locus in a disaster relief field and a tracking monitoring method. The system comprises a terminal device, a locus positioning device and identification modules; the locus positioning device comprises a central processor II, a wireless communication module II and a locus positioning assembly; the locus positioning assembly comprises a movement orientation module and an information reading module. The system for accurately monitoring the personnel movement locus in the disaster relief field is characterized in that the movement orientation module is adopted, the information reading module and the identification modules distributed in the field and written with position information are combined to perform intermittent correction on the position information measured by the movement orientation module, and therefore, the problem of relief failure due to inaccurate position information caused by error accumulation is avoided and the problem of inaccurate identified position information due to intermittence of the existing radio-frequency identification card is also avoided; outdoor and indoor positioning connection can be realized by virtue of satellite positioning and reasonable arrangement of the identification modules, and accurate continuous tracking positioning on a rescue worker in a building can be realized.

Description

Disaster relief field staff movement locus accurate tracking monitoring system, device and tracking and monitoring method
Technical field
The present invention relates to a kind of disaster relief site safety equipment, special type relates to a kind of disaster relief personnel movement locus real time location tracking detection system, equipment and tracking and monitoring method at the scene.
Background technology
The scene of fire that disaster scene, particularly upper frequency occur, dense smoke density is large, and visual poor, rescue environment is comparatively severe; At the severe strange rescue site of environment, rescue personnel is the entering of None-identified the best, rescue and escape route often, and impact rescue, even makes fire-fighting and rescue personnel escape; Therefore, how the rescue personnel (fire fighter) who how to ensure in scene of fire confirms field condition, do not besieged and selected best rescue and escape route, thereby ensure the validity of rescue and escape, being the problem that the rescue personnels such as fire-fighting need solve, is also the major issue that how effectively to reduce the disasteies such as fire personnel are caused injures and deaths.
And in fact, utilize existing satellite positioning module can not be applicable to the location in buildings, therefore, can not be applicable to the interior rescue of buildings of the disaster such as fire, earthquake of buildings.
For addressing the above problem, occur utilizing three-axis gyroscope to carry out system and the device of locating in buildings, but cumulative gradually because three-axis gyroscope itself exists error and this error according to the prolongation of service time, cause final positional information inaccurate, even differ far away; Particularly buried disaster relief personnel in disaster relief process, the inaccurate of positional information is the key factor of impact rescue.Be exactly the technical scheme of utilizing radio-frequency identification card recognizing site information in addition, in REID, need to install identification card in buildings, and installation that cannot be intensive, therefore, reading and returning of positional information is all discontinuity, particularly in larger building space, between two secondary data read, can not determine disaster relief personnel's position.
Therefore, need a kind of system or equipment for disaster scene rescue, being directed to the problem that satellite positioning module cannot locate in buildings improves, can carry out accurate track and localization to the rescue personnel in buildings, and be transferred to terminal device and monitor, and according to this monitoring information, grasp fireman or trapped personnel position and movement locus, thereby guidance and help rescue personnel or trapped personnel are withdrawn scene fast.
Summary of the invention
In view of this, object of the present invention provides a kind of disaster relief field staff movement locus accurate tracking monitoring system, device and tracking and monitoring method, being directed to the problem that satellite positioning module cannot locate in buildings improves, can carry out accurate tracking location to the rescue personnel in buildings, and be transferred to terminal device and monitor, and according to this monitoring information, grasp fireman or trapped personnel position and movement locus, thereby guidance and help rescue personnel or trapped personnel are withdrawn scene fast.
Disaster relief field staff movement locus accurate tracking monitoring system of the present invention, comprises terminal device, track positioning device and identification module;
Described terminal device comprises central processing unit I and the wireless communication module I being connected with central processing unit I signal;
Described identification module is distributed in scene and at least records positional information;
Wireless communication module II and track positioning component that described track positioning device comprises central processing unit II, is connected with central processing unit II signal, described track positioning component comprises the information reading module that motion orientation module and the positional information for acquiring and identifying module are proofreaied and correct the error of motion orientation module;
Mutual radio communication between described wireless communication module I and wireless communication module II.
Further, identification module is arranged at or corresponding is arranged at on-the-spot fire fighting device or/and fire escape;
Further, described motion orientation module is 3-axis acceleration sensor, and identification module is RFID electronic tag, and this RFID electronic tag also stores fire fighting device information;
Further, also comprise for the intercom system between terminal device and track positioning device, the intercommunication module II that this intercom system is connected by the intercommunication module I being connected with central processing unit I signal with central processing unit II signal forms; Described terminal device also comprises the Input/Output Device I being connected with central processing unit I signal, and described track positioning device also comprises the Input/Output Device II being connected with central processing unit II signal;
Further, central processing unit I and/or central processing unit II store the on-the-spot three-dimensional map of the disaster relief; Tracking and monitoring system also comprises remote command center, and described remote command center and terminal device are or/and mutual transmission network signal between track positioning device.
The invention also discloses a kind of disaster relief field staff movement locus locating device, comprise track positioning device and identification module;
Described identification module is distributed in scene and at least records positional information;
Described track positioning device comprises central processing unit II and the track positioning component being connected with central processing unit II signal, and described track positioning component comprises the information reading module that motion orientation module and the positional information for acquiring and identifying module are proofreaied and correct the error of motion orientation module.
Further, identification module is arranged at or corresponding is arranged at on-the-spot fire fighting device or/and fire escape;
Further, described motion orientation module is 3-axis acceleration sensor, and described identification module is RFID electronic tag, and RFID electronic tag also stores fire fighting device information;
Further, also comprise the wireless communication module II, satellite positioning module II and the Input/Output Device II that are connected with central processing unit II signal; Described central processing unit II stores the on-the-spot three-dimensional map of the disaster relief.
The invention also discloses a kind of disaster relief field staff movement locus accurate tracking monitoring method, comprise the following steps:
A. terminal device obtains from track positioning device the data message that motion orientation module transmits;
B. utilize the data of step a to calculate current X, Y, Z axis orientation, and obtain the positional information of motion orientation module;
The positional information of the identification module c. transmitting from track positioning device obtaining information read module;
D. utilize the positional information of the position information correction motion orientation module of identification module;
E. obtain the actual position information of final track positioning device.
Beneficial effect of the present invention: disaster relief field staff movement locus accurate tracking monitoring system of the present invention, device and tracking and monitoring method, utilize motion orientation module (can adopt 3-axis acceleration sensor or three-axis gyroscope to add acceleration transducer), combining information read module and be distributed in scene and at least record the identification module of positional information, the measured positional information of motion orientation module is interrupted to correction, trimming process can be passed to terminal device by above-mentioned information data, motion orientation module error is made zero by terminal device by operating personnel, avoid the inaccurate problem that cannot rescue causing of positional information causing due to error accumulation, also the inaccurate problem of recognizing site information of having avoided the discontinuity of existing radio-frequency (RF) identification card technique to cause, can be by conjunction with satnav and identification module (on-the-spot entrance) is rationally set, realize the docking of outdoor indoor location, can carry out accurate Continuous Tracking location to the rescue personnel in buildings, and be transferred to terminal device and monitor, and according to this monitoring information, grasp fireman or trapped personnel position and movement locus, thereby guidance and help rescue personnel or trapped personnel are withdrawn scene fast.
Brief description of the drawings
Below in conjunction with drawings and Examples, the invention will be further described.
Fig. 1 is structural principle block diagram of the present invention;
Fig. 2 is FB(flow block) of the present invention.
Embodiment
Fig. 1 is structural principle block diagram of the present invention, as shown in the figure: the disaster relief field staff movement locus accurate tracking monitoring system of the present embodiment, comprises terminal device, track positioning device and identification module;
Described terminal device comprises central processing unit I and the wireless communication module I being connected with central processing unit I signal; Described wireless communication module I is used for receiving wireless signal and transfers to central processing unit I, and accepts command signal the wireless transmission of central processing unit I;
Described identification module is distributed in scene and at least records positional information;
Wireless communication module II and track positioning component that described track positioning device comprises central processing unit II, is connected with central processing unit II signal, described track positioning component comprises the information reading module that motion orientation module and the positional information for acquiring and identifying module are proofreaied and correct the error of motion orientation module;
Mutual radio communication between described wireless communication module I and wireless communication module II; Described wireless communication module II is used for receiving the wireless signal of wireless communication module I and transferring to central processing unit II, and accepts the command signal of central processing unit II and be wirelessly transmitted to wireless communication module I.
In the present embodiment, described wireless communication module I and wireless communication module II are LoRa communication module, mainly the useful information such as displacement that comprises initial space coordinate figure and X, Y, Z direction is sent to terminal device, LoRa communication module has stronger signal transmission and ability through walls, is particularly suitable for the signal and communication transmission in buildings.
In the present invention, the general integral installation of track positioning device, in a housing, forms compact equipment, carry, and terminal device is generally vehicle-mounted equipment, for fire truck or other breakdown lorrys for (disaster relief) fireman individual; When rescue personnel is entered outward in buildings by buildings, satellite-signal disappears, satellite positioning module (GPS or Big Dipper locating module) is made up of positioning chip (GPS or Big Dipper positioning chip) and orientation triggering switch, trigger switch will obtain longitude (X-axis), latitude (Y-axis) coordinate of positioning chip while startup in real time, again the acceleration of gravity direction (Z axis) that triggers moment is set to zero simultaneously, generate the spatial value (X that triggers moment, Y, 0); Certainly, also can be as required, do not adopt the mode of satnav and adopt radio-frequency card at the scene import send positional information, carry out preliminary correction location, and this volume coordinate is sent to terminal device and central processing unit I by wireless communication module I and wireless communication module II, as the initial space coordinate figure of scene of fire personnel motion, certainly, this initial coordinate values also can directly be stored in central processing unit II, and shows; Motion orientation module (can adopt 3-axis acceleration sensor or three-axis gyroscope to add acceleration transducer) generally has integrator computing unit, motion orientation module detects the acceleration of track positioning and tracking device X, Y, tri-directions of Z in real time, draw the instantaneous velocity of three directions by integral operation, go out the displacement of track positioning and tracking device in X, Y, tri-directions of Z by the integral and calculating of time again, the displacement of its X, Y, Z and initial space coordinate superpose, and can obtain the fire control personnel's that carry track positioning device running orbit; But, this motion orientation module can produce cumulative errors, after the identification module arranging by scene is accurately located, this locating information is sent to terminal device (being generally command car), also can be sent to central processing unit II simultaneously, operating personnel artificially proofread and correct the positional information of motion orientation module by terminal device, simultaneously, rescue personnel also can set track positioning device, error is made zero, thereby obtain positional information accurately continuously; Certainly, also can automatically contrast, revise correction to the positional information of motion orientation module by terminal device, error is made zero, utilize the information acquiring program of existing 3-axis acceleration sensor or three-axis gyroscope to realize, this arrogant repeating not.Certainly, and, in central processing unit I and/or central processing unit II (only central processing unit I can realize object), need to store buildings map, and compare with the detection track orientation of aforesaid detection track positioning and tracking device, thereby obtain the concrete position of rescue personnel, for the guidance foundation that guidance is rescued, escape provides route, belong to the mode of utilizing map pursuit path of prior art, do not repeat them here; Certainly, this route is stored in central processing unit I and/or central processing unit II according to buildings map, can directly be presented at detection track positioning and tracking device is directly read by rescue personnel, also can be read and be transferred to detect track positioning and tracking device or pass to rescue personnel by terminal device by voice by terminal device and all can, certainly, also can not show and directly voice message etc., not repeat them here.
In the present embodiment, identification module is arranged at or correspondence is arranged at on-the-spot fire fighting device or/and fire escape; Fire fighting device and fire escape are that disaster relief personnel are easy to the position that approaches or be positioned at, thereby can obtain in time correction position information.
In the present embodiment, described motion orientation module is 3-axis acceleration sensor, and described 3-axis acceleration sensor is small and exquisite, precision is high, and directly output signal, is easy to carry whole individual device; Identification module is RFID electronic tag, and certainly, read module is rfid interrogator, can in Daily Round Check process, write useful data, does not repeat them here; This RFID electronic tag also stores fire fighting device information; Not only there is the effect of identification correction position information, also can be rescue personnel fire fighting device information and fire escape information are provided, contribute to rescue.
In the present embodiment, also comprise for the intercom system between terminal device and track positioning device, the intercommunication module II that this intercom system is connected by the intercommunication module I being connected with central processing unit I signal with central processing unit II signal forms; Realize terminal device and rescue personnel's real-time call by intercom system, improve rescue efficiency and reduce maloperation; Described terminal device also comprises the Input/Output Device I being connected with central processing unit I signal, and described track positioning device also comprises the Input/Output Device II being connected with central processing unit II signal; Input/Output Device I and Input/Output Device II generally comprise command input unit, voice unit and display unit, command input unit is generally keyboard, touch-screen, Mike, the first-class existing input equipment of shooting, for giving an order or exchanging with rescue personnel; Display unit can show rescue personnel's track in time, and points out by voice, ensures security; General terminal device also should comprise the satellite positioning module I being connected with central processing unit I signal, for determine the concrete orientation of terminal device (be generally used for fire truck or command place) temporarily, and show this orientation, determine that its tram provides foundation, and can transfer to commander in chief center, realize the centralized management of rescue process, do not repeat them here.
In the present embodiment, central processing unit I and/or central processing unit II store the on-the-spot three-dimensional map of the disaster relief; Three-dimensional map can adapt with the interior of building of building, thereby obtains displacement intuitively and orientation, is beneficial to realization and effectively rescues or flee from; If only central processing unit I has three-dimensional map, the communication with central processing unit II by unlimited transceiver module realization, makes rescue personnel obtain concrete orientation; Central processing unit II has also stored three-dimensional map, directly show or voice message, and with reference to carrying out pick-up operation, terminal device is only for supervision and correction; And three-dimensional map is software systems, this system the map of the association attributes generating three-dimensional in buildings main in city and street is downloaded to central processing unit I terminal device in, belong to existing software engineering, certainly, central processing unit II also can store, the bit shift of the initial space coordinate figure sending with track positioning and tracking device and X, Y, Z direction is combined with, realize scene of fire personnel in buildings and avenue three-dimensional localization, traceable scene of fire personnel motion trail.
Tracking and monitoring system also comprises remote command center, and described remote command center and terminal device, or/and mutual transmission network signal between track positioning device certainly, need be provided with necessary mixed-media network modules mixed-media, can adopt 3G/4G communication module.
The invention also discloses a kind of disaster relief field staff movement locus locating device, comprise track positioning device and identification module;
Described identification module is distributed in scene and at least records positional information; Identification module can adopt RFID electronic tag, magnetic card, IC-card, NFC chip carrier, Quick Response Code carrier or bar code carrier etc., the positional information that has at least stored or can identify;
Described track positioning device comprises central processing unit II and the track positioning component being connected with central processing unit II signal, and described track positioning component comprises the information reading module that motion orientation module and the positional information for acquiring and identifying module are proofreaied and correct the error of motion orientation module;
The general integral installation of this device track positioning device, in a housing, forms compact equipment, carries for (disaster relief) fireman individual; While use separately, when rescue personnel is entered outward in buildings by buildings, satellite-signal disappears, satellite positioning module (GPS or Big Dipper locating module) is made up of positioning chip (GPS or Big Dipper positioning chip) and orientation triggering switch, trigger switch will obtain longitude (X-axis), latitude (Y-axis) coordinate of positioning chip while startup in real time, again the acceleration of gravity direction (Z axis) that triggers moment is set to zero simultaneously, generate the spatial value (X that triggers moment, Y, 0); Certainly, also can be as required, do not adopt the mode of satnav and adopt radio-frequency card at the scene import send positional information, carry out preliminary correction location, and the initial space coordinate figure of the motion using this volume coordinate as scene of fire personnel, can directly be stored in central processing unit II, and show; Motion orientation module (can adopt 3-axis acceleration sensor or three-axis gyroscope to add acceleration transducer) generally has integrator computing unit, motion orientation module detects the acceleration of track positioning and tracking device X, Y, tri-directions of Z in real time, draw the instantaneous velocity of three directions by integral operation, go out the displacement of track positioning and tracking device in X, Y, tri-directions of Z by the integral and calculating of time again, the displacement of its X, Y, Z and the stack of initial space coordinate, can obtain carrying the running orbit that detects track positioning and tracking device fire control personnel; But this motion orientation module can produce cumulative errors, after the identification module arranging by scene is accurately located, this locating information is sent to central processing unit II, rescue personnel also can set track positioning device, error is made zero, thereby obtain positional information accurately continuously; Certainly, also can automatically contrast, revise correction to the positional information of motion orientation module by central processing unit II, error is made zero, utilize the information acquiring program of existing 3-axis acceleration sensor or three-axis gyroscope to realize, this arrogant repeating not.Certainly, and, in central processing unit II, need to store buildings map, and compare with the real trace orientation of aforesaid track positioning device, thereby obtain the concrete position of rescue personnel self, the guidance foundation of route is provided for escaping, belongs to the mode of utilizing map pursuit path of prior art, do not repeat them here.
In the present embodiment, identification module is arranged at or correspondence is arranged at on-the-spot fire fighting device or/and fire escape.
In the present embodiment, described motion orientation module is 3-axis acceleration sensor, and described identification module is RFID electronic tag, and RFID electronic tag also stores fire fighting device information; Fire fighting device information comprises the information such as fire fighting equipment, passage, makes disaster relief personnel fully understand the fire fighting device information of environment of living in.
In the present embodiment, also comprise the wireless communication module II being connected with central processing unit II signal, the satellite positioning module II being connected with central processing unit II signal and the Input/Output Device II being connected with central processing unit II signal, Input/Output Device II comprises command input unit, voice unit and display unit, command input unit is generally keyboard, touch-screen, Mike, the first-class existing input equipment of shooting, for giving an order or exchanging with rescue personnel; Display unit can show rescue personnel's track in time, and points out by voice, ensures security; Described central processing unit II stores the on-the-spot three-dimensional map of the disaster relief, by 3-axis acceleration sensor and RFID electronic tag and in conjunction with three-dimensional map, can know clear, accurately disaster relief personnel's track.
Fig. 2 is FB(flow block) of the present invention, as shown in the figure, the invention also discloses a kind of disaster relief field staff movement locus accurate tracking monitoring method, comprises the following steps:
A. terminal device obtains from track positioning device the data message that motion orientation module transmits; Certainly, first will be to the setting of making zero of motion orientation module, can identification module be set by GPS module or entering on-the-spot porch, be similar to and proofread and correct the setting of making zero, all can realize goal of the invention; Also can be stored the positional information of motion orientation module by track positioning device simultaneously;
B. utilize the data of step a to calculate current X, Y, Z axis orientation, and obtain the positional information of motion orientation module;
The positional information of the identification module c. transmitting from track positioning device obtaining information read module; Positional information in identification module, for write early stage, does not repeat them here; Also can be simultaneously by the positional information of track positioning device store identification module;
D. utilize the positional information of the position information correction motion orientation module of identification module, the positional information of motion orientation module is classified as consistent with the positional information of identification module, eliminate error; This process is compared the positional information of the positional information of identification module and motion orientation module by program by terminal device, and the positional information of motion orientation module is modified, and error is made zero; Certainly, also can store and contrast by the central processing unit II of track positioning device, the positional information of moving orientation module is modified, error is made zero, directly be read by rescue personnel;
E. obtain the actual position information of final track positioning device, this actual position information is presented on three electronic charts of terminal device (on fire truck).
The present invention in use, at terminal device, track positioning device or/and in command centre pre-stored electronic three-dimensional map and building fire protection facility and facility (can be also to arrange as required) to there being RFID coded data, on building ' s fire facility, install simultaneously and there is architecture indoor positional information RFID electronic tag (coding of RFID with terminal device, track positioning device or/and the RFID of command centre encodes corresponding one by one), in the time of breaking out of fire, when the track positioning device of wearing as fireman enters buildings hall and passage, can immediately obtain fire fighting device (as: the passageway for fire apparatus label on hall and passage, hall flame snuffer etc.) positional information, obtained the positional information of fireman at buildings, in fireman's fire fighting and rescue process, calculated the track of fireman's motion by motion orientation module, in motion process, motion orientation module exists and calculates cumulative errors, can there is gradually deviation at indoor location in fireman, but when fireman is when installing the fire fighting device of RFID label, can read effective and accurate Indoor environment position data, there is the cumulative errors positional information of calculating with the data replacement reading, realize the accurate positioning correcting function of 3 D locating device, thereby reach the object of the positional information of obtaining continous-stable.
The mode that signal connection of the present invention refers to signal transmission connects; Although do not represent in figure, no matter be terminal device or track positioning device, complete said process and need to there is power module, belong to prior art, do not repeat them here.
Finally explanation is, above embodiment is only unrestricted in order to technical scheme of the present invention to be described, although the present invention is had been described in detail with reference to preferred embodiment, those of ordinary skill in the art is to be understood that, can modify or be equal to replacement technical scheme of the present invention, and not departing from aim and the scope of technical solution of the present invention, it all should be encompassed in the middle of claim scope of the present invention.

Claims (10)

CN201410455296.6A2014-09-092014-09-09System and device for accurately monitoring personnel movement locus in disaster relief field and tracking monitoring methodPendingCN104199050A (en)

Priority Applications (1)

Application NumberPriority DateFiling DateTitle
CN201410455296.6ACN104199050A (en)2014-09-092014-09-09System and device for accurately monitoring personnel movement locus in disaster relief field and tracking monitoring method

Applications Claiming Priority (1)

Application NumberPriority DateFiling DateTitle
CN201410455296.6ACN104199050A (en)2014-09-092014-09-09System and device for accurately monitoring personnel movement locus in disaster relief field and tracking monitoring method

Publications (1)

Publication NumberPublication Date
CN104199050Atrue CN104199050A (en)2014-12-10

Family

ID=52084362

Family Applications (1)

Application NumberTitlePriority DateFiling Date
CN201410455296.6APendingCN104199050A (en)2014-09-092014-09-09System and device for accurately monitoring personnel movement locus in disaster relief field and tracking monitoring method

Country Status (1)

CountryLink
CN (1)CN104199050A (en)

Cited By (16)

* Cited by examiner, † Cited by third party
Publication numberPriority datePublication dateAssigneeTitle
CN104569909A (en)*2014-12-312015-04-29深圳市鼎泰富科技有限公司Indoor positioning system and method
CN104596504A (en)*2015-01-302015-05-06中国科学院上海高等研究院Method and system for quickly setting up map to assist indoor positioning under emergency rescue scene
CN105354676A (en)*2015-11-192016-02-24公安部上海消防研究所Fire commander and fighter identity identification and management system
CN105764032A (en)*2016-02-162016-07-13深圳市唯传科技有限公司Vehicle locating and tracking system and locating and tracking method
CN105841692A (en)*2016-03-242016-08-10上海良相智能化工程有限公司Fireman passive self-positioning system
CN106504458A (en)*2016-11-042017-03-15合肥天讯亿达光电技术有限公司A kind of urban fire control personnel management system
CN106937242A (en)*2016-12-272017-07-07四川雷克斯智慧科技股份有限公司A kind of scene of a fire entry control method based on Internet of Things
CN107329153A (en)*2017-05-142017-11-07上海美迪索科电子科技有限公司A kind of multimodality fusion positioner based on LoRa
CN107703938A (en)*2017-09-222018-02-16北京机械设备研究所Active rfid indoor locating system and localization method for emergency command guiding
CN108230635A (en)*2018-01-022018-06-29深圳市威米通讯有限公司Method for seeking help and device
CN108307311A (en)*2017-12-202018-07-20北京三快在线科技有限公司Internal home network signal acquisition method, device and navigating robot
CN109714714A (en)*2019-01-032019-05-03北京华力创通科技股份有限公司Intercommunication group reporting position methods, devices and systems
CN111157008A (en)*2020-03-052020-05-15齐鲁工业大学Local autonomous navigation system and method based on multidimensional environment information perception
CN112556616A (en)*2020-12-042021-03-26佛山隆深机器人有限公司System for judging stacking space position in closed or semi-closed space
CN114942404A (en)*2022-05-192022-08-26深圳芯邦科技股份有限公司Positioning tracking method, device, equipment and medium
CN115950430A (en)*2022-12-302023-04-11广东三鼎实业集团有限公司Personnel action track analysis method and system

Citations (7)

* Cited by examiner, † Cited by third party
Publication numberPriority datePublication dateAssigneeTitle
CN101144722A (en)*2006-09-052008-03-19霍尼韦尔国际公司Portable positioning and navigation system
US20100008337A1 (en)*2008-07-112010-01-14Nokia CorporationMethod providing positioning and navigation inside large buildings
CN101846736A (en)*2010-05-122010-09-29苏州位置科技有限公司Indoor accurate positioning system and method thereof
CN201947443U (en)*2011-01-262011-08-24新疆中钜电子科技有限公司Individual positioning orientation identifier
CN102175240A (en)*2011-02-282011-09-07兰雨晴Fireman location real-time sensing system and application method thereof
CN103267960A (en)*2013-05-282013-08-28殷呈卫Firefighter individual positioning device and application thereof
CN103616025A (en)*2013-12-052014-03-05金陵科技学院Three-dimensional field staff positioning navigation system

Patent Citations (7)

* Cited by examiner, † Cited by third party
Publication numberPriority datePublication dateAssigneeTitle
CN101144722A (en)*2006-09-052008-03-19霍尼韦尔国际公司Portable positioning and navigation system
US20100008337A1 (en)*2008-07-112010-01-14Nokia CorporationMethod providing positioning and navigation inside large buildings
CN101846736A (en)*2010-05-122010-09-29苏州位置科技有限公司Indoor accurate positioning system and method thereof
CN201947443U (en)*2011-01-262011-08-24新疆中钜电子科技有限公司Individual positioning orientation identifier
CN102175240A (en)*2011-02-282011-09-07兰雨晴Fireman location real-time sensing system and application method thereof
CN103267960A (en)*2013-05-282013-08-28殷呈卫Firefighter individual positioning device and application thereof
CN103616025A (en)*2013-12-052014-03-05金陵科技学院Three-dimensional field staff positioning navigation system

Non-Patent Citations (1)

* Cited by examiner, † Cited by third party
Title
谢红: "基于多技术融合的消防员室内外无缝定位方法", 《电信快报》*

Cited By (20)

* Cited by examiner, † Cited by third party
Publication numberPriority datePublication dateAssigneeTitle
CN104569909A (en)*2014-12-312015-04-29深圳市鼎泰富科技有限公司Indoor positioning system and method
CN104596504A (en)*2015-01-302015-05-06中国科学院上海高等研究院Method and system for quickly setting up map to assist indoor positioning under emergency rescue scene
CN105354676A (en)*2015-11-192016-02-24公安部上海消防研究所Fire commander and fighter identity identification and management system
CN105764032B (en)*2016-02-162019-05-03深圳市唯传科技有限公司A kind of vehicle position tracing system and positioning and tracing method
CN105764032A (en)*2016-02-162016-07-13深圳市唯传科技有限公司Vehicle locating and tracking system and locating and tracking method
CN105841692A (en)*2016-03-242016-08-10上海良相智能化工程有限公司Fireman passive self-positioning system
CN106504458A (en)*2016-11-042017-03-15合肥天讯亿达光电技术有限公司A kind of urban fire control personnel management system
CN106937242A (en)*2016-12-272017-07-07四川雷克斯智慧科技股份有限公司A kind of scene of a fire entry control method based on Internet of Things
CN106937242B (en)*2016-12-272020-01-07四川雷克斯智慧科技股份有限公司Fire scene entrance control method based on Internet of things
CN107329153A (en)*2017-05-142017-11-07上海美迪索科电子科技有限公司A kind of multimodality fusion positioner based on LoRa
CN107703938A (en)*2017-09-222018-02-16北京机械设备研究所Active rfid indoor locating system and localization method for emergency command guiding
CN108307311A (en)*2017-12-202018-07-20北京三快在线科技有限公司Internal home network signal acquisition method, device and navigating robot
CN108230635A (en)*2018-01-022018-06-29深圳市威米通讯有限公司Method for seeking help and device
CN109714714A (en)*2019-01-032019-05-03北京华力创通科技股份有限公司Intercommunication group reporting position methods, devices and systems
CN111157008A (en)*2020-03-052020-05-15齐鲁工业大学Local autonomous navigation system and method based on multidimensional environment information perception
CN112556616A (en)*2020-12-042021-03-26佛山隆深机器人有限公司System for judging stacking space position in closed or semi-closed space
CN114942404A (en)*2022-05-192022-08-26深圳芯邦科技股份有限公司Positioning tracking method, device, equipment and medium
CN114942404B (en)*2022-05-192025-07-11深圳芯邦科技股份有限公司 A positioning tracking method, device, equipment and medium
CN115950430A (en)*2022-12-302023-04-11广东三鼎实业集团有限公司Personnel action track analysis method and system
CN115950430B (en)*2022-12-302023-08-25广东三鼎智慧信息科技有限公司 A method and system for analyzing personnel movement trajectory

Similar Documents

PublicationPublication DateTitle
CN104199050A (en)System and device for accurately monitoring personnel movement locus in disaster relief field and tracking monitoring method
US9466197B2 (en)Emergency services system and method comprising a mesh communications network, a plurality of communication nodes, and a plurality of personal tags
CN105976563B (en)A kind of fire-fighting and rescue system
EP3422039B1 (en)First responder tracking breadcrumbs
CN101763605A (en)Three-dimensional digital urban fire protection pre-control and management system
EP3064899A1 (en)Tracking in an indoor environment
CN102175240A (en)Fireman location real-time sensing system and application method thereof
CN101990157A (en)System for positioning fire fighters in fire scene based on wireless Mesh network structure
CN106546236B (en) Personnel positioning and navigation system on offshore platform based on autonomous calculation of building structure diagram
CN103957508A (en)Accurate underground wireless positioning system and method based on combination of WiFi and gyroscope
CN104569909B (en)A kind of indoor alignment system and method
CN204228963U (en)Disaster relief field staff tracing of the movement monitoring system and device
CN203989645U (en)Fire-fighting system and individual soldier's equipment of building identity card identification fire fighting device and dangerous matter sources
CN112184079A (en)Water engineering safety management system based on real-time spatial position and application thereof
CN109633536A (en)A kind of navigator fix terminal and working method for mine
CN104596511A (en)Positioning information source terminal device capable of being worn by firefighter
CN206581985U (en)Underground coal mine sensor locating alarm device
CN203275661U (en)Indoor positioning system for fire scene fire fighters
CN204536556U (en)Disaster relief field staff movement locus accurate tracking monitoring system and locating device
CN203441527U (en)Accurate tracking locating and rescue escape system for roadway
CN202870864U (en)A positioning orientation and security facility identification apparatus used in sealed environment
EP2597423A1 (en)Indoor navigation and localisation system and method to locate a mobile unit
KR102618854B1 (en)Worker safety managing system and method
CN105989681A (en)Accurate positioning protection system for remote fiber line
CN104318642A (en)Mobile locating device of inspection system

Legal Events

DateCodeTitleDescription
C06Publication
PB01Publication
C10Entry into substantive examination
SE01Entry into force of request for substantive examination
CB02Change of applicant information

Address after:401336, Chongqing, South District, Yu Road, No. 8 science and technology center, 5 floor, Rong Ying building, No. 63

Applicant after:CHONGQING HEHANG INTERNET OF THINGS TECHNOLOGY RESEARCH INSTITUTE CO., LTD.

Address before:401336, Chongqing, South District, Yu Road, No. 8 science and technology center, 5 floor, Rong Ying building, No. 63

Applicant before:Chongqing Hehang Safety Technology Service Co., Ltd.

CORChange of bibliographic data
C41Transfer of patent application or patent right or utility model
TA01Transfer of patent application right

Effective date of registration:20151026

Address after:Jiulongpo Branch Park four street 400039 Chongqing City No. 52 standard factory building 3 floor K

Applicant after:Chongqing Hehang Technology Co.,Ltd.

Address before:401336, Chongqing, South District, Yu Road, No. 8 science and technology center, 5 floor, Rong Ying building, No. 63

Applicant before:CHONGQING HEHANG INTERNET OF THINGS TECHNOLOGY RESEARCH INSTITUTE CO., LTD.

RJ01Rejection of invention patent application after publication
RJ01Rejection of invention patent application after publication

Application publication date:20141210


[8]ページ先頭

©2009-2025 Movatter.jp