Electrician entry safety identification system and electrician safety helmet
阅读说明：本技术 一种电工进场安全识别系统及电工安全帽 (Electrician entry safety identification system and electrician safety helmet ) 是由 艾长云 艾建云 于 2020-06-29 设计创作，主要内容包括：本申请涉及一种电工进场安全识别系统及电工安全帽,涉及了电力施工领域,解决了无法实时对工作人员当前的工作状态和安全情况进行获知的缺陷,包括设置于施工现场工作站的管理系统服务器和配套用户终端,还包括与所述管理系统服务器连接的考勤信息管理子系统、施工人员位置定位子系统、生命感知子系统；本申请便于工作站对进场进行电力施工的施工人员的安全信息和生命体征数据进行获取和记录,实时获知工作人员的安全工作数据,便于与工作人与交互获取当前工作人施工人员作状态,保障施工过程中施工人员的人身安全。(The system comprises a management system server and a matched user terminal which are arranged on a construction site workstation, and further comprises an attendance information management subsystem, a constructor position positioning subsystem and a life perception subsystem which are connected with the management system server; the safety information and the vital sign data of the constructors who carry out electric power construction to the approach are acquired and recorded by the workstation, the safety working data of the workers are known in real time, the current constructors of the workers are conveniently acquired with the workers and interaction, and personal safety of the constructors in the construction process is guaranteed.)
1. An electrician entry safety identification system is characterized in that: the system comprises a management system server (1) arranged on a construction site workstation, a matched user terminal (2), an attendance information management subsystem (3), a constructor position positioning subsystem (4) and a life perception subsystem (5), wherein the attendance information management subsystem is connected with the management system server (1);
the attendance information management subsystem (3) comprises:
the camera module (6) is used for acquiring a two-dimensional code image on the safety helmet;
the two-dimension code identification module (7) is connected with the camera module (6) and is used for identifying and acquiring constructor information data carried by the two-dimension code and generating an attendance result;
the information storage module (8) is connected with the two-dimension code identification module (7) and is used for receiving and storing the constructor information data acquired by the two-dimension code identification module (7);
the constructor position locating subsystem (4) comprises:
the GPS receiving module (9) is used for receiving the positioning data of the current position of the constructor in real time;
the map matching module (10) is connected with the GPS receiving module (9) and is used for matching the positioning data received by the GPS receiving module (9) with map information preset in the subsystem to acquire the geographic information of the current position of the constructor;
the electronic map (11) is connected with the map matching module (10) and is used for displaying a map image stored by the system and displaying the position of a constructor on the map image;
the life perception subsystem (5):
the coordinator (12) is connected with the wireless transmission modules (20) in the different safety helmets and is used for receiving the vital sign data of the constructors, which are transmitted by the wireless transmission modules (20) of the different safety helmets;
a data storage module (13) connected with the coordinator (12) for receiving and storing vital sign data;
and the distress processing module (14) receives the distress signal transmitted by the distress signal module of the safety helmet.
2. An electrical approach safety identification system according to claim 1, characterized in that: the constructor information data comprises time of punching a card, information of accumulated times of punching the card, identity information and health information.
3. An electrical approach safety identification system according to claim 1, characterized in that: the map matching module (10) and the electronic map (11) are communicated in a CAN bus communication mode.
4. An electrical approach safety identification system according to claim 1, characterized in that: the vital sign data comprises body temperature information, respiration rate information and pulse information.
5. An electrical approach safety identification system according to claim 1, characterized in that: the matched user terminal (2) adopts a PC and a portable intelligent mobile terminal.
6. An electrician helmet according to claim 1, wherein the electrician helmet further comprises: including the cap body (15), the brim of a hat department activity of the cap body (15) is provided with the two-dimensional code that carries constructor information data, the inside of the cap body (15) is provided with vital sign detection terminal (16), the outside of the cap body (15) is provided with GPS orientation module (17), voice conversation module (18), SOS button (19) to be provided with vital sign detection terminal (16), SOS button (19) are connected wireless transmission module (20) that voice conversation module (18) are connected, and be provided with and be used for realizing power module (21) of the power supply of cap body (15) inner module.
7. An electrician's helmet as claimed in claim 6, wherein: holding tank has been seted up to brim of a hat department, the upset sets up the U type in the holding tank and loads casing (22), the U type loads casing (22) internal fixation and is equipped with electronic display screen (23) that are used for showing the two-dimensional code, the U type loads casing (22) and keeps away from one side of electronic display screen (23) be fixed with solar panel (24) that power module (21) are connected.
8. An electrician's helmet as claimed in claim 6, wherein: the vital sign detection terminal (16) comprises an electronic thermometer sensor, a photoelectric sensor, a photosensitive receiver and an acceleration sensor.
9. An electrician's helmet as claimed in claim 6, wherein: the wireless transmission module (20) adopts a ZigBee wireless terminal and a GPRS communication module.
10. An electrician's helmet as claimed in claim 6, wherein: the inner side wall of the cap body (15) is provided with protective cloth made of silver fibers.
Technical Field
The application relates to the field of electric power construction, in particular to an electrician entry safety identification system and an electrician safety helmet.
Background
The electric power engineering, namely the engineering related to the production, transmission and distribution of electric energy, in the electric power construction process, live working is usually involved, the involved range is wide, multi-level three-dimensional crossing operation may exist in the construction process, high dispersibility and unforeseen type are provided, external restriction factors are more, unsafe factors are more, the safety management difficulty of the electric power circuit foundation construction is larger, and a constructor needs to know the electric power section where constructors are located in real time so as to allocate the construction progress and ensure the safety construction in time.
The related Chinese patent with the application number of CN201320662480.9 discloses an intelligent safety monitoring system for power line foundation construction, which mainly comprises an intelligent safety helmet, a power line foundation construction safety monitoring module and a remote intelligent terminal, wherein the intelligent safety helmet comprises an integrated RFID card for storing safety information of construction workers and a safety helmet capable of being worn on the heads of the construction workers; the power line foundation construction safety monitoring module installed on a construction site consists of an RFID (radio frequency identification) antenna, a camera module with a memory, a 3G communication module and a battery module, and is wirelessly connected with the integrated RFID card through the RFID antenna so as to identify and read information; the power line foundation construction safety monitoring module is in wireless connection with the remote intelligent terminal through the 3G communication module, and information which is identified and read is sent to the remote intelligent terminal remotely.
Aiming at the related technologies, only the existing safety information of the current construction operator can be obtained, and the inventor thinks that the defect that the current working state and the safety condition of the operator cannot be known in real time exists due to relatively large potential safety hazard in the construction process, so that the safety construction of the operator still cannot be guaranteed.
Disclosure of Invention
In order to facilitate real-time positioning of workers in the operation process, safety work data of the workers are obtained in real time, and the current working state of the workers is conveniently obtained through interaction with the workers.
The application provides an electrician's safety identification system that enters a field adopts following technical scheme:
an electrician entering safety identification system and an electrician safety helmet comprise a management system server and a matched user terminal which are arranged on a construction site workstation, and further comprise an attendance information management subsystem, a constructor position positioning subsystem and a life perception subsystem which are connected with the management system server;
the attendance information management subsystem comprises:
the camera module is used for acquiring a two-dimensional code image on the safety helmet;
the two-dimension code identification module is connected with the camera module and is used for identifying and acquiring constructor information data carried by the two-dimension code;
the information storage module is connected with the two-dimension code identification module and is used for receiving and storing the constructor information data acquired by the two-dimension code identification module;
the constructor position positioning subsystem includes:
the GPS receiving module is used for receiving the positioning data of the current position of the constructor in real time;
the map matching module is connected with the GPS receiving module and used for matching the positioning data received by the GPS positioning module with map information preset in the subsystem to acquire the geographic information of the current position of the constructor;
the electronic map is connected with the map matching module and used for displaying the map image stored by the system and displaying the position of the constructor on the map image;
the life perception subsystem:
the coordinator is connected with the wireless transmission modules in the different safety helmets and is used for receiving the vital sign data of the constructors, which are transmitted by the wireless transmission modules of the different safety helmets;
the data storage module is connected with the coordinator and used for receiving and storing the vital sign data;
and the distress processing module is used for receiving the distress signal transmitted by the distress signal module of the safety helmet.
By adopting the technical scheme, before a constructor enters a field, the two-dimensional code on the safety helmet is scanned by using the camera module, the two-dimensional code identification module acquires constructor information data carried by the two-dimensional code, so that attendance checking results are generated by punching a card, and meanwhile, the constructor information data are sent to the information storage module, so that the health information of the constructor can be conveniently acquired;
in the working process of constructors after entering a field, positioning data in a working area where a safety helmet worn by the constructors is located are received through a GPS receiving module, the positioning data are matched with a preset electronic map through a map matching module, and position images of the working area where the constructors are located are displayed on the electronic map, so that the positions where the constructors are located in the working area in real time after wearing the safety helmet are conveniently mastered;
in the working process of the constructors, the vital sign data of the constructors transmitted by the wireless transmission module in the safety helmet are received through the coordinator, the data storage module is used for storing and updating the vital sign data in real time, and the help-seeking processing module is convenient for acquiring help-seeking signals of the constructors;
therefore, the workstation is convenient to acquire and record safety information and vital sign data of constructors who enter the field and carry out electric power construction on the whole, the safety work data of the workers are known in real time, the current working state of the constructors of the workers is convenient to acquire with the workers and interaction, and the personal safety of the constructors in the construction process is guaranteed.
Preferably, the constructor information data includes time to punch a card, cumulative number of times to punch a card information, identity information, health information.
By adopting the technical scheme, the card punching record is realized, and the statistics and query on the card punching condition, the identity information and the health information of the constructors at the later stage are facilitated.
Preferably, the map matching module and the electronic map are communicated in a CAN bus communication mode.
By adopting the technical scheme, the CAN bus communication mode has stable data transmission, strong anti-interference capability and stable display of the electronic map and the position information image of the constructor.
Preferably, the vital sign data includes body temperature information, respiration rate information, and pulse information.
Through adopting above-mentioned technical scheme, be convenient for carry out real-time detection to constructor's current body temperature, respiratory rate, pulse to be convenient for learn current constructor's vital sign state fast, reduce the constructor safety risk that the construction leads to.
Preferably, the matched user terminal adopts a PC and a portable intelligent mobile terminal.
Through adopting above-mentioned technical scheme, realized multi-terminal cooperative control, can effectively carry out long-range collaborative work, serial ports transmission is diversified, is convenient for select the remote terminal control mode according to the demand, and artifical supervision and data transmission are more convenient, guarantee freezer environmental monitoring's commonality, reduce the maintenance cost, shorten unplanned down time.
The application also provides an electrician safety helmet according to an electrician entry safety identification system, adopts following technical scheme:
the utility model provides an electrician's safety helmet, includes the cap body, the brim of a hat department activity of the cap body is provided with the two-dimensional code that carries constructor information data, the inside of the cap body is provided with vital sign detection terminal, the outside of the cap body is provided with GPS orientation module, voice conversation module and SOS button, and be provided with vital sign detection terminal SOS button connection the wireless transmission module that voice conversation module connects, and be provided with and be used for realizing the power module of the internal module power supply of cap.
By adopting the technical scheme, the two-dimension code is used for carrying constructor information data, the power module is used for supplying power to the circuit module in the cap body, the vital sign detection terminal is used for detecting the current vital sign state of the constructor, and obtains the vital sign data of the constructors in real time, the GPS positioning module generates the position positioning signals of the constructors, and the vital sign data and the positioning signal are sent to a workstation through a wireless network by a wireless transmission module, the help-seeking key is convenient for transmitting a one-key help-seeking signal, the voice conversation module is convenient for a constructor to converse with a worker of a workstation in a construction site, thereby realizing the real-time detection of the vital signs of the constructor, meanwhile, the one-key help seeking and voice interaction functions are realized, the workstation staff can conveniently acquire the real-time state of the constructors, and the safety of the constructors is guaranteed.
Preferably, the holding tank has been seted up in brim of a hat department, the upset sets up the U type in the holding tank and loads the casing, the U type loads the casing internal fixation and is equipped with the electronic display screen that is used for showing the two-dimensional code, the U type loads the casing and keeps away from one side of electronic display screen be fixed with the solar panel that power module connects.
Through adopting above-mentioned technical scheme, utilize electronic display screen display to show the two-dimensional code, it is more convenient, load the casing upset with the U type when needing to scan and make electronic display screen scan outwards, after the scanning finishes, the casing is loaded to the upset U type, is that solar panel outwards, realizes the solar energy power supply, and is more energy-conserving.
Preferably, the detection terminal comprises an electronic thermometer sensor, a photoelectric sensor, a photosensitive receiver and an acceleration sensor.
By adopting the technical scheme, the electronic body temperature sensor acquires the temperature of a human body, the photoelectric sensor and the photosensitive receiver are used for conveniently acquiring the pulse and blood pressure of the human body, and the acceleration sensor is used for conveniently detecting the motion balance state of a constructor.
Preferably, the wireless transmission module adopts a ZigBee wireless terminal and a GPRS communication module.
By adopting the technical scheme, the ZigBee wireless terminal and the GPRS communication module realize wireless signal transmission in a construction work area, the transmission is stable, and the signal interference is small.
Preferably, the inner side wall of the cap body is provided with protective cloth made of silver fibers.
Through adopting above-mentioned technical scheme, the protection cloth that silver fibre made can reduce the radiation of circuit module and wireless signal transmission in the safety helmet to the people, makes the use of safety helmet safer.
In summary, the present application includes at least one of the following beneficial technical effects:
1. the card punching is realized by scanning the two-dimensional code, the card punching mode is simple and convenient, meanwhile, the two-dimensional code is scanned to obtain constructor information data, the constructor information data are stored by using the information storage module, and the constructor information data of the constructors can be conveniently inquired at the later stage;
2, the GPS positioning module generates a positioning signal of the position where the constructor is located, and sends the vital sign data and the positioning signal to the workstation through the wireless network through the wireless transmission module, so that the current position where the constructor is located can be conveniently obtained in real time;
3. the method comprises the steps that the current vital sign state of a constructor is detected in real time by using a life detection terminal of a safety helmet, the obtained vital sign state information is sent to a coordinator of a workstation through a wireless transmission module, the coordinator sends the vital sign information to a data storage module, and the vital sign information of the constructor is stored through the data storage module and a management information server, so that the current vital state of the constructor can be conveniently known in real time;
4. the help seeking key is convenient for transmit a one-key help seeking signal, the voice conversation module is convenient for constructors to converse with workers of the workstation on a construction site, the workers of the workstation and the constructors are convenient for to interactively acquire the working state of the current constructors, and the safety construction of the constructors is better guaranteed.
Drawings
FIG. 1 is a schematic diagram of the overall system architecture of the present application;
FIG. 2 is a schematic diagram of the overall system architecture of the workstation of the present application;
FIG. 3 is a first schematic structural view of the safety helmet of the present application;
FIG. 4 is a schematic structural diagram II of the safety helmet of the present application;
fig. 5 is a schematic view of the overall system structure of the interior of the helmet in the present application.
Reference numerals: 1. a management system server; 2. a matched user terminal; 3. an attendance information management subsystem; 4. a constructor position positioning subsystem; 5. a life-sensing subsystem; 6. a camera module; 7. a two-dimensional code identification module; 8. an information storage module; 9. a GPS receiving module; 10. a map matching module; 11. an electronic map; 12. a coordinator; 13. a data storage module; 14. a distress processing module; 15. a cap body; 16. a vital sign detection terminal; 17. a GPS positioning module; 18. a voice dialog module; 19. a help-seeking key; 20. a wireless transmission module; 21. a power supply module; 22. a U-shaped loading housing; 23. an electronic display screen; 24. a solar panel.
Detailed Description
The present application is described in further detail below with reference to figures 1-5.
The embodiment of the application discloses an electrician entry safety identification system and an electrician safety helmet. Referring to fig. 1, the system comprises a management system server 1 and a matched user terminal 2 which are arranged on a construction site workstation, wherein the management system server 1 adopts an FTP server or a Web server, the matched user terminal 2 adopts a PC or a portable intelligent mobile terminal, and the matched user terminal 2 is connected with the management system server 1 through a broadband, 4G or 5G or wifi. Utilize PC and portable intelligent Mobile terminal to realize multi-terminal cooperative control, can effectively carry out long-range cooperative work, serial ports transmission is diversified, is convenient for select remote terminal control mode according to the demand, and artifical supervision and data transmission are more convenient, guarantee freezer environmental monitoring's commonality, reduce the maintenance cost, shorten unplanned down time.
Referring to fig. 1 and 2, the system further includes an attendance information management subsystem 3, a constructor position positioning subsystem 4, and a life perception subsystem 5 connected to the management system server 1;
the attendance information management subsystem 3 includes:
the camera module 6 is used for acquiring a two-dimensional code image on the safety helmet;
the two-dimension code identification module 7 is connected with the camera module 6 and is used for identifying and acquiring constructor information data carried by the two-dimension code;
the information storage module 8 is connected with the two-dimensional code recognition module 7 and is used for receiving and storing constructor information data acquired by the two-dimensional code recognition module 7, wherein the constructor information data comprises the time of punching a card, the accumulated number of times of punching the card, identity information and health information, and can be stored and inquired through the management system server 1;
the constructor position positioning sub-system 4 includes:
the GPS receiving module 9 is used for receiving the positioning data of the current position of the constructor in real time;
the map matching module 10 is connected with the GPS positioning module 17 and is used for matching the positioning data received by the GPS positioning module 17 with map information preset in the subsystem to acquire the geographic information of the current position of the constructor;
the electronic map 11 is connected with the map matching module 10, realizes communication in a CAN bus communication mode, and is used for displaying a map image stored by the system and displaying the position of a constructor on the map image;
life perception subsystem 5:
the coordinator 12 is connected with the wireless transmission modules 20 in the plurality of different safety helmets, and is used for receiving the vital sign data of the constructors, which are transmitted by the wireless transmission modules 20 of the plurality of different safety helmets, wherein the vital sign data comprises body temperature information, respiration rate information and pulse information;
the data storage module 13 is connected with the coordinator 12 and used for receiving and storing the vital sign data;
and the distress processing module 14 is used for receiving the distress signal transmitted by the distress signal module of the safety helmet.
An electrician safety helmet, refer to fig. 3 and 4, includes the
The activity of the brim of a hat department of the
Referring to fig. 5, the inside of the
The outside of the
Referring to fig. 3, the inner sidewall of the
The implementation principle of an electrician approach safety identification system and an electrician safety helmet in the embodiment of the application is as follows:
before entering the field, the constructor aligns the
after entering the field, in the working process of constructors, the GPS positioning module 17 sends positioning information of the constructors, the GPS receiving module 9 receives positioning data in a working area where safety helmets worn by the constructors are located, the map matching module 10 matches the positioning data with a preset electronic map 11, position images of the working area where the constructors are located are displayed on the electronic map 11, and the real-time positions of the constructors in the working area are obtained;
in the working process of the constructors, the coordinator 12 receives the vital sign data of the constructors transmitted by the wireless transmission module 20 in the safety helmet, the vital sign data are stored and updated in real time by the data storage module 13, and the help-seeking processing module 14 is convenient for acquiring help-seeking signals of the constructors;
therefore, the workstation is convenient to acquire and record safety information and vital sign data of constructors who enter the field and carry out electric power construction on the whole, the safety work data of the workers are known in real time, the current working state of the constructors of the workers is convenient to acquire with the workers and interaction, and the personal safety of the constructors in the construction process is guaranteed.
The above embodiments are preferred embodiments of the present application, and the protection scope of the present application is not limited by the above embodiments, so: all equivalent changes made according to the structure, shape and principle of the present application shall be covered by the protection scope of the present application.
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