CN112763098A - Forest zone fire prevention temperature monitoring equipment installation position confirmation system, server and positioning equipment - Google Patents
Forest zone fire prevention temperature monitoring equipment installation position confirmation system, server and positioning equipment Download PDFInfo
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- G01—MEASURING; TESTING
- G01K—MEASURING TEMPERATURE; MEASURING QUANTITY OF HEAT; THERMALLY-SENSITIVE ELEMENTS NOT OTHERWISE PROVIDED FOR
- G01K13/00—Thermometers specially adapted for specific purposes
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- G01S19/00—Satellite radio beacon positioning systems; Determining position, velocity or attitude using signals transmitted by such systems
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- G01S19/39—Determining a navigation solution using signals transmitted by a satellite radio beacon positioning system the satellite radio beacon positioning system transmitting time-stamped messages, e.g. GPS [Global Positioning System], GLONASS [Global Orbiting Navigation Satellite System] or GALILEO
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Abstract
本发明公开了一种林区防火温度监测设备安装位置确认系统、服务器和定位设备。该系统包括服务器、待安装的温度监测设备和由安装人员随身携带的定位设备，具体地：定位设备上传定位信息至服务器；服务器执行步骤Q：QA.接收所述定位信息，QB.将所述定位信息作为温度监测设备的安装位置信息进行保存；所述定位设备生成第一待验证信息并将其上传至服务器；温度监测设备执行步骤X：得到与第一待验证信息对应的第二待验证信息并将其上传至服务器；服务器执行步骤R：须验证符合条件，否则对步骤Q作异常处理，所述条件包括：第一待验证信息和第二待验证信息是对应的。该系统能确认温度监测设备的安装位置，防止安装人员造假。
The invention discloses a system for confirming the installation position of fire protection temperature monitoring equipment in a forest area, a server and a positioning device. The system includes a server, a temperature monitoring device to be installed, and a positioning device carried by the installer, specifically: the positioning device uploads the positioning information to the server; the server performs steps Q: QA. receives the positioning information, QB. The positioning information is stored as the installation location information of the temperature monitoring device; the positioning device generates the first information to be verified and uploads it to the server; the temperature monitoring device performs step X: obtains the second information to be verified corresponding to the first information to be verified The information is uploaded to the server; the server executes step R: it must verify that the conditions are met, otherwise, step Q is processed abnormally, and the conditions include: the first information to be verified and the second information to be verified are corresponding. The system can confirm the installation location of temperature monitoring equipment and prevent the installation personnel from cheating.
Description
Technical Field
The invention relates to the technical field of forest fire prevention temperature monitoring equipment installation, in particular to a forest fire prevention temperature monitoring equipment installation position confirmation system, a server and positioning equipment.
Background
Most of the current forest fire prevention systems are formed by networking thermal imaging/high-definition camera temperature monitoring equipment. When the temperature monitoring equipment is networked, whether the installation position is a preset position or not needs to be confirmed in order to ensure that the whole forest area is covered. If there is a large deviation, a leak will occur, which may result in the fire being unable to be discovered in time. However, due to the limitations of cost and power consumption, a positioning module cannot be added to the temperature monitoring device, so that whether the temperature monitoring device is installed at a specified position cannot be accurately checked. The current way of determining the installation location of a temperature monitoring device is: the method comprises the steps that an installer carries positioning equipment and temperature monitoring equipment to be installed on the body, after the installer reaches a position near a preset point, the current positioning information is reported through the positioning equipment by punching a card, then installation work is started, the installer can install the temperature monitoring equipment near a card punching place, and the position information of the card punching place is used as the position information of the temperature monitoring equipment. However, this approach relies on the intuition of the installer that it is not possible to determine whether the temperature monitoring device is actually installed at the point of the card punch, e.g., an installer does not reach the designated location where the temperature monitoring device is installed, but instead finds someone located near the designated location to assist in the card punch and thereby falsify the location, and does not actually install the temperature monitoring device at the designated location.
Disclosure of Invention
The technical problem to be solved by the invention is to provide a server, a positioning device and a forest fire prevention temperature monitoring device installation position confirmation system consisting of the server, the temperature monitoring device and the positioning device, wherein the system can confirm the installation position of the temperature monitoring device and prevent installation personnel from counterfeiting.
In order to solve the technical problem, the installation position confirmation system for the forest fire protection temperature monitoring equipment comprises a server, temperature monitoring equipment to be installed and positioning equipment carried by an installer, and specifically comprises the following steps:
the positioning equipment uploads positioning information to a server;
the server executes step Q: QA., receiving the positioning information, QB. saving the positioning information as the installation position information of the temperature monitoring equipment;
the positioning equipment generates first information to be verified and uploads the first information to be verified to a server;
the temperature monitoring device executes step X: obtaining second information to be verified corresponding to the first information to be verified and uploading the second information to be verified to a server;
the server executes step R: and (3) verifying that the conditions are met, otherwise, performing exception processing on the step Q, wherein the conditions comprise: the first information to be verified and the second information to be verified correspond.
Furthermore, the positioning device is provided with a heating module, the heating module is heated until the temperature reaches the alarm temperature of the temperature monitoring device, and the positioning device uploads the current temperature value of the heating module as the first information to be verified to the server; and if the temperature monitoring equipment detects that the current temperature of the heating module of the positioning equipment reaches the alarm temperature, generating temperature alarm information containing the current temperature value and uploading the temperature alarm information serving as the second information to be verified to the server.
Further, in step R, the exception handler does not perform step QB for step Q.
Further, the time interval between the uploading of the positioning information and the uploading of the first to-be-verified information by the positioning device does not exceed a preset degree, and in step R executed by the server, the condition further includes: the time interval for uploading the positioning information and the first information to be verified is not more than the preset degree, and/or the time interval for uploading the first information to be verified and the second information to be verified is not more than the preset degree.
A server for forest fire protection comprising a processor and a memory having stored thereon a computer program which, when executed by the processor, implements the steps Q: determining the installation position information of the temperature monitoring equipment, wherein the step Q specifically comprises the following steps QA and QB:
step QA., receiving positioning information uploaded by positioning equipment carried by an installer;
step QB., storing the positioning information as the installation position information of the temperature monitoring equipment;
the computer program when executed by the processor further implements: step P: receiving first information to be verified uploaded by a positioning device and second information to be verified uploaded by a temperature monitoring device;
step R: and (3) verifying that the conditions are met, otherwise, performing exception processing on the step Q, wherein the conditions comprise: the first information to be verified and the second information to be verified correspond.
Further, the first information to be verified and the second information to be verified are both temperature data.
Further, in step R, the exception handler does not perform step QB for step Q.
Further, in the step R, the condition further includes that a time interval between uploading of the positioning information and the first to-be-verified information does not exceed a preset degree, and/or a time interval between uploading of the first to-be-verified information and uploading of the second to-be-verified information does not exceed the preset degree.
A positioning device for forest fire prevention temperature monitoring device installers to carry with the positioning device comprises a processor and a memory storing a computer program, wherein the computer program realizes the following steps when being executed by the processor: uploading positioning information to a server, comprising a heating module, the computer program when executed by a processor further implementing the steps of:
and heating the heating module until the heating module reaches the alarm temperature of the temperature monitoring equipment, and uploading the current temperature value of the heating module as first information to be verified to a server.
Further, the time interval between uploading the positioning information and uploading the first to-be-verified information does not exceed a preset degree.
The forest fire prevention temperature monitoring equipment installation position confirmation system utilizes information to be verified uploaded by the positioning equipment and the temperature monitoring equipment to verify, if verification is successful, the positioning equipment and the temperature monitoring equipment are located at the same position, and the temperature monitoring equipment is confirmed to be installed at the specified position. If the installer falsely reports the positioning information, the verification of the information to be verified uploaded by the installer and the positioning information to be verified fails, and thus the installer falsely reports the positioning information can be identified.
Drawings
FIG. 1 is a block diagram of a system for confirming the installation location of forest fire protection temperature monitoring equipment according to a first embodiment;
fig. 2 is a block diagram of a system for confirming the installation location of forest fire protection temperature monitoring equipment according to a second embodiment.
Detailed Description
The present invention will be further described with reference to the accompanying drawings and the detailed description, and it should be noted that any combination of the embodiments or technical features described below can be used to form a new embodiment without conflict.
The first embodiment is as follows:
forest zone fire prevention temperature monitoring equipment mounted position confirmation system is shown in figure 1, including big dipper positioner, a plurality of temperature monitoring equipment and the server of treating the installation, big dipper positioner and temperature monitoring equipment all are connected with server wireless communication. The Beidou positioning equipment comprises a processor and a memory, wherein the memory is used for storing a computer program, and the computer program realizes the function of the Beidou positioning equipment when being executed by the processor. The temperature monitoring device comprises a processor and a memory storing a computer program which, when executed by the processor, performs the functions of the temperature monitoring device. The server comprises a processor and a memory storing a computer program which, when executed by the processor, implements the functionality of the server. The installer carries big dipper positioning device and a plurality of temperature monitoring equipment of treating the installation to go to the forest zone, need install a plurality of temperature monitoring equipment respectively in a plurality of preset mounted position departments in the forest zone. After the installer reaches the preset installation position of the temperature monitoring equipment, the Beidou positioning equipment is used for punching and uploading punching information containing positioning to the server. The server judges whether the card punching place is located at the preset installation position or not according to the card punching information, and if yes, installation permission information is returned to the Beidou positioning equipment. And after receiving the installation permission information, the installer starts to install the temperature monitoring equipment. The Beidou positioning equipment is provided with a heating module, after the temperature monitoring equipment is installed, an installer enables the heating module of the Beidou positioning equipment to be attached to the temperature monitoring equipment tightly, and then the heating module is started to heat to the alarm temperature of the temperature monitoring equipment. And after the temperature monitoring equipment monitors that the temperature reaches the alarm temperature, generating temperature early warning information containing the current temperature value and uploading the temperature early warning information serving as second information to be verified to the server. The Beidou positioning equipment uploads the current temperature value (namely the first information to be verified) of the heating module and the current positioning information to the server together. After the server receives the current temperature value of the heating module uploaded by the Beidou positioning equipment and the temperature value in the temperature early warning information uploaded by the temperature monitoring equipment, whether the time interval between the current temperature value of the heating module uploaded by the Beidou positioning equipment and the time interval between the current temperature value of the temperature early warning information uploaded by the temperature monitoring equipment is not more than 2 minutes is verified, if so, the two temperature values are compared, under the normal condition, the two temperature values are the same and have an allowable error range, and if the temperature difference between the two temperature values is not more than the error range, the Beidou positioning equipment and the temperature monitoring equipment are located at the same position, so that the positioning information of the Beidou positioning equipment is used as the installation position information of the temperature monitoring equipment, the temperature monitoring equipment is associated with the installation position information of the temperature monitoring equipment and then stored in a temperature monitoring equipment installation information base, and sends the installation success information to the mobile phone of the installer. If the temperature difference between the two temperature values exceeds the error range, the Beidou positioning device and the temperature monitoring device are probably not located at the same position and probably the installer pretends positioning information, and therefore the server does not take the positioning information of the Beidou positioning device as the installation position information of the temperature monitoring device, sends installation failure information to the mobile phone of the installer and asks the installer to operate again.
If the temperature difference between the two temperature values exceeds the error range, the positioning information of the Beidou positioning device can be stored into a temperature monitoring device installation information base as the installation position information of the temperature monitoring device, but the installation position information of the temperature monitoring device is marked as doubt, so that a worker can perform manual verification subsequently and confirm whether the temperature monitoring device is really installed at the preset installation position.
In this embodiment, the Beidou positioning device uploads the current temperature value and the positioning information of the heating module together, and the uploading time interval of the current temperature value and the positioning information is 0, so that the server does not need to verify the uploading time interval of the current temperature value and the positioning information. Non-preferably, the Beidou positioning equipment can be changed to successively upload the current temperature value and the positioning information of the heating module, if the time interval for uploading the current temperature value and the positioning information of the heating module exceeds 2 minutes, an installer can falsely report the position information, and thus the server needs to verify whether the time interval for uploading the current temperature value and the positioning information of the heating module does not exceed 2 minutes. If the time interval of the uploading of the current temperature value of the heating module and the time interval of the uploading of the temperature value in the temperature early warning information do not exceed 2 minutes, comparing the current temperature value of the heating module with the temperature value in the temperature early warning information.
Unpreferably, the Beidou positioning equipment uploads the current temperature value of the heating module firstly and then uploads the positioning information. After receiving the current temperature value of the heating module uploaded by the Beidou positioning equipment and the temperature value in the temperature early warning information uploaded by the temperature monitoring equipment, the server verifies whether the temperature difference between the two temperature values exceeds an error range or not, and if the temperature difference exceeds the error range, the server does not receive the positioning information uploaded by the Beidou positioning equipment.
Example two:
as shown in FIG. 2, a forest fire prevention temperature monitoring equipment mounting position confirmation system, including big dipper positioning device, a plurality of temperature monitoring equipment and the server of treating the installation, big dipper positioning device and temperature monitoring equipment all are connected with server wireless communication. The Beidou positioning equipment comprises a processor and a memory, wherein the memory is used for storing a computer program, and the computer program realizes the function of the Beidou positioning equipment when being executed by the processor. The temperature monitoring device comprises a processor and a memory storing a computer program which, when executed by the processor, performs the functions of the temperature monitoring device. The server comprises a processor and a memory storing a computer program which, when executed by the processor, implements the functionality of the server. The installer carries big dipper positioning device and a plurality of temperature monitoring equipment and starts, and after arriving the preset mounted position of temperature monitoring equipment, utilizes big dipper positioning device to punch the card and upload the information of punching the card that includes the location to the server. The server judges whether the card punching place is located at the preset installation position or not according to the card punching information, and if yes, installation permission information is returned to the Beidou positioning equipment. And after receiving the installation permission information, the installer starts to install the temperature monitoring equipment. Big dipper positioning device and temperature monitoring equipment all are equipped with bluetooth communication module (be near field communication device), and both can communicate through the bluetooth agreement, and temperature monitoring equipment is equipped with awakens the button up, treats that the temperature monitoring equipment has been installed after, and the installer presses and awakens the button up, awakens up temperature monitoring equipment and bluetooth communication module down to make temperature monitoring equipment and big dipper positioning device carry out the bluetooth and be connected. After the Bluetooth connection is successful, the Beidou positioning equipment sends the Beidou card number of the Beidou positioning equipment to the temperature monitoring equipment. And after receiving the Beidou card number, the temperature monitoring equipment uploads the Beidou card number to a server as second information to be verified. The Beidou positioning equipment uploads the Beidou card number of the Beidou positioning equipment as first information to be verified and current positioning information to a server. The server receives the Beidou card numbers uploaded by the temperature monitoring equipment and the Beidou card numbers uploaded by the Beidou positioning equipment, whether the time interval of uploading the Beidou card numbers by the Beidou positioning equipment and the Beidou card numbers by the Beidou monitoring equipment is less than 2 minutes or not is verified, if so, the Beidou card numbers uploaded by the Beidou positioning equipment and the Beidou positioning equipment are compared, if the two Beidou card numbers are consistent, the Beidou positioning equipment and the temperature monitoring equipment are located at the same position, therefore, the positioning information of the Beidou positioning equipment is used as the installation position information of the temperature monitoring equipment, the temperature monitoring equipment is stored in a temperature monitoring equipment installation information base after being associated with the installation position information, and the successful installation information is sent to the mobile phone of an installer. If the two Beidou card numbers are inconsistent, the Beidou positioning equipment and the temperature monitoring equipment are not located at the same position, namely, the installer pretends positioning information, so that the server does not take the positioning information of the Beidou positioning equipment as the installation position information of the temperature monitoring equipment, installation failure information is sent to a mobile phone of the installer, and the installer is asked to operate again.
Non-preferably, bluetooth communication module is cancelled to big dipper positioning device and temperature monitoring equipment, and big dipper positioning device changes to be external to have the communication line of taking the plug, and temperature monitoring equipment changes to be equipped with the mirco interface to the communication line of taking the plug is as big dipper positioning device's near field communication module, takes the mirco interface as temperature monitoring equipment's near field communication device. After the temperature monitoring equipment is installed, an installer inserts a plug of a communication line of the Beidou positioning equipment into a mirco interface of the temperature monitoring equipment. After the connection is successful, the Beidou positioning equipment wakes up the temperature monitoring equipment and sends the Beidou card number of the Beidou positioning equipment to the temperature monitoring equipment through the communication line.
The above embodiments are only preferred embodiments of the present invention, and the protection scope of the present invention is not limited thereby, and any insubstantial changes and substitutions made by those skilled in the art based on the present invention are within the protection scope of the present invention.
Claims (10)
1. The utility model provides a forest fire prevention temperature monitoring equipment mounted position affirmation system, includes the server, treats the temperature monitoring equipment of installation and by the positioning device that installer hand-carried, specifically:
the positioning equipment uploads positioning information to a server;
the server executes step Q: QA., receiving the positioning information, QB. saving the positioning information as the installation position information of the temperature monitoring equipment;
the method is characterized in that:
the positioning equipment generates first information to be verified and uploads the first information to be verified to a server;
the temperature monitoring device executes step X: obtaining second information to be verified corresponding to the first information to be verified and uploading the second information to be verified to a server;
the server executes step R: and (3) verifying that the conditions are met, otherwise, performing exception processing on the step Q, wherein the conditions comprise: the first information to be verified and the second information to be verified correspond.
2. A forest fire protection temperature monitoring apparatus installation location confirmation system as claimed in claim 1, wherein: the positioning equipment is provided with a heating module, the heating module is heated until the temperature reaches the alarm temperature of the temperature monitoring equipment, and the positioning equipment uploads the current temperature value of the heating module as the first information to be verified to the server; and if the temperature monitoring equipment detects that the current temperature of the heating module of the positioning equipment reaches the alarm temperature, generating temperature alarm information containing the current temperature value and uploading the temperature alarm information serving as the second information to be verified to the server.
3. A forest fire protection temperature monitoring apparatus installation location confirmation system as claimed in claim 1, wherein: in step R, the exception handler does not perform step QB for step Q.
4. A forest fire protection temperature monitoring apparatus installation location confirmation system as claimed in claim 1, wherein: the time interval between the uploading of the positioning information and the uploading of the first information to be verified by the positioning device does not exceed a preset degree, and in the step R executed by the server, the conditions further include: the time interval for uploading the positioning information and the first information to be verified is not more than the preset degree, and/or the time interval for uploading the first information to be verified and the second information to be verified is not more than the preset degree.
5. A server for forest fire protection comprising a processor and a memory having stored thereon a computer program which, when executed by the processor, implements the steps Q: determining the installation position information of the temperature monitoring equipment, wherein the step Q specifically comprises the following steps QA and QB:
step QA., receiving positioning information uploaded by positioning equipment carried by an installer;
step QB., storing the positioning information as the installation position information of the temperature monitoring equipment;
wherein the computer program when executed by the processor further implements: step P: receiving first information to be verified uploaded by a positioning device and second information to be verified uploaded by a temperature monitoring device;
step R: and (3) verifying that the conditions are met, otherwise, performing exception processing on the step Q, wherein the conditions comprise: the first information to be verified and the second information to be verified correspond.
6. The server for forest fire protection according to claim 5, wherein: the first information to be verified and the second information to be verified are both temperature data.
7. The server for forest fire protection according to claim 5, wherein: in step R, the exception handler does not perform step QB for step Q.
8. The server for forest fire protection according to claim 5, wherein: in the step R, the condition further includes that a time interval between uploading of the positioning information and the first to-be-verified information does not exceed a preset degree, and/or a time interval between uploading of the first to-be-verified information and uploading of the second to-be-verified information does not exceed the preset degree.
9. A positioning device for forest fire prevention temperature monitoring device installers to carry with the positioning device comprises a processor and a memory storing a computer program, wherein the computer program realizes the following steps when being executed by the processor: uploading the positioning information to a server, which is characterized in that: comprising a heating module, which computer program, when being executed by a processor, further realizes the steps of:
and heating the heating module until the heating module reaches the alarm temperature of the temperature monitoring equipment, and uploading the current temperature value of the heating module as first information to be verified to a server.
10. The positioning device as claimed in claim 9, which is carried by installers of forest fire protection temperature monitoring devices, wherein: the time interval between uploading the positioning information and uploading the first information to be verified does not exceed the preset degree.
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