Platform safety monitoring and early warning system, method and device based on biological and object detection

Abstract

According to the platform safety monitoring and early warning system, method and device based on organism and object detection, through a camera shooting monitoring intelligent detection subsystem, platform organism infrared signals are sensed, monitoring images of organism states in a platform are shot, and platform organism invasion monitoring image information is obtained; laser scanning detects the platform object state, and a platform object state monitoring video is obtained; the operation processing control subsystem triggers and starts a biological and object recognition algorithm, performs biological state and object state recognition according to the monitoring video of the biological state in the platform and the monitoring video of the object state in the platform, obtains biological state and object state recognition information and triggers a sound-light alarm starting switching value; the protection rope acousto-optic alarm monitoring subsystem triggers an alarm lamp and an alarm sound prompt according to an acousto-optic alarm starting switching value and biological state and object state identification information; the warning information is transmitted through remote communication; the system equipment state is monitored in real time, and abnormal information of the system equipment state is transmitted through remote communication.

Description

Technical Field

[0001] The present invention relates to the technical field of platform safety detection, communication and intelligent control, and more specifically, to a platform safety monitoring and early warning system, method and device based on biological and object detection. Background Art

[0002] At present, platform safety and intelligent monitoring and early warning are receiving more and more attention; specific issues include: how to accurately obtain the biological status and platform object status in the platform; how to perform calculation, processing, control and identification to identify the biological status and object status; how to accurately warn and prompt warning information and monitor the abnormal status of early warning system equipment; how to improve the detection and sensing of biological infrared signals on the platform and detect the status of objects on the platform; how to intelligently identify the biological status and object status; how to activate and trigger the sound and light alarm to prompt abnormal biological status and object status identification; how to monitor the abnormal status of system equipment in real time and continuously optimize, upgrade and update the system. These issues have yet to be resolved; therefore, it is necessary to propose a platform safety monitoring and early warning system, method and device based on biological and object detection to at least partially solve the problems existing in the existing technology. Summary of the Invention

[0003] A series of simplified concepts are introduced in the summary of the invention, which will be further explained in detail in the specific implementation method. The summary of the invention does not mean to attempt to limit the key features and necessary technical features of the technical solution for protection, nor does it mean to attempt to determine the scope of protection of the technical solution for protection.

[0004] To at least partially address the above-mentioned issues, the present invention provides a platform safety monitoring and early warning system based on biological and object detection, comprising:

[0005] The camera monitoring intelligent detection subsystem senses the infrared signals of biological organisms on the platform, captures biological status monitoring images on the platform, and obtains biological intrusion monitoring image information on the platform; laser scanning detects the status of objects on the platform and obtains platform object status monitoring videos;

[0006] The calculation and processing control subsystem triggers and starts the biological and object recognition algorithm, identifies the biological and object status based on the biological status monitoring video and the platform object status monitoring video, obtains the biological and object status recognition information, and triggers the sound and light alarm to start the switch quantity;

[0007] The protective rope sound and light alarm monitoring subsystem triggers the warning light and alarm sound prompt according to the sound and light alarm activation switch quantity and biological status and object status identification information; remote communication transmits the warning information; real-time monitoring of system equipment status, remote communication transmission of system equipment status abnormal information.

[0008] Preferably, the video monitoring intelligent detection subsystem includes:

[0009] The biological detection camera monitoring module senses the infrared signals of biological organisms on the platform through the biological sensing camera monitoring group, captures the biological status monitoring images in the platform, and obtains the biological intrusion monitoring image information of the platform;

[0010] The object monitoring camera module uses the object laser detection monitoring camera group to detect the status of objects on the platform through laser scanning. When the scanning detects the presence of foreign objects on the platform, the object status camera monitoring unit is activated to obtain the platform object status monitoring video and transmit it to the optical fiber camera transmission group;

[0011] The optical fiber camera transmission group transmits the biological status monitoring video and the platform object status monitoring video to the operation and processing control subsystem through optical fiber.

[0012] Preferably, the computing processing control subsystem includes:

[0013] The processor startup module triggers the startup algorithm processor module according to the platform protection rope lifting switch signal;

[0014] The algorithm processor module starts the biological and object recognition algorithm, and identifies the biological status and object status based on the biological status monitoring video and the platform object status monitoring video; when biological intrusion or foreign objects are identified, the algorithm box triggers the sound and light alarm switch quantity to the protective rope sound and light alarm monitoring subsystem; and saves the alarm information.

[0015] Preferably, the protective rope sound and light alarm monitoring subsystem includes:

[0016] The sound and light alarm prompt module triggers the protection rope warning module to light up the warning light and trigger the alarm sound prompt of the biological state and object state identification information according to the sound and light alarm starting switch value and the biological state and object state identification information;

[0017] The status monitoring wireless communication module receives the alarm start switch quantity and transmits the alarm information through remote communication; it monitors the system equipment status in real time, triggers the system equipment status abnormality signal in parallel, and transmits the system equipment status abnormality information through remote communication.

[0018] Preferably, the status monitoring wireless communication module includes: a local area wireless communication module, a remote mobile wireless communication module and a device status monitoring module; the local area wireless communication module includes: a local area router communication module and a Bluetooth wireless communication module; the remote mobile wireless communication includes: a 4G signal wireless communication module or a 5G signal wireless communication module; the device status monitoring module is used for device status monitoring and system upgrade optimization, receives system device status abnormality information transmitted by the local area wireless communication module and the remote mobile wireless communication module, intelligently learns the system device status abnormality information, analyzes and determines the cause of the system device status abnormality, and processes the system device status abnormality to find out the upgrade optimization method to restore the system device status to normal, and perform system upgrade optimization.

[0019] The platform safety monitoring and early warning method based on biological and object detection of the present invention includes:

[0020] S01, through the camera monitoring intelligent detection subsystem, senses the infrared signal of the platform organisms, captures the biological status monitoring image inside the platform, and obtains the platform biological intrusion monitoring image information; laser scanning detects the status of platform objects and obtains the platform object status monitoring video;

[0021] S02, triggering and starting the biological and object recognition algorithm through the calculation and processing control subsystem, performing biological and object status recognition based on the biological status monitoring video and the platform object status monitoring video, obtaining biological and object status recognition information and triggering the sound and light alarm to start the switch value;

[0022] S03, through the protective rope sound and light alarm monitoring subsystem, according to the sound and light alarm starting switch quantity and biological status and object status identification information, trigger the warning light and alarm sound prompt; remote communication transmission warning information; real-time monitoring system equipment status, remote communication transmission system equipment status abnormal information.

[0023] Preferably, S01 includes:

[0024] S011, using the biosensing camera monitoring group, senses the infrared signals of the platform's bio-infrared signals, captures the bio-status monitoring images within the platform, and obtains the platform's bio-intrusion monitoring image information;

[0025] S012, through the object laser detection monitoring camera group, laser scanning detects the status of objects on the platform. When the scanning detects the presence of foreign objects on the platform, the object status camera monitoring unit is activated to obtain the platform object status monitoring video and transmit it to the optical fiber camera transmission group;

[0026] S013, transmitting the biological status monitoring video and the platform object status monitoring video to the calculation processing control subsystem via optical fiber.

[0027] Preferably, S02 includes:

[0028] S021, through the processor startup module, according to the platform protection rope lifting switch signal, trigger the startup algorithm processor module;

[0029] S022, through the algorithm processor module, start the biological and object recognition algorithm, and identify the biological status and object status based on the biological status monitoring video and the platform object status monitoring video; when biological intrusion or foreign objects are identified, the algorithm box triggers the sound and light alarm switch quantity to the protective rope sound and light alarm monitoring subsystem; and saves the alarm information.

[0030] Preferably, S03 includes:

[0031] S031, through the sound and light alarm prompt module, according to the sound and light alarm starting switch value and the biological state and object state identification information, trigger the protection rope warning module to light the warning light and trigger the biological state and object state identification information alarm sound prompt;

[0032] S032, through the status monitoring wireless communication module, receive the alarm start switch value, and transmit the alarm information through remote communication; monitor the system equipment status in real time, trigger the system equipment status abnormality signal in parallel, and transmit the system equipment status abnormality information through remote communication.

[0033] The platform safety monitoring and early warning device based on biological and object detection of the present invention comprises: a device of the platform safety monitoring and early warning system based on biological and object detection.

[0034] Compared with the prior art, the present invention has at least the following beneficial effects:

[0035] The present invention provides a platform safety monitoring and early warning system, method and device based on biological and object detection, a video monitoring intelligent detection subsystem, which senses the biological infrared signal of the platform, shoots the biological status monitoring image in the platform, and obtains the biological intrusion monitoring image information of the platform; the laser scanning detects the object status of the platform and obtains the platform object status monitoring video; the operation processing control subsystem triggers and starts the biological and object recognition algorithm, and performs biological status and object status recognition based on the biological status monitoring video and the platform object status monitoring video, obtains the biological status and object status recognition information and triggers the sound and light alarm to start the switch value; the protective rope sound and light alarm monitoring subsystem triggers the switch value and the biological status and Object status recognition information, triggering warning lights and alarm sound prompts; remote communication transmission of warning information; real-time monitoring of system equipment status, remote communication transmission of system equipment status abnormality information; can improve the intelligent detection of camera monitoring sensing platform biological infrared signals, laser scanning detection platform object status; can trigger the start of biological and object recognition algorithms, and perform biological and object status recognition based on the biological status monitoring video and the platform object status monitoring video; can start the sound and light alarm to trigger the warning light and alarm sound to prompt the biological and object status recognition abnormalities, and remote communication transmission of warning information; real-time monitoring of system equipment status abnormalities; and can continuously optimize the system; it has great significance and significant effects.

[0036] The platform safety monitoring and early warning system, method and device based on biological and object detection described in the present invention, and other advantages, objectives and features of the present invention will be reflected in part through the following description, and in part will be understood by technical personnel in this field through research and practice of the present invention. BRIEF DESCRIPTION OF THE DRAWINGS

[0037] The accompanying drawings are used to provide a further understanding of the present invention and constitute a part of the specification. Together with the embodiments of the present invention, they are used to explain the present invention and do not constitute a limitation of the present invention. In the accompanying drawings:

[0038] Figure 1 This is a diagram of an embodiment of the platform safety monitoring and early warning system based on biological and object detection described in the present invention.

[0039] Figure 2 This is another embodiment diagram of the platform safety monitoring and early warning system based on biological and object detection described in the present invention.

[0040] Figure 3 This is a diagram illustrating an embodiment of the computational processing control of the platform safety monitoring and early warning system based on biological and object detection described in the present invention. DETAILED DESCRIPTION

[0041] The present invention will be further described in detail below with reference to the accompanying drawings and embodiments so that those skilled in the art can implement the invention with reference to the description. Figure 1-Figure 2 As shown, the present invention provides a platform safety monitoring and early warning system based on biological and object detection, including:

[0042] The camera monitoring intelligent detection subsystem senses the infrared signals of biological organisms on the platform, captures biological status monitoring images on the platform, and obtains biological intrusion monitoring image information on the platform; laser scanning detects the status of objects on the platform and obtains platform object status monitoring videos;

[0043] The calculation and processing control subsystem triggers and starts the biological and object recognition algorithm, identifies the biological and object status based on the biological status monitoring video and the platform object status monitoring video, obtains the biological and object status recognition information, and triggers the sound and light alarm to start the switch quantity;

[0044] The protective rope sound and light alarm monitoring subsystem triggers the warning light and alarm sound prompt according to the sound and light alarm activation switch quantity and biological status and object status identification information; remote communication transmits the warning information; real-time monitoring of system equipment status, remote communication transmission of system equipment status abnormal information.

[0045] The principle and effect of the above technical solution are as follows: the present invention provides a platform safety monitoring and early warning system based on biological and object detection, which senses the platform biological infrared signal through the video monitoring intelligent detection subsystem 100, captures the biological status monitoring image in the platform, and obtains the platform biological intrusion monitoring image information; laser scanning detects the platform object status and obtains the platform object status monitoring video; the operation and processing control subsystem 200 triggers and starts the biological and object recognition algorithm, and performs biological status and object status recognition based on the biological status monitoring video in the platform and the platform object status monitoring video, obtains biological status and object status recognition information and triggers the sound and light alarm start switch quantity; the protective rope sound and light alarm monitoring subsystem 300 triggers the warning light and alarm sound prompt according to the sound and light alarm start switch quantity and the biological status and object status recognition information; remote communication transmits the warning information; real-time monitoring system equipment status, remote communication transmission system equipment status abnormality information.

[0046] In one embodiment, the video monitoring intelligent detection subsystem includes:

[0047] The biological detection camera monitoring module senses the infrared signals of biological organisms on the platform through the biological sensing camera monitoring group, captures the biological status monitoring images in the platform, and obtains the biological intrusion monitoring image information of the platform;

[0048] The object monitoring camera module uses the object laser detection monitoring camera group to detect the status of objects on the platform through laser scanning. When the scanning detects the presence of foreign objects on the platform, the object status camera monitoring unit is activated to obtain the platform object status monitoring video and transmit it to the optical fiber camera transmission group;

[0049] The optical fiber camera transmission group transmits the biological status monitoring video and the platform object status monitoring video to the operation and processing control subsystem through optical fiber.

[0050] The principle and effect of the above technical solution are as follows: the camera monitoring intelligent detection subsystem includes: a biological detection camera monitoring module, which senses the infrared signal of the biological platform through the biological sensing camera monitoring group, shoots the biological status monitoring image in the platform, and obtains the biological intrusion monitoring image information of the platform; an object monitoring camera module, which detects the object status of the platform through the object laser detection monitoring camera group, and starts the object status camera monitoring unit when the scanning detects that there is an object foreign body on the platform, obtains the platform object status monitoring video, and transmits it to the optical fiber camera transmission group; the optical fiber camera transmission group transmits the biological status monitoring video in the platform and the platform object status monitoring video. The video is transmitted to the operation and processing control subsystem through optical fiber; the biological detection camera monitoring module includes: an infrared detection sensing unit, a camera start unit and a biological status camera monitoring unit; the infrared sensing unit senses the biological infrared signal in the platform; the camera start unit starts the biological status camera monitoring unit according to the biological infrared signal in the platform; the biological status camera monitoring unit shoots the biological status monitoring video in the platform and transmits it to the optical fiber camera transmission group; the platform object status monitoring video also includes local wireless transmission to the mobile wireless transmission group, and the mobile wireless transmission group wirelessly transmits the biological status monitoring video in the platform and the platform object status monitoring video.

[0051] In one embodiment, the computing processing and control subsystem includes:

[0052] The processor startup module triggers the startup algorithm processor module according to the platform protection rope lifting switch signal;

[0053] The algorithm processor module starts the biological and object recognition algorithm, and identifies the biological status and object status based on the biological status monitoring video and the platform object status monitoring video; when biological intrusion or foreign objects are identified, the algorithm box triggers the sound and light alarm switch quantity to the protective rope sound and light alarm monitoring subsystem; and saves the alarm information.

[0054] The principle and effect of the above technical solution are as follows: the operation processing control subsystem includes: a processor startup module, which triggers the startup algorithm processor module according to the platform protection rope lifting switch signal; the algorithm processor module starts the biological and object recognition algorithm, and performs biological and object status recognition based on the biological status monitoring video in the platform and the platform object status monitoring video; when biological intrusion or foreign objects are identified, the algorithm box triggers the sound and light alarm switch of the protection rope sound and light alarm monitoring subsystem; and saves the alarm information; creates a biological virtual library and an object 3D model library through the intelligent model control module; the algorithm processor module calls the biological virtual library and the object 3D model library Object virtual data set and object 3D model data set; compare and identify data models of organism virtual data set and object 3D model data set with biological status monitoring video and platform object status monitoring video; create organism virtual library and object 3D model library through intelligent model control module, including: intelligent model control module collects existing organism basic data and object basic data; extracts organism virtual feature information and object 3D feature information based on organism basic data; generates organism virtual data based on organism virtual feature information; generates object 3D model dynamic data based on object 3D feature information; organism virtual feature information includes: organism appearance feature information , organism motion feature information, organism sound feature information and organism infrared feature information; organism virtual data includes: organism appearance virtual data, organism motion virtual data, organism sound virtual data and organism infrared virtual data; generate an organism virtual model according to the organism appearance virtual data, organism motion virtual data, organism sound virtual data and organism infrared virtual data, and virtually represent the organism appearance feature, organism motion feature, organism sound feature and organism infrared feature; form an organism virtual data set according to the collection of organism virtual data, and construct a database according to the organism virtual data set to form an organism virtual library; object 3D features Feature information includes: object shape feature information, object size feature information, object motion feature information and object color feature information; object 3D model dynamic data includes: object shape, object size, object color, object motion state; when identifying an object, the object's position and relative speed are in a changing state at different positions or non-stationary motion states, forming object 3D model dynamic data of object shape changes, object size changes, object color changes and object motion state changes at different position recognition angles during the recognition process, and the object 3D model data is aggregated according to the dynamic sequence to form an object 3D model data set; a dynamic sequence model library is created based on the object 3D model data set to form an object 3D model library.

[0055] In one embodiment, the protective rope sound and light alarm monitoring subsystem includes:

[0056] The sound and light alarm prompt module triggers the protection rope warning module to light up the warning light and trigger the alarm sound prompt of the biological state and object state identification information according to the sound and light alarm starting switch value and the biological state and object state identification information;

[0057] The status monitoring wireless communication module receives the alarm start switch quantity and transmits the alarm information through remote communication; it monitors the system equipment status in real time, triggers the system equipment status abnormality signal in parallel, and transmits the system equipment status abnormality information through remote communication.

[0058] The principle and effect of the above technical solution are: the protective rope sound and light alarm monitoring subsystem includes: an sound and light alarm prompt module, which triggers the protective rope alarm module to light up the warning light and trigger the biological status and object status identification information alarm sound prompt according to the sound and light alarm starting switch quantity and the biological status and object status identification information; a status monitoring wireless communication module, which receives the alarm starting switch quantity and transmits the alarm information through remote communication; it monitors the system equipment status in real time, triggers the system equipment status abnormality signal in parallel, and transmits the system equipment status abnormality information through remote communication.

[0059] In one embodiment, the status monitoring wireless communication module includes: a local area wireless communication module, a remote mobile wireless communication module and a device status monitoring module; the local area wireless communication module includes: a local area router communication module and a Bluetooth wireless communication module; the remote mobile wireless communication includes: a 4G signal wireless communication module or a 5G signal wireless communication module; the device status monitoring module is used for device status monitoring and system upgrade optimization, receives system device status abnormality information transmitted by the local area wireless communication module and the remote mobile wireless communication module, intelligently learns the system device status abnormality information, analyzes and determines the cause of the system device status abnormality, and processes the system device status abnormality to find out the upgrade optimization method to restore the system device status to normal, and perform system upgrade optimization.

[0060] The principles and effects of the above technical solution are as follows: the status monitoring wireless communication module includes: a local wireless communication module, a remote mobile wireless communication module and a device status monitoring module; the local wireless communication module includes: a local router communication module and a Bluetooth wireless communication module; the remote mobile wireless communication includes: a 4G signal wireless communication module or a 5G signal wireless communication module; the device status monitoring module is used for device status monitoring and system upgrade optimization, receives system device status abnormality information transmitted by the local wireless communication module and the remote mobile wireless communication module, intelligently learns the system device status abnormality information, analyzes and determines the cause of the system device status abnormality, and processes the system device status abnormality to find out the upgrade optimization method to restore the system device status to normal, and perform system upgrade optimization; it has great significance and significant effects.

[0061] The platform safety monitoring and early warning method based on biological and object detection of the present invention includes:

[0062] S01, through the camera monitoring intelligent detection subsystem, senses the infrared signal of the platform organisms, captures the biological status monitoring image inside the platform, and obtains the platform biological intrusion monitoring image information; laser scanning detects the status of platform objects and obtains the platform object status monitoring video;

[0063] S02, triggering and starting the biological and object recognition algorithm through the calculation and processing control subsystem, performing biological and object status recognition based on the biological status monitoring video and the platform object status monitoring video, obtaining biological and object status recognition information and triggering the sound and light alarm to start the switch value;

[0064] S03, through the protective rope sound and light alarm monitoring subsystem, according to the sound and light alarm starting switch quantity and biological status and object status identification information, trigger the warning light and alarm sound prompt; remote communication transmission warning information; real-time monitoring system equipment status, remote communication transmission system equipment status abnormal information.

[0065] The principle and effect of the above technical solution are as follows: by sensing the platform's biological infrared signal, taking the biological status monitoring image in the platform, and obtaining the platform's biological intrusion monitoring image information; laser scanning detects the status of platform objects, and obtains the platform object status monitoring video; triggers and starts the biological and object recognition algorithm, and performs biological status and object status recognition based on the biological status monitoring video in the platform and the platform object status monitoring video, obtains biological status and object status recognition information and triggers the sound and light alarm to start the switch quantity; triggers the warning light and alarm sound prompt based on the sound and light alarm start switch quantity and the biological status and object status recognition information; remote communication transmission Transmit alarm information; monitor the status of system equipment in real time, and transmit abnormal information of system equipment status through remote communication; can improve the intelligent detection of biological infrared signals of the sensing platform by video surveillance, and detect the status of objects on the platform by laser scanning; can trigger the start of biological and object recognition algorithms, and identify the biological status and object status according to the biological status monitoring video and the platform object status monitoring video in the platform; can start the sound and light alarm to trigger the warning light and alarm sound to prompt the abnormal identification of biological status and object status, and transmit the alarm information through remote communication; monitor the abnormal status of system equipment in real time; and can continuously optimize the system; it has great significance and significant effects.

[0066] In one embodiment, S01 includes:

[0067] S011, using the biosensing camera monitoring group, senses the infrared signals of the platform's bio-infrared signals, captures the bio-status monitoring images within the platform, and obtains the platform's bio-intrusion monitoring image information;

[0068] S012, through the object laser detection monitoring camera group, laser scanning detects the status of objects on the platform. When the scanning detects the presence of foreign objects on the platform, the object status camera monitoring unit is activated to obtain the platform object status monitoring video and transmit it to the optical fiber camera transmission group;

[0069] S013, transmitting the biological status monitoring video and the platform object status monitoring video to the calculation processing control subsystem via optical fiber.

[0070] The principles and effects of the above technical solution are as follows: a biosensing camera monitoring unit senses infrared signals from biological organisms on the platform, captures images of biological status monitoring within the platform, and obtains image information for biological intrusion monitoring on the platform; a laser detection and monitoring camera unit uses laser scanning to detect the status of objects on the platform. When the scanning detects the presence of foreign objects on the platform, the object status camera monitoring unit is activated to capture platform object status monitoring video and transmit it to the fiber optic camera transmission unit; the biological status monitoring video and the platform object status monitoring video are transmitted via optical fiber to the computing processing and control subsystem; the biosensing camera monitoring module includes an infrared detection sensing unit, a camera activation unit, and a biostatus camera monitoring unit; the infrared sensing unit senses infrared signals from biological organisms on the platform; the camera activation unit activates the biostatus camera monitoring unit based on the biological infrared signals; the biostatus camera monitoring unit captures biological status monitoring video within the platform and transmits it to the fiber optic camera transmission unit; the platform object status monitoring video is also transmitted via local wireless to a mobile wireless transmission unit, which wirelessly transmits the biological status monitoring video and the platform object status monitoring video.

[0071] In one embodiment, S02 includes:

[0072] S021, through the processor startup module, according to the platform protection rope lifting switch signal, trigger the startup algorithm processor module;

[0073] S022, through the algorithm processor module, start the biological and object recognition algorithm, and perform biological and object status recognition based on the biological status monitoring video and the platform object status monitoring video; when a biological intrusion or a foreign object is recognized, the algorithm box triggers the sound and light alarm switch of the protection rope sound and light alarm monitoring subsystem; and saves the alarm information;

[0074] Through the intelligent model control module, a virtual library of organisms and a 3D model library of objects are created; the operation of the organism and object recognition algorithm includes: the algorithm processor module calls the organism virtual data set and the object 3D model data set in the organism virtual library and the object 3D model library; the organism virtual data set and the object 3D model data set are compared and identified with the biological status monitoring video and the platform object status monitoring video in the platform.

[0075] The principle and effect of the above technical solution are as follows: through the processor startup module, according to the platform protection rope lifting switch signal, the algorithm processor module is triggered to start; through the algorithm processor module, the biological and object recognition algorithm is started, and the biological state and object state are recognized according to the biological state monitoring video and the platform object state monitoring video in the platform; when biological intrusion or foreign objects are identified, the algorithm box triggers the sound and light alarm switch to the protection rope sound and light alarm monitoring subsystem; and saves the alarm information; through the intelligent model control module, a virtual library of organisms and a 3D model library of objects are created; the operation of the biological and object recognition algorithm includes: the algorithm processor module calls the virtual library of organisms and the 3D model library of objects The virtual dataset of organisms and the 3D model dataset of objects in the library; the data model comparison and identification of the virtual dataset of organisms and the 3D model dataset of objects with the biological status monitoring video and the platform object status monitoring video; through the intelligent model control module, the creation of the virtual library of organisms and the 3D model library of objects includes: the intelligent model control module collects the existing basic data of organisms and basic data of objects; extracts the virtual feature information of organisms and the 3D feature information of objects based on the basic data of organisms; generates the virtual data of organisms based on the virtual feature information of organisms; generates the dynamic data of the 3D model of objects based on the 3D feature information of objects; the virtual feature information of organisms includes: the appearance features of organisms The information of the organism's movement characteristics, the organism's sound characteristics and the organism's infrared characteristics is collected and stored. The organism's virtual data includes: the organism's appearance virtual data, the organism's movement virtual data, the organism's sound virtual data and the organism's infrared virtual data; the organism's virtual model is generated according to the organism's appearance virtual data, the organism's movement virtual data, the organism's sound virtual data and the organism's infrared virtual data, and the organism's appearance characteristics, the organism's movement characteristics, the organism's sound characteristics and the organism's infrared characteristics are virtually represented; the organism's virtual data set is formed according to the collection of the organism's virtual data, and a database is constructed according to the organism's virtual data set to form an organism's virtual library; the object's 3D Feature information includes: object shape feature information, object size feature information, object motion feature information and object color feature information; object 3D model dynamic data includes: object shape, object size, object color, and object motion state; when identifying an object, the object's position and relative speed are in a changing state at different positions or in non-stationary motion states, forming object 3D model dynamic data of changes in object shape, object size, object color and object motion state at different recognition angles at different positions during the recognition process, and the data are aggregated in a dynamic sequence to form an object 3D model dataset; a dynamic sequence model library is created based on the object 3D model dataset to form an object 3D model library.

[0076] In one embodiment, S03 includes:

[0077] S031, through the sound and light alarm prompt module, according to the sound and light alarm starting switch value and the biological state and object state identification information, trigger the protection rope warning module to light the warning light and trigger the biological state and object state identification information alarm sound prompt;

[0078] S032, through the status monitoring wireless communication module, receive the alarm start switch value, and transmit the alarm information through remote communication; monitor the system equipment status in real time, trigger the system equipment status abnormality signal in parallel, and transmit the system equipment status abnormality information through remote communication.

[0079] The principle and effect of the above technical solution are: through the sound and light alarm prompt module, according to the sound and light alarm starting switch quantity and the biological state and object state identification information, the protective rope alarm module is triggered to light the warning light, and the biological state and object state identification information alarm sound prompt is triggered; through the status monitoring wireless communication module, the alarm starting switch quantity is received, and the alarm information is transmitted by remote communication; the system equipment status is monitored in real time, and the system equipment status abnormality signal is triggered in parallel, and the system equipment status abnormality information is transmitted by remote communication; the status monitoring wireless communication module includes: local wireless communication module, remote mobile wireless communication module and equipment status monitoring module; the local wireless communication module includes: local router communication module and Bluetooth wireless communication module; the remote mobile wireless communication includes: 4G signal wireless communication module or 5G signal wireless communication module; the equipment status monitoring module includes: 4G signal wireless communication module or 5G signal wireless communication module; the equipment status monitoring module includes: 4G signal wireless communication module or 5G signal wireless communication module. The control module is used for equipment status monitoring and system upgrade and optimization. It receives system equipment status abnormality information transmitted by the local wireless communication module and the long-distance mobile wireless communication module, intelligently learns the system equipment status abnormality information, analyzes and determines the cause of the system equipment status abnormality, and handles the system equipment status abnormality to find out the upgrade optimization method to restore the system equipment status to normal, and perform system upgrade and optimization; the protective rope sound and light alarm monitoring subsystem also includes: lifting protective rope, lifting adjustment mechanism, protective rope lifting controller, and protective rope lifting switch; the lifting protective rope is set around the platform, and when it is raised, it blocks large creatures or objects from entering the platform, and when it is lowered, it blocks small creatures or objects from entering the platform; the protective rope lifting controller triggers the protective rope lifting switch, and controls the lifting adjustment mechanism to adjust the lifting of the protective rope; when the protective rope lifting switch is turned on, a protective rope lifting switch quantity is generated.

[0080] The platform safety monitoring and early warning device based on biological and object detection of the present invention includes: the platform safety monitoring and early warning system device based on biological and object detection as described above.

[0081] The principle and effect of the above technical solution are as follows: the platform safety monitoring and early warning device based on biological and object detection of the present invention senses the infrared signal of the platform biological and captures the biological status monitoring image in the platform through the camera monitoring intelligent detection subsystem, obtains the biological intrusion monitoring image information of the platform; laser scanning detects the status of platform objects and obtains the platform object status monitoring video; the operation and processing control subsystem triggers the start of the biological and object recognition algorithm, and performs biological and object status recognition based on the biological status monitoring video in the platform and the platform object status monitoring video, obtains biological and object status recognition information and triggers the sound and light alarm to start the switch quantity; the protective rope sound and light alarm monitoring subsystem starts the switch quantity and the biological Status and object status identification information, triggering warning lights and alarm sound prompts; remote communication transmission of warning information; real-time monitoring of system equipment status, remote communication transmission of system equipment status abnormality information; can improve the intelligent detection of camera monitoring sensing platform biological infrared signals, laser scanning detection platform object status; can trigger the start of biological and object recognition algorithms, and identify biological status and object status based on the biological status monitoring video and platform object status monitoring video in the platform; can start the sound and light alarm to trigger the warning light and alarm sound to prompt the biological status and object status recognition abnormalities, and remote communication transmission of warning information; real-time monitoring of system equipment status abnormalities; and can continuously optimize the system; it has great significance and significant effects.

[0082] Although the embodiments of the present invention have been disclosed above, they are not limited to the applications listed in the description and implementation methods. They can be fully applied to various fields suitable for the present invention. For those familiar with the art, additional modifications can be easily implemented. Therefore, without departing from the general concept defined by the claims and the scope of equivalents, the present invention is not limited to the specific details and illustrations shown and described herein.

Claims

1. Platform safety monitoring and early warning system based on biological and object detection, characterized by: include: The camera monitoring intelligent detection subsystem senses the infrared signals of biological organisms on the platform, captures biological status monitoring images on the platform, and obtains biological intrusion monitoring image information on the platform; laser scanning detects the status of objects on the platform and obtains platform object status monitoring videos; The calculation and processing control subsystem triggers and starts the biological and object recognition algorithm, identifies the biological and object status based on the biological status monitoring video and the platform object status monitoring video, obtains the biological and object status recognition information, and triggers the sound and light alarm to start the switch quantity; The protective rope sound and light alarm monitoring subsystem triggers the warning light and alarm sound prompt according to the sound and light alarm activation switch quantity and biological status and object status identification information; remote communication transmits the warning information; real-time monitoring of system equipment status, remote communication transmission of system equipment status abnormal information.

2. The platform safety monitoring and early warning system based on biological and object detection according to claim 1 is characterized in that: Camera monitoring intelligent detection subsystem, including: The biological detection camera monitoring module senses the infrared signals of biological organisms on the platform through the biological sensing camera monitoring group, captures the biological status monitoring images in the platform, and obtains the biological intrusion monitoring image information of the platform; The object monitoring camera module uses the object laser detection monitoring camera group to detect the status of objects on the platform through laser scanning. When the scanning detects the presence of foreign objects on the platform, the object status camera monitoring unit is activated to obtain the platform object status monitoring video and transmit it to the optical fiber camera transmission group; The optical fiber camera transmission group transmits the biological status monitoring video and the platform object status monitoring video to the operation and processing control subsystem through optical fiber.

3. The platform safety monitoring and early warning system based on biological and object detection according to claim 1 is characterized in that: Operation processing control subsystem, including: The processor startup module triggers the startup algorithm processor module according to the platform protection rope lifting switch signal; The algorithm processor module starts the biological and object recognition algorithm, and identifies the biological status and object status based on the biological status monitoring video and the platform object status monitoring video; when biological intrusion or foreign objects are identified, the algorithm box triggers the sound and light alarm switch quantity to the protective rope sound and light alarm monitoring subsystem; and saves the alarm information.

4. The platform safety monitoring and early warning system based on biological and object detection according to claim 1 is characterized in that: The protective rope sound and light alarm monitoring subsystem includes: The sound and light alarm prompt module triggers the protection rope warning module to light up the warning light and trigger the alarm sound prompt of the biological state and object state identification information according to the sound and light alarm starting switch value and the biological state and object state identification information; The status monitoring wireless communication module receives the alarm start switch quantity and transmits the alarm information through remote communication; it monitors the system equipment status in real time, triggers the system equipment status abnormality signal in parallel, and transmits the system equipment status abnormality information through remote communication.

5. The platform safety monitoring and early warning system based on biological and object detection according to claim 4 is characterized in that: The status monitoring wireless communication module includes: Local area wireless communication module, long-distance mobile wireless communication module and equipment status monitoring module; local area wireless communication module includes: local area router communication module and Bluetooth wireless communication module; long-distance mobile wireless communication includes: 4G signal wireless communication module or 5G signal wireless communication module; equipment status monitoring module, used for equipment status monitoring and system upgrade optimization, receives system equipment status abnormality information transmitted by local area wireless communication module and long-distance mobile wireless communication module, intelligently learns system equipment status abnormality information, analyzes and determines the cause of system equipment status abnormality, and handles system equipment status abnormality to find out the upgrade optimization method to restore the system equipment status to normal, and perform system upgrade optimization.

6. A platform safety monitoring and early warning method based on biological and object detection, characterized in that: include: S01, through the camera monitoring intelligent detection subsystem, senses the infrared signal of the platform organisms, captures the biological status monitoring image inside the platform, and obtains the platform biological intrusion monitoring image information; laser scanning detects the status of platform objects and obtains the platform object status monitoring video; S02, triggering and starting the biological and object recognition algorithm through the calculation and processing control subsystem, performing biological and object status recognition based on the biological status monitoring video and the platform object status monitoring video, obtaining biological and object status recognition information and triggering the sound and light alarm to start the switch value; S03, through the protective rope sound and light alarm monitoring subsystem, according to the sound and light alarm starting switch quantity and biological status and object status identification information, trigger the warning light and alarm sound prompt; remote communication transmission warning information; real-time monitoring system equipment status, remote communication transmission system equipment status abnormal information.

7. The platform safety monitoring and early warning method based on biological and object detection according to claim 6 is characterized in that: S01 includes: S011, using the biosensing camera monitoring group, senses the infrared signals of the platform's bio-infrared signals, captures the bio-status monitoring images within the platform, and obtains the platform's bio-intrusion monitoring image information; S012, through the object laser detection monitoring camera group, laser scanning detects the status of objects on the platform. When the scanning detects the presence of foreign objects on the platform, the object status camera monitoring unit is activated to obtain the platform object status monitoring video and transmit it to the optical fiber camera transmission group; S013, transmitting the biological status monitoring video and the platform object status monitoring video to the calculation processing control subsystem via optical fiber.

8. The platform safety monitoring and early warning method based on biological and object detection according to claim 6 is characterized in that: S02 includes: S021, through the processor startup module, according to the platform protection rope lifting switch signal, trigger the startup algorithm processor module; S022, through the algorithm processor module, start the biological and object recognition algorithm, and identify the biological status and object status based on the biological status monitoring video and the platform object status monitoring video; when biological intrusion or foreign objects are identified, the algorithm box triggers the sound and light alarm switch quantity to the protective rope sound and light alarm monitoring subsystem; and saves the alarm information.

9. The platform safety monitoring and early warning method based on biological and object detection according to claim 6 is characterized in that: S03 includes: S031, through the sound and light alarm prompt module, according to the sound and light alarm starting switch value and the biological state and object state identification information, trigger the protection rope warning module to light the warning light and trigger the biological state and object state identification information alarm sound prompt; S032, through the status monitoring wireless communication module, receive the alarm start switch value, and transmit the alarm information through remote communication; monitor the system equipment status in real time, trigger the system equipment status abnormality signal in parallel, and transmit the system equipment status abnormality information through remote communication.

10. A platform safety monitoring and early warning device based on biological and object detection, characterized in that: include: A device for a platform safety monitoring and early warning system based on biological and object detection as described in any one of claims 1 to 5.

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