Glass curtain wall safety monitoring system and method

Abstract

The present invention relates to the technical field of safety monitoring systems, and in particular to a glass curtain wall safety monitoring system and method, comprising a monitoring terminal, an early warning platform and a prompting terminal; the monitoring terminal is connected to the early warning platform through a network for data transmission; the early warning platform is connected to the prompting terminal through a network for data transmission; the monitoring terminal transmits the monitored data to the early warning platform; the early warning platform transmits the data after the early warning to the prompting terminal; the monitoring terminal uses an electronic device as a carrier; the monitoring terminal comprises a monitoring module and a first transmission unit; the monitoring module transmits the monitored data to the early warning platform through the first transmission unit; the present invention monitors the safety of the glass curtain wall in real time through the monitoring module, so that when the glass curtain wall has a safety hazard, it can be discovered in time and intervened, thereby avoiding the occurrence of accidents such as the glass curtain wall falling, reducing safety hazards, and ensuring people's life safety.

Description

Technical Field

[0001] The present invention relates to the technical field of safety monitoring systems, and in particular to a glass curtain wall safety monitoring system and method. Background Art

[0002] Glass curtain wall is an innovative design in modern architecture, which defines the skyline of contemporary cities with its unique beauty and open vision. This architectural element is usually used as the outer enclosure structure or decorative structure of high-rise buildings and large public buildings. It not only brings a beautiful and elegant appearance to the building, but also becomes the perfect combination of architectural aesthetics and functionality with its transparency and modernity. Glass curtain wall is not only simple, luxurious and modern in shape, but also combines the wall and the window into one, which greatly reduces the weight of the building. At the same time, it can effectively reduce the energy consumption of the building, and has the characteristics of energy saving and environmental protection. Due to these advantages of glass curtain wall, it is widely used in various buildings such as office buildings, hotels, commercial centers, etc., and has become an indispensable part of modern urban landscape. However, although glass curtain wall has unparalleled beauty and practicality in modern buildings, it must take into account structural safety and long-term maintenance during its design and construction to ensure that it will not become a safety hazard while providing visual enjoyment.

[0003] As a modern building exterior structure, glass curtain wall brings beautiful and transparent visual effects, but there are many safety hazards in its use, among which glass breakage and structural adhesive failure are the most prominent problems. If the glass panel of the glass curtain wall breaks due to quality problems, aging or external force, it may cause fragments to fall, which not only poses a threat to the building itself, but more seriously may cause harm to pedestrians or property below, forming a "sky bomb"-like danger. In addition, structural adhesive is the key to connecting the glass panel to the curtain wall frame. Its aging and failure will cause the adhesion between the glass panel and the frame to decrease, increasing the risk of glass falling off. These safety issues pose a direct threat to public safety, especially in crowded areas or urban centers with dense high-rise buildings. Once an accident occurs, the consequences will be disastrous.

[0004] Historically, glass curtain wall safety accidents have occurred in many places around the world. For example, after some windy or rainy weather, some glass curtain wall buildings have experienced glass falling. Although they were discovered and handled in time, these incidents highlight the potential safety hazards of glass curtain walls. The emergence of these problems not only reminds people to strictly control the design and installation stages, but also emphasizes the importance of regular inspections and real-time monitoring of existing glass curtain wall buildings to ensure public safety and avoid potential dangers. Summary of the invention

[0005] In order to make up for the shortcomings of the prior art, the present invention proposes a glass curtain wall safety monitoring system and method, which monitors the safety of the glass curtain wall in real time through a monitoring module, so that when the glass curtain wall has safety hazards, it can be discovered in time and intervened, thereby avoiding accidents such as the glass curtain wall falling, reducing safety hazards, and ensuring people's life safety.

[0006] A glass curtain wall safety monitoring system described in the present invention comprises a monitoring terminal, an early warning platform and a prompting terminal; the monitoring terminal is connected to the early warning platform via a network for data transmission; the early warning platform is connected to the prompting terminal via a network for data transmission; the monitoring terminal transmits the monitored data to the early warning platform; the early warning platform transmits the data after the early warning to the prompting terminal;

[0007] The monitoring end uses an electronic device as a carrier; the monitoring end includes a monitoring module and a first transmission unit; the monitoring module transmits the monitored data to the early warning platform through the first transmission unit;

[0008] The early warning platform uses an electronic device as a carrier, such as a computer; the early warning platform includes a second transmission unit and an early warning module; the early warning module includes a storage unit and an analysis unit; the second transmission unit is used to receive data monitored by the monitoring end and transmit the data to the storage unit in the early warning module; the analysis unit analyzes the data in the storage unit to generate early warning data; the analysis unit transmits the early warning data to the prompt end through the second transmission unit;

[0009] The prompt end uses an electronic device as a carrier, such as a mobile phone; the prompt end includes a third transmission unit and a prompt module; the third transmission unit is used to receive the warning data analyzed by the analysis unit; the third transmission unit will transmit the warning data to the prompt module for display.

[0010] Preferably, the monitoring module includes an image acquisition unit and a first positioning unit; the image acquisition unit uses a camera as a carrier; the first positioning unit and the image acquisition unit are in the same position; the image acquisition unit transmits the image data together with the position data of the first positioning unit to the early warning platform.

[0011] Preferably, the monitoring module also includes a temperature sensing unit; the temperature sensing unit uses an electronic device as a carrier, such as a temperature sensor; the temperature sensing unit is arranged around the image acquisition unit; the temperature sensing unit can detect the temperature of the outer wall surface of the glass curtain wall; the temperature sensor can transmit the sensed temperature to the early warning platform through the first transmission unit.

[0012] Preferably, the early warning module also includes a linkage unit; the linkage unit and the thermal system; the thermal system is such as an air-conditioning system; when the temperature sensed by the temperature sensing unit in the early warning module reaches a threshold, the linkage unit is triggered; the linkage unit is used to link the early warning platform with the thermal system, and the linkage unit will control the opening and closing of the thermal system according to the temperature data analyzed by the analysis unit.

[0013] Preferably, the linkage unit is also connected to a linkage device; the linkage device includes a sun visor, electric curtains, and electric windows and doors; after receiving an instruction from the analysis unit, the linkage unit will control the linkage device to work, and the linkage device will drive the sun visor, electric curtains, and electric windows and doors to work.

[0014] Preferably, the monitoring module also includes a pressure sensing unit, a stress sensing unit and a displacement sensing unit; the pressure sensing unit uses an electronic device as a carrier, such as a pressure sensor; the stress sensing unit uses an electronic device as a carrier, such as a stress sensor; the displacement sensing unit uses an electronic device as a carrier, such as a displacement sensor; the monitoring module will transmit the monitored pressure data, stress data and displacement data to the early warning platform through the first transmission unit; the first positioning unit can position the pressure sensing unit, the stress sensing unit and the displacement sensing unit.

[0015] Preferably, the prompt module includes a display unit and a generation unit; the analysis unit is capable of transmitting the warning data together with the warning position to the third transmission unit through the second transmission unit; the display unit is capable of displaying the warning data with the warning position of the analysis unit; and the generation unit is capable of generating a maintenance path based on the warning data.

[0016] Preferably, the prompt module further includes a second positioning unit; the second positioning unit can position the prompt module; and the display unit can give a prompt after the second positioning unit approaches the warning position.

[0017] Preferably, the prompt module also includes a feedback component; the feedback component includes a text input unit and an image input unit; the feedback component can provide feedback on the state of the glass curtain wall at the warning position; the prompt module will transmit the data fed back by the feedback component to the warning platform through a third transmission unit; the analysis unit can perform model exercises based on the data fed back by the feedback component.

[0018] A glass curtain wall safety monitoring method is applicable to the above-mentioned glass curtain wall safety monitoring system, and the method comprises the following steps:

[0019] S1: The image acquisition unit, the first positioning unit, the temperature sensing unit, the pressure sensing unit and the displacement sensing unit in the monitoring module of the monitoring end monitor the glass curtain wall;

[0020] S2: The monitoring module transmits the monitoring data with the monitoring location to the second transmission unit in the early warning platform through the first transmission unit; the second transmission unit transmits the monitoring data with the monitoring location to the storage unit in the early warning module;

[0021] S3: The analysis unit analyzes the monitoring data of the storage unit and generates warning data with warning positions; the analysis unit transmits the warning data with warning positions to the prompting end through the second transmission unit;

[0022] S4: The analysis unit sends instructions to the linkage unit; the linkage unit controls the thermal system and linkage equipment to work;

[0023] S5: After receiving the warning data with the warning position, the second transmission unit in the prompting end transmits the data to the display unit, and the generation unit generates a maintenance path according to the data received by the display unit;

[0024] S6: The feedback component will use the text input unit and the image input unit to transmit the pre-maintenance status of the glass curtain wall back to the storage unit through the third transmission unit and the second transmission unit; the analysis unit will compare and train the data fed back by the feedback component with the warning data.

[0025] The beneficial effects of the present invention are as follows:

[0026] 1. The present invention monitors the safety of the glass curtain wall in real time through the monitoring module, so that when the glass curtain wall has a safety hazard, it can be discovered in time and intervened, thereby avoiding accidents such as the glass curtain wall falling, reducing safety hazards, and ensuring people's life safety.

[0027] 2. After the analysis unit issues a warning instruction, the linkage unit in the present invention will drive the linkage equipment to work, and the linkage equipment will drive the sunshade, electric curtains and electric windows and doors to work, further enhancing the protection ability of the glass curtain wall under high temperature or strong light conditions; the automatic adjustment of these linkage devices can minimize the adverse effects of the external environment on the glass curtain wall.

[0028] 3. The image input unit in the feedback component of the present invention can upload a photograph of the glass curtain wall to be inspected and attach a text description. The feedback component will transmit the feedback data together with the position data of the second positioning unit through the third transmission unit and the second transmission unit back to the storage unit in the early warning module. The analysis unit will compare the data fed back by the feedback component with the early warning data recognized by itself, and train the analysis model, thereby greatly improving the analysis accuracy of the analysis unit. BRIEF DESCRIPTION OF THE DRAWINGS

[0029] The present invention is further described below in conjunction with the accompanying drawings and implementation modes.

[0030] Figure 1 It is a flowchart of the system in the present invention;

[0031] Figure 2 It is a flow chart of the method of the present invention. DETAILED DESCRIPTION

[0032] In order to make the technical means, creative features, objectives and effects achieved by the present invention easy to understand, the present invention is further explained below in conjunction with specific implementation methods.

[0033] like Figure 1 As shown, a glass curtain wall safety monitoring system and method according to the present invention includes the following embodiments:

[0034] Embodiment 1: A glass curtain wall safety monitoring system comprises a monitoring terminal, an early warning platform and a prompting terminal; the monitoring terminal is connected to the early warning platform via a network for data transmission; the early warning platform is connected to the prompting terminal via a network for data transmission; the monitoring terminal transmits the monitored data to the early warning platform; the early warning platform transmits the data after the early warning to the prompting terminal;

[0035] The monitoring end uses an electronic device as a carrier; the monitoring end includes a monitoring module and a first transmission unit; the monitoring module transmits the monitored data to the early warning platform through the first transmission unit;

[0036] The early warning platform uses an electronic device as a carrier, such as a computer; the early warning platform includes a second transmission unit and an early warning module; the early warning module includes a storage unit and an analysis unit; the second transmission unit is used to receive data monitored by the monitoring end and transmit the data to the storage unit in the early warning module; the analysis unit analyzes the data in the storage unit to generate early warning data; the analysis unit transmits the early warning data to the prompt end through the second transmission unit;

[0037] The prompt end uses an electronic device as a carrier, such as a mobile phone; the prompt end includes a third transmission unit and a prompt module; the third transmission unit is used to receive the warning data analyzed by the analysis unit; the third transmission unit will transmit the warning data to the prompt module for display.

[0038] In this embodiment, the monitoring module includes an image acquisition unit and a first positioning unit; the image acquisition unit uses a camera as a carrier; the first positioning unit and the image acquisition unit are in the same position; the image acquisition unit will transmit the image data together with the position data of the first positioning unit to the early warning platform.

[0039] When in use, the monitoring module is arranged at various positions of the glass curtain wall. There are multiple image acquisition units in the monitoring module, which are arranged at various positions of the glass curtain wall, so as to capture images of the appearance of the glass curtain wall and the connection positions. The image acquisition unit can be a fixed shot of the vertex, or can be a mobile shooting device such as a drone. When the image acquisition unit transmits the image data to the first transmission unit, the first positioning unit will identify the position captured by the image acquisition unit, thereby generating position data. The position data of the first positioning unit and the image data collected by the image acquisition unit are transmitted to the second transmission unit through the first transmission unit. The second transmission unit will transmit the data monitored by the monitoring module to the storage unit in the early warning module, and the storage unit will store the data of the monitoring module in the storage unit. The monitoring data in the storage unit is saved, and the storage unit also stores the parameter data of the glass curtain wall after the glass curtain wall is accepted. The parameter data of the glass curtain wall after the acceptance is used as the standard parameter. The analysis unit will analyze the data in the storage unit in real time, and compare the image data in the monitoring data of the current glass curtain wall with the image data of the glass curtain wall that is qualified during the acceptance. When there are differences such as cracks in the comparison, it means that the glass curtain wall is dangerous. Then the analysis unit will transmit the dangerous factor data and the dangerous position data of the glass curtain wall to the third transmission unit through the second transmission unit. The third transmission unit will transmit the dangerous factor data and the dangerous position data to the prompt module, and the relevant personnel will repair or replace according to the dangerous factor data and the dangerous position data;

[0040] In order to monitor the status of the glass curtain wall in real time, monitoring modules can be set at key parts of the curtain wall, such as connection points, corners and places with structural weaknesses; these monitoring modules send image data and location data to the early warning platform regularly or continuously through the first transmission unit; the analysis unit of the early warning platform updates the status of the curtain wall in real time based on the received data, and compares it with the standard parameters in the storage unit to evaluate whether there are potential safety problems; in order to further improve the reliability of the system, the monitoring module can adopt a redundant design, that is, setting up multiple modules with the same function to ensure that when any single module fails, the system can continue to operate and provide monitoring data; at the same time, the early warning platform can be equipped with backup power supply and network connection to cope with power failure and network interruption, ensuring that early warning can be issued in any emergency situation;

[0041] The present invention monitors the safety of the glass curtain wall in real time through the monitoring module, so that when the glass curtain wall has a safety hazard, it can be discovered in time and intervened, thereby avoiding accidents such as the glass curtain wall falling, reducing safety hazards, and ensuring people's life safety.

[0042] Embodiment 2: The monitoring module also includes a temperature sensing unit; the temperature sensing unit uses an electronic device as a carrier, such as a temperature sensor; the temperature sensing unit is arranged around the image acquisition unit; the temperature sensing unit can detect the temperature of the outer wall surface of the glass curtain wall; the temperature sensor can transmit the sensed temperature to the early warning platform through the first transmission unit.

[0043] In this embodiment, the early warning module also includes a linkage unit; the linkage unit and the thermal system; the thermal system is, for example, an air-conditioning system; when the temperature sensed by the temperature sensing unit in the early warning module reaches a threshold, the linkage unit is triggered; the linkage unit is used to link the early warning platform with the thermal system, and the linkage unit will control the opening and closing of the thermal system according to the temperature data analyzed by the analysis unit.

[0044] In this embodiment, the linkage unit is also connected to the linkage device; the linkage device includes sun visors, electric curtains, and electric windows and doors; after receiving the instructions issued by the analysis unit, the linkage unit will control the linkage device to work, and the linkage device will drive the sun visors, electric curtains, and electric windows and doors to work.

[0045] When in use, in actual use, the temperature sensing device is precisely placed around the image acquisition unit, that is, the camera. Such a layout ensures that the temperature sensor can accurately monitor the temperature condition of the glass curtain wall surface; the first positioning unit is not only responsible for accurately locating the position of the image acquisition unit to ensure that the monitoring data is associated with the specific position, but it can also accurately locate the position of the temperature sensing unit, so that specific environmental factors can be taken into account when analyzing the temperature data; the temperature sensing unit is responsible for sensing the temperature change on the glass curtain wall, and transmitting it together with its positioning data through the first transmission unit to the second transmission unit of the early warning platform; the second transmission unit receives these temperature data and positioning data, and transmits them to the storage unit in the early warning module; the storage unit is responsible for saving these data and providing them to the analysis unit for use; the analysis unit will continuously analyze the temperature data in the storage unit. Once the temperature data is monitored to exceed the preset safety threshold, the analysis unit will immediately perform early warning processing, which includes determining the specific location and possible causes of the temperature anomaly; then, the analysis unit will send the early warning data to the third transmission unit of the prompt end through the second transmission unit; the third transmission unit transmits the early warning data to the prompt module used by the staff, Staff can receive warning information about abnormal temperature in time and take corresponding measures accordingly, such as water spraying and other maintenance measures to reduce the damage caused by high temperature to the glass curtain wall; at the same time, when the temperature is higher than the preset threshold, the linkage unit will be triggered; the linkage unit is connected to the thermal system (such as air conditioning system) in the building, and the analysis unit sends precise control instructions to the linkage unit based on the temperature data monitored in real time; the linkage unit then controls the thermal system to start or stop working, and automatically adjusts the indoor and outdoor temperatures according to the changes in temperature data, so as to reduce the impact of temperature on the glass curtain wall and reduce or eliminate potential safety hazards; through this intelligent monitoring and control mechanism, it is possible to effectively prevent damage to the glass curtain wall caused by high temperature and ensure the safety and durability of the building; the linkage unit is also connected to the linkage device. After the early warning instruction issued by the analysis unit, the linkage unit will drive the linkage device to work, and the linkage device will drive the sunshade, electric curtains and electric windows and doors to work, further enhancing the protection ability of the glass curtain wall under high temperature or strong light conditions; the automatic adjustment of these linkage devices can minimize the adverse effects of the external environment on the glass curtain wall, protect the comfort inside the building, and reduce energy consumption.

[0046] Embodiment 3: The monitoring module also includes a pressure sensing unit, a stress sensing unit and a displacement sensing unit; the pressure sensing unit uses an electronic device as a carrier, such as a pressure sensor; the stress sensing unit uses an electronic device as a carrier, such as a stress sensor; the displacement sensing unit uses an electronic device as a carrier, such as a displacement sensor; the monitoring module will transmit the monitored pressure data, stress data and displacement data to the early warning platform through the first transmission unit; the first positioning unit can position the pressure sensing unit, the stress sensing unit and the displacement sensing unit.

[0047] When in use, a pressure sensor is attached to the outer surface of the glass to monitor the impact of external loads such as wind pressure and snow load on the glass curtain wall. In addition, a profit sensor and a displacement sensor are attached to the keel of the glass curtain wall to monitor the stress state and displacement change of the curtain wall structure under the action of external loads. The stress sensor can detect whether the curtain wall structure exceeds the stress limit of the material, while the displacement sensor can monitor whether the curtain wall has excessive deformation or displacement, which may be a sign of structural damage; after completing data monitoring, the pressure sensing unit, stress sensing unit and displacement sensing unit in the monitoring module transmit the pressure data, stress data and displacement data together with the position data to the storage unit in the early warning module through the first transmission unit, and the analysis unit analyzes the pressure data, stress data and displacement data in the storage unit, so as to derive an early warning for data greater than the threshold value, and the early warning data will be transmitted to the prompt end through the second transmission unit, and the staff at the prompt end will conduct timely maintenance.

[0048] Embodiment 4: The prompt module includes a display unit and a generation unit; the analysis unit can transmit the warning data together with the warning position to the third transmission unit through the second transmission unit; the display unit can display the warning data with the warning position of the analysis unit; the generation unit can generate a maintenance path based on the warning data.

[0049] In this embodiment, the prompt module further includes a second positioning unit; the second positioning unit can position the prompt module; and the display unit can give a prompt after the second positioning unit approaches the warning position.

[0050] In this embodiment, the prompt module also includes a feedback component; the feedback component includes a text input unit and an image input unit; the feedback component can provide feedback on the status of the glass curtain wall at the warning position; the prompt module will transmit the data fed back by the feedback component to the warning platform through a third transmission unit; the analysis unit can perform model exercises based on the data fed back by the feedback component.

[0051] When in use, after the monitoring module transmits the monitored data to the storage unit in the early warning module through the first transmission unit and the second transmission unit, the analysis unit will analyze the monitoring data in the storage unit, and form early warning data for the data exceeding the set threshold value. The early warning data has an early warning position, and the early warning data with the early warning position is transmitted to the display unit in the prompt module through the second transmission unit and the third transmission unit for display. The generation unit will form a shortest maintenance path according to the processing opinions displayed by the display unit and the early warning position, thereby greatly reducing the maintenance time and efficiency of the glass curtain wall for maintenance personnel; the production unit will send the maintenance plan with the maintenance path to the display unit for display; the maintenance personnel Maintenance will be performed based on the maintenance data displayed on the display unit. When the maintenance personnel carry the prompt terminal to one of the maintenance positions, the warning positions of the second positioning unit and the first positioning unit coincide, thereby improving the accuracy of maintenance. Before maintenance, the image input unit in the feedback component can take a photo of the glass curtain wall to be inspected and upload it, and attach text for description. The feedback component will transmit the feedback data together with the position data of the second positioning unit through the third transmission unit and the second transmission unit to the storage unit in the warning module. The analysis unit will compare the data fed back by the feedback component with the warning data recognized by itself, and train the analysis model, thereby greatly improving the analysis accuracy of the analysis unit.

[0052] Embodiment 5: A glass curtain wall safety monitoring method, which is applicable to the above-mentioned glass curtain wall safety monitoring system, and the steps of the method are as follows:

[0053] S1: The image acquisition unit, the first positioning unit, the temperature sensing unit, the pressure sensing unit and the displacement sensing unit in the monitoring module of the monitoring end monitor the glass curtain wall;

[0054] S2: The monitoring module transmits the monitoring data with the monitoring location to the second transmission unit in the early warning platform through the first transmission unit; the second transmission unit transmits the monitoring data with the monitoring location to the storage unit in the early warning module;

[0055] S3: The analysis unit analyzes the monitoring data of the storage unit and generates warning data with warning positions; the analysis unit transmits the warning data with warning positions to the prompting end through the second transmission unit;

[0056] S4: The analysis unit sends instructions to the linkage unit; the linkage unit controls the thermal system and linkage equipment to work;

[0057] S5: After receiving the warning data with the warning position, the second transmission unit in the prompting end transmits the data to the display unit, and the generation unit generates a maintenance path according to the data received by the display unit;

[0058] S6: The feedback component will use the text input unit and the image input unit to transmit the pre-maintenance status of the glass curtain wall back to the storage unit through the third transmission unit and the second transmission unit; the analysis unit will compare and train the data fed back by the feedback component with the warning data.

[0059] The above shows and describes the basic principles, main features and advantages of the present invention. It should be understood by those skilled in the art that the present invention is not limited to the above embodiments. The above embodiments and descriptions are only for explaining the principles of the present invention. Without departing from the spirit and scope of the present invention, the present invention may have various changes and improvements, which fall within the scope of the present invention. The scope of protection of the present invention is defined by the attached claims and their equivalents.

Claims

1. A glass curtain wall safety monitoring system, characterized in that: It includes a monitoring terminal, an early warning platform and a prompting terminal; the monitoring terminal is connected to the early warning platform through a network for data transmission; the early warning platform is connected to the prompting terminal through a network for data transmission; the monitoring terminal transmits the monitored data to the early warning platform; The warning platform will transmit the data after the warning to the prompt terminal; The monitoring end uses an electronic device as a carrier; the monitoring end includes a monitoring module and a first transmission unit; the monitoring module transmits the monitored data to the early warning platform through the first transmission unit; The early warning platform uses electronic equipment as a carrier; the early warning platform includes a second transmission unit and an early warning module; the early warning module includes a storage unit and an analysis unit; the second transmission unit is used to receive data monitored by the monitoring end and transmit the data to the storage unit in the early warning module; the analysis unit analyzes the data in the storage unit to generate early warning data; The analysis unit transmits the warning data to the prompting end through the second transmission unit; The prompting end uses an electronic device as a carrier; the prompting end includes a third transmission unit and a prompting module; The third transmission unit is used to receive the warning data analyzed by the analysis unit; the third transmission unit transmits the warning data to the prompt module for display.

2. A glass curtain wall safety monitoring system according to claim 1, characterized in that: The monitoring module includes an image acquisition unit and a first positioning unit; the image acquisition unit uses a camera as a carrier; the first positioning unit and the image acquisition unit are in the same position; the image acquisition unit transmits the image data together with the position data of the first positioning unit to the early warning platform.

3. A glass curtain wall safety monitoring system according to claim 2, characterized in that: The monitoring module also includes a temperature sensing unit; the temperature sensing unit uses an electronic device as a carrier; the temperature sensing unit is arranged around the image acquisition unit; the temperature sensing unit can detect the temperature of the outer wall of the glass curtain wall; the temperature sensor can transmit the sensed temperature to the early warning platform through the first transmission unit.

4. A glass curtain wall safety monitoring system according to claim 3, characterized in that: The early warning module also includes a linkage unit; the linkage unit and the thermal system; when the temperature sensed by the temperature sensing unit in the early warning module reaches a threshold, the linkage unit is triggered; the linkage unit is used to link the early warning platform with the thermal system, and the linkage unit will control the opening and closing of the thermal system according to the temperature data analyzed by the analysis unit.

5. A glass curtain wall safety monitoring system according to claim 4, characterized in that: The linkage unit is also connected to the linkage equipment; the linkage equipment includes sun visors, electric curtains, and electric windows and doors; after receiving the instructions sent by the analysis unit, the linkage unit will control the linkage equipment to work, and the linkage equipment will drive the sun visors, electric curtains, and electric windows and doors to work.

6. A glass curtain wall safety monitoring system according to claim 2, characterized in that: The monitoring module further includes a pressure sensing unit, a stress sensing unit and a displacement sensing unit; the pressure sensing unit uses an electronic device as a carrier; the stress sensing unit uses an electronic device as a carrier; the displacement sensing unit uses an electronic device as a carrier; the monitoring module transmits the monitored pressure data, stress data and displacement data to the early warning platform through the first transmission unit; The first positioning unit can position the pressure sensing unit, the stress sensing unit and the displacement sensing unit.

7. A glass curtain wall safety monitoring system according to claim 2, characterized in that: The prompt module includes a display unit and a generation unit; the analysis unit can transmit the warning data together with the warning position to the third transmission unit through the second transmission unit; the display unit can display the warning data with the warning position of the analysis unit; The generating unit can generate a maintenance path based on the early warning data.

8. A glass curtain wall safety monitoring system according to claim 7, characterized in that: The prompt module further includes a second positioning unit; the second positioning unit can position the prompt module; and the display unit can give a prompt after the second positioning unit approaches the warning position.

9. A glass curtain wall safety monitoring system according to claim 8, characterized in that: The prompt module also includes a feedback component; the feedback component includes a text input unit and an image input unit; the feedback component can provide feedback on the state of the glass curtain wall at the warning position; the prompt module will transmit the data fed back by the feedback component to the warning platform through a third transmission unit; the analysis unit can perform model exercises based on the data fed back by the feedback component.

10. A glass curtain wall safety monitoring method, the method being applicable to the glass curtain wall safety monitoring system according to any one of claims 1 to 9, characterized in that: The steps of this method are as follows: S1: The image acquisition unit, the first positioning unit, the temperature sensing unit, the pressure sensing unit and the displacement sensing unit in the monitoring module of the monitoring end monitor the glass curtain wall; S2: The monitoring module transmits the monitoring data with the monitoring location to the second transmission unit in the early warning platform through the first transmission unit; the second transmission unit transmits the monitoring data with the monitoring location to the storage unit in the early warning module; S3: The analysis unit analyzes the monitoring data of the storage unit and generates warning data with warning positions; the analysis unit transmits the warning data with warning positions to the prompting end through the second transmission unit; S4: The analysis unit sends instructions to the linkage unit; the linkage unit controls the thermal system and linkage equipment to work; S5: After receiving the warning data with the warning position, the second transmission unit in the prompting end transmits the data to the display unit, and the generation unit generates a maintenance path according to the data received by the display unit; S6: The feedback component will use the text input unit and the image input unit to transmit the state of the glass curtain wall before maintenance back to the storage unit through the third transmission unit and the second transmission unit; the analysis unit will compare and train the data fed back by the feedback component with the warning data.

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