A safety management method and system for attached external wall scaffolding

Abstract

The present application relates to a safety management method and system for an attached exterior wall scaffold, which belongs to the field of scaffolding. The method includes determining whether the scaffolding is tilted based on a preset tilt sensor; if the scaffolding is tilted, obtaining the tilt factor of the scaffolding based on a monitoring sensor; generating a corresponding scaffolding management strategy based on the tilt factor; and correcting the tilt of the scaffolding according to the scaffolding management strategy. The tilt sensor is used to detect whether the scaffolding is tilted. If the scaffolding is tilted, it indicates that the frame structure of the scaffolding has undergone structural deformation. At this time, determining the tilt factor of the scaffolding based on the monitoring sensor is conducive to enabling the staff to promptly know the cause of the structural deformation of the scaffolding frame structure; generating a corresponding scaffolding management strategy based on the tilt factor is conducive to enabling the staff to repair the frame structure of the scaffolding in a targeted manner when knowing the tilt factor of the scaffolding, thereby facilitating the personal safety of the construction workers.

Description

Technical Field

[0001] The invention relates to the field of scaffolds, and in particular to a safety management method and system for an attached external wall scaffold. Background Art

[0002] The attached external wall scaffolding plays a very important role in the construction of high-rise buildings. It transforms high-altitude operations into low-altitude operations and suspended operations into operations inside the frame, effectively improving the safety of construction.

[0003] The structure of the attached external wall scaffolding consists of three parts: the vertical main frame, the horizontal supporting truss, and the frame frame. Construction workers carry out various construction activities on the platform set up on the scaffolding.

[0004] The inventor believes that, due to the tight structure of the attached exterior wall scaffolding, when the structure undergoes structural deformation, the workers are often unable to know the cause of the deformation and are unable to carry out targeted repairs on the scaffolding, thereby threatening the personal safety of the construction workers. Summary of the invention

[0005] In order to facilitate the protection of the personal safety of construction workers, the present invention provides a safety management method and system for an attached external wall scaffold.

[0006] In the first aspect, the present application provides a safety management method for an attached external wall scaffolding, which adopts the following technical solution:

[0007] A safety management method for an attached external wall scaffolding, comprising:

[0008] Determine whether the scaffold is tilted based on a preset tilt sensor;

[0009] If the scaffold is tilted, a tilt factor of the scaffold is obtained based on a monitoring sensor;

[0010] Based on the tilt factor, generating a corresponding scaffolding management strategy;

[0011] The scaffold is tilt-corrected according to the scaffold management strategy.

[0012] By adopting the above technical scheme, the inclination sensor is used to detect whether the scaffolding is tilted. If the scaffolding is tilted, it indicates that the frame structure of the scaffolding has undergone structural deformation. At this time, the inclination factor of the scaffolding is determined according to the monitoring sensor, which is conducive to the staff to know the reason for the structural deformation of the frame structure of the scaffolding in time; according to the inclination factor, the corresponding scaffolding management strategy is generated, which is conducive to the staff to repair the frame structure of the scaffolding in a targeted manner and correct the inclination of the scaffolding when knowing the inclination factor of the scaffolding, thereby helping to ensure the personal safety of the construction workers.

[0013] Optionally, the determining whether the scaffold is tilted based on a preset tilt sensor includes:

[0014] Obtain the inclination value detected by the inclination sensor preset on the scaffolding;

[0015] Determining whether the inclination angle value is greater than a preset inclination angle threshold;

[0016] If the inclination value is greater than the inclination threshold, it is determined that the scaffold is tilted;

[0017] If the inclination angle value is less than or equal to the inclination angle threshold, the scaffolding safety status information is determined based on a preset rain and snow sensor.

[0018] By adopting the above technical solution, if the inclination value detected by the inclination sensor is greater than the inclination threshold, it indicates that the scaffolding is tilted; when the inclination value detected by the inclination sensor is less than or equal to the inclination threshold, the safety status information of the scaffolding is determined based on the rain and snow sensor, which is conducive to further confirming whether it is safe for the workers to work on the scaffolding.

[0019] Optionally, the determining of the scaffold safety status information based on a preset rain and snow sensor includes:

[0020] Based on the preset rain and snow sensor, determine whether it is raining;

[0021] If it rains, get the rainfall amount;

[0022] Determining whether the rainfall is greater than a preset rainfall threshold;

[0023] If the rainfall is greater than the rainfall threshold, determining the scaffold safety status information as unsafe;

[0024] If the rainfall is less than or equal to the rainfall threshold, the scaffold safety status information is determined to be safe.

[0025] By adopting the above technical solution, since rainfall will affect the personal safety of workers on the scaffolding, when the rain and snow sensor detects that the rainfall is greater than the rainfall threshold, the scaffolding safety status information is determined to be unsafe, and it is not suitable for workers to carry out construction activities on the scaffolding.

[0026] Optionally, the monitoring sensor includes a wind speed sensor and a gravity sensor;

[0027] The step of obtaining the tilt factor of the scaffold based on the monitoring sensor includes:

[0028] Acquiring a wind speed value based on the wind speed sensor; wherein the wind speed sensor is disposed on the top of the scaffold;

[0029] Substituting the wind speed value into a preset wind force level database, and obtaining a wind force level corresponding to the wind speed value;

[0030] Determining whether the wind force level is greater than a preset wind force level threshold;

[0031] If the wind force level is greater than the wind force level threshold, it is determined that the wind speed causes the scaffold to tilt, a wind speed external factor is obtained, and the wind speed external factor is used as a tilt factor;

[0032] If the wind force level is less than or equal to the wind force level threshold, obtaining the gravity value detected by the gravity sensor;

[0033] Determining whether the gravity value is greater than a preset load-bearing threshold;

[0034] If the gravity value is greater than the load-bearing threshold, it is determined that the overweight causes the scaffold to tilt, and the gravity external factor is obtained, and the gravity external factor is used as the tilt factor;

[0035] If the gravity value is less than or equal to the load-bearing threshold, it is determined that the scaffold itself causes the scaffold to tilt, and the tilt factor is the scaffold itself factor.

[0036] By adopting the above technical scheme, the tilt factors of the scaffolding obtained based on the monitoring sensor include external factors of wind speed, external factors of gravity and factors of the scaffolding itself, which is beneficial for the staff to know the tilt factors of the scaffolding in time based on the monitoring sensor, and lay the foundation for subsequent targeted repairs of the scaffolding.

[0037] Optionally, when the tilt factor is the gravity external factor, a corresponding scaffold management strategy is generated based on the tilt factor, including:

[0038] Based on the gravity value and the load-bearing threshold, obtaining a weight excess value;

[0039] Based on the excess weight value, weight loss information is generated and displayed.

[0040] By adopting the above technical solution, when the tilt factor is an external factor of gravity, the current executing body first obtains the excess weight value based on the gravity value and the load-bearing threshold, where the excess weight value is equal to the gravity value - the load-bearing threshold, and then generates weight loss information based on the excess weight value, which is conducive to reminding the staff to lose weight in time to ensure the personal safety of the construction workers.

[0041] Optionally, when the tilt factor is the wind speed external factor, a corresponding scaffolding management strategy is generated based on the tilt factor, including:

[0042] Obtain wind direction information based on a preset wind direction sensor;

[0043] Based on the wind direction information, reinforcement information is generated and displayed.

[0044] By adopting the above technical solution, when the tilt factor is an external factor of wind speed, wind direction information is obtained based on the wind direction sensor, and reinforcement information is generated after obtaining the wind direction information, which is beneficial to remind the staff to reinforce the scaffolding in time and at the same time beneficial to ensure the life safety of the construction workers.

[0045] Optionally, when the tilt factor is a factor of the scaffold itself, a corresponding scaffold management strategy is generated based on the tilt factor, including:

[0046] Searching for a scaffolding structure document in a preset scaffolding installation database, and displaying the scaffolding structure document; and

[0047] Issue and display scaffolding structure fault information.

[0048] By adopting the above technical solution, when the tilt factor is caused by the scaffolding itself, it indicates that there is a problem with the scaffolding structure during the installation process. At this time, the scaffolding structure document is searched and displayed in the scaffolding installation database, and then the scaffolding structure fault reporting information is issued, which is conducive to reminding the staff to check the scaffolding structure in time according to the scaffolding structure document and repair it in time.

[0049] In the second aspect, the present application provides an attached external wall scaffolding safety management system adopts the following technical solution:

[0050] A safety monitoring system for an attached external wall scaffold comprises an inclination sensor, a monitoring module and a control module; the inclination sensor and the monitoring module are both connected to the control module;

[0051] The inclination sensor is used to detect whether the scaffolding is tilted; the control module is used to obtain the inclination factor of the scaffolding based on the monitoring module after the scaffolding is tilted, and based on the inclination factor, generate a corresponding scaffolding management strategy, and perform inclination correction on the scaffolding according to the scaffolding management strategy.

[0052] By adopting the above technical solution, the inclination sensor is used to detect whether the scaffolding is tilted, and when the scaffolding is tilted, the control module obtains the inclination factor of the scaffolding based on the monitoring module, so that the staff can know the inclination of the scaffolding and the reason for the inclination in time; the control module generates a scaffolding management strategy based on the inclination factor, which does not require manual formulation, saves time and effort, and is convenient for the management of the scaffolding. At the same time, it is convenient for the staff to promptly discover the insecurity of the scaffolding and repair it in time, which is beneficial to ensure the personal safety of the construction workers.

[0053] Optionally, the monitoring module includes a wind speed sensor and a gravity sensor; the wind speed sensor and the gravity sensor are both connected to the control module;

[0054] The wind speed sensor is used to detect the wind speed value at the top of the scaffold, and the gravity sensor is used to detect the load-bearing value of the scaffold; the control module is used to obtain the tilt factor based on the wind speed value and the load-bearing value.

[0055] By adopting the above technical solution, the control module obtains the tilt factor based on the wind speed value detected by the wind speed sensor and the load-bearing value detected by the gravity sensor, and monitors the scaffolding tilt factor in terms of wind speed and load-bearing, which facilitates the management of the scaffolding.

[0056] In summary, the present application has at least one of the following beneficial technical effects:

[0057] 1. Determining the tilt factor of the scaffolding based on the monitoring sensor is conducive to enabling the staff to know the cause of the structural deformation of the scaffolding frame structure in a timely manner; generating the corresponding scaffolding management strategy based on the tilt factor is conducive to enabling the staff to repair the scaffolding frame structure in a targeted manner when knowing the tilt factor of the scaffolding, thereby ensuring the personal safety of the construction workers.

[0058] 2. Monitor the tilt factors of the scaffolding in terms of wind speed and load-bearing capacity to facilitate the management of the scaffolding. BRIEF DESCRIPTION OF THE DRAWINGS

[0059] Figure 1 It is an overall flow chart of a safety management method for an attached external wall scaffold in an embodiment of the present application.

[0060] Figure 2 It is a flow chart of obtaining the tilt factor of the scaffold based on the monitoring sensor in a safety management method of an attached external wall scaffold in an embodiment of the present application.

[0061] Figure 3 It is an overall structural diagram of an attached external wall scaffolding safety management system in an embodiment of the present application.

[0062] Description of reference numerals:

[0063] 1. Tilt sensor; 2. Monitoring module; 21. Wind speed sensor; 22. Gravity sensor; 3. Control module. DETAILED DESCRIPTION

[0064] The embodiment of the present application discloses a safety management method for an attached external wall scaffold.

[0065] Reference Figure 1 , a safety management method for an attached external wall scaffolding includes:

[0066] S100: determining whether the scaffold is tilted based on a preset tilt sensor.

[0067] The inclination sensor is used to measure the inclination angle. Specifically, the inclination sensor is installed at a horizontal position and a vertical position on the scaffold, and is used to measure the lateral inclination angle and the longitudinal inclination angle of the scaffold respectively. In this embodiment, a dual-axis inclination sensor is used to measure the inclination angle of the scaffold. The parameters of the inclination sensor used in this embodiment are as follows: the range of the inclination sensor is 90 degrees, and the resolution is 0.01 degrees.

[0068] Specifically, judging whether the scaffold is tilted based on a preset tilt sensor includes:

[0069] S110, obtaining an inclination value detected by an inclination sensor preset on the scaffold.

[0070] S120: Determine whether the inclination value is greater than a preset inclination threshold.

[0071] S130: If the inclination value is greater than the inclination threshold, it is determined that the scaffold is tilted.

[0072] S140: If the inclination value is less than or equal to the inclination threshold, determine the safety status information of the scaffold based on a preset rain and snow sensor.

[0073] The inclination sensor is used to measure the inclination angle of the scaffold. Here, taking the measurement of the lateral inclination angle of the scaffold as an example, step S110 and step S140 are explained as follows: the inclination threshold is set to 2 degrees. If the inclination value detected by the inclination sensor on the scaffold is 3 degrees, the central control host determines that the scaffold is tilted; if the inclination value detected by the inclination sensor is 0.1 degrees, the central control host determines the safety status information of the scaffold based on the rain and snow sensor. The parameters of the central control host in this embodiment are as follows: the working voltage of the central control host is 220AC±20%, the working power is ≤20W, the networking mode is 4G, the display screen is a 7-inch touch screen, and the resolution is 800*480.

[0074] Specifically, the scaffolding safety status information is determined based on the preset rain and snow sensors, including:

[0075] S141. Determine whether it is raining based on a preset rain and snow sensor.

[0076] Rain and snow sensors detect whether there is rain or snowfall by utilizing the conductive properties of rainwater.

[0077] S142: If it rains, obtain the rainfall amount.

[0078] If the rain and snow sensor detects rainfall, the central control host obtains the rainfall amount. In this embodiment, the central control host obtains the rainfall amount at that time based on real-time weather data.

[0079] S143: Determine whether the rainfall is greater than a preset rainfall threshold.

[0080] S144. If the rainfall is greater than the rainfall threshold, the scaffold safety status information is determined to be unsafe.

[0081] S145. If the rainfall is less than or equal to the rainfall threshold, determine that the scaffold safety status information is safe.

[0082] Taking steps S143 to S145 as an example, the rainfall threshold is set to 15 mm, which means that the precipitation within 24 hours does not exceed 15 mm; if the rainfall is 20 mm, since the rainfall is greater than the rainfall threshold, the central control host determines that the scaffolding safety status information is unsafe; if the rainfall is 5 mm, the central control host determines that the scaffolding safety status information is safe.

[0083] Reference Figure 1 , S200, if the scaffold is tilted, the tilt factor of the scaffold is obtained based on the monitoring sensor.

[0084] Specifically, the monitoring sensors include wind speed sensors and gravity sensors;

[0085] Reference Figure 2 , based on the monitoring sensor, the tilt factors of the scaffolding are obtained, including:

[0086] S210, obtaining a wind speed value based on a wind speed sensor; wherein the wind speed sensor is disposed on the top of the scaffold.

[0087] The wind speed sensor is used to detect the wind speed. In this embodiment, the wind speed sensor can be a mechanical wind speed sensor or an ultrasonic wind speed sensor. In the construction height, the wind speed usually increases with the height of the building, that is, the higher the floor, the greater the wind speed. Therefore, the wind speed sensor is set on the top of the scaffolding to detect the wind speed on the top of the scaffolding.

[0088] S220: Substitute the wind speed value into a preset wind force level database, and obtain the wind force level corresponding to the wind speed value.

[0089] The wind force level database includes wind speed ranges and wind force levels, where the wind speed ranges correspond to the wind force levels. The specific relationship between the wind force levels and wind speed ranges is shown in the following table:

[0090]

[0091] The central control host obtains the wind speed value detected by the wind speed sensor, queries the wind speed range of the wind speed value in the wind force level database, and determines the wind force level based on the wind speed range. For example, the wind speed value detected by the wind speed sensor is 6m / s. Since 6m / s falls within the wind speed range of (5.5-7.9)m / s, the wind force level is determined to be 4 at this time.

[0092] S230: Determine whether the wind force level is greater than a preset wind force level threshold.

[0093] S240: If the wind force level is greater than the wind force level threshold, determine that the wind speed causes the scaffold to tilt, obtain the wind speed external factor, and use the wind speed external factor as the tilt factor.

[0094] Taking steps S230-S240 as an example, it is assumed that the wind force level threshold is level 6. If the wind force level obtained by the central control host is level 7, since level 7 is greater than level 6, the central control host will use the external factor of wind speed as the tilt factor; if the wind force level obtained by the central control host is level 3, since level 3 is less than level 6, the central control host will execute step S250.

[0095] Specifically, when the tilt factor is an external factor of wind speed, a corresponding scaffolding management strategy is generated based on the tilt factor, including:

[0096] S241. Obtain wind direction information based on a preset wind direction sensor.

[0097] The wind direction sensor is used to detect the wind direction. When the tilt factor is an external factor of wind speed, the central control host obtains the wind direction information based on the wind direction sensor.

[0098] S242: Generate and display reinforcement information based on wind direction information.

[0099] The reinforcement information is used to remind the staff in which direction to reinforce the scaffolding. After the central control host obtains the wind direction information, the reinforcement information is sent to the staff's smart terminal and displayed. The specific smart terminal can be a computer, mobile phone or tablet.

[0100] S250: If the wind force level is less than or equal to the wind force level threshold, obtain the gravity value detected by the gravity sensor.

[0101] The gravity sensor is used to detect the gravity value of the scaffold, that is, the weight it bears. In this embodiment, the gravity value refers to the weight it bears per square meter. The parameters of the gravity sensor used in this embodiment are as follows: the range of the gravity sensor is 2t and the resolution is 0.01t.

[0102] If the wind force level is less than or equal to the wind force level threshold, it indicates that the tilt is not caused by wind speed. At this time, the central control host obtains the gravity value detected by the gravity sensor. Specifically, the gravity value refers to the weight of the scaffold. When the weight of the scaffold is too high, the scaffold may also tilt.

[0103] S260: Determine whether the gravity value is greater than a preset load-bearing threshold.

[0104] S270: If the gravity value is greater than the load-bearing threshold, it is determined that the overload causes the scaffold to tilt, and the gravity external factor is obtained, and the gravity external factor is used as the tilt factor.

[0105] Taking steps S260 to S270 as an example, it is assumed that the load-bearing threshold is 200 kg per square meter. If the gravity value is 300 kg per square meter, since the gravity value is greater than the load-bearing threshold, the central control host determines that the scaffolding tilts due to overweight.

[0106] If the gravity value is less than or equal to the load-bearing threshold, the process proceeds to step S280.

[0107] Specifically, when the tilt factor is an external factor of gravity, a corresponding scaffolding management strategy is generated based on the tilt factor, including:

[0108] S271. Obtain a weight excess value based on the gravity value and the load-bearing threshold.

[0109] When the tilt factor is an external factor of gravity, the current execution subject first obtains a weight excess value based on the gravity value and the load-bearing threshold, wherein the weight excess value is equal to the gravity value minus the load-bearing threshold.

[0110] S272. Generate and display weight loss information based on the excess weight value.

[0111] It is known that the weight exceeds the value. At this time, the central control host generates weight reduction information to the staff's smart terminal and displays it. The weight reduction information is used to remind the staff of the weight that needs to be reduced, that is, the weight exceeds the value.

[0112] Reference Figure 2 , S280, if the gravity value is less than or equal to the load-bearing threshold, it is determined that the scaffold itself causes the scaffold to tilt, and the tilt factor is the scaffold itself factor.

[0113] Specifically, when the tilt factor is a factor of the scaffold itself, a corresponding scaffold management strategy is generated based on the tilt factor, including:

[0114] S281, searching for a scaffolding structure document in a preset scaffolding installation database, and displaying the scaffolding structure document; and

[0115] S282. Issue and display scaffolding structure fault alarm information.

[0116] After the central control host determines that the tilt factor is caused by the scaffolding itself, the scaffolding structure document is searched in the scaffolding installation database, and the scaffolding structure document is sent to the staff's smart terminal and displayed. After the staff receives the scaffolding structure information, they check the scaffolding structure.

[0117] Reference Figure 1 , S300, generating a corresponding scaffold management strategy based on the tilt factor;

[0118] S400, correcting the inclination of the scaffold according to the scaffold management strategy.

[0119] According to the tilt factors, the corresponding scaffolding management strategy is generated, which is conducive to the workers to repair the scaffolding frame structure and correct the tilt of the scaffolding in a targeted manner when they know the tilt factors of the scaffolding, thereby ensuring the personal safety of subsequent construction workers when working on the scaffolding.

[0120] The implementation principle of a method for safety management of an attached external wall scaffolding in an embodiment of the present application is as follows: the central control host detects whether the scaffolding is tilted based on a tilt sensor. If the scaffolding is tilted, it indicates that the frame structure of the scaffolding has undergone structural deformation. At this time, the central control host determines the tilt factor of the scaffolding according to the monitoring sensor, and based on the tilt factor, generates a corresponding scaffolding management strategy to correct the tilt of the scaffolding, which is beneficial to ensuring the personal safety of construction workers.

[0121] The embodiment of the present application also discloses a safety management system for an attached exterior wall scaffold.

[0122] Reference Figure 3 A safety management system for attached external wall scaffolding includes an inclination sensor 1, a monitoring module 2 and a control module 3; in this embodiment, the control module 3 refers to a central control host. The monitoring module 2 includes a wind speed sensor 21 and a gravity sensor 22; the inclination sensor 1, the wind speed sensor 21 and the gravity sensor 22 are all connected to the control module 3; specifically, the wind speed sensor 21 and the gravity sensor 22 are all connected to the control module 3 through wires.

[0123] The tilt sensor 1 is used to detect whether the scaffold is tilted; the control module 3 is used to obtain the tilt factor of the scaffold based on the tilt sensor 1 and the wind speed sensor 21 after the scaffold is tilted, and generate a corresponding scaffold management strategy based on the tilt factor, and perform tilt correction on the scaffold according to the scaffold management strategy. Specifically, the tilt factor can be caused by wind speed or the load-bearing capacity of the scaffold.

[0124] The wind speed sensor 21 is used to detect the wind speed value at the top of the scaffold, and the gravity sensor 22 is used to detect the load-bearing value of the scaffold; the control module 3 is used to obtain the tilt factor based on the wind speed value and the load-bearing value.

[0125] The implementation principle of an attached external wall scaffolding safety management system in an embodiment of the present application is as follows: the inclination sensor 1 is used to detect whether the scaffolding is tilted, and when the scaffolding is tilted, the control module 3 obtains the scaffolding inclination factor based on the monitoring module 2, so that the staff can know the inclination of the scaffolding and the reason for the inclination in time; the control module 3 generates a scaffolding management strategy based on the inclination factor, so that the staff can manage the scaffolding, and at the same time, it is convenient for the staff to promptly discover the unsafety of the scaffolding and repair it in time, which is beneficial to ensure the personal safety of the construction workers.

[0126] The above are all preferred embodiments of the present application, and the protection scope of the present application is not limited thereto. Therefore, any equivalent changes made according to the structure, shape, and principle of the present application should be included in the protection scope of the present application.

Claims

1. A safety management method for an attached external wall scaffold, characterized in that: include: Obtain the inclination value detected by the inclination sensor preset on the scaffolding; Determining whether the inclination angle value is greater than a preset inclination angle threshold; If the inclination value is greater than the inclination threshold, it is determined that the scaffold is tilted; If the inclination angle value is less than or equal to the inclination angle threshold, judging whether it is raining based on a preset rain and snow sensor; If it rains, get the rainfall amount; Determining whether the rainfall is greater than a preset rainfall threshold; If the rainfall is greater than the rainfall threshold, determining the scaffold safety status information as unsafe; If the rainfall is less than or equal to the rainfall threshold, determining that the scaffold safety status information is safe; The monitoring sensor includes a wind speed sensor and a gravity sensor; if the scaffold is tilted, the wind speed value is obtained based on the wind speed sensor; The wind speed sensor is arranged on the top of the scaffold. Substituting the wind speed value into a preset wind force level database, and obtaining a wind force level corresponding to the wind speed value; Determining whether the wind force level is greater than a preset wind force level threshold; If the wind force level is greater than the wind force level threshold, it is determined that the wind speed causes the scaffold to tilt, and the wind speed external factor is obtained. The wind speed external factor is used as a tilt factor. When the tilt factor is the wind speed external factor, a corresponding scaffold management strategy is generated based on the tilt factor, including: obtaining wind direction information based on a preset wind direction sensor; Based on the wind direction information, generate and display reinforcement information; If the wind force level is less than or equal to the wind force level threshold, obtaining the gravity value detected by the gravity sensor; Determining whether the gravity value is greater than a preset load-bearing threshold; If the gravity value is greater than the load-bearing threshold, it is determined that the overweight causes the scaffold to tilt, and the gravity external factor is obtained. The gravity external factor is used as the tilt factor. When the tilt factor is the gravity external factor, based on the tilt factor, Generate a corresponding scaffold management strategy, including: based on the gravity value and the load-bearing threshold, obtain a weight excess value; based on the weight excess value, generate and display weight reduction information; If the gravity value is less than or equal to the load-bearing threshold, it is determined that the scaffold itself causes the scaffold to tilt, and the tilt factor is the scaffold itself factor. When the tilt factor is the scaffold itself factor, a corresponding scaffold management strategy is generated based on the tilt factor, including: searching for a scaffold structure document in a preset scaffold installation database, and displaying the scaffold structure document; and issuing and displaying scaffold structure fault reporting information; Based on the tilt factor, generating a corresponding scaffolding management strategy; The scaffold is tilt-corrected according to the scaffold management strategy.

2. An attached external wall scaffolding safety monitoring system, characterized in that: It comprises an inclination sensor (1), a monitoring module (2) and a control module (3); the inclination sensor (1) and the monitoring module (2) are both connected to the control module (3); The tilt sensor (1) is used to detect whether the scaffold is tilted; the control module (3) is used to, after the scaffold is tilted, the monitoring module (2) obtains the tilt factor of the scaffold, and based on the tilt factor, generates a corresponding scaffold management strategy, and performs tilt correction on the scaffold according to the scaffold management strategy.

3. The attached external wall scaffolding safety monitoring system according to claim 2 is characterized in that: The monitoring module (2) comprises a wind speed sensor (21) and a gravity sensor (22); the wind speed sensor (21) and the gravity sensor (22) are both connected to the control module (3); The wind speed sensor (21) is used to detect the wind speed value at the top of the scaffold, and the gravity sensor (22) is used to detect the load-bearing value of the scaffold; the control module (3) is used to obtain the tilt factor based on the wind speed value and the load-bearing value.

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