Device for automatically monitoring connection state of standard knot connecting bolts, connection state of wall-attached points and state of wall structure of construction hoist

Abstract

The utility model discloses an automatic monitoring device for the connection state of a standard knot connecting bolt, the connection state of a wall-attached point and the state of a wall structure of a construction hoist, which comprises a first pan-tilt camera, a second pan-tilt camera, a transmitting end wireless bridge terminal, a receiving end wireless bridge terminal and a data processor, the data processor is used for establishing wireless communication connection through the sending end wireless bridge terminal and the receiving end wireless bridge terminal to receive image data of a connection state of a connection bolt acquired by the first pan-tilt camera and receiving image data of an attachment rod connection state of an attachment point of a standard knot and a wall structure state acquired by the second pan-tilt camera; comparing the image data during the initial installation with the image data during the use of the construction hoist, and judging whether the connection state of the connection bolt is loose or missing; and judging whether the connection state of the attachment rod of the wall attachment point is loosened or lost and whether the wall body structure state is cracked or deformed. The system can realize automatic monitoring, and has the advantages of timeliness and real-time performance.

Description

Technical Field

[0001] This utility model relates to the field of building engineering technology, and in particular to an automatic monitoring device for the connection status of standard section connecting bolts, the connection status of wall attachment points, and the status of wall structure of a construction hoist. Background Technology

[0002] A construction hoist is a lifting device used for the vertical transportation of personnel and materials in high-rise building construction. It mainly consists of a ladder column composed of multiple standard sections connected to a certain height by bolts, and a cage that moves up and down on the ladder column. As the height of high-rise building construction increases, it is necessary to add standard sections to increase the height of the ladder column, and to connect the standard sections to the building walls with attachment rods to improve the safety of the ladder column. The standard sections are connected by bolts. The load of the cage is transferred to the building walls through the ladder column and attachment rods. The ladder column is the main load-bearing component of the cage, and the connecting bolts between the standard sections and the attachment rods between the standard sections and the building frame structure all bear the load. During construction, problems such as loosening or missing connecting bolts between standard sections and cracks in the building walls connected to the attachment rods are frequently encountered, affecting the safe use of the construction hoist and, in severe cases, causing safety accidents. To improve the safe use of construction hoists, the field requires operators to conduct regular manual inspections of the walls connected to the standard sections of the construction hoist by checking for loose connections, missing parts, wall cracks, and other safety hazards. However, due to the large number of connecting bolts and attachment rods, there are issues of omissions or oversights during manual inspections, which cannot effectively guarantee the safe operation of the construction hoist. Utility Model Content

[0003] The purpose of this utility model is to provide an automatic monitoring device for the connection status of standard section connecting bolts, wall attachment points, and wall structure status of construction hoists. This device aims to solve the problems of the large number of bolts and attachment rods of standard sections being manually inspected in relation to the building wall, the long inspection time, and the possibility of missed inspections, as well as the difficulty in providing effective protection for the safe operation of construction hoists through regular inspections.

[0004] To solve the above-mentioned technical problems, the technical solution provided by this utility model is: an automatic monitoring device for the connection status of standard section connecting bolts, the connection status of wall attachment points, and the status of wall structure of a construction hoist, comprising:

[0005] The first pan-tilt camera, positioned on the cage of the construction hoist and aimed at the connecting bolt area of ​​two adjacent standard sections, is used to collect image data of the connection status of the connecting bolts.

[0006] The second PTZ camera, positioned on the construction hoist cage and attached to the wall area of ​​each standard section's attachment rod, is used to collect image data on the connection status of the attachment rods at the wall attachment points of the standard sections and the state of the wall structure.

[0007] The transmitting wireless bridge terminal is installed on the cage of the construction hoist;

[0008] The controller is connected to the first PTZ camera, the second PTZ camera, and the transmitting wireless bridge terminal circuit; it is used to transmit image data collected by the first PTZ camera and the second PTZ camera via wireless communication through the transmitting wireless bridge terminal.

[0009] The receiving wireless bridge terminal is installed in the monitoring room and is used to establish a wireless communication connection with the sending wireless bridge terminal.

[0010] A data processor, located in the monitoring room and connected to the receiving wireless bridge terminal, is used to receive image data collected by the first and second pan-tilt cameras via wireless communication through the receiving wireless bridge terminal. It compares the connection status of the connecting bolts of the standard section of the construction hoist with the image data during initial installation and during the hoist's use to determine if the bolts are loose or missing. It also compares the connection status of the attachment rods at the wall attachment points with the wall structure status during initial installation and during the hoist's use to determine if the attachment rods are loose or missing and if the wall structure is cracked or deformed.

[0011] Furthermore, the automatic monitoring device for the connection status of the standard section connecting bolts, the connection status of the wall attachment points, and the status of the wall structure of the construction hoist provided by this utility model also includes:

[0012] The monitoring alarm device is installed in the monitoring room and connected to the data processor.

[0013] The data processor controls whether the monitoring alarm should issue a safety alarm signal based on the connection status of the connecting bolts of the standard section of the construction hoist, the connection status of the attachment rods at the wall attachment points, and the judgment results of the wall structure status.

[0014] Furthermore, the automatic monitoring device for the connection status of the standard section connecting bolts, the connection status of the wall attachment points, and the status of the wall structure provided by this utility model includes an alarm light, a speaker, or an audible and visual alarm.

[0015] Furthermore, the automatic monitoring device for the connection status of the standard section connecting bolts, the connection status of the wall attachment points, and the status of the wall structure provided by this utility model also includes...

[0016] An on-site alarm is located on the cage of the construction hoist;

[0017] The data processor transmits the connection status of the connecting bolts of the standard section of the construction hoist, the connection status of the attachment rods at the wall attachment points, and the judgment results of the wall structure status to the controller via wireless communication. The controller controls the on-site alarm to issue a safety alarm signal based on the judgment results of the connection status of the connecting bolts of the standard section of the construction hoist, the connection status of the attachment rods at the wall attachment points, and the judgment results of the wall structure status.

[0018] Furthermore, the automatic monitoring device for the connection status of the standard section connecting bolts, the connection status of the wall attachment points, and the status of the wall structure provided by this utility model includes an alarm light, a speaker, or an audible and visual alarm.

[0019] Furthermore, in the automatic monitoring device for the connection status of the standard section connecting bolts, the connection status of the wall attachment points, and the status of the wall structure provided by this utility model, the wireless bridge terminal is replaced by a 5G-CPE terminal.

[0020] Furthermore, the automatic monitoring device for the connection status of the standard section connecting bolts, the connection status of the wall attachment points, and the status of the wall structure of the construction hoist provided by this utility model uses a PC as the data processor.

[0021] Furthermore, the automatic monitoring device for the connection status of the standard section connecting bolts, the connection status of the wall attachment points, and the status of the wall structure provided by this utility model has a large-screen display connected to the data processor.

[0022] Compared with the prior art, the beneficial effects of this utility model are as follows:

[0023] This utility model provides an automatic monitoring device for the connection status of standard section connecting bolts, wall attachment point connection status, and wall structure status of a construction hoist. The controller transmits image data of the connection status of the connecting bolts between standard sections of the construction hoist, captured by a first pan-tilt camera, to a data processor via wireless communication established by a transmitting and receiving wireless bridge terminal. The data processor compares the image data of the connection status of the standard section connecting bolts during initial installation with that during the hoist's operation to determine if there are any defects such as loosening or missing bolts, thus achieving automatic monitoring of the connection status of the standard section connecting bolts. The controller also transmits image data of the connection status of the wall attachment rods at the standard section's wall attachment points and the wall structure status, captured by a second pan-tilt camera, to the data processor via wireless communication established by a transmitting and receiving wireless bridge terminal. The data processor compares the image data of the wall attachment rod connection status at the wall attachment points during initial installation with that during the hoist's operation to determine if there are any loosening or missing wall attachment rods and if there are any cracks or deformations in the wall structure, thereby achieving automatic monitoring of the connection status of the wall attachment rods and the wall structure status at the wall attachment points.

[0024] This utility model provides an automatic monitoring device for the connection status of standard section connecting bolts, wall attachment points, and wall structure status of a construction hoist. The connecting bolts between adjacent standard sections at different heights, and the wall attachment points at different heights, move with the hoist cage as it rises and falls on the ladder column. During the hoist cage's movement, a first and second pan-tilt camera on the hoist cage collects real-time image data of the connecting bolts and wall attachment points at each height. The data processor compares the real-time image data with the initial image data to make real-time judgments on the connection status of the connecting bolts at different heights between standard sections, the connection status of the attachment rods at different heights, and the wall structure status. This real-time automated monitoring offers automation, timeliness, and real-time performance compared to manual monitoring, avoiding missed checks and providing effective monitoring assurance for the safe operation of the construction hoist.

[0025] This utility model provides an automatic monitoring device for the connection status of standard section connecting bolts, wall attachment points, and wall structure status of construction hoists. It enables remote monitoring, eliminating the need for on-site manual monitoring, thus saving manpower and improving monitoring efficiency. By acquiring image data through a pan-tilt camera, it avoids manual visual inspection, adapts to complex environments, reduces the safety risks of manual monitoring and the impact of visual obstacles, and provides both security and comprehensiveness in monitoring. Attached Figure Description

[0026] Figure 1This is a schematic diagram of the elevation structure of the automatic monitoring device for the connection status of the construction hoist and its standard section connecting bolts, the connection status of the wall attachment points, and the status of the wall structure.

[0027] Figure 2 This is a schematic diagram of the plan structure of the automatic monitoring device for the connection status of the construction hoist and its standard section connecting bolts, the connection status of the wall attachment points, and the status of the wall structure.

[0028] Figure 3 This is a schematic diagram of the facade structure for wall-mounted monitoring points;

[0029] Figure 4 This is a floor plan of the monitoring room;

[0030] As shown in the figure:

[0031] 1. First pan-tilt camera; 2. Second pan-tilt camera; 3. Transmitter wireless bridge terminal; 3'. Receiver wireless bridge terminal; 4. On-site alarm; 5. Controller; 6. Connecting bolts; 7. Wall mount; 8. Wall; 9. Wall rod; 10. Data processor; 11. Monitoring alarm; 12. Large screen display; 13. Ladder column; 14. Ladder cage; 15. Monitoring room. Detailed Implementation

[0032] The present invention will now be described in detail with reference to the accompanying drawings. The advantages and features of the present invention will become clearer from the following description. It should be noted that the drawings are all in a very simplified form and use non-precise proportions, and are only used to facilitate and clarify the illustration of the embodiments of the present invention.

[0033] Please refer to Figures 1 to 4 This utility model embodiment provides an automatic monitoring device for the connection status of standard section connecting bolts, wall attachment point connection status, and wall structure status of a construction hoist. It includes a first pan-tilt camera 1, a second pan-tilt camera 2, a transmitting wireless bridge terminal 3, a controller 5, a receiving wireless bridge terminal 3', and a data processor 10, wherein:

[0034] The first gimbal camera 1 is positioned on the cage 14 of the construction hoist, aimed at the area of ​​the connecting bolts 6 between two adjacent standard sections, and is used to collect image data of the connection status of the connecting bolts 6.

[0035] The second pan-tilt camera 2 is positioned on the construction hoist cage 14 and aimed at the attachment rods 9 of each standard section, which are attached to the building wall 8. It is used to collect image data on the connection status of the attachment rods 9 at the wall attachment points of the standard sections and the structural condition of the wall. The connection status of the attachment rods 9 includes whether they are connected to one end of the standard section or to one end of the wall 8. The connection status refers to whether the connection is loose or missing. The structural condition of the wall includes whether the wall 8 shows cracks or deformation.

[0036] The transmitting wireless bridge terminal 3 is installed on the cage 14 of the construction hoist.

[0037] The controller 5 is circuitically connected to the first PTZ camera 1, the second PTZ camera 2, and the transmitting wireless bridge terminal 3; it is used to transmit image data collected by the first PTZ camera 1 and the second PTZ camera 2 wirelessly via the transmitting wireless bridge terminal 3. The PTZ cameras are adjustable in viewing angle. The controller 5 can be a microprocessor such as a microcontroller. To ensure the security of the image data, the controller 5 can encrypt, modulate, or encode the image data.

[0038] The receiving wireless bridge terminal 3' is installed in the monitoring room 15 and is used to establish a wireless communication connection with the transmitting wireless bridge terminal 3. The wireless bridge terminal has the advantage of long transmission distance.

[0039] A data processor 10, located in the monitoring room 15, is connected to the receiving wireless bridge terminal 3'. It receives image data collected by the first PTZ camera 1 and the second PTZ camera 2 via wireless communication through the receiving wireless bridge terminal 3'. It compares the connection status of the connecting bolts 6 of the standard section of the construction hoist during initial installation with the image data during the hoist's operation to determine if the bolts 6 are loose or missing. It also compares the connection status of the attachment rods 9 at the wall attachment points with the wall structure status during initial installation and the hoist's operation to determine if the attachment rods 9 are loose or missing and if the wall structure is cracked or deformed. The image data during initial installation is collected after the connecting bolts and wall attachment points are initially installed. The image data during operation is collected in real-time as the hoist moves through the connecting bolts and wall attachment points, or it can be directly monitored and collected from the bottom to the top of the ladder column 13 during unloaded operation. The data processor 10 can be a PC. The data processor 10 can decrypt, demodulate, and decode encrypted, modulated, and encoded image data to restore the data.

[0040] The automatic monitoring device for the connection status of standard section connecting bolts, wall attachment points, and wall structure of the construction hoist provided in this embodiment of the invention uses a controller 5 to transmit image data of the connection status of the connecting bolts 6 between the standard sections of the construction hoist, collected by the first pan-tilt camera 1, to a data processor 10 via wireless communication established by the transmitting and receiving wireless bridge terminal 3'. The data processor 10 compares the image data of the connection status of the connecting bolts 6 of the standard sections of the construction hoist during initial installation with that during use of the construction hoist, and determines whether there are defects such as loosening or missing bolts, thereby realizing the automatic monitoring of the connection status of the connecting bolts 6 of the standard sections. The controller 5 also transmits the image data of the connection status of the attachment rod 9 at the wall attachment point of the standard section and the wall structure status collected by the second pan-tilt camera 2 to the data processor 10 through the wireless communication established by the transmitting and receiving wireless bridge terminal 3'. The data processor 10 compares the image data of the connection status of the attachment rod 9 at the wall attachment point and the wall structure status during the initial installation and the use of the construction hoist to determine whether the connection status of the attachment rod 9 at the wall attachment point is loose or missing and whether the wall structure status is cracked or deformed, thereby realizing the automatic monitoring of the connection status of the attachment rod 9 at the wall attachment point and the automatic monitoring of the wall structure status at the wall attachment point.

[0041] The automatic monitoring device for the connection status of standard section connecting bolts, wall attachment points, and wall structure of the construction hoist provided in this embodiment of the utility model monitors the connection bolts 6 between adjacent standard sections at different heights and the wall attachment points at different heights as the cage 14 moves up and down on the ladder column. During the up and down movement of the cage 14, the first pan-tilt camera 1 and the second pan-tilt camera 2 on it collect real-time image data of the connecting bolts 6 and wall attachment points at each height. The data processor 10 compares the real-time image data with the initial image data to make real-time judgments on the connection status of the connecting bolts 6 at different heights between standard sections, the connection status of the attachment rods 9 at different heights, and the wall structure, thus performing real-time automated monitoring. Compared with manual monitoring, this device offers automation, timeliness, and real-time monitoring, avoiding missed checks and providing effective monitoring assurance for the safe operation of the construction hoist during use.

[0042] The automatic monitoring device for the connection status of standard section connecting bolts, wall attachment points, and wall structure status of the construction hoist provided in this embodiment of the utility model enables remote monitoring, eliminating the need for on-site manual monitoring, saving manpower, and improving monitoring efficiency. By acquiring image data through a pan-tilt camera, manual visual inspection is avoided, allowing it to adapt to complex environments, reducing the safety risks of manual monitoring and the impact of visual obstacles, thus providing both security and comprehensiveness in monitoring.

[0043] Please refer to Figure 4 To provide alerts when problems arise with the connection status of the connecting bolts 6, the connection status of the wall attachment points, and the wall structure status, the automatic monitoring device for the connection status of the standard section connecting bolts, the connection status of the wall attachment points, and the wall structure status of the construction hoist provided in this embodiment of the invention further includes:

[0044] A monitoring alarm 11 is installed in the monitoring room 15 and connected to the data processor 10. The data processor 10 controls the monitoring alarm 11 to issue a safety alarm signal based on the connection status of the connecting bolts 6 of the standard section of the construction hoist, the connection status of the attachment rods 9 at the wall attachment points, and the condition of the wall structure. If any of the following issues are found, the monitoring alarm 11 will issue an alarm signal: loosening or missing connecting bolts 6, loosening or missing wall attachment points, or cracking or deformation of the wall structure 8. If none of these issues are found, the monitoring alarm 11 will not issue an alarm. The monitoring alarm 11 can be an alarm light, a speaker, or an audible and visual alarm.

[0045] Please refer to Figure 1 To trigger alarms for the aforementioned problems in the monitoring results, ensure the safe use of construction hoists, and prevent safety accidents such as ladder falls due to untimely periodic monitoring, the automatic monitoring device for the connection status of standard section connecting bolts, wall attachment points, and wall structure status of the construction hoist provided in this embodiment may further include...

[0046] An on-site alarm 4 is located on the cage 14 of the construction hoist. The data processor 10 transmits the judgment results of the connection status of the connecting bolts 6 of the standard section of the construction hoist, the connection status of the attachment rods 9 at the wall attachment points, and the wall structure status to the controller 5 via wireless communication. The controller 5 controls whether the on-site alarm 4 issues a safety alarm signal based on the judgment results of these conditions. The on-site alarm 4 issues an alarm signal if there is a problem with any of the connection status of the connecting bolts 6, the connection status of the wall attachment points, or the wall structure status; otherwise, it does not alarm. To enable alarms to remind workers using the construction hoist to evacuate or for maintenance, the on-site alarm 4 can be an alarm light, a speaker, or an audible and visual alarm.

[0047] To achieve long-distance wireless transmission of image data, this utility model provides an automatic monitoring device for the connection status of standard section connecting bolts, wall attachment points, and wall structure status of a construction hoist. The wireless bridge terminal can be replaced by a 5G-CPE terminal. A 5G-CPE (Customer Premises Equipment) is a user-side network terminal device that converts 5G signals from operator base stations into Wi-Fi or wired signals, providing high-speed network access services for local devices. Its core functions include signal conversion, multi-device connection, and mobility support.

[0048] To ensure that all personnel in the monitoring room 15 can see the monitoring results, this embodiment of the utility model provides an automatic monitoring device for the connection status of the standard section connecting bolts of the construction hoist, the connection status of the wall attachment points, and the status of the wall structure. The data processor 10 is externally connected to a large-screen display 12. The large-screen display 12 allows for a direct view of any problems with the construction hoist, enabling timely implementation of safety measures and the broadcasting of reminders to the construction site.

[0049] The automatic monitoring device for the connection status of standard section connecting bolts, wall attachment points, and wall structure status of the construction hoist provided in this embodiment improves the accuracy of judging the connection bolts 6. It can perform image preprocessing on the collected image data, including noise reduction and contrast enhancement, using edge detection algorithms to extract bolt and thread edge information, and further processing the edge image using morphological operations to remove false edges and enhance true thread edges. The judgment result for the connection bolts 6 can be compared with the image data of the initial state, showing whether there are missing nuts or changes in the amount of exposed threads, thereby determining whether the connection bolts 6 are loose or missing nuts.

[0050] The automatic monitoring device for the connection status of the standard section connecting bolts, the connection status of the wall attachment points, and the status of the wall structure provided in this embodiment of the utility model, when judging the wall attachment points, collects image data at the interface of the attachment rod 9, the wall 8, and the wall attachment support 7 through the second camera 2. The collected image data is transmitted to the data processor 10, and the monitoring room 15 compares and analyzes the image data to determine whether there is concrete structure cracking at the wall 8 and the wall attachment support 7. Specifically, as the ladder cage 14 moves up and down relative to the ladder column 13, after the second pan-tilt camera 2 moves to the wall attachment point position, it collects image data of the attachment rod 9, the wall 8, and the wall attachment support 7 at the corresponding wall attachment point and compares it with the image data of the initial state to determine whether there is a problem with the connection status of the attachment rod 9 and whether there are divergent cracks in the wall structure.

[0051] The automatic monitoring device for the connection status of the connecting bolts, the connection status of the wall attachment points, and the status of the wall structure of the standard section of the construction hoist provided in this embodiment of the utility model can monitor and respond to the connection status of the connecting bolts and the wall attachment points of the standard section of the construction hoist and the status of the wall structure in real time.

[0052] The automatic monitoring device for the connection status of standard section connecting bolts, the connection status of wall attachment points, and the status of wall structure of the construction hoist provided in this embodiment of the utility model is not limited to the monitoring of double-cage 14 construction hoists, but is also applicable to the monitoring of single-cage 14 construction hoists.

[0053] This utility model is not limited to the specific embodiments described above. Obviously, the embodiments described above are only some, not all, of the embodiments of this utility model. Based on the described embodiments of this utility model, all other embodiments obtained by those skilled in the art are within the scope of protection of this utility model. Those skilled in the art can make other levels of modifications and variations to this utility model. Therefore, if these modifications and variations of this utility model fall within the scope of the claims of this utility model, this utility model also intends to include these modifications and variations.

Claims

1. An automatic monitoring device for the connection status of standard section connecting bolts, the connection status of wall attachment points, and the status of the wall structure of a construction hoist, characterized in that, include: The first pan-tilt camera, positioned on the cage of the construction hoist and aimed at the connecting bolt area of ​​two adjacent standard sections, is used to collect image data of the connection status of the connecting bolts. The second PTZ camera, positioned on the construction hoist cage and attached to the wall area of ​​each standard section's attachment rod, is used to collect image data on the connection status of the attachment rods at the wall attachment points of the standard sections and the state of the wall structure. The transmitting wireless bridge terminal is installed on the cage of the construction hoist; The controller is connected to the first PTZ camera, the second PTZ camera, and the wireless bridge terminal circuit of the transmitting end. Used to transmit image data collected by the first PTZ camera and the second PTZ camera via wireless communication through the transmitting wireless bridge terminal. The receiving wireless bridge terminal is installed in the monitoring room and is used to establish a wireless communication connection with the sending wireless bridge terminal. A data processor, located in the monitoring room and connected to the receiving wireless bridge terminal, is used to receive image data collected by the first and second pan-tilt cameras via wireless communication through the receiving wireless bridge terminal. It compares the connection status of the connecting bolts of the standard section of the construction hoist with the image data during initial installation and during the hoist's use to determine if the bolts are loose or missing. It also compares the connection status of the attachment rods at the wall attachment points with the wall structure status during initial installation and during the hoist's use to determine if the attachment rods are loose or missing and if the wall structure is cracked or deformed.

2. The automatic monitoring device for the connection status of standard section connecting bolts, the connection status of wall attachment points, and the status of wall structure of the construction hoist as described in claim 1, is characterized in that, Also includes: The monitoring alarm device is installed in the monitoring room and connected to the data processor. The data processor controls whether the monitoring alarm should issue a safety alarm signal based on the connection status of the connecting bolts of the standard section of the construction hoist, the connection status of the attachment rods at the wall attachment points, and the judgment results of the wall structure status.

3. The automatic monitoring device for the connection status of standard section connecting bolts, the connection status of wall attachment points, and the status of wall structure of the construction hoist as described in claim 2, is characterized in that, The monitoring alarm device is an alarm light, speaker, or audible and visual alarm.

4. The automatic monitoring device for the connection status of standard section connecting bolts, the connection status of wall attachment points, and the status of wall structure of the construction hoist as described in claim 1 or 2, characterized in that, Also includes An on-site alarm is located on the cage of the construction hoist; The data processor transmits the connection status of the connecting bolts of the standard section of the construction hoist, the connection status of the attachment rods at the wall attachment points, and the judgment results of the wall structure status to the controller via wireless communication. The controller controls the on-site alarm to issue a safety alarm signal based on the judgment results of the connection status of the connecting bolts of the standard section of the construction hoist, the connection status of the attachment rods at the wall attachment points, and the judgment results of the wall structure status.

5. The automatic monitoring device for the connection status of standard section connecting bolts, the connection status of wall attachment points, and the status of wall structure of the construction hoist as described in claim 4, is characterized in that, The on-site alarm device is an alarm light, a speaker, or an audible and visual alarm.

6. The automatic monitoring device for the connection status of standard section connecting bolts, the connection status of wall attachment points, and the status of wall structure of the construction hoist as described in claim 1, is characterized in that, The wireless bridge terminal was replaced by a 5G-CPE terminal.

7. The automatic monitoring device for the connection status of standard section connecting bolts, the connection status of wall attachment points, and the status of wall structure of the construction hoist as described in claim 1, is characterized in that, The data processor is a PC.

8. The automatic monitoring device for the connection status of standard section connecting bolts, the connection status of wall attachment points, and the status of wall structure of the construction hoist as described in claim 1, is characterized in that, The data processor is connected to a large-screen display.

Images