KR102438757B1 - Smart Safety Platform - Google Patents

Abstract

The present invention relates to a smart safety management system (S). To this end, the present invention provides safety management system at a construction site, wherein the safety management system includes an information processing device that transmits and receives information to and from a plurality of user terminals and a network, and an information storage device that transmits, receives, and records information with the user terminals and information processing device. The information processing device includes: a work permit unit that creates and provides work permits for each job; a risk assessment unit that evaluates and provides risk ratings for each task based on the generated work permit; a safety education management unit that provides safety education information required for each technician based on safety education history information and generated work permits for technicians; an entrance/exit management unit that approves entry of technicians into the field based on the generated work permit and provides entry/exit information; a TBM support unit that provides safety data and inspection items for each task based on the generated work permit. Thus, according to the smart safety management system of the present invention, by breaking away from the bibliographic-based field management method and converting most of the field activities into data using user terminals and IoT devices, automated on-site management becomes possible. All activities at a construction site are converted into data centered on the activities of the work permit unit of the information processing device and stored in the information storage device to be used as data for risk management in the future.

Description

Smart Safety Management Platform {Smart Safety Platform}

The present invention relates to a smart safety management platform at a construction site in which a plurality of user terminals for transmitting and receiving information, an information processing device, and an information storage device interact, wherein the information processing device generates a work permit for each job, Evaluates the risk level for each job based on the work permit, provides safety training history information and required safety training information for technicians, approves technicians to enter the field, provides entry/exit information, and safety data for each job And by providing inspection items, it relates to a smart safety management platform that provides the current status of the construction site in real time and enables overall safety management.

Due to the nature of the construction site, where a large number of manpower and equipment are input, it is most important to prevent the occurrence of safety accidents, and efficient management of manpower and equipment is directly related to the economic efficiency of construction.

For this reason, the construction site prepared a check sheet for each time before, during, and after for manpower inspection and compared it with the output status on the work permit. was prepared and placed directly on the site, and as a series of management tasks were made in documents, there was inefficiency in that a lot of time and indirect manpower was consumed in bibliography preparation, approval, printing, and storage.

In addition, although regular training programs are operated for safety at construction sites, most of them are formal training, so practical training required for each job is not provided or safety accidents are not strictly managed. There was a limit that did not help at all in the prevention of

Furthermore, in construction sites, the location or route of workers could not be grasped in real time due to the occurrence of unexpected unexpected situations, and even if the equipment had a defect or required additional work, the status of the equipment could not be managed. There was a limit I couldn't. Such unmanaged workers or abnormal operation or defects of equipment have increased the possibility of large-scale human accidents.

In particular, the 'Act on Punishment of Serious Accidents, Etc.' (hereinafter referred to as the 'Severe Accident Punishment Act'), which will come into effect on January 27, 2022 in Korea, strengthens criminal punishment for employers in the event of an industrial accident that causes serious damage to life. It deals with what Specifically, the Serious Accident Punishment Act stipulates that business owners or business managers will be punished when a serious accident occurs due to a violation of their duty to secure safety and health, and further fines will be imposed on corporations or institutions that violate the duty of supervision.

However, the Serious Accident Punishment Act stipulates that no fines will be imposed if it is recognized that the company has not neglected to pay due attention and supervision to the relevant business in order to prevent violations. By allowing them to be exempted from punishment when it is recognized that they have fulfilled their duty of care, the need for companies to establish a systematic safety management system to prevent the occurrence of safety accidents and safety training for workers in industrial sites has increased.

On the other hand, in order to improve the conventional document-based construction management method, various technologies have been proposed regarding a management platform connected to a wired/wireless terminal and a network. For example, when a worker applies for a work permit through a terminal, a technology has been proposed so that the manager can approve it through the terminal, or a manager writes a risk assessment directly through the terminal and shares it with other workers. .

However, as the conventional construction management platforms differ in management for each site or work, or focus on implementing individual management functions such as education management, work permit management, access management, cost/construction period management, etc., information of the construction site in real time There was a limit to providing and implementing comprehensive safety management.

Patent Publication KR 10-2003-0068661 A Patent Publication KR 10-2007-0104033 A Patent Publication KR 10-2016-0126152 A Patent Publication KR 10-2019-0040847 A Patent Publication KR 10-2020-0043306 A Patent Publication KR 10-2020-0136077 A

The present invention has been proposed in order to improve the problems of the prior art, and it is possible to automatically manage the site by using a user terminal and IoT device to data most of the activities in the field, out of the bibliographic-based field management method, The purpose of this is to provide a smart safety management system that can respond flexibly to changes in site conditions, provide real-time site information, as well as comprehensive safety management, and can be used in connection with multiple sites regardless of individual sites. .

In order to solve the above problems, the smart safety management system (S) of the present invention includes an information processing device 200 for transmitting and receiving information through a plurality of user terminals 100 and a network, and the user terminal 100 and To include an information processing device 200 and an information storage device (DB) for transmitting and receiving information and recording, the information processing device 200 includes: a work permit unit 210 for generating and providing a work permit for each job; a risk evaluation unit 220 that evaluates and provides a risk level for each job based on the generated work permit; Based on the safety education history information for technicians and the generated work permit, the safety training timetable required for each technician is automatically extracted and provided based on the safety training history information and work log completed by each technician, and the work permit unit 210 Safety education management unit 230 that proposes to automatically open a new safety training schedule when the demand for specific safety training increases according to the detailed classification for each job in the work permit created by; Based on the generated work permit, it approves the technician’s entry into the field, provides entry/exit information, and continuously compares the man-hours for each job based on the work permit and the real-time man-hours. ) or an entrance/exit management unit 240 for delivering an abnormal alarm to the manager terminal 130; TBM support unit 250 that provides safety data and inspection items for each job based on the generated work permit; And when a significant change occurs in the work content of the work permit generated by the work permit unit 210, when a real-time change of the work permit is requested based on the user terminal 100, the work permit is sequentially provided to the user having the approval authority. It is characterized in that it includes; a pre-meeting/change point suggestion unit 280 that is transmitted and approved or rejected.

In addition, the information processing device 200, when the work permit generated by the work permit unit 210 includes a key risk work or is evaluated as a high risk work by the risk evaluation unit 220, it is placed in the risk section. It may further include; a danger section inspection unit 260 that provides real-time monitoring information for the information and provides danger alarm information when a dangerous situation is detected.

Also, the information processing device 200 may further include a heavy equipment management unit 270 that approves the field entry of heavy equipment based on the generated work permit and provides operation status information.

In addition, the heavy equipment management unit 270, when the heavy equipment work is included in the work permit generated by the work permit unit 210, the equipment inspection command may be delivered to the user terminal 100 and the corresponding heavy equipment (300).

delete

In addition, the integrated monitoring unit 290 for visually providing overall status information of the construction site processed by the information processing device 200; may further include.

In addition, the safety education management unit 230 may provide required safety education information based on the risk level for each task evaluated by the risk evaluation unit 220 .

In addition, the entrance/exit management unit 240 may determine whether to approve the entry into the field based on the safety education history information for the technician provided by the safety education management unit 230 .

And the information processing device 200 and the information storage device (DB) and the user terminal 100 for transmitting and receiving information, the operator terminal 110 carried by the individual worker; The task leader terminal 120 carried by the class leader for each task; and the manager terminal 130 used by the safety/construction manager.

According to the smart safety management system (S) of the present invention, a bibliographic-based field, including an information processing device that transmits and receives information to and from a plurality of user terminals and networks, and an information storage device that transmits and receives information with them and records them There is an advantage that automated site management is possible by deviating from the management method and using user terminals and IoT devices to data most of the activities in the field.

In particular, all the activities of the construction site are data-based centered on the activity of the work permit department of the information processing device and stored in the information storage device, so that it can be used as data for future risk management.

The information processing device transmits information in a state in which the work permit unit, risk evaluation unit, safety education management unit, entrance/exit management unit, and TBM support unit are interconnected so that it can be reflected immediately, and duplicate work can be eliminated, so efficient on-site management There are possible advantages.

In one embodiment, the information processing device selectively provides safety education information required for each technician, so that practical safety education is possible. consciousness can be reconsidered.

In addition, the information processing device evaluates the risk level for each task and transmits the risk section information to the risk section inspection unit for real-time monitoring using the IoT device, or transmits it to the pre-meeting/change point suggestion section for additional safety education To be able to respond flexibly to changes in the situation in the field or in the field.

Furthermore, the information processing device may generate a work permit for each job, and when a key risk job is included, the information on the dangerous section may be transmitted to the risk section inspection unit, and the safety education information may be provided by passing it to the safety education management unit.

In addition, when heavy equipment work is included, the information processing device instructs an equipment check command for heavy equipment to prevent abnormal operation and defects of heavy equipment, thereby preventing safety accidents or delays in delivery.

On the other hand, the information processing device can manage the worker's entrance and exit information using NFC tagging or QR code scan information of the worker terminal carried by the workers, and can receive location and route information in real time, and provide various types of information to the worker. It can be provided by terminal.

In addition, the information processing device manages the information for each work time of the work group leader terminal carried by the class heads for each job, and can receive status information, including the workers, equipment, etc. can provide

And, the information processing device can check and confirm the danger section using the manager terminal carried by the safety and construction managers, and the safety/construction manager accesses real-time status information about the worker information or the dangerous section. can be provided as

Accordingly, the smart safety management system of the present invention enables comprehensive safety management of a construction site, and the information storage device transmits/receives information to and from the user terminal and information processing device and records information, so There are advantages to using linking.

1 and 2 is a configuration diagram showing a smart safety management system (S) of the present invention.
3A and 3B are a UI screen for a PC and a UI screen for a smartphone provided by the information processing apparatus according to an embodiment of the present invention.
4 is a UI screen for a smartphone provided by the work permission unit according to an embodiment of the present invention.
5A and 5B are a UI screen for a PC and a UI screen for a smartphone provided by the risk assessment unit according to an embodiment of the present invention.
6 is a conceptual diagram illustrating a method for automatically calculating a risk level by a risk assessment unit according to an embodiment of the present invention.
7 is a UI screen for PC provided by the safety education management unit according to an embodiment of the present invention.
8 is a UI screen for a smartphone provided by the TBM support unit according to an embodiment of the present invention.
9 is a UI screen for PC provided by the danger section inspection unit according to an embodiment of the present invention.
10 is a UI screen for PC provided by a heavy equipment management unit according to an embodiment of the present invention.
11A and 11B are a UI screen for a PC provided by an integrated monitoring unit according to various embodiments of the present invention.
12 is a conceptual diagram illustrating connectivity between modules constituting a smart safety management system according to an embodiment of the present invention.

Hereinafter, embodiments of the present invention will be described in more detail with reference to the accompanying drawings. The embodiments of the present invention may be modified in various forms, and the scope of the present invention should not be construed as being limited to the following examples. This example is provided to more completely explain the present invention to those of ordinary skill in the art.

On the other hand, 'technician' as defined in the present invention is defined as including both a safety manager and a construction manager, as well as including a field worker or a work group leader for each job. It is common that the worker or the head of the work group is the manpower of the partner company, and the safety manager and the construction manager are the manpower of the construction company, but may be formed differently. In addition, in the present invention, the term 'worker' includes both general and skilled workers, and is defined as including drivers who operate heavy equipment.

1 is a configuration diagram schematically showing the configuration of a smart safety management system (S) of the present invention, and an information processing device 200 for transmitting and receiving information through a plurality of user terminals 100 and a network, and the user It is configured to include a terminal 100 and an information processing device 200 and an information storage device (DB) for transmitting and receiving information and recording it.

The information processing device 200 may be a management server provided in the central management room (C), and 'to part' as described in the specification of the present invention means 'a block configured to change or plug-in a system of hardware or software'. In other words, it means a unit or block that performs a specific function in hardware or software.

The user terminal 100 and the information processing apparatus 200 can transmit and receive information based on various types of wired and wireless networks, but the user terminal 100 is not recommended to use a portable terminal such as a smart phone or a tablet PC. As it is general, LTE data communication is preferable.

In addition, as shown in FIG. 2 , the user terminal 100 transmits/receives information to and from the information processing device 200 and the information storage device (DB). , it may include a task leader terminal 120 carried by the class leader for each task, and a manager terminal 130 used by a safety/construction manager. The user terminal 100 may install an application (APP) to input and output various information, and transmit/receive information to and from the information processing device 200 and the information storage device (DB).

The worker terminal 110 may be a portable terminal such as a smart phone, and the task leader terminal 120 carried by the class leader for each task may also be a smart phone, but Bluetooth or NFC tagging to enable short-distance communication with the worker terminal 110 (Tagging), a tablet PC, etc. may be used to efficiently scan the QR code. In addition, the manager terminal 130 may be used by a portable terminal capable of short-distance communication with an IoT device or NFC tagging for safety management of facilities in the field or safety management of heavy equipment 300, and is used for on-site monitoring. The manager terminal 130 may be a computer for work or management provided in the safety management department.

That is, according to the smart safety management system (S) of the present invention, since there is no need to establish a separate network such as a separate Bluetooth mesh communication network or Internet communication network, the maintenance of the overall system is efficient, and hazardous facilities or heavy equipment (300 ) by installing a beacon to provide a hazard alarm to the user terminal 100 in real time when approaching more than a certain distance.

3a and 3b respectively show a UI screen for a PC and a UI screen for a smartphone provided by the information processing device 200 according to an embodiment of the present invention, and a work permission unit 210 and a risk evaluation unit 220 , including a safety education management unit 230 , an entrance/exit management unit 240 , and a heavy equipment management unit 250 .

4 shows a UI screen for a smartphone provided by the work permit unit 210 according to an embodiment of the present invention, wherein the work permit unit 210 generates a work permit for each job and the user terminal 100 or the created work permit is stored in the information storage device (DB).

Based on the user terminal 100, when a worker or the manager of a partner company writes a work permit for each job and requests payment, a work permit is sequentially issued to the manager of the partner company, construction manager or safety manager, site manager, and construction team leader who has approval authority. It is transmitted and approved or rejected sequentially. At this time, the work permit delivered to the user terminal 100 of each subject is processed as temporary storage, Sangsang, in progress, return, and approval completion according to the payment status.

On the other hand, the work permit unit 210 of the present invention simply generates a work permit, and supports to conveniently perform the procedure of requesting payment to each subject to receive approval, as well as the work permit generated by the work permit unit 210 . All activities of the construction site centering on the work permit unit 210 are data-based and stored in the information storage device (DB) so that they can be utilized as data data for future risk management and productivity analysis.

Furthermore, the information of the work permit generated by the work permit unit 210 is immediately linked with the risk evaluation unit 220 , the safety education management unit 230 , the entrance/exit management unit 240 , and the TBM support unit 250 to be described later. Even if changes occur, they can be reflected in real time, and duplicate work can be eliminated, which enables efficient on-site management.

5A and 5B respectively show a UI screen for a PC and a UI screen for a smartphone provided by the risk assessment unit 220 according to an embodiment of the present invention, and the risk assessment unit 220 is a generated task Based on the permit, the risk level for each job is evaluated and provided.

According to an embodiment, as shown in FIG. 6 , the risk evaluation unit 220 is based on the frequency of occurrence and loss intensity index dataized according to the detailed classification for each job on the work permit generated by the work permit unit 210 . By doing so, the risk level can be automatically calculated, and when the high-risk level is high, it is classified as a central risk task and the risk section inspection unit 260, which will be described later, is activated for the task. Monitoring takes place. Of course, depending on the embodiment, it is also possible to collectively classify the limitedly-listed specific tasks as key risk tasks.

In particular, the risk evaluation unit 220 may transmit information to the work permission unit 210 to create a separate key risk work permit for the work evaluated as the key risk work. However, the user terminal 100 may be activated to write the key risk work permit without substantially causing a time error in the process of writing the work details in the work permit unit 210 .

7 is a view showing a UI screen for PC provided by the safety education management unit 230 according to an embodiment of the present invention, and the safety education management unit 230 shows the work permit on the work permit generated by the work permit unit 210. It is possible to automatically calculate the safety training information required according to the detailed classification for each job, and in the process, based on the safety training history information completed for each technician, the safety training information required for each technician is automatically extracted to the user terminal 100 can be provided as

The safety education management unit 230 may automatically generate and provide a timetable for safety education for each technician based on a work log for each technician according to an embodiment. In addition, the safety education management unit 230 proposes to automatically open a new safety education schedule when the demand for specific safety education increases according to the detailed classification for each job on the work permit generated by the work permit unit 210 can do.

Workers can obtain safety education information for a scheduled task based on the safety education management unit 230 using the operator terminal 110 and manage safety education history information at the same time, so even when participating in other projects, they can It can be utilized, and the work group leader or managers can grasp the status of completion of safety education for each job for individual workers by using the working group leader terminal 120 or the manager terminal 130 . In particular, technicians attending the safety training can record the training attendance and completion by directly NFC tagging the user terminal 100 or scanning a QR code at the training ground.

In addition, the safety education management unit 230 may provide the required safety education information based on the risk level for each task evaluated by the risk evaluation unit 220 . When the risk evaluation unit 220 automatically calculates the risk grade based on the dataized occurrence frequency and loss intensity index, the safety education management unit 230 provides real accident cases for each task as safety education information. It can relieve people's insensitivity to safety and rethink their safety awareness.

In particular, the safety education management unit 230 provides more practical and realistic safety education information by providing prior information on the danger section of the actual work site when the risk evaluation unit 220 evaluates it as a key risk work. can

The entry/exit management unit 240 determines whether or not to approve the technician's entry into the field for each job based on the work permit generated by the work permission unit 210, and converts the entry/exit information for each technician into data. It is provided to the class head terminal 120 or the manager terminal 130 . At this time, the technicians attending the job site can record the entrance and exit by activating the entrance/exit management unit 240 through the user terminal 100 and directly NFC tagging or scanning the QR code at the site, depending on the embodiment. It is also possible to record the entrance and exit by directly NFC tagging the operator terminal 110 to the work group leader terminal 120 or scanning a QR code.

In addition, according to the embodiment, the entrance/exit management unit 240 automatically calculates the number of hours other than regular working hours on a monthly or weekly basis to manage the work load of technicians, thereby preventing the occurrence of industrial accidents due to overwork in advance. Furthermore, the entrance/exit management unit 240 may calculate a real-time air count based on the entrance and exit times. In particular, the entrance/exit management unit 240 continuously compares the manpower for each task and the real-time manpower based on the work permit. can

8 is a view showing a UI screen for a smartphone provided by the TBM support unit 250 according to an embodiment of the present invention. Provides safety data and inspection items for each job required according to the detailed classification. The TBM support unit 250 supports the technicians who entered the field on the day of the work to share the latest safety training materials necessary at a pre-meeting (Tool Box Meeting) made just before the work is performed.

Technicians can check basic documents such as work permits and risk assessments through the TBM support unit 250 , and additionally check notices required for work. In addition, as described above, as the safety data for each job, a work procedure sheet, a work guidebook, etc. may be provided, and as a check item for each job, a safety work rule for each job, a checklist, etc. may be provided.

In addition, according to the embodiment, the TBM support unit 250 may be manufactured to be activated only when entry to the field is approved through the entrance/exit management unit 240 , thereby providing security so that information on the job site is not exposed to outsiders. It is preferable to keep

Meanwhile, FIG. 9 shows a UI screen for a PC provided by the danger section check unit 260 of the information processing apparatus 200 according to an embodiment of the present invention, and the risk section check unit 260 performs the above tasks. If the work permit generated by the permitting unit 210 includes a critical risk work or is evaluated as a high-risk work by the risk evaluation unit 220, real-time monitoring information for the corresponding risk section is provided, and a dangerous situation is detected In this case, it is possible to provide danger alarm information.

It is preferable that the dangerous section inspection unit 260 continuously provides monitoring information for the dangerous section even when a separate dangerous situation does not occur, and based on the video information such as CCTV as well as the user terminal 100, the technician It is possible to continuously check and manage the moving route or movement.

In addition, the danger alarm information provided by the danger section inspection unit 260 may be provided in various embodiments for each task. In one embodiment, in the case of high-altitude work with the highest number of fatalities, by providing the worker with a safety ring that can detect the height and whether the connection is made as an IoT device, the worker can attach the safety ring to a facility such as a scaffold railing even when the altitude is high. When not connected, it is possible to detect this and provide danger alarm information to the operator terminal 110 . In another embodiment, the heavy equipment 300 and the operator terminal 110 are implemented to enable mutual short-distance communication, and when an operator other than an authorized driver approaches the heavy equipment 300, it is detected and sent to the operator terminal 110. Hazard alarm information can be provided.

At this time, the danger section check unit 260 can monitor the overall situation of the danger section by sharing the danger alarm information that is generated in real time to the operator terminal 110 and the danger alarm information.

Meanwhile, FIG. 10 shows a UI screen for PC provided by the heavy equipment management unit 270 of the information processing apparatus 200 according to an embodiment of the present invention, wherein the heavy equipment management unit 270 provides information on basic heavy equipment. of course, based on the generated work permit, it is possible to approve the entry into the field of heavy equipment and provide operation status information.

The heavy equipment management unit 270 determines whether or not to approve the on-site entry of heavy equipment for each job based on the work permit generated by the work permit unit 210, and dataizes the entry and exit information for each heavy equipment to the terminal of the operation group leader. (120) or provided to the manager terminal (130). At this time, the heavy equipment put into the work site activates the heavy equipment management unit 270 through the operator terminal 110 and directly NFC tagging or scanning the QR code to the heavy equipment 300 in the field to start the operation of the heavy equipment 300. , then the operation information of the heavy equipment 300 is transmitted in real time to the heavy equipment management unit 270 to provide operation status information.

In addition, when the heavy equipment work is included in the work permit generated by the work permit unit 210 , the heavy equipment management unit 270 may transmit an equipment check command to the manager terminal 130 and the corresponding heavy equipment 300 . At this time, by activating the heavy equipment management unit 270 in the operator terminal 110 or the manager terminal 130 of the driver, NFC tagging directly to the heavy equipment 300 or scanning the QR code to transmit the safety check result information to the heavy equipment management unit 270 in real time It can be transmitted, and a safety checklist can be created based on this.

Only when the safety check result is registered as passed in the heavy equipment management unit 270 by the operator terminal 110 or the manager terminal 130, the entry into the field of the heavy equipment may be approved. Accordingly, since the heavy equipment management unit 270 can provide accumulated safety inspection result information, it is possible to prevent the occurrence of a safety accident in advance by continuously sharing the safety inspection result information even when the corresponding heavy equipment is used in another field. .

On the other hand, the pre-meeting/change point suggestion unit 280 confirms alarm information when a real-time change is requested in the work permit generated by the work permit unit 210 or is evaluated as a high-risk work by the risk evaluation unit 220 . can provide

In one embodiment, when the pre-meeting/change point suggestion unit 280 requests a change of the work permit based on the user terminal 100 when a significant change occurs in the work contents, the user having the approval authority sequentially The work permit is delivered and approved or rejected. In addition, a confirmation alarm for the work permit for which the change approval has been completed is provided to the user without approval authority.

In another embodiment, the pre-meeting/change point suggestion unit 280 includes a key risk task in the work permit generated by the work permit unit 210 or is evaluated as a high-risk task by the risk evaluation unit 220 . In this case, it is possible to provide confirmation alarm information for a Small Pre-Construction Meeting (S-PCM).

The small-scale pre-meeting (S-PCM) is a meeting about the safety work procedure in which technicians who will enter the field gather and discuss in advance before the working day. support to share

Technicians can check basic documents such as work permits and risk assessments through the pre-meeting/change point suggestion unit 280, and additionally provide work procedures and work instructions for each work as safety data for each work, and for each work As inspection items, safety work rules for each job, checklists, etc. can be provided. In addition, the pre-meeting/change point suggestion unit 280 supports to make basic meeting minutes possible.

Meanwhile, FIGS. 11A and 11B show a UI screen for PC provided by the integrated monitoring unit 290 of the information processing apparatus 200 according to various embodiments of the present invention, and the integrated monitoring unit 290 provides information It visually provides overall status information of the construction site processed by the processing device 200 .

The work group leader or the safety/construction manager can grasp the overall status information of the construction site provided by the integrated monitoring unit 290 at a glance by using the working group leader terminal 120 or the manager terminal 130 . The integrated monitoring unit 29 can display in real time the status of entry and exit personnel, the status of safety education, the status of personnel for each zone, the status of personnel in the dangerous section, the location information of technicians, and the status of progress rates for each zone in real time, as shown in FIG. 12A . . In addition, as shown in FIG. 12B , it is possible to display heavy equipment status, heavy equipment operation rate by zone, operation rate by heavy equipment, cumulative operation rate by time, location information of heavy equipment, and the like.

In the above, the technical contents have been described and described focusing on the embodiments of the smart safety management system (S) of the present invention, but within the scope that does not depart from the spirit of the present invention described in the claims, those of ordinary skill in the art The present invention may be variously modified and changed by addition, change, deletion or addition of components, and this will also be included in the scope of the present invention.

Furthermore, when it is determined that a detailed description of a known function or configuration may unnecessarily obscure the gist of the present invention in describing the embodiments of the present invention, the detailed description thereof is omitted. And, the terms used are terms defined in consideration of functions in the embodiment of the present invention, which may vary according to the intention or custom of the user or operator. Therefore, the definition should be made based on the content throughout this specification. Accordingly, the detailed description of the present invention is not intended to limit the present invention to the disclosed embodiments, and the appended claims should be construed as including other embodiments.

S: Safety management system
100: user terminal 110: operator terminal
120: working group leader terminal 130: manager terminal
200: information processing device 210: work permission unit
220: Risk Assessment Department 230: Safety Education Management Department
240: Entrance/exit management department 250: TBM support department
260: danger section inspection department 270: heavy equipment management department
280: Pre-meeting and change suggestion department 290: Integrated monitoring department
300: heavy equipment
DB: information storage device

Claims (9)

An information processing apparatus 200 that transmits and receives information through a plurality of user terminals 100 and a network, and an information storage apparatus that transmits and receives information to and records information with the user terminal 100 and the information processing apparatus 200 ( In the safety management system (S) of the construction site including DB),
The information processing device 200,
a work permit unit 210 for generating and providing work permits for each job;
a risk evaluation unit 220 that evaluates and provides a risk level for each job based on the generated work permit;
Based on the safety education history information for technicians and the generated work permit, the safety training timetable required for each technician is automatically extracted and provided based on the safety training history information and work log completed by each technician, and the work permit unit 210 Safety education management unit 230 that proposes to automatically open a new safety training schedule when the demand for specific safety training increases according to the detailed classification for each job in the work permit created by;
Based on the generated work permit, it approves the technician’s entry into the field, provides entry/exit information, and continuously compares the man-hours for each job based on the work permit and the real-time man-hours. ) or an entrance/exit management unit 240 for delivering an abnormal alarm to the manager terminal 130;
TBM support unit 250 that provides safety data and inspection items for each job based on the generated work permit; and
When a significant change occurs in the work content of the work permit generated by the work permit unit 210, when a real-time change of the work permit is requested based on the user terminal 100, the work permit is sequentially provided to the user with the approval authority. a pre-meeting/change point suggestion unit 280 that is transmitted and approved or rejected;
A smart safety management system comprising a.
According to claim 1,
The information processing device 200,
When the work permit generated by the work permit unit 210 includes a key risk work or is evaluated as a high risk work by the risk evaluation unit 220, real-time monitoring information for the risk section is provided, and the dangerous situation is If detected, the danger section inspection unit 260 for providing danger alarm information;
Smart safety management system, characterized in that it further comprises.
According to claim 1,
The information processing device 200,
a heavy equipment management unit 270 that approves the site entry of heavy equipment based on the generated work permit and provides operation status information;
Smart safety management system, characterized in that it further comprises.
4. The method of claim 3,
The heavy equipment management unit 270,
A smart safety management system, characterized in that when the work permit generated by the work permit unit 210 includes heavy equipment work, an equipment check command is transmitted to the user terminal 100 and the corresponding heavy equipment 300 .
delete According to claim 1,
an integrated monitoring unit 290 that visually provides overall status information of the construction site processed by the information processing device 200;
Smart safety management system, characterized in that it further comprises.
According to claim 1,
The safety education management unit 230,
Smart safety management system, characterized in that it provides the required safety education information based on the risk rating for each task evaluated by the risk evaluation unit 220.
According to claim 1,
The entrance / exit management unit 240,
Smart safety management system, characterized in that it is determined whether to approve the field entry based on the safety education history information for the technician provided by the safety education management unit (230).
According to claim 1,
The information processing device 200 and the information storage device (DB) and the user terminal 100 for transmitting and receiving information,
operator terminal 110 carried by individual workers;
The task leader terminal 120 carried by the class leader for each task; and
The manager terminal 130 used by the safety/construction manager;
A smart safety management system comprising a.

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