Updating Notification Periods Based on Speed ​​in Occupational Safety Systems

Abstract

This invention relates to a system (1) and method (1000) that enables the automatic updating of notification periods in occupational safety systems (2) based on speed. System (1) proposes a speed control unit (8) that determines whether employee (A) is in motion using the position information received periodically from occupational safety devices (3) to solve problems in existing structures, calculates employee (A)'s speed if employee (A) is in motion, checks whether this speed is within the limits defined in the occupational safety system (2) and automatically updates the notification period on the occupational safety application (4) if it is outside the defined limits.

Description

1 TARIFF Updating Notification Periods Based on Speed ​​in Occupational Safety Systems Technical Area This invention enables the automatic, speed-dependent reporting periods in occupational safety systems. It relates to a system and method that enables its updating in this way. 5 State of the Art Occupational safety systems are especially important in open areas and locations far from central areas. to monitor the health status of the employees and to provide emergency assistance in case of any problems. They are used to intervene. The basic operating principle of these systems is this Applications of occupational safety devices owned by employees performing this task 10 through the notifications they periodically send to the occupational safety system It is based on them conveying information that their health condition is good. (Determined) Failure to receive notification within the specified time frame may mean the employee's health is at risk. In the event of an emergency, the emergency actions defined in the system are activated. The employee has a Since moving around inside the vehicle increases the occupational safety risk, movement is prohibited. The notice periods for employees who are on the move are shorter. When it becomes stationary, the notification period returns to normal. Specifically, monitoring the health of workers who work in open areas and identifying potential problems. Responding immediately to emergencies is one of the most important tasks of occupational safety systems. It is one of them. 20 transmitted to occupational safety systems via devices owned by employees. The information provides various details about the employee's location and working conditions. Since the employee's physical activity increases the risk factor related to the employee's health. This requires closer monitoring by the system. To monitor the health status of employees who are on the move and to identify any potential problems. In occupational safety systems used to provide immediate emergency response, 25 one of the current methods followed for updating the notification period The notification period is determined through the application on the device owned by the employee. It is expected to be updated manually. In this method, the vehicle the employee is in... When the speed exceeds a certain level, the occupational safety system adjusts according to the speed. 30 employees working in accordance with the specified notification periods, on the occupational safety device 2 Using the application shortens the notification period. Similarly, the vehicle's speed is determined. an application that activates when the danger level drops below a certain point or when the vehicle stops. This method restores the notification period to its normal value. This method is feasible. Although it's a simple method in terms of speed tracking and notification period, Since updating it based on the data is expected from the employee, human error is very clearly a factor. This is seen as a method where the employee fails to notice or report the change in speed. This method becomes unusable if the user forgets to update the period. And for this reason, it cannot be presented as a reliable method that can be used. Another method being followed involves the employee's device being used by the employee. By automatically calculating the speed of the vehicle it is in, the occupational safety system adds 10 It reports the speed information of the vehicle the worker is in, from the occupational safety device. field occupational safety system notification period, values ​​defined in the system It updates accordingly. In this method, the vehicle's speed is determined and updated based on that. The notification period is updated by the occupational safety device and occupational safety system. Because it is done and does not require manual action, this method is very practical in terms of application. It is seen as a more effective method. However, workers who perform this task Because not all device models they use may have speed detection capability Therefore, this method is only used to observe workers who own specific device models. It can be implemented in security systems. Furthermore, according to the laws of some countries, Collecting data such as speed information from an employee's device is a violation of personal data protection law 20. This method is not permitted under the law, therefore it is not recommended for every employee. It is not usable, and this situation limits the applicability of this method. Nowadays, notification periods in occupational safety systems are automated based on speed. Structures that enable its updating in this way are needed. Patent application number TR2022 / 021572, which is included in the known state of the art, 25 The document describes the occupational safety system and a related detection method. The relevant application document states that the health status of employees is included in occupational safety systems. The duration of the notification periods during which they convey the information that the employee is on duty depends on the employee's movement. In situations where it is in this condition, it automatically adjusts itself according to the speed of movement. No structure is presented. 30 In conclusion, solutions that address the needs described above are relevant to the subject. Due to its shortcomings, it has become necessary to make improvements in the relevant technical field. 3 Brief Description of the Invention The invention was created by drawing inspiration from existing situations and overcoming the aforementioned drawbacks. It aims to solve the problem. The aim of this invention is to adjust the notification periods in occupational safety systems according to speed. The goal is to develop a system and method that enables automatic updating. 5 The invention establishes a system for ensuring the health and safety of workers in occupational safety systems. The duration of the notification periods during which they convey the information depends on whether the employee is on the move. a system that allows for automatic adjustment according to the speed of movement in different situations and It proposes a method. The structural and characteristic features and all the advantages of the invention are given in the figures below and 10 This becomes clearer thanks to the detailed explanation written with references to these figures. This will be understood as such, and therefore the evaluation will also take these forms and detailed explanations into account. This should be done taking that into consideration. Figures that will help understand the invention. Figure 1 is a schematic representation of the system that is the subject of the invention. 15 Figure 2 shows the flowchart of the method described in the invention. Explanation of Part References 1. System 2. Occupational safety system 3. Work safety device 20 4. Occupational safety practices 5. Mobile communication system 6. GPS system 7. Database 8. Speed ​​control unit 25 4 Method 1000 1001. Notification from the occupational safety system manager regarding the employee's speed. the values ​​of the period are controlled by the speed control unit in the occupational safety system. configuration 1002. Employee's safety device via mobile communication system or GPS system 5 transmitting information to the occupational safety system via 1003. The speed control unit in the occupational safety system extracts information from the incoming data. determining the latitude and longitude information of the employee's location 1004. The speed control unit creates a database using the employee's user information. Checking whether the relevant employee's location information was included in the previous information transmission. 10 1005. In the database, the location information of the relevant employee from the previous information transmission... Otherwise, the speed control unit will provide the employee with their current location information. by saving it to its database and waiting for the next data transmission. 1006. In the database, the location information of the relevant employee from the previous information transmission... In this case, the speed control unit retrieves the employee's previous location information (data 15). pull from the base 1007. The speed control unit enters the employee's current location information into the database. save 1008. The latitude and longitude of the employee's current location information in the speed control unit. with the information, the latitude and longitude information in the location information from the previous information transmission 20 using the employee to calculate the displacement between two information transmissions 1009. The changeover between two data transmissions of the speed control unit and the data transmission period. calculating the employee's speed using the information 1010. Notification system in occupational safety that is adjusted according to the worker's speed. period, current notification 25 in the occupational safety system by the speed control unit comparison with the period 1011. The notification period, adjusted according to the employee's pace, in the occupational safety system. If it is the same as the current notification period, any during the notification period no changes will be made and the employee's current notification via occupational safety device to continue sending notifications to the occupational safety system in accordance with the period 1012. Occupational safety of the notification period correlated with the calculated speed. If the notification period differs from the current notification period in the system, the speed control unit via the notification period, the value correlated with the employee's speed, and 5 updating 1013. Updated notification period value of the speed control unit, mobile communication safety device via system or GPS system forward to the application 1014. Enable the updated notification period value for the occupational safety application. bringing 1015. Occupational safety system according to the employee's updated notification period value. start sending notifications A. Employee B. Manager 15 Detailed Description of the Invention In this detailed description, the system (1) and method (1000) that are the subject of the invention are preferred. Their structures are explained solely to facilitate a better understanding of the subject. This invention enables automatic speed-dependent notification periods in occupational safety systems (2). It is related to a system (1) and method (1000) that enables its updating in this way. 20 The system, schematically shown in Figure 1 (1);  Health of workers, especially those working in open areas and remote locations a job that monitors their situations and ensures intervention when problems arise. security system (2),  Work of workers (employees (A)) working in open areas and in locations far from the center 25 security device they use for security (3),  working on the safety device (3) and reporting to the safety system (2) occupational safety practice used to send (4), 6  providing communication services for mobile devices and occupational safety system (2) mobile used for communication between employee (A) and safety device (3) communication system (5),  Locations of occupational safety devices (3) within the orbit 5 with occupational safety system (2) which enables the determination and transmission of notifications. GPS used for communication between employee (A) and safety device (3) system (6),  located on the occupational safety system (2), in the occupational safety system (2) including user information and location information of employees (A) database that stores a lot of information (7) and 10  Periodic safety devices (3) located on the occupational safety system (2). Using the location information received, occupational safety is derived from that location information. User information associated with the device (3) and employee's (A) location Reading and parsing latitude and longitude information, employee (A) is on the move If employee (A) is on the move, the current location information is 15 In addition to the location information transmitted in the previous period, the transmission period. using the information, the speed of employee (A) (for example, the area in which employee (A) is located) calculating the speed of the vehicle) and the occupational safety of the employee (A) whose speed he / she calculated. checks whether it is within the limits defined in (2) in the system and Occupational safety 20 when employee (A) speed is outside the specified limits updating the notification period on the application (4) and what it has done Speed ​​control unit (8) which records operations in the database (7) It includes. The system (1) aims to solve the problems in existing structures by providing occupational safety solutions. Using the location information periodically received from the devices (3), the employee (A) 25 employee (A) determines whether or not the employee (A) is in motion, if employee (A) is in motion calculating the speed, whether this speed is within the limits defined in the occupational safety system (2). occupational safety, which checks that it is not and is outside the defined limits. Speed ​​control that automatically updates the notification period on the application (4) It proposes unit (8). 30 In the system (1), the speed control unit (8) working in the occupational safety system (2), occupational safety location information sent periodically from the device (3) to the occupational safety (2) system by tracking employee (A) speed, location change and time information 7 calculations. Speed ​​control unit (8), from safety device (3) to safety system (2) Among the transmitted location information, the first one associated with the occupational safety device (3) user information and latitude and longitude information of the location of the safety device (3) It reads and separates. Then this information is entered into the database (7) of the occupational safety system (2). They are recorded. The process of periodically sending location information is a 5 In its next cycle, similarly, user information, latitude and longitude data. After being read together and separated, they are written to the database (7). Immediately after this operation, the speed control unit (8) reports the location of the employee (A). current latitude and longitude information along with latitude and longitude information from the previous cycle By comparing, it determines the extent of the change in employee (A)'s position. 10 Then this change in employee's (A) position is divided by the position transmission period. The speed of employee (A) is determined. After this calculation, the speed value obtained is used. associated notification period, current notification in the occupational safety system (2) when it differs from the designated period for employee (A) to report their health status The notification period duration is 15 with the new value defined in the occupational safety system (2). The notification period value is updated according to the speed of the vehicle in which employee (A) is located. It can be changed gradually. For example, in cases where employee (A) is not moving When the notification period is set to a value such as 2 hours, the employee's (A) speed is set to 1 km / h. In cases where the speed is between 50 km / h, the notification period is 1 hour, employee (A) When the speed exceeds 50 km / h, the notification period is 20 to 30 minutes. adjustable. The speed control unit (8) proposed by the invention is the work safety system (2) In line with the preferences of the manager (B), the number of these levels is to be increased and both Updating both speed and notification period values ​​according to needs. It provides an opportunity. The next 25 of the speed control unit (8) which repeats its checks in a cycle If the speed returns within the limits defined in the system (1) under control Similarly, the notification period is normalized. If in the occupational safety system (2) If the notification period settings are rapidly adjusted incrementally depending on the connection, then again Similarly, the steps towards returning to normalcy are also determined by values ​​within the stages. This is done accordingly. For example, because its speed exceeds 50 km / h, 30 The speed of an employee (A) whose notification period has been updated to 30 minutes is the next If the speed drops below 50 km / h in the cycle, the notification period for employee (A) is 1. If worker (A) stops, the clock will reset back to its normal value of 2 hours. 8 Updated when there is an upward or downward change in the notification period. notification period, speed control unit (8) on employee (A) safety device (3) It is communicated to the occupational safety application (4). Employee (A) also has the occupational safety device (3) After receiving the updated notification period information for the occupational safety application (4), the work The security system (2) starts sending notifications in accordance with the new notification period. 5 If there is no change in the notification period, then employee (A) It continues to deliver notifications in accordance with the current notification period. The employee (A) Communication between the work safety device (3) and the work safety system (2), a mobile in accordance with the communication conditions in the area where employee (A) is located This is done via the communication system (5) or the GPS system (6). 10 Thus, they work especially in open areas and in locations far from central areas. monitoring the health status of employees (A) and providing information that employee (A) is healthy through an occupational safety practice (4) in accordance with a specific notification period In the occupational safety systems (2) that it transmits, the duration of the notification period is the employee's (A) movement It is automatically updated according to the situation and, if in motion, the speed of the vehicle it is in. 15 The employee (A) must manually monitor his / her speed and also manually monitor his / her safety. This application (4) does not require notification period updates. thanks to the system (1), human errors seen in existing structures Problems that may arise are prevented. In addition, this system (1) and in the method (1000) employees (A) have a work safety device (3) speed detection 20 Since there is no requirement to possess the necessary skills, this aspect of occupational safety in the invention... (2) in all occupational safety systems, whether or not they have (3) devices. It is ensured that it is inclusive in terms of its use. Also, the laws in some countries Certain user data, such as speed, are subject to personal data protection laws. Even in cases where it cannot be collected within the scope of notification 25, thanks to the solution presented in the invention, notification 25 The duration of the periods can be adjusted automatically. The method shown schematically in Figure 2 (1000);  The occupational safety system (2) will be related to the speed of the manager (B) and the employee (A). The values ​​of the notification period are processed through the speed control unit (8). configuration (1001) in the security system (2), 30  mobile communication system (5) from the occupational safety device (3) belonging to employee (A) Transmission of information to the occupational safety system (2) via the GPS system (6) (1002), 9  Information received from the speed control unit (8) located in the occupational safety system (2). from within the latitude and longitude information of the location of employee (A). detection (1003),  The speed control unit (8) uses the user information of the employee (A) to obtain data at the base (7) the location information of the relevant employee (A) in the previous information transmission 5 to check whether it exists (1004),  In the database (7), the position of the relevant employee (A) in the previous information transmission. In the absence of information, the speed control unit (8) has the existing information belonging to employee (A). by saving the location information to the database (7) the next information transmission start waiting (1005), 10  In the database (7), the position of the relevant employee (A) in the previous information transmission. In the case where the information is available, the speed control unit (8) belongs to employee (A) previous (1006), pulling location information from the database (7),  The speed control unit (8) enters the current position information of employee (A) into the database. (7) recording (1007), 15  The latitude and current position information of the employee (A) in the speed control unit (8) latitude and longitude information from previous data transmissions using the information, the employee (A) exchanged information between the two information transmissions. calculation (1008),  The exchange of information between the two information transmissions of the speed control unit (8) and information transmission 20 Calculating the speed of employee (A) using period information (1009),  notification set according to the speed of the employee (A) in the occupational safety system (2) period, speed control unit (8) in the occupational safety system (2) Comparison with the current notification period (1010),  The notification period adjusted according to the employee's (A) speed is for occupational safety 25 If the notification period is the same as the current notification period in the system (2), notification no changes should be made during the period and the employee's (A) occupational safety occupational safety in accordance with the current notification period via the device (3). (1011) to continue sending notifications to the system (2),  The notification period associated with the calculated speed is occupational safety 30 If the speed differs from the current notification period in the system (2), through the control unit (8) the notification period at the employee's (A) speed Updating with the associated value (1012),  update the notification period value of the speed control unit (8), mobile work safety device (3) via communication system (5) or GPS system (6) (1013) to communicate the occupational safety practice (4) on it,  Enable the updated notification period value of the occupational safety application (4) bringing (1014) and 5  Occupational safety according to the updated notification period value of employee (A) (2) to start sending notifications to the system (1015) It includes the steps involved in the process. The flow in the method proposed by the invention (1000) is the work of the (2) manager of the work safety system (B). In the security system (2), the notification period is 10 in relation to the employee's (A) speed. It starts with configuring its values ​​via the speed control unit (8) (1001). then from the worker's (A) safety device (3) mobile communication system (5) or Information is transmitted to the occupational safety system (2) via the GPS system (6) (1002). Information includes many things, including employee (A)'s user information and detailed location information. They contain important information. The frequency of transmission of information to the occupational safety system (2) occupational safety 15 It is determined by a value defined in (2) in the system. These transmissions are usually 15 minutes long. They are done in periods, but especially the movement of workers in open areas (A) In systems where it is in this state, this value is kept shorter. Method (1000), This configurable transmission period value is (2) 5 minutes in the occupational safety system. It recommends setting it as follows: 20 In the next stage, the speed control unit (8) in the occupational safety system (2) receives the information It determines the latitude and longitude information of the location of employee (A). (1003). Then the speed control unit (8) uses the user information of employee (A). whether the database contains the location information of the relevant employee (A) in the previous information transmission (7). checks that it is not (1004). In the database (7) the previous information transmission related 25 If the location information of employee (A) is not available, the speed control unit (8) will send the location information of employee (A) by recording the current location information in the database (7) and the next information transmission He starts waiting (1005). In the database (7), the location information of the relevant employee (A) in the previous information transmission In this case, the speed control unit (8) retrieves the previous position information of employee (A) from data 30 pulls from the base (7) (1006). In the next step, the speed control unit (8) belongs to the employee (A). It records the current location information into the database (7) (1007). Afterwards, speed control unit (8), with the latitude and longitude information in the current location information of employee (A) 11 using the latitude and longitude information from the previous data transmission location data The employee (A) calculates the displacement between two information transmissions (1008). Then the speed The control unit (8) monitors the exchange between two data transmissions and the data transmission period information. Calculates the speed of employee (A) using (1009). In the next step, in the occupational safety system (2), depending on the speed of the employee (A) 5 The set notification period is determined by the speed control unit (8) in the occupational safety system (2) Compared with the current notification period (1010). Adjusted according to the employee's (A) speed. the notification period is the same as the current notification period in the occupational safety system (2). In this case, no changes will be made to the notification period. In this situation... Employee (A), through the safety device (3), works in accordance with the current notification period. continues to send notifications to the security system (2) (1011). With the calculated speed the notification period associated with the existing notification in the occupational safety system (2) If it differs from the period, the notification period is at the employee's (A) rate. It is updated with the associated value (1012). Then the speed control unit (8), updated notification period value, mobile communication system (5) or GPS 15 through the system (6) to the occupational safety device (3) to the occupational safety application (4) transmits (1013). The occupational safety application (4) receives the updated notification period value. This activates the value (1014). After that, employee (A) updates the notification. According to the period value, it starts sending notifications to the occupational safety system (2) (1015). Transmission of information from the worker's (A) safety device (3) to the safety system (2) 20 These steps, which begin in a cycle according to the duration of the transmission period, They are repeated. Thus, employees working in open areas and in locations far from central areas (A) In occupational safety systems that monitor health conditions (2), the health of the employee (A) Notification 25 which determines the period within which the situation is communicated via the occupational safety application (4). the value of the period is the employee (A)'s movement and if employee (A) is on the move It is automatically updated according to the speed of the vehicle it is in. The system proposed by the invention (1) and thanks to method (1000) the speed of employee (A) from the work safety device belonging to employee (A) (3) it is calculated automatically with the incoming information and notification accordingly Since the period is updated automatically, there is a 30% risk of human error in the current configurations. This prevents problems arising from the invention. In addition, the invention is the job that employee (A) has. eliminating the need for the safety device (3) to have speed calculation capability the scope of the occupational safety system (2) in which the invention can be applied because it removes is expanding. In addition to all this, personal data protection in some countries... 12 In cases where personal data such as employee (A)'s speed cannot be collected due to legal requirements Notification period is automatically determined using only location information. It is possible to update it.

Claims

13 REQUESTS 1. Health of workers, especially those working in open areas and remote locations. a job that monitors their situations and ensures intervention when problems arise. security system (2), working in open areas and far from the center safety device (3) used by workers (employees (A)) for work safety, work 5 working on the safety device (3) and notifying the occupational safety system (2) to the occupational safety application used to send (4), for mobile devices providing communication services and occupational safety system (2) and employee (A) job mobile communication used for communication between security devices (3) to the system (5), occupational safety devices (3) 10 within the orbit. occupational safety that enables the identification of locations and the transmission of notifications for communication between the system (2) and the worker (A) on the safety device (3) used GPS system (6), occupational safety system (2) on which occupational safety including user information and location information of (2) employees (A) in the system Having a database (7) which stores a lot of information, occupational safety 15 in their systems (2) notification periods are automatically determined based on speed It is a system (1) that enables its updating, and its feature is;  work safety devices (3) located on the work safety system (2) using periodically received location information, from within the location information User information associated with the occupational safety device (3) and employee (A) 20 The employee (A) reads and parses the latitude and longitude information of their location. If employee (A) is in motion, it determines whether it is in motion. Current location information in addition to the location information transmitted in the previous period. By using the delivery period information, the speed of employee (A) (e.g. The employee (A) calculates the speed of the vehicle in which he / she is located, and the calculated speed is 25. employee (A) speed within the limits defined in the occupational safety system (2) checking whether the employee's (A) speed is within the specified limits Notification on occupational safety practice (4) in cases where it is outside updating its period and the transactions it has made to the database (7) Recording speed control unit (8) 30 It includes.

2. In occupational safety systems (2) notification periods are automatic depending on the speed. It is a method (1000) that enables updating in this way, and its feature is; 14  The occupational safety system (2) will be related to the speed of the manager (B) and the employee (A). The values ​​of the notification period are processed through the speed control unit (8). configuration (1001) in the security system (2),  mobile communication system (5) from the occupational safety device (3) belonging to employee (A) Transmission of information to the occupational safety system (2) via the GPS system (6) 5 (1002),  Information received from the speed control unit (8) located in the occupational safety system (2). from within the latitude and longitude information of the location of employee (A). detection (1003),  The speed control unit (8) uses the user information of the employee (A) to process data 10 at the base (7) the position of the relevant employee (A) in the previous information transmission. to check whether he has the information (1004),  In the database (7), the position of the relevant employee (A) in the previous information transmission. In case of lack of information, the speed control unit (8) belongs to employee (A) by saving the current location information to the database (7) the next information 15 start waiting for transmission (1005),  In the database (7), the position of the relevant employee (A) in the previous information transmission. In the case where the information is available, the speed control unit (8) belongs to employee (A) previous (1006), pulling location information from the database (7),  The speed control unit (8) displays the current position information of the employee (A) data 20 (1007), to record it in the base (7),  latitude of the current position information of the employee (A) in the speed control unit (8) and latitude and longitude information from previous data transmission location information. Using longitude information, the employee (A) is located between two information transmission points. Calculating the change (1008), 25  The exchange of information between two information transmissions of the speed control unit (8) and information Calculating the speed of employee (A) using the transmission period information (1009),  In the occupational safety system (2), adjusted according to the speed of the employee (A) notification period, work safety by speed control unit (8) Comparison with the current notification period (2) in the system (1010), 30  The notification period adjusted according to the employee's (A) speed is for occupational safety. If the notification period is the same as the current notification period in the system (2), notification no changes should be made during the period and employee (A) job work in accordance with the current notification period via the security device (3) (1011), 35  Notification period correlated with the calculated speed for occupational safety If the speed differs from the current notification period in the system (2), through the control unit (8) the notification period at the employee's (A) speed Updating with the associated value (1012),  update the notification period value of the speed control unit (8), mobile 5 work safety device via communication system (5) or GPS system (6) (3) to communicate (4) the occupational safety practice (1013),  Enable the updated notification period value of the occupational safety application (4) to make it (1014) and  Occupational safety 10 according to employee (A) updated notification period value (2) to start sending notifications to the system (1015) It includes the steps of the process.

Images