WO2015126348A1

WO2015126348A1 - Locating system for health and safety purposes

Info

Publication number: WO2015126348A1
Application number: PCT/TR2015/000083
Authority: WO
Inventors: Kurtuluş Can ŞAHİN
Original assignee: Şahi̇n Kurtuluş Can
Priority date: 2014-02-21
Filing date: 2015-02-18
Publication date: 2015-08-27

Abstract

The invention is concerned with locating systems that monitor people from many different groups, such as children, invalids, athletes (athletes who are active in the field of mountain climbing, skiing, trekking, etc.), works personnel and older people for different reasons. The properties of the system are: consisting of a locating system that can be attached to clothing and/or portable equipment of persons, that consists of at least one sensor such as the acceleration sensor (8), a pressure sensor (9), a pulse sensor (10) and a biometric sensor (11) and communicates via the GPS/GPRS module (2). The data coming from the locating system are stored in the personal data analysis unit (14) and in the general data storage unit (15). Upon ascertainment of an emergency situation, the communication interface (22) is used to contact at least one unit such as the health unit (19), the safety unit (18), the relatives to be informed (20) and the occupational health and safety officer (21) and the system contains at least one operator (17) and/or at least one superior execution module of the procedure for emergency situations (16).

Description

LOCATION SYSTEM FOR HEALTH AND SAFETY PURPOSES

Technical area

The present invention is systems that enable humans to be located.

The invention relates to a detection system which can be worn, in particular, on clothing worn by persons who have to be monitored for various reasons and for whom immediate intervention is required in emergency situations. Through the developed location system, personal and general data are processed in a central processing unit, so that when an emergency is detected, the necessary interventions can be made and human lives can be saved.

The description of the existing state of the art

For a variety of reasons, monitoring of people may be necessary, with immediate intervention in the event of an emergency. It may happen that people from very different groups, e.g. Children, the sick, athletes (athletes such as mountaineers, skiers, trekkers), workers and older people need to be monitored for various reasons and intervene quickly in emergency situations.

Emergency situations such as children in schools, sick people in daily life, workers under working conditions that affect occupational safety, elderly people in possible situations, return trips home and lost, kidnapping, an attack could be rapid intervention may be required. In order to be able to monitor people in such emergency situations, attempts have been made to develop various solutions. However, what is needed is a system that can be used to take precautionary measures through the instantaneous analysis of the state of a human being and detection of the change in an emergency.

Although there are various locating systems, there is a need for a solution that collects, manipulates, and manipulates personal and general condition information in a center in emergency situations.

Another problem is that the devices require a power source that allows for uninterrupted operation. When the energy of the locating system comes to an end, problems arise.

Another situation is that individual data control can not be done. In such cases, it must be prevented that an intervention on suspected false detection of the condition erfogt. So far, a development that offers individual solutions was not found.

There is no solution that, in emergency situations, allows simultaneous multiple intervention and / or rapid intervention for situations of individual analysis.

In the patent application of England with the number GB2500043 is about a tracking system, which was developed especially for children. However, it is not about a solution that overcomes the above problems.

The description of the purposes of the invention

Based on the existing state of the art, the purpose of the invention is the development of a location system that eliminates all the unsuccessfulness in existing structures that has no energy problems and that allows intervention in emergency situations based on individual data analysis. A further purpose of the invention is the development of a locating system which immediately intervenes emergency situations of children, patients, athletes (mountaineers, skiers, athletes, who are active in trekking, etc.), the elderly, workers, and when an emergency situation is detected. to save human lives.

And another purpose of the invention is the uninterrupted use of the locating system without any energy problems thanks to the energy generators such as the kinetic energy, solar energy.

And another purpose of the invention is that, thanks to the individual data control traffic, it is able to provide the best and fastest intervention.

And another purpose of the invention is that it provides individual solutions with the sensors and devices used.

And another purpose of the invention is that with the existing software and hardware in the central data collection unit, it is able to simultaneously perform many interventions and / or individual analyzes and, if necessary, this information to the corresponding departments (such as security, health ) to effectively send and share with them and thus save the lives of people.

And another purpose of the invention is to provide a portable location system on attractable and / or portable accessories that is barely noticeable and to provide with this location system a central data processing module that is in constant communication.

And another purpose of the invention is the detection of various factors such as pressure, pulse, biometric data by sensors mounted on the locating system and with which locating becomes possible. If the sensors have a In the central data processing module, the individual data are analyzed and, in emergency situations, the relevant points are communicated via the communication interface via the emergency procedure procedure execution module.

And another purpose of the invention is the development of a location system that compares and learns data through individual data analysis in the central data processing unit and general data storage unit.

And another purpose of the invention is the development of a location system that detects human emergency situations and communicates via GPS / GPRS for rapid intervention via a central data processing unit.

And another purpose of the invention is that in emergency situations, the tracked person can be contacted via audio output and microphone, so that immediate data can be taken directly from the person.

To achieve these purposes, a tracking system has been developed, which enables rapid intervention in emergency situations, communicates via GPS / GPRS, intervenes with individual data analysis, in possible emergency situations or before the emergence of emergency situations.

The description of the drawings

Drawing-1; A schematic drawing in which the representative embodiment of the invention is shown.

Drawing -2; A schematic drawing showing the nature of the function of the central data processing module in the representative embodiment of the invention.

Drawing-3; A drawing of the representative embodiment of the invention in which the personal portable analysis execution is shown with limited authority. reference numbers

Detailed description of the invention

Our invention is a new location system. The location system consists of a microprocessor (1) which can be integrated into all user-attachable and / or portable accessories (handbag, shoes, watch, bracelet, foot band, belt apparatus, etc.), a GPS / GPRS module (2) Antenna (3), a power supply (battery pack) (4), which supplies the necessary energy, an adapter connection (7) or a location system, which has a kinetic Energy generator includes. For possible emergency situations, an audio output (loudspeaker) (5) and microphone (12) can be added.

Furthermore, in order to detect possible emergency situations, the location system includes an acceleration sensor (8), a pressure sensor (9), a pulse sensor (10) and other biometric sensors (11). The system further has an antenna (3) connected to the center data processing module (13) and to the GPS / GPRS module (2) allowing communication.

The centroid data processing module (13) of the location system includes hardware that processes data collected by, stores and makes individual personal data analyzes (14) and related software systems from all sensors.

After scenarios, the system sends signals to the operator's screen (17). Whereupon the operator (17) according to the present scenario, the security department (18), the health departments (19), contacts the informed information (20) or the health and safety representative of the respective company (21).

In predefined emergency situations, which are very urgently coded, the system sends not only the operator (17) but also to the security departments (18), the health departments (19), and the relatives who are to be informed according to existing defined scenarios (20). or to the occupational safety officer of the respective company (21) an SMS, MMS etc. information messages via the communication interface. The further contact is then taken over by the operator (17).

Furthermore, as can be seen from the drawing, the system for relevant safety officers (21) includes the relatives of the person being persecuted, the relatives to be informed (20) or, for anteurs, a portable analysis execution messaging module! (23), which has a restricted authorization determined by the centroid data processing module (13) which sends analyzed data to smart phones (24) and / or laptop (25), PC (26).

There are products such as Shoes that are part of the system, the biggest problem being insufficient power to run the system for a long time. With the existing system, the products can convert kinetic energy to electrical energy thanks to the kinetic energy generator (6) and store this energy in the power supply (battery) (4). Thus, the need for uninterrupted energy is covered.

Another important point is that the accessories are constantly monitored over the central system. This gives you the opportunity to contact all relevant departments to quickly and correctly intervene on all scenarios.

All scenarios that detect the sensors such as the acceleration sensor (8), the pressure sensor (9), the puiss sensor (10) and the biometric sensor (11) are analyzed via the central data processing module (13) and fixed scenarios are analyzed with the personal data analysis (FIG. 14) are defined as individual scenarios. Scenario examples can be as follows:

Scenario 1: The cardiac data of a cardiac patient can be recorded via the pulse sensor (10) and stored in the central data processing module (13) in the personal data analysis unit (14) via a positioning system which the patient carries on himself as a bangle or on his watch. Whereupon this data is processed and certain graphics are created for the respective person. In the case of current changes, the nearest health unit (19) and the relatives (20) to be informed can be informed via the communication interface (22) or the operator (17) and the coordination can continue to be monitored.

Scenario 2: The side of the Beschieunigungssensors (8) and the pressure sensor (9) in the accessories such as shoes of young or old mentally disabled people used locating system data are stored in Zentraidatenverarbeitungsmodul (13) in the personal data analysis unit (14). Furthermore, with the signal received from the GPS / GPRS module (2), the existing pace is also processed. All data is stored in the personal data analysis unit (14). The parameters determined by the acceleration sensor (8), the pressure sensor (9) and the tempo are individually processed together and according to the predefined scenarios, via the operator (17) and the communication interface (22) are the respective digits as the security departments (18), health departments (19) informed.

In addition, should the person move away from the predefined map region, an averaging is sent to his relatives (20) to be informed via the communication interface (22) and the operator (17).

Scenario 3: With all accessories developed for the use of children, young individuals should move away from the predetermined locations, so predetermined members to be informed (20) will be sent via the communication interface (22) and the operator (17). informed. For a hijacking scenario where abrupt acceleration changes occur (except running, except activities), the nearest security units (18) are contacted. All units are informed which correspond to all scenarios according to the signals from the acceleration sensor (8) and pressure sensor (9).

Scenario 4: in the context of occupational safety; A location system can monitor the location and health of personnel working on a job site and / or night shift. The companies concerned can both produce performance graphics and, in the case of negative scenarios, notify the respective health units (19), safety units (18) and health and safety representatives (21).

As can also be seen from the drawings, the locating system that can be attached to the clothing of the persons can be from a control unit (Microprocessor) (1), a GPS / GPRS module (2), an antenna (3), a power supply (4), an audio output (5), a kinetic energy generator (6), an adapter connection for charging (7 ), an acceleration sensor (8), a pressure sensor (10), a biometric sensor (11), a microphone (12). The biometric sensor (11) is a sensor that detects various biological characteristics such as fever, high blood pressure, body temperature, rapid inhalation and exhalation.

The location system communicates with the central data processing module (13) via the GPS / GPRS module (2). The received data is stored in the personal data analysis unit (14) and in the general data storage unit (15). Should the location system receive an indication expressing an emergency, the priority execution module of the emergency situation procedure (16) informs via the communication interface (22) locations such as the operator (17), the security unit (18), the health unit (19 ), the relatives to be informed (20) and the safety and health officer (21). This emergency, which appears on the screen of the operator (17), can be coordinated by the operator (17) under control.

Claims

CONDITIONS

1. The invention deals with locating systems that allow the locating of various groups of people such as children, the sick, athletes (athletes such as mountaineers, skiers, trekkers), workers and the elderly and having the following characteristics:

- The location system can be used on clothing and / or portable accessories of humans. It consists of at least one sensor, such as an acceleration sensor (8), a pressure sensor (9), a pulse sensor (10), a biometric sensor (11) and communicates via a GPS / GPRS module (2).

The data captured by the location system is processed and stored in the personal data analysis unit (14) and general data storage unit (15). As soon as the system detects an emergency situation, it contacts at least one point such as the health unit (19), the security unit (19), the relatives (20) to be informed, the health and safety representative (21) via the communication interface (22), where it mtnimurn an operator (17) and / or minimum includes a priority execution module of the emergency situation procedure (16).

2. The positioning system complies with the requirements under point 1 and has the following characteristics:

The system controls sensors such as the acceleration sensor (8), the pressure sensor (9), the pulse sensor (10), the biometric sensor via at least one control unit that incorporates it. The location system that communicates via the GPS / GPRS module (2) includes at least one control unit (1).

3. The location system meets any of the above requirements and has the following characteristics: To meet the energy demand of the system, it has at least one power supply (4) and / or one kinetic energy generator (6) which generates energy upon movement.

4. The location system meets any of the above requirements and has the following characteristics:

- For charging the power supply (4) of the locating system or for charging the system via the kinetic energy generator (6), it includes at least one adapter connection (7).

5. The location system meets any of the above requirements and has the following characteristics:

It contains on the Zentraidatenverarbeitungsmodul (13) at least one GPS / GPRS module (2), which allows communication with the GPS / GPRS module (2) on the positioning system.

6. The location system meets any of the above requirements and has the following characteristics:

On the centroid data processing module (13), the system includes at least one communication interface (22) enabling, upon detection of an emergency, the emergency execution procedure executive module (16) to send SMS, MMS, when the received ones are received Data in the personal data analysis unit (14) and in the general data storage unit (5) are stored.

7. The location system meets any of the above requirements and has the following characteristics:

The system includes a personal data analysis unit (14) which processes the data received from sensors such as the accelerometer (8), receiving personal data allows the monitored person, the pressure sensor (9), the pulse sensor (10), the biometric sensor is detected.

8. The location system meets any of the above requirements and has the following characteristics:

- for relatives, relatives to be informed (20) of the persons to be monitored and for coaches; The system includes the portable analysis performance reporting module (23) that sends the analyzed data of limited entitlement determined by the central data processing module (13) to smart phones (24) and / or laptop (25) and PC (26).