RU206585U1 - Device for monitoring the location and state of the user - Google Patents

Abstract

The utility model relates to the means for monitoring the human condition. The technical result consists in expanding the functionality due to the fact that an activity sensor is introduced into the device, connected to a microprocessor module with the ability to process information about the values of the user's motor activity coming from the activity sensor and generate an alert signal. 3 ill.

Description

The utility model relates to means for monitoring the state of a person, placed in his outer clothing, and can be used to monitor the location and condition of the user, in particular, the temperature and humidity of the body, as well as his physical activity.

Known device VivaLnk eSkin for determining body temperature using a thermometer in the form of a patch that does not require a power source, which is attached to the skin of a person and allows you to control his body temperature (E-res. Http://www.ferra.ru/ru/health/review /mHealth-mHealth_on_CES2015_2/#.VgIlCn3mmLI accessed 09.23.2015).

The disadvantage of the device is its relatively narrow functionality.

Known is a jacket with a device for determining the location of its user, containing a top with a volume pocket for a tracker and a lining, between which a channel is formed for passing a cable connected to the tracker, having a connector accessible to the user at the free end for connecting to a charger, while between the upper and lower parts of the lining form a hidden hole, closed with a fastener, for access to the cable, and the lower part of the lining is connected to the inner windproof flap, on which a drawstring is fixed, which fixes the position of the cable [RU 2431434, C1, A41D 13/00, 20.10.2011] ...

The disadvantage of this technical solution is also the relatively narrow functionality.

In addition, a device for use in a jacket is known and is a liquid crystal thermometer made in the form of a strip and located inside the garment on its lining [RU 144501, U1, A41D 13/00, 08/20/2014].

The disadvantage of this technical solution is also the relatively narrow functionality.

Close in technical essence to the proposed one is a device [RU 2673357, C2, A41D 13/00, 06/27/2017] containing at least one temperature indicator attached to the clothes, located outside the clothes in a clearly visible place, temperature sensors located on body or under clothing in places of the monitored body parts, and a microprocessor module connected to the sensors and the temperature indicator using wired or wireless communication, which processes the information about the temperature values from the temperature sensors and activates the indicators located outside the clothing when the critical temperature is reached with the possibility of visual observation, light or sound notification and remote control.

The closest in technical essence to the proposed device is [RU 2710294, C1, A41D 13/00, 25.12.2019] containing a base crystal (1) used to receive, send and process information and send notification commands, display (2), connected to the base crystal (1) and used to display information data, a temperature and humidity sensor (3) connected to the base crystal (1) and used to measure and collect data on the temperature and humidity of the human body in real time and transmit the collected data to the base crystal (1), a blood pressure sensor (4) connected to the base crystal (1) and used to measure and collect data on human blood pressure in real time and transmit the collected data to the base crystal (1), the sensor (5 ) brain waves connected to the base crystal (1) and used to measure and collect data on human brain waves in real time and transmit the collected data to a base crystal (1), an electronic gyroscope (6) connected to the base crystal (1) and used to measure and collect data on the position of the human body in real time and transmit the collected data to the base crystal (1), a sensor (15) heart rate connected to the base crystal (1) and used to measure and collect real-time human heart rate data and transmit the collected data to the base crystal (1), a pressure sensor (16) connected to the base crystal (1 ) and used to measure and collect data on the weight of a person, as well as data on the pressure of a garment on the human body in real time and transmit the collected data to a base crystal (1), a hydrogen sulfide sensor (17) connected to a base crystal (1) and used to measure and collect data on the concentration of hydrogen sulfide produced by the human body in real time and transfer the collected data to the base crystal (1), module (7) about noise detection connected to the base crystal (1) and used to monitor the noise level in the external environment, a Bluetooth module (10) connected to the base crystal (1) and used to send data and notification information, a power supply module (11) connected to base crystal (1) and used to provide power to the system, an electronic stethoscope (18) connected to the recording module (8) and used to obtain data on sounds emitted by the human body, and the base crystal (1) is additionally connected to the voice module (9) the alert used to send the alert signal, and when the temperature and humidity data of the human body, the data of the human blood pressure, the data of the human brain wave, the data of the human heart rate, the data of the position of the human body and the data of the concentration of hydrogen sulfide received base crystal (1), exceed the set values, base crystal (1) immediately gives up mode any (9) voice notification command to send a notification signal, and the base crystal (1) is additionally connected to the recording module (8) used to record sounds in the external environment; and upon determining that the noise level measured by the noise detection unit (7) in the external environment exceeds the set value, the base crystal (1) immediately controls the recording unit (8) to record the noise.

The disadvantage of the device is its relatively narrow functionality, limited by a small number of controlled parameters. In particular, the known device makes it possible to control, using an electronic gyroscope connected to the base crystal, to measure and collect data on the position of the human body in real time and to transmit the collected data to the base crystal. However, in extreme circumstances, it is important to have information not about the position of the human body, but about the person's activity, for example, in the form of a signal from a sensor measuring current accelerations.

The problem solved in the utility model is to develop a device that allows remote monitoring, in addition to such important parameters as the temperature and humidity of the user's body, and his physical activity.

The required technical result is to expand the functionality of the device.

The problem is solved, and the required technical result is achieved by the fact that in a device containing a housing fixed to clothing with a microprocessor module placed in it, capable of communicating with a temperature sensor, with a humidity sensor, a geolocation and communication module and processing information received from them, and generating an alert signal for an external user, according to the utility model, an activity sensor is introduced into the device, connected to a microprocessor module with the ability to process information about the values of the user's motor activity coming from the activity sensor and generate an alert signal. The drawing shows

in fig. 1 is a functional diagram of a device for monitoring the location and state of a user;

in fig. 2 is an example of placing the device on clothing;

in fig. 3 is an example of a hanger with a charger.

The device for monitoring the location and state of the user contains a housing attached to the clothes with a microprocessor module located therein, capable of communicating with the temperature sensor and processing information about the temperature values coming from the temperature sensor and generating a temperature alert signal.

In addition, the device contains a geolocation and communication module 4 connected to the microprocessor module 2 and providing alert signals for an external user, as well as a power supply 5, the power output of which is connected to the power supply inputs to the microprocessor module 2 and to the geolocation and communication module 4 ...

In the device, the microprocessor module 2 is configured to communicate with the humidity sensor 6 and with the activity sensor 7 and process the information received from them about the values of humidity and activity and generate an alert signal, and the power source 5 is configured to connect to the charger 8 when clothes are placed on hanger 9, for example, using a USB connector.

The device is used to monitor the location and state of the user as follows.

The signals from sensors 3, 6 and 7 are sent to the microprocessor module 2, where they are processed according to a given algorithm when programming it, for example, alert signals are generated when the temperature and humidity values are more than acceptable and in the absence of activity signals from the activity sensor, performed, for example, in in the form of a sensor for measuring current accelerations.

The alert signals from the microprocessor module 2 are fed to the geolocation and communication module 4 for transmission to the user, where, together with the location signal, they are transmitted to the external monitoring user.

In this case, the position signal can be generated continuously and transmitted at a given frequency to an external monitoring user.

Thus, the device achieves the required technical result, which consists in expanding the functionality of the device through the use of an activity sensor made in the form of a sensor for measuring current accelerations.

Claims (1)

A device for monitoring the location and state of a user, containing a housing attached to the clothes with a microprocessor module placed therein capable of communicating with a temperature sensor, a humidity sensor, a geolocation and communication module and processing information received from them and generating an alert signal for an external user, characterized in that the device includes an activity sensor connected to the microprocessor module with the ability to process information about the values of the user's motor activity coming from the activity sensor and generate an alert signal.

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