RO130703A0 - Hybrid intelligent system for wide spectrum temperature acquisition of high precision and reporting the same to intelligent devices by digital radio connection in 2.4 ghz ism band - Google Patents

Abstract

The invention relates to a hybrid intelligent system for acquiring the temperature and reporting the same to intelligent devices by digital connection, in order to monitor the body or environmental temperature. According to the invention, the system consists of a microcontroller (1) running a software and acquisition algorithms, which transmits data and bidirectionally communicates through a radio module (2) which bidirectionally transmits data by means of a Bluetooth protocol to an intelligent device (9) in its immediate proximity, a battery (3) for supplying the system, a voltage regulator (4) which provides the energy needed for operating digital and analogue circuits, a state displaying device (5) which may temporally communicate the system state, an assembly (S1) of analogue temperature sensors and another assembly (S2) of digital temperature sensors for measuring body or environmental temperature, as well as an information application which receives data and provides the possibility of setting alerts in case that certain predefined values are reached.

Description

The invention relates to an intelligent temperature reading system through an electronic device that acquires the local temperature and then transmits a radio in the immediate proximity of the device to an intelligent device (computer, tablet, smartphone, etc.), intended to measure the temperature of the human body or environment.

Several temperature measuring devices with sensors are known: telematic thermometer for measuring human temperature, which is used for remote measurement using a human temperature sensor; thermometer for remote temperature measurement using infrared radiation with temperature recording on the eardrum ear or thermometer for non-intrusive measurements using an external sensor in the ear area, thermometer with non-intrusive measurement using quartz crystal resonance, human temperature monitoring systems using a monitor attached to the patient's hand,

The presented systems have the following disadvantages: they are the devices that measure the temperature by IR and do not offer a very accurate reading of the temperature, it requires a period of time for the patient to remain completely still, the devices require a / application of the device for each measurement of the temperature, the measured values they are reset or cannot be stored in the long term.

One object of the invention is to increase the degree of accuracy of the measured values, another objective is to ensure the real-time and continuous measurement of the monitored temperature, another objective is to transmit the measured values so that they can be interpreted and stored.

The problem solved by the invention is the exact real-time monitoring of the patient over a long period of time, with the possibility of communicating, securing and interpreting the recorded data.

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INTELLIGENT HYBRID HYBRID SYSTEM OF HIGH TEMPERATURE TEMPERATURE WITH HIGH PRECISION AND THEIR REPORTING THROUGH DIGITAL RADIO CONNECTION IN THE ISM 2.4 GHZ BAND FOR INTELLIGENT DEVICES:

• The device consists of: (1) MCU - microcontroller that runs software and acquisition algorithms, displays status, transmits data and communicates bidirectionally through the radio module, (2) 2.4Ghz ISM radio that transmits bidirectional data via Bluetooth 4.x protocol to the intelligent device "(9) in its immediate vicinity, (3) Long-life battery, (minimum 12 months of device operation), (4) Voltage regulator that provides the energy needed to operate digital and analog circuits, (5) ) Status display that can temporarily communicate the status of the device (operational, battery discharged, not connected, etc.), (6) SI set of analog temperature sensors, (7) S2 set of digital temperature sensors. Communication with the smart device is achieved through radio connection (8) through Bluetooth 4.x protocol which ensures the prevention and correction of transmission errors, bidirectionality and compatibility with similar equipment as technology. ( 6) The S1 assembly of analog temperature sensors, (7) The S2 assembly of digital temperature sensors are aimed at achieving 2 improvements to the hybrid temperature data collection system:

> reaching the temperature to be indicated as soon as possible after the start time.

> The application of mathematical formulas and mathematical modeling to reduce the margin of error of the measurement. (The device aims to reach the correct temperature in less than 90 seconds and to indicate the temperature with an error of maximum 0.1 degrees Celsius).

• Computer application

The computer application refers to a software or software platform developed for the exclusive use together with the device.

Several such applications are known, used to monitor the health through smart devices: smartphone, tablet, etc.

Existing systems have the disadvantage of not being able to receive real-time data from a high-precision sensor for a practically unlimited period.

The objective of the computer application is the transmission of data for storage and analysis. The computer application will allow the reception of data and the possibility of setting alerts in case

C \ - 2 Ο 1 5 - - 0 0 1 5 8 0 3 -03-2015 that certain predefined values are reached. Also the application can have other additional functionalities using functions of type "If this than that" - if X then Y. ex: if the temperature reaches 38 degrees the mobile device directly calls a phone number, or sends an SMS to a predefined number.

Advantages of the IT application:

> Saves the data received from each electronic device separately.

> Possibility of sound and visual alert in case of exceeding certain predetermined thresholds.

> Historically display data and collect it in a continuous stream.

> Alerts if the electronic device or mobile terminal is outside the range.

> Possibility of creating profiles according to the purpose of using the hybrid temperature measurement system (eg room profile, person profile 1, person profile 2, etc.).

The following is a model for carrying out the invention in relation to Figures 1-5, which represents:

Fig.l - Temperature measuring device;

Fig. 2 - Functions of the IT Application;

Fig.3 - Data transmission mode between the Device and the Computer Application;

Fig. 4 - Body temperature measurement mode;

Fig.5 - Mode of ambient temperature measurement.

A further embodiment of the invention is given below.

Figure 4 shows the mode of application of the device in the case of the human temperature measurement and in figure 5 the measurement mode for the ambient temperatures. The device of very small size can be easily integrated into a hypoallergenic material (patch or elastic band), which can be worn for a long time.

In figure 1 (6) the SI set of analog temperature sensors, (7) the S2 assembly of digital temperature sensors measures the temperature in the hybrid system for collecting temperature data to (1) MCU - microcontroller running software and algorithms of <ν 2 Ο 1 5 - - 0 0 1 5 6 Ο 3 Ό3- 206 purchase, displays status, transmits data. The small assembly is applied directly on the skin of the subject or in the environmental environment, using the application mode - fig.4

In Figure 3, (1) MCU - microcontroller running software and acquisition algorithms, displays status, transmits data and communicates bidirectionally through the radio module to (2) 2.4Ghz ISM radio that transmits bidirectional data via Bluetooth 4.x protocol to the device intelligent (9) in its immediate proximity. Radiation: The hybrid temperature measurement system will comply with EC and FCCCE BLE112 radiation standards (Blootooth Low Energy Data Submission Protocol complies with the rules and provisions of the R & TTE Directive (1999/5 / EC). according to the following standards: EMC (immunity only) EN 301 489-17 Vl3.3 in accordance with EN 301 489-1 VI.8.1 Radiated emissions EN 300 328 Vl.7.1 Safety EN60950l: 2006 + Al l: 2009 + Al: 2010+ A12: 201 lhttps: //www.bluetooth.org/tpg/RefNotes/BLEl 1 2_Datasheetl .pdf Bluetooth 4.x protocol is regulated and standardized, ensuring on-demand and encrypted data to maintain confidentiality on measurements performed.

Figure 2 details the functions of the Computer Application that receives and saves data, having multiple options: sound and visual alert in case of exceeding certain predetermined thresholds, data collection and display, alerts and alarms, creation and saving profiles.

Claims (7)

INTELLIGENT HYBRID HYBRID SYSTEM OF HIGH TEMPERATURE TEMPERATURE WITH HIGH PRECISION AND THEIR REPORTING THROUGH DIGITAL RADIO CONNECTION IN THE ISM 2.4 GHZ BAND TO INTELLIGENT DEVICES characterized by: Device consists of: (1) MCU - microcontroller running software and acquisition algorithms, displays status, transmits data and communicates bidirectionally through the radio module, (2) 2.4Ghz ISM radio transmitting bi-directional data via Bluetooth 4.x protocol to the smart device "(9) in its immediate vicinity, (3) Battery, (4) Voltage regulator, (5) Status display (6) SI set of analog temperature sensors, (7) S2 digital temperature sensor assembly, radio connection (8) via Bluetooth protocol 4 .. (6) SI analog temperature sensor assembly, (7) S2 digital sensor assembly and computer application that will allow the reception of data and the possibility of setting alerts in case certain predefined values are reached. INTELLIGENT HYBRID HYBRID SYSTEM OF HIGH TEMPERATURE TEMPERATURE WITH HIGH PRECISION AND THEIR REPORTING THROUGH DIGITAL RADIO CONNECTION IN ISM 2.4 GHZ TO INTELLIGENT DEVICES characterized by the fact that the software consists of (1) software that has a microcomputer (1), which has a microcomputer (1). state, transmits data and communicates bidirectionally through the radio module, (2) 2.4Ghz ISM radio that sends bidirectional data via Bluetooth 4.x protocol to the smart device "(9) in its immediate vicinity, (3) Battery, (4) Voltage regulator, (5) Status display, (6) SI analog temperature sensor assembly, (7) S2 digital temperature sensor assembly, Radio connection (8) via Bluetooth protocol 4 .. (6) SI assembly of analog temperature sensors, (7) The S2 set of digital sensors contains a set of sensors meant to record 0.1 degrees deviation and for a maximum of 90 seconds the temperature. INTELLIGENT HYBRID HYBRID SYSTEM OF HIGH TEMPERATURE TEMPERATURE WITH HIGH PRECISION AND THEIR REPORTING BY DIGITAL RADIO CONNECTION IN THE ISM 2.4 GHZ BAND TO INTELLIGENT DEVICES characterized by Ο 3 -03- 2015 that the computer application part of the intelligent hybrid system of acquisition of the temperature in the broad spectrum with high precision and its reporting by digital radio connection in the ISM 2.4 Ghz band to intelligent devices has the following characteristics: it saves the data received from each electronic device in particular, possibility of sound and visual alert in case of exceeding certain predetermined thresholds, historically displays data and their collection in continuous flow, alerts if the electronic device or mobile terminal is outside the range, possibility creation of profiles according to the purpose of using the hybrid temperature measurement system, eg: room profile, person profile 1, person profile 2.