KR200325724Y1 - The thermometer of using the Java programmable mobile communication terminal - Google Patents

Abstract

The present invention allows the user to carry the thermometer at all times, and the measured temperature value is stored in the internal memory of the thermometer and the thermometer is connected to the serial port (for charging and data communication) of the mobile terminal where the Java program is executed. When the values stored in the internal memory are displayed on the LCD screen of the mobile communication terminal, the ovulation date and fertility period are calculated by the stored values, and the measured values are transmitted to the management server for management. In this case, the present invention relates to a temperature measuring device using a mobile communication terminal that executes a Java program that allows a user to easily measure body temperature and calculate ovulation days by sending relevant data to a mobile communication terminal.

According to the present invention, a Java server stores a Java content file that can be interlocked with a body temperature monitor in a mobile communication terminal equipped with a Java platform, and a network server stores a proxy file that records the location of the Java server. . In addition, the mobile terminal equipped with the Java platform downloads a Java content file that can drive the temperature thermometer in the Java server, and the downloaded Java content is linked with the temperature meter connected to the serial port of the mobile terminal.

The thermometer has a built-in temperature sensor that allows the user to carry his or her body with you at regular intervals, and the measured temperature values are stored in the internal memory of the thermometer. By executing the Java content related to the temperature measurement downloaded through the mobile terminal equipped with the Java platform and connecting the thermometer to the serial port (for charging and data communication) of the mobile terminal, it is regularly measured and stored in the internal memory of the thermometer. Values uploaded to the mobile terminal and downloaded Java temperature related to temperature measurement are statistically analyzed by uploaded values, and statistically analyzed values and graphs are provided on the LCD screen of the mobile terminal. The ovulation date and fertility period are calculated from the downloaded Java temperature-related Java content, so the user can conveniently use this value.

In addition, when the user inputs the menstrual date into the mobile communication terminal, the ovulation date can be calculated by the self-arithmetic function. By comparing this value with the value calculated by the basic temperature method, the ovulation date can be predicted more accurately. The measured values of the mobile communication terminal are delivered to the management server for management, and the user can check the long-term health status at a glance.

As a result, it is possible to use a mobile communication terminal equipped with a Java platform to run a Java program as a body temperature meter.

Description

Thermometer using a mobile terminal running a Java program {The thermometer of using the Java programmable mobile communication terminal}

The present invention allows the user to carry the thermometer at all times, and the measured temperature value is stored in the internal memory of the thermometer and the thermometer is connected to the serial port (for charging and data communication) of the mobile terminal where the Java program is executed. When the values stored in the internal memory are displayed on the LCD screen of the mobile communication terminal, the ovulation date and fertility period are calculated by the stored values, and the measured values are transmitted to the management server for management. In this case, the present invention relates to a temperature measuring device using a mobile communication terminal that executes a Java program that allows a user to easily measure body temperature and calculate ovulation days by sending relevant data to a mobile communication terminal.

Applicant has conceived a patent application No. 10-2003-0022440 (hereinafter referred to as "selection") that can use a mobile communication terminal running a Java program as a terminal of a variety of functions and a suitable accessory device.

The present invention has described a method for using a mobile communication terminal running a Java program as a terminal having various functions and an accessory device suitable for the same, and the present invention describes the body temperature measuring device among various functions.

Menstrual cycle and basal body temperature are mainly used as a method to calculate the fertility period of women. The principle is briefly described as follows.

The menstrual cycle is the most basic method using the menstrual cycle in women whose eggs are mature, ovulated and menstrual. This method calculates the fertility period using the calendar, the fact that ovulation takes place 14 days before the next menstruation (12-16 days before the next menstruation) and about 3 to 4 days sperm injected into the vagina Calculate based on the fact that you survive. Thus, for women with regular menstrual cycles of 28 to 30 days, the period of infertility is calculated as 10 to 19 days before the next menstrual period. However, this menstrual cycle method can not calculate the fertility period only if the ovulation date is accurately and continuously investigated, and is not suitable for the modern man who is not mentally busy or busy. There is this.

On the other hand, basal body temperature method is to find the ovulatory phase using the change of body temperature and apply it to contraception.Basic body temperature is the body temperature measured in a stable state when waking up in the morning. It is divided into high and low temperature, when the transition from low temperature to high temperature, the body temperature goes down one to two days, this time is the ovulation period. As such, in the basic body temperature method, the ovulation date can be confirmed through the state of the human body, so the ovulation date can be more accurately identified than the menstrual cycle method.

However, in the conventional method, the thermometer must always be carried and the measured body temperature must be frequently recorded on the graph, which is very inconvenient to use.

In addition, since menstruation days and ovulation days belong to the individual's privacy and should not be known to others, there is also the inconvenience of keeping a secret record of the body temperature or menstruation date, etc. out of reach of others.

The present invention was created to solve the above problems, the purpose of the present invention is to ensure that the user always carry the thermometer and the measured body temperature value is stored in the internal memory of the thermometer and the Java program is executed When the thermometer is connected to the serial port (for charging and data communication) of the mobile communication terminal, the values stored in the internal memory are displayed on the LCD screen of the mobile communication terminal and the ovulation date and fertility period are calculated based on the stored values. Managed by transmitting to the management server and if the temperature value changes over a certain number, by sending the relevant data to the mobile communication terminal to run a Java program that allows the user to easily measure the temperature and calculate the ovulation date, etc. To provide a temperature measuring device using a mobile communication terminal The.

Another object of the present invention is to provide an accessory device with a built-in temperature measurement sensor suitable for a mobile communication terminal running the Java platform, and the display portion which should display the existing temperature measurement contents is replaced with the liquid crystal portion of the mobile communication terminal. At the same time, it is possible to analyze and store various data transmitted from the body temperature measurement sensor and to transmit it through the mobile communication terminal by using the program operation function of Java, that is, the hardware part of the existing sensor such as display, CPU It aims to reduce the price of IC, memory, etc. and provide more various services.

1 is a view for explaining a method of using a mobile communication terminal running a Java program as a terminal of various functions as an embodiment of the invention of the present invention.

2 is a system configuration diagram of a body temperature meter using a mobile communication terminal running a Java program according to an embodiment of the present invention.

3 is a flowchart illustrating a program for performing a temperature measurement in a mobile communication terminal of a temperature measuring device using a mobile communication terminal running a Java program according to an embodiment of the present invention.

-Explanation of symbols for the main parts of the drawings-

100: subject 110: microprocessor

111: input unit 112: A / D converter

113: internal memory 114: central computing unit (ALU)

115: output unit 120: amplification unit

130: body temperature measurement sensor 140: measurement start switch

150: power supply 160: display LED

200: serial port connection jack

As described in detail in the present invention, the Java server interoperates with the thermometer in a mobile communication terminal equipped with the Java platform, and stores a Java content file for analyzing and displaying various data transmitted from the thermometer. Stores a proxy file that records the location of the Java server. In addition, the mobile communication terminal equipped with the Java platform downloads the Java content file that can drive the temperature meter in the Java server and the downloaded Java content is linked to the temperature meter connected to the serial port of the mobile communication terminal.

Body temperature measuring device using a mobile communication terminal running a Java program according to the present invention for achieving the above object, amplifying a small level of the electric signal output from the body temperature measuring sensor unit and a temperature measuring sensor unit to a predetermined level The amplifying unit and the A / D converter sample the analog signal outputted through the amplifying unit to a predetermined voltage, convert the digital signal into corresponding digital data, store it in the internal memory, and store the measured digital data through a central computing device. An output unit that transmits information about the mobile communication terminal running Java program, a switch for adjusting the desired measurement method, and an input unit for informing the measurement start and measurement method to the central processing unit by receiving the start signal of the switch. A subject section that includes; and

Characterized in that it has a serial port connection jack that can be connected to the subject portion of the serial port (for charging and data communication) of the mobile communication terminal.

Preferably the subject is,

Switch to adjust the power and measuring method,

Input unit for transmitting the start signal and the measurement method transmitted through the switch to the central computing device,

Body temperature sensor that can measure body temperature with built-in temperature sensor,

An amplifier for amplifying a small electric signal output from the temperature measuring sensor unit to a predetermined level;

An A / D converter for sampling an analog signal output through the amplifier to a predetermined voltage and converting the analog signal into digital data corresponding thereto;

An internal memory storing a program area for storing digital data output through the A / D converter and driving a central computing device;

It converts the digital signal stored in the internal memory into the signal configuration suitable for the serial port of the mobile terminal running the Java program, and the central operation unit that controls the input unit, A / D converter, internal memory and output unit,

An output unit which transmits the digital signal stored in the memory to a mobile communication terminal that executes a Java program through a central computing device;

It characterized in that it comprises a display LED to indicate that the operation.

Preferably the serial port connection jack,

It is characterized in that it is connected to the main unit and configured to transmit the signal of the output unit to the serial port of the mobile communication terminal running the Java program.

Hereinafter, with reference to the accompanying drawings will be described in more detail the body temperature meter using a mobile communication terminal running a Java program according to an embodiment of the present invention.

An embodiment of the present invention will be described in detail with reference to the accompanying drawings.

1 is a view for explaining a method of using a mobile communication terminal running a Java program as a terminal of various functions as an embodiment of the invention of the present invention.

Referring to FIG. 1, the selection includes an HTTP server 100, an internet backbone network 200, a mobile communication network 300, a mobile communication terminal 400 equipped with a Java platform, and a body temperature measurement accessory 500.

HTTP server 100 includes one for WML or HDML, including WML page server 110, proxy file server 120, Java content server 130, temperature management server 140, and help server 150. Save the above proxy file and Java content file for body temperature measurement.

More specifically. The WML page server 110 displays a WML page displaying various proxy file lists on the WAP browser according to the operation of the WAP browser of the mobile communication terminal 400.

The proxy file server 120 displays the WML page on the WAP browser displaying various proxy file lists according to the operation of the WAP browser of the mobile terminal 400 equipped with the Java platform.

The proxy file server 120 stores a plurality of proxy files for WML or HDML and provides them to the mobile communication terminal 400 equipped with the Java platform.

The Java content server 130 stores the Java content file for interworking with the body temperature measurement accessory 500, and according to the Java content file request from the mobile communication terminal 400 equipped with the Java platform, the Java content file for the temperature measurement It provides to the mobile communication terminal 400 equipped with the Java platform.

The temperature management server 140 receives the temperature information transmitted from the mobile communication terminal 400. Here, the Java servlet that performs the operation as the temperature management server 140 is driven by a Java virtual machine provided with a Java runtime environment in a web server, and is provided with temperature management information provided for body temperature transmitted from the Java virtual machine. Perform the operation for.

The mobile terminal 400 equipped with the Java platform includes a WAP browser 410, a Java Contents Manager (JCM) program 420, a memory 430, a Java machine 440, and a Java content manager. The program 420 is driven to select and download any one of proxy files for WML or HDML, and the contents of the downloaded file are analyzed to identify a location on the network of the Java content, preferably a URL.

In addition, the mobile communication terminal 400 downloads and stores Java content for body temperature measurement at a location on the identified network, and executes the Java machine 440 using the stored Java content.

In more detail, the WAP browser 410 is driven according to the driving request of the user of the mobile communication terminal 400 to read the WML page of the HTTP server 100 and display it on the display panel of the mobile communication terminal 400. As the user selects any one of the WMLs displayed on the WML page, the Java content manager program 420 is driven to control the proxy file server 120 to download the proxy file regarding the location of the Java content from the network.

The Java content manager program 420 downloads and analyzes the proxy file from the proxy file server 120 according to a driving command of the WAP browser 410, and based on the analyzed information, a location, for example, a URL, of the Java content on the network. Check the information. As the location of the Java content file is confirmed, the Java content file is downloaded from the Java content file server 130, downloaded and stored in the memory 430, and the mounted Java machine 440 is driven.

The memory 430 stores a Java content file downloaded by the Java content manager program 420, and provides the file according to a file request of the Java machine 440.

The user connects the body temperature measurement accessory 500 to the serial port 450 of the mobile communication terminal, and the Java machine 440 is stored in the memory 430 according to an execution command provided from the Java content manager program 420. The Java content file is extracted and interlocked with the temperature measuring accessory 500, and the user checks and displays the user's body temperature data using the temperature measuring accessory 500, and the temperature measuring accessory 500 is The body temperature data of the user is transmitted to the mobile communication terminal 400.

The mobile communication terminal 400 transmits the information on body temperature to the temperature management server 150 of the HTTP server 100 via the mobile communication network 300 and the Internet backbone network 200.

2 is a system configuration diagram of a body temperature meter using a mobile communication terminal running a Java program according to an embodiment of the present invention.

The user can carry the body temperature gauge at all times while the switch 140, the current body temperature measurement or once a certain time through the body temperature measurement can be adjusted to measure the daily body temperature. The temperature measuring sensor unit 130 measures a body temperature with a built-in temperature sensor, and the amplifying unit 120 amplifies a small electric signal obtained from the body temperature measuring sensor unit 130 to a predetermined level, and the A / D converter 112 performs the above. The analog signal output through the amplifier 120 is sampled at a predetermined voltage, converted into corresponding digital data, and stored in the internal memory 113. In the internal memory 113, a program area for driving the central computing device is stored, and the central computing device 114 is driven according to the execution command of the program.

In order to statistically analyze the measured temperature of the subject in the subject through the mobile terminal running the Java program and display the measured values and graph data through the LCD screen of the mobile terminal, the user connects the subject 100 to the serial port connection jack. Using the 200, the mobile terminal is connected to the serial port (FIGS. 1 and 450) of the mobile communication terminal, and the Java machines (FIGS. 1 and 440) are connected to the memory (in accordance with an execution command provided from the Java content manager program (FIGS. 1 and 420). 1 and 430, the Java content file stored in the body temperature measurement is extracted and linked with the subject unit 100.

When the Java content is executed through a mobile communication terminal equipped with the Java platform and the thermometer is connected to the serial port of the mobile communication terminal (FIGS. 1 and 450), the digital data stored in the internal memory 113 of the temperature analyzer is stored in the central computing device ( 114) is converted into a signal configuration for the serial port (FIG. 1, 450) of the mobile communication terminal running the Java program and transmits this signal to the output unit 115, the output unit 115 is a serial port connection jack 200 Signal to. This signal is uploaded to the mobile communication terminal, and the downloaded Java temperature measurement statistically analyzes the uploaded values and provides statistically analyzed values and graphs on the LCD screen of the mobile terminal so that the user can check the changes in the temperature at a glance. Ovulation days and fertility periods are calculated using downloaded Java temperature-related content, and users can use this value conveniently.

3 is a flowchart illustrating a method of executing a program in a mobile communication terminal of a temperature measuring device using a mobile communication terminal running a Java program according to an embodiment of the present invention.

1, 2 and 3, first, the body temperature measurement accessory device (FIGS. 1, 500) is mounted on a mobile communication terminal (FIG. 1, 400) equipped with a Java platform. Connect to (Step R110)

Go to the menu page of the mobile communication terminal (step R120) and select a Java machine (Fig. 1, 440) that can run the Java platform from the menu page. (Step R130)

When the Java machine (FIGS. 1 and 440) is executed, it is checked whether the temperature measuring accessory 500 is connected to the serial port of the current mobile communication terminal (step R140).

If the connection is confirmed in step R140, the feedback is returned to step R110. If the connection is confirmed, the Java machine accesses the Java content file stored in the memory (Fig. 1, 430) of the mobile communication terminal (Fig. 1, 400) and the body temperature. The measurement accessory (Fig. 1, 500; Fig. 2, body temperature measuring instrument) is executed, and the data of the internal memory 113 of the body temperature measuring instrument (Fig. 2) is uploaded (step 150).

On the LCD screen of the mobile communication terminal on which the user's Java program is executed, two optional terms, such as a thermometer and a menstrual date, are displayed. The thermometer is related to the basic temperature method and the menstrual date is related to the menstrual cycle method. (R160, R200)

When the thermometer is selected (R160), a basic temperature method is selected. A screen for selecting a body temperature check mode (R170), a graph mode (R180), and a ovulation day check mode (R190) is displayed.

If the temperature check mode (R170) is selected, the temperature data of the internal memory of the thermometer is displayed as a number, and if the graph mode (R180) is selected, it is displayed in the form of a graph to check the trend of temperature change by date and time.

On the other hand, when the ovulation date confirmation mode (R190) is selected, the ovulation date and fertility period are calculated and displayed on the screen based on the measured body temperature data.

When the user selects the menstrual date to select the menstrual cycle method (R200), the menstrual date input mode (R210) appears and the user directly inputs the menstrual date through the keypad of the mobile terminal equipped with the Java platform (FIG. 1, 400). In this case, the date of ovulation and fertility period are calculated and displayed on the screen. (R220)

This embodiment is not intended to limit the scope of the present invention, but is presented by way of example only.

As described above, in the present invention, an object of the present invention is to allow a user to always carry the thermometer, and the measured temperature value is stored in the internal memory of the thermometer and the serial port of the mobile communication terminal where the Java program is executed. When the thermometer is connected to charging and data communication, the values stored in the internal memory are displayed on the LCD screen of the mobile communication terminal, and the ovulation date and fertility period are calculated by the stored values, and the measured values are transmitted to the management server for management. If the body temperature value changes above a certain value, the relevant data can be sent to the mobile terminal so that the user can easily measure the temperature and calculate the ovulation date. To provide.

Another object of the present invention is to provide an accessory device with a built-in temperature measurement sensor suitable for a mobile communication terminal running the Java platform, and the display portion which should display the existing temperature measurement contents is replaced with the liquid crystal portion of the mobile communication terminal. At the same time, it is possible to analyze and store various data transmitted from the body temperature measurement sensor and to transmit it through the mobile communication terminal by using the program operation function of Java, that is, the hardware part of the existing sensor such as display, CPU It can reduce the price of IC, memory, etc. and can provide more various services.

Claims (4)

Switch to adjust the power and measuring method, Input unit for transmitting the start signal and the measurement method transmitted through the switch to the central computing device, Body temperature sensor that can measure body temperature with built-in temperature sensor, An amplifier for amplifying a small electric signal output from the temperature measuring sensor unit to a predetermined level; An A / D converter for sampling an analog signal output through the amplifier to a predetermined voltage and converting the analog signal into digital data corresponding thereto; An internal memory storing a program area for storing digital data output through the A / D converter and driving a central computing device; It converts the digital signal stored in the internal memory into the signal configuration suitable for the serial port of the mobile terminal running the Java program, and the central operation unit that controls the input unit, A / D converter, internal memory and output unit, An output unit which transmits the digital signal stored in the memory to a mobile communication terminal that executes a Java program through a central computing device; A subject portion including an indicator LED to indicate operation; Serial port connection jack that connects to the main unit and delivers the output signal to the connection port of the mobile communication terminal running the Java program Body temperature measurement using a mobile communication terminal running Java program, characterized in that consisting of. A Java server storing a Java content file for interlocking an accessory device having a sensor for measuring body temperature in a mobile communication terminal equipped with a Java platform; A network server storing a proxy file that records the location of the Java server; A mobile communication terminal equipped with a Java platform; Connected to a serial port of a mobile communication terminal equipped with a Java platform can be used as a body temperature measurement device using a mobile communication terminal running a Java program including a subject unit with a built-in temperature measurement sensor interlocked with the Java content file for temperature measurement system. The method of claim 2, The network server and the Java server is a system that can be used as a body temperature meter using a mobile communication terminal running a Java program, characterized in that consisting of a single computer. The method of claim 2, The subject part with the built-in temperature sensor is provided with temperature information obtained by linking with a mobile communication terminal equipped with Java platform, and analyzes and accumulates the information, and sends the related information to the mobile communication terminal when the temperature value changes by a certain value or more. A system that can be used as a body temperature meter using a mobile communication terminal running a Java program, characterized in that it comprises a temperature management server for performing the operation.