JPS63309247A - Electronic type recording clinical thermometer apparatus - Google Patents

Abstract

PURPOSE:To properly judge the change in physical condition, by discriminating whether the left end of a displayed graph corresponds to a menstruation start day, on the basis of the display of a month marker when an menstrual cycle exceeds a graph display range. CONSTITUTION:An electronic type recording clinical thermometer apparatus is limited to about 34 days in the display of one menstrual cycle in order to omit a display part or the like as possible and to achieve wt. reduction and miniaturization. In a menstrual cycle exceeding about 34 days, data can not displayed at once. In such a case that basal body temp. is displayed by a graph, when the left end of display is menstruation start day, a month marker puts on and off to show that the left end of a graph is not the menstruation day to call attention. A month marker flash memory circuit 22 has memory such that the month marker flashes or does not flash at every month and a month marker flash control circuit 24 allows the month marker to put on and off or flash according thereto. By the mentioned constitution, even when the menstruation cycle exceeds a display possible range, the menstruation start day can be made clear.

Description

[Detailed Description of the Invention] A] Industrial Application Field Is the present invention applicable to human basal body temperature? The present invention relates to an electronic recording thermometer device used particularly for the management of women's health by measuring and storing daily 51II temperature in memory and by storing the date of onset of menstruation.

(b) Conventional technology The health condition of women! Conventionally, the basal body temperature method and the Ogino method have been known as methods for managing body temperature.

The basal body Il method records the basal body temperature measured every day and uses this data to determine the overall state of health.On the other hand, the Ogino method memorizes the start date of menstruation and prevents death. It is used to know the current health condition based on the menstrual cycle. In these methods, it is necessary to record past data, but it is troublesome to record it every day, and errors may occur due to transcription.

Therefore, in recent years, these have been stored in memory and used as needed.
Electronic recording thermometer devices that display graphs are being developed. Basal body temperature is based on the first day of menstruation9.
You can know the body m by checking the change in basal body temperature at the next menstrual period. When displaying a sigraph using an electronic recording thermometer, the left end of the graph is fixed on the start date of menstruation, and the daily basal body temperature is displayed based on f'Lft. In order to create such a system, it is necessary to perform an operation to update the month on the menstrual start date, and by performing this operation, the graph of the next new month is displayed as a graph with the entire left end of the menstrual start date. The menstrual cycle is displayed in graphs for each month. In such a case, the basal body temperature graph moves to the right one scale per day by taking temperature on the vertical axis and VC time on the horizontal axis. Basal body temperature patterns vary from person to person, but the standard pattern is said to be 28 days. However, if you become pregnant, or if your physical condition causes a delay in the onset of menstruation, the basal body temperature graph may shift in the time axis direction and exceed the displayable range. . When displaying a graph in such a case, it is necessary to display the graph in multiple parts due to limitations of the display device. In this case, on the first screen, the left edge of the graph is the start date of menstruation, but on the next screen, the left edge of the graph is not the true start date of menstruation, so you need to be careful in determining your physical condition and it is difficult to understand. There must be a problem.

e9 Problems to be Solved by the Invention The present invention has been developed in view of the above-mentioned problems. Even in such cases, it is an attempt to clarify the start date of menstruation.

B) Means for Solving Temperature Temperatures The electronic temperature recording needle device of the present invention includes a thermometer section for measuring a person's body temperature, a memory for recording temperature data of the thermometer, and temperature data stored in the memory. 2, the electronic recording thermometer device has a display means for displaying a graph, and the graph display means is a monthly marker display control 11:! i path, 8 degree marker flash memory circuit,
A monthly marker flash control circuit is installed, and when the menstrual cycle exceeds the graph display range, the monthly marker is displayed to indicate that the left end of the graph displayed is the start date of menstruation or not the start date of menstruation. It is characterized by the fact that it can be identified.

(e) Effect 9 The electronic recording thermometer device of Lever has a display part, etc. (This is omitted, and in order to make it lighter and smaller, the front and display part are about t-34 days. Data cannot be displayed at once for a menstrual cycle exceeding 100%.Therefore, when all basal body temperature graphs are displayed, the power marker is configured to light up if the left end of the graph display is the start date of menstruation.

However, when the next divided graph is displayed on the screen, the performance marker blinks and the left end of the graph does not indicate the start date of menstruation.4! Indicates a warning to the user. Here, the performance marker is a display that indicates the state of body temperature this month, whether it can be determined by a cap or by measuring the state of body temperature several months ago.

(f) Example: In order to effectively use a woman's basal body temperature and menstrual cycle, which can be determined from several menstrual start dates, as data, it is necessary to accumulate data for the past months.

Therefore, in a second embodiment of the present invention, it is possible to record body temperature and menstrual cycle up to six months ago.

Basic body +2 here! An example of a graphical representation of M
As shown in Figure 1, the O in the upper right corner of Figure 1 indicates that the current month's body temperature graph is displayed.For example, if the graph from one month ago is displayed, press 1, or When all the graphs from 6 months ago are displayed, the number 6 will light up, and you will be able to understand when the graph will be displayed. The horizontal axis of the graph has 34 days, so up to 34 days of the menstrual cycle can be displayed in the graph, but if the menstrual cycle is n or more, it cannot be displayed at once, so if the left end of the graph display is the menstrual start date, The performance mark lights up. However, when the divided graph is displayed on the screen, the force marker flashes to indicate that the left end of the graph is not the start date of menstruation.Note to the user: The envoy.

In order to consolidate this opportunity *' for a long time, I will explain the four lectures. Here, FIG. 2 shows a block diagram of the present invention. In the figure, ■ is a body temperature measurement circuit (thermometer part), ■ is a control circuit that generates various control signals, ■ is an average body temperature calculation circuit,
■ is temperature data memory, ■ is write address control circuit to temperature memory, ■ is read address control g1 circuit from temperature memory, ■ is clock circuit, ■ is operation switch,
[Stock] is a graph display control circuit that converts the temperature in temperature data memory into a graph, a digital display of body temperature at 0, a digital display of a clock, a graph display, etc. Display memory (RAM)
Display memory write control circuit that stores data in , ■ is 36.7℃ line storage control circuit, [phase] is display memory (RAM), ■ is display driver, Q is display device, @ is performance marker t is the circuit that indicates whether to turn on or flash, [phase] is the power marker display control circuit to indicate which graph is being displayed, and [stock] is the ] This is a 3 degree marker flash control circuit in which the monthly marker flash memory is set to French when it is in the flashing state and lights up when it is in the lit state.

Body temperature is measured by ■! The body temperature data is measured in 1 wI and stored in the display memory (RAM) through the control circuit including 0 display memoter 1 and digitally displayed. When the temperature measurement is completed, the temperature data is stored in the temperature data memory (■) at the address specified by the temperature control address circuit (■). At the same time, the body temperature data is sent to the average body temperature calculation circuit (■), which calculates and stores the average body temperature. When the date is updated by the clock circuit (2), the address in (1) is updated by one due to the operation of the control circuit (2). This
The basal body temperature, which was determined to be 611 J every day, was stored in the display memory for the first time in a while.

Here, the graph display means is the display memory write control circuit @
, 36.7℃ line saving control circuit @, display memory (R
AM) (9, i-show Drino illusion 1 display device @, graph display control circuit [phase], power marker flash record t! 1 circuit @, monthly skin marker display control circuit O1 monthly marker flash control circuit [stock]) The constituent stones are set.When the operating switch σKi; The temperature data corresponding to 6% set to address n is called.

Input to the graph display control circuit of [phase]. The graph display control circuit (2) processes data to change the length of the bar graph so that the average body temperature (2) is at the center of the graph. The display memory write control circuit ◎ writes the length of the bar graph obtained in 0 to a predetermined address in the display memo y■.

36.7℃L; In the line writing control circuit, the light turns off when the bar graph and the 36.78℃ line intersect, and turns on when they do not intersect.
The processing formula is as if it were lit. ■Display memo IJ-(RA“□
The data entered in M) is displayed on the display unit (■) by the [phase] display screen (-). When the graph display for one day is finished, change the address of the temperature data read address control circuit by one.
Ru.

In this embodiment, when the X switch is turned on, the current month is displayed, and when the Vc is turned on, the corresponding month is displayed. The readout address of ■ is controlled by the iiqatm path of ■ so that the graph is displayed, and display 3 degree data is preset in the month marker display control circuit of [phase] in conjunction with the displayed month. The monthly marker flash memory circuit of [Share] has a memory as to whether or not to flash for each month, and the memory corresponding to the performance marker of [Phase] is sent to [Phase]. The three-degree marker flash control circuit of [phase] operates in lighting mode when the memory is "0" and in flash mode when the memory is "l" according to the stored data, and displays the month marker of [phase]. Take control! l! Illumination of n performance markers specified by l road,
Or do a flash.

[Phase] ■ The month/year marker flash memory circuit will be explained with reference to FIG. In this example, the memory has seven months of memory including the current month being measured.
As shown in FIG. 3A, each memory VC contains temperature data for this month in memory IK, temperature data from one month ago, and temperature data from six months ago in sequence in memory 2. Since the menstrual cycle is within 34 days each month, it is not necessary to flash the marker 3 times, as shown in Figure 3B. Memory 1 stores this month's new temperature desoter data, but since the 3 degree marker needs to be flushed, it stores whether or not it has been flushed. Memory 2 contains this month's old temperature data, but since no flash is required, it is stored as having no monthly marker flash. Thereafter, temperature data from 1 month ago to 5 months ago will be stored as ``no flash'' because the 3 degree marker flash will no longer be necessary.

(G) Effects of the Invention According to the groove bottom of the present invention, even if the menstrual cycle exceeds the graph display range, the user can distinguish whether the left end of the graph is the menstrual start date or not, so the graph display can be changed. You will be able to judge changes in body size more appropriately.

[Brief explanation of drawings]

Fig. 1 is a diagram showing an example of a graph display of basal body temperature, Fig. 2 is a block diagram of the electronic recorder m#i device of the present invention, and the third factor is an explanatory diagram of how to use the force marker flash. be. ■... Body temperature measurement path, ■... Control circuit, ■... Average body temperature calculation circuit, ■... Write address control circuit, ■...
...Read address control circuit, ■...Clock circuit, ■
...Temperature data memory, 0...Display memory; 61] Control circuit, ■...36.7℃ line storage control circuit, [Phase]...Display memory (RAM), 0...・Display driver, ■... Display device, ■... Operation switch, [Phase]... Graph display control circuit, [Phase]... Monthly marker flash memory circuit, ■... Monthly marker display control Circuit, ■... Monthly marker Fukutsunyu system - circuit.

Claims (1)

[Claims] (1) In an electronic recording thermometer device having a thermometer section for measuring a person's body temperature, a memory for recording temperature data of the thermometer, and a display means for displaying the temperature data stored in the memory in a graph, the graph display means may , has a monthly marker display control circuit for graph display, a monthly marker flash memory circuit, and a monthly marker flash control circuit, and when the menstrual cycle exceeds the graph display range, the left end of the graph displayed is the menstrual start date. An electronic recording thermometer device characterized by distinguishing between a graph display and a graph display other than the start date of menstruation by displaying a month marker.