JPS5886427A - Ovulindex thermometer computer with memory - Google Patents

Abstract

PURPOSE:To simplify measurement of basal body temps. and to permit storage and display of the measured basal body temps. by providing a key input section, sensor section, an A/D conversion section, respectively specific storage section, display section, etc. CONSTITUTION:A key input section 14, a sensor section 11 which measures basal body temps., an A/D conversion section 12 which converts the signal from the section 11 to digital signals, and a memory section 15 which stores the data of the basal body temps. converted by the section 12 for >=1 month are provided. Further, a display section 16 having dot matrices and a calendar display and a means 13 for displaying the data of the basal body temps. stored in the section 15 on the section 16 are provided. For example, the user inputs the date from the section 14 in 5min after putting the section 11 into his mouth and pushes a start key so that the measured value is stored automatically.

Description

[Detailed description of the invention] The present invention relates to a basal thermometer computer with memory.

! ! The basal body temperature of ant-like women is delicate, consistent with sexual synchrony.
It changes and the low m. Repeated high temperatures.

These strange changes can tell you everything from your ovulation date and menstrual period to whether you are most likely to conceive and whether you are pregnant or not.

Traditionally, basal body temperature was measured in the morning with a body temperature needle and recorded on a body temperature chart. However, the reading error of the reading,
It was a pain to fill in the information every morning as there were mistakes.

This invention has been made in view of point E, and its purpose is to provide a basal thermometer computer with a memory for storing measured basal body temperature.

Hereinafter, an example of this invention will be explained with reference to the drawings.
Figure 1 is a block diagram showing a memory-based laryngeal temperature needle combination.

11 is m degree senna, #. It converts basal body temperature into an analog magnetic signal. The L analog magnetic signals output from the temperature sensor 11 are input to the M/D converter 12 and converted into digital signals. Furthermore, this A
/ The digital signal output from the D converter 12 is
The signal is input to the E section 13. The calculation section 13 includes a control device and an operation JE table.The control device performs the control of this device, and the calculation device performs various operations. A key operation signal from the KBY matrix 14 is input to this calculation unit 11 . Furthermore, the above 1i11tt413 has a small amount (both 1
Data is input from the memory unit 15 in which basal body temperature data for several months is stored. Further, the r-unit outputted from the arithmetic unit 13 is displayed on a display unit 16 having a dot matrix.
is output to. 215th! Q is the display section 1 shown in FIG.
The detailed configuration of G is shown. As shown, 1 display section 1
# is composed of a dot matrix &- of l"35 x 29J. In other words, the horizontal direction is the moon.

The daily and menstrual cycles are shown, and the vertical direction shows basal body temperature.

Next, the present invention constructed as described above will be explained in detail. First, after the mesh has cooled, do the following operation without getting up and put the nasal base temperature needle provided in the senna part 11 in your mouth.

Then, place the basal body temperature needle in your mouth and leave it there for 5 minutes. (However, it varies depending on the sensitivity of the sensor) Here, as the above operation, when you operate the "C" key, the display section 1
"0" is displayed in 6. To enter the January date next to 0 (
2. If you operate the r9JrMJr16J rDJ keys in sequence, [9-16J will be displayed. And, “8 T
When the RTJ key is operated, basal body temperature measurement starts. In other words, the basal body temperature data detected by the sensor 11 is sent to the A/D converter 12 and converted into a digital signal. It is stored as body temperature data.

Next, when 5 minutes have elapsed @ [8 ETJ key is operated, a predetermined dot is displayed on the t-period memory section 15. By measuring the basal body temperature as described above for one month, the basal body temperature of a certain woman for one month can be stored in the memory unit 15.

Next, we will show an example of how to operate when you want to become pregnant. First of all, it is said that the lifespan of an egg after ovulation is about 24 hours, and the fertilizing ability of sperm is said to be about 3 days, so mosquitoes are likely to become pregnant during the ovulation day, the 3 days before it, and the 1 day after. be. Examples of key operations include first operating the "C" key to clear the display; second, operating the "M" key when you want to know when you are most likely to become pregnant. Furthermore, when the "=" key is operated, the daily data of the 5-day ovulation day, 3 days before it, and 1 day after it stored in the memory section 1j (2) is outputted to the display section IC via the calculation section 13. , the dots corresponding to September 16th to 20th indicated by the symbols and the dates on the calendar display flash.

As described in detail above, according to the present invention, the measured basal body temperature is automatically stored and displayed on the display section, so that measurement of the basal body temperature can be simplified.

[Brief explanation of drawings]

FIG. 1 is a block diagram showing a basal body temperature needle computer with memory according to an embodiment of the present invention, and FIG. 2 is a diagram showing a display section. 11...Senna part %12...Mu/D conversion part, 12.
・・Arithmetic unit, 14・−K I Y Matrix, 15・・
・Memory part.

Claims (1)

[Claims] (1) A key human power section, a senna section that measures basal body temperature, a conversion means that converts the signal from this senna section into a digital signal, and a conversion means that stores the basal body temperature data converted by the above exchanging means for at least one month. A base with a memory that is patented as having a storage section for storing minutes, a display section having a dot matrix and a calendar display, and a means for displaying the basal body temperature data stored in the storage section (; Thermometer computer.A basal thermometer computer with a patented memory, which is characterized by a blinking date on the under display.