JPH0262193B2 - - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION [Field of Industrial Application] The present invention relates to an alarm clock with a thermometer.

[Prior Art] Conventionally, some watches have a thermometer attached to a part of the watch.

[Problems to be Solved by the Invention] Generally, women's thermometers need to measure body temperature at the same time every day, but with the conventional thermometer described above, the thermometer is simply attached to an alarm clock, so it is not necessary to measure the thermometer every morning. 3~ to take out and measure
It took five minutes.

Furthermore, in the above-mentioned system, it is possible to measure the body temperature at the same time every day by measuring the body temperature at the alarm time, but in order to stop the alarm sound, a separate silence switch must be operated.

In addition, it was cumbersome to measure the time of body temperature measurement while looking at the time display.

The present invention is designed to shorten the time required to measure body temperature, to stop the alarm sound when the thermometer is taken out, and to notify the end of body temperature measurement with an alarm sound.

[Means for Solving the Problems] The present invention provides heating means for preheating the thermometer a predetermined time before the alarm time, stops the alarm sound by taking out the thermometer from its housing, and This system generates an alarm sound after a certain period of time after the thermometer is taken out to notify the user that the measurement is complete.

[Example] In FIG. 1, a watch body 1 is provided with a housing 3 for a thermometer 2. The thermometer 2 is provided with a measurement data output section 4, and a measurement data input section 5 is provided on the storage section side opposite to this. 6 is a contact piece for detecting whether the thermometer 2 is attached or detached. A heater 7 is a heating means and is wound around the temperature sensor section at the tip of the thermometer 2. 8 is a time display section.

FIG. 2 shows an enlarged view of the output section 4 and input section 5. In the figure, the output portion of the thermometer 2 is fixed to contacts 4b to 4b of a printed circuit board 4a, and contact pieces 4c to 44c are exposed from a case 4d. Body temperature measurement data is supplied to the contacts 4b to 4b.

The input unit 5 on the watch side includes contact springs 5b to 5b fixed to a printed circuit board 5a and contact metal balls 5d to 5d partially protruding from the watch case 5c. The gold balls 5d to 5d and the contact pieces 4c to 4c are
The thermometer 2 is configured to come in contact with the thermometer 2 when it is completely stored in the storage section 3. Further, the contact piece 6 is configured to close at this time.

FIG. 3 shows an example of a circuit configuration, in which 9 is a clock circuit that measures the time and date, 10 is an alarm time setting circuit, 11 is a coincidence circuit, and 12 is a clock circuit that measures the time and date.
1 is an arithmetic circuit that outputs the time one minute before the alarm time, and 13 is a coincidence circuit as an output generating circuit. 14 is a memory circuit for storing January's body temperature measurement data and measurement date; 15 is a selection circuit;
Either the output of the clock circuit 9 or the memory circuit 14 is selected. 16 is a one-minute counter for measuring the temperature measurement time; 17 to 20 are flip-flop circuits; 21 to 23 are gate circuits; and 24 and 25 are one-way circuits. 26 is an alarm circuit, 27
28 is a manual switch for changing the display; 29 is a manual switch for reading body temperature measurement data; 30 is a readout control circuit.

In the above configuration, the one-shot circuit 24 and flip-flop circuit 18 constitute a control circuit, and the counter 16 and flip-flop circuit 20 constitute an alarm control circuit.

Next, the operation will be explained. By setting a desired alarm time in advance in the setting circuit 10, an output at the time one minute before is generated from the arithmetic circuit 12 and supplied to the matching circuit 13. Therefore, one minute before the alarm time, an output is generated from the coincidence circuit 13, the heater 7 is driven by the drive circuit 27, and the temperature sensor portion of the thermometer 2 is heated.

Then, at the alarm time, an output is generated from the coincidence circuit 11, and the flip-flop circuits 17 and 1
8 is set. Therefore, the output of the gate circuit 23 causes the alarm circuit 26 to generate an alarm sound.

When the thermometer 2 is pulled out from the housing 3, the contact piece 6 shown in FIG. 3 opens and one pulse is generated from the one-shot circuit 24. This pulse resets the flip-flop circuit 18 and stops the alarm sound. On the other hand, the flip-flop circuit 19 is set by the above pulse, and the counter 16 starts counting time. On the other hand, the user starts measuring body temperature with the thermometer 2, but since the thermometer 2 is preheated, the time required to measure the body temperature is shortened, and the measurement can be performed in about one minute.

When one minute has elapsed, an output is generated from counter 16 and flip-flop circuits 19 and 20 are reset and set, respectively. By setting the flip-flop circuit 20, the alarm circuit 2 is activated again.
An alarm sound is generated from 6 to notify the end of body temperature measurement. Then, by storing the thermometer 2 in the storage part 3 again, as shown in FIG.
c comes into contact with the metal balls 5d to 5d, and the measured data is supplied to the storage circuit 14 in FIG. Further, the contact piece 6 closes, a pulse is generated from the one-shot circuit 25 in FIG.

On the other hand, the flip-flop circuit 20 is reset by the pulse from the one-shot circuit 25, and the alarm sound stops.

By the way, when the user wants to know the body temperature measurement data for January, the output of the memory circuit 14 is selected and supplied to the display section 8 by closing the switch 28. At this time, the readout control circuit 30 is initialized by the output of the switch 28, and the latest measurement data and its measurement date are read out and displayed on the display section 8. And switch 2
Each time 9 is operated, older data is sequentially read out from the storage circuit 14 and displayed on the display section 88.

[Effects of the Invention] According to the present invention, since the thermometer is heated in front of the body for a predetermined period of time before the alarm time, the time required for thermometer measurement can be shortened, and daily body temperature measurement can be performed in a short time. Moreover, since the alarm sound is stopped when the thermometer is taken out, there is no need for a special operation to stop the alarm sound.

Furthermore, by emitting the alarm sound again after a certain period of time after the thermometer is taken out, there is no need to visually confirm the measurement time of the body temperature, and the measurement can be performed without worrying about the time.

[Brief explanation of the drawing]

Fig. 1 is a front view showing one embodiment of the present invention, Fig. 2 is an enlarged view showing the main parts of Fig. 1, and Fig. 3 is a front view showing an embodiment of the present invention.
The figure is a logic circuit diagram showing an example of a circuit configuration. 1...Clock body, 2...Thermometer, 3...Storage section,
7... Heating means, 13... Output generation circuit, 16...
...Counter, 18, 20...Flip-flop circuit, 24...One-shot circuit.

Claims (1)

[Scope of Claims] 1. A thermometer housed in a part of the watch body, an output generation circuit that generates an output a predetermined time before an alarm time, and a heating device that heats the thermometer using the output from the output generation circuit. and a control circuit that stops the alarm sound when the thermometer is taken out while the alarm sound is being generated. 2. A thermometer housed in a part of the watch body, an output generation circuit that generates an output a predetermined time before the alarm time, a heating means that heats the thermometer using the output from the output generation circuit, and a thermometer that generates an alarm sound. This alarm clock with a thermometer is comprised of a control circuit that stops the alarm sound when the thermometer is taken out during the outbreak, and an alarm control circuit that makes the alarm sound again after a certain period of time after the thermometer is taken out.