JPH04357425A - Temperature measuring apparatus - Google Patents

Abstract

PURPOSE:To inform a target temperature read time of a different condition in a distinguishable fashion by stopping the operation of an activating means for a preset time after a predetermined condition is satisfied. CONSTITUTION:A temperature detecting part 13 converts the temperature of an object to the electric quantity by means of a thermistor 13a. The data is sent to a CPU 10 and a RAM 12. The RAM 12 has a temperature condition storing part 12a which stores the conditions to start the measurement of the temperature, to read/inform the temperature, to finish the measurement, etc., and a timer time storing part 12b which stores the counting time by a timer 10a to read/inform the temperature. Accordingly, the erroneous notification resulting from the satisfaction of the informing condition at the early stage is stopped. The RAM 12 activates an announcing and informing means (sound generating part) 16 with a different sound at least once a predetermined time after the informing condition is started to be judged or the first notification. Moreover, the RAM 12 activates the means 16 again with another different sound a predetermined time after each operation.

Description

[Detailed description of the invention]

0001

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a temperature measuring device for measuring the temperature of an object or person to be measured.

0002

[Prior Art] In conventional technology, in order to ensure the accuracy of the measured temperature value of the object or person being measured, an almost accurate temperature value is obtained when the temperature rise falls below a predetermined temperature change for the first time after the start of measurement. It is determined that the temperature value has been determined, and the temperature value is announced with a single sound or the temperature reading timing is notified with a sound. There are also devices that notify the temperature value by sound once or several times or notify the time to read the temperature by sound when a certain period of time has elapsed since the power was turned on. Furthermore, there are devices that notify the temperature value with a single sound or notify the timing of temperature reading with a sound when predetermined prediction conditions are met after the start of predictive temperature measurement.

0003

[Problem to be Solved by the Invention] However, when measuring temperature with such a conventional temperature measuring device,
First, different temperature measurement devices must be prepared depending on whether measurements are to be taken at a fixed time from power-on or at a time when the temperature rise per unit time is smaller than a set value. In other words, there is no temperature measurement device that can notify the reading timing under both conditions: when you want to know the approximate temperature more quickly and when you want to know the temperature accurately.

[0004] In particular, in the case of a type of thermometer that measures body temperature that is placed under the armpit, even if information about temperature reading is displayed on the display, it is difficult to see because the thermometer is held under the armpit. Although the system is equipped with a sound system to notify the temperature reading time, the sound may be missed. In addition, if the reading is taken at a time when the temperature rise value per unit time is smaller than the set value, or if the measurement is simply taken at a fixed time after the power is turned on, the temperature may be insufficient due to the measurement environment such as changes in the pinching position during temperature measurement. In some cases, the condition is met before the temperature reaches the maximum temperature, resulting in an incorrect temperature reading.

[0005] The present invention eliminates the above-mentioned conventional drawbacks and provides a temperature measuring device that can distinguishably notify desired temperature reading timings under different conditions.

[0006] Furthermore, it is an object of the present invention to provide a temperature measuring device that does not allow notification of temperature reading timing to be overlooked.

[0007] Furthermore, it is an object of the present invention to provide a temperature measuring device which eliminates the possibility of reading an incorrect temperature before the body temperature has sufficiently risen.

[0008]

[Means for Solving the Problem] In order to solve this problem, the temperature measuring device of the present invention is a temperature measuring device having a means for notifying a temperature value by sound and/or a means for notifying temperature reading timing by sound. an activation condition determining means that starts determining a condition for activating the notification means and/or the notification means from the time when a predetermined condition is satisfied; The apparatus includes a starting means for starting the notification means, and an operation stopping means for stopping the operation of the starting means for a predetermined period of time from the time when the predetermined condition is satisfied.

[0009] As described above, since the operation of the starting means is configured to be stopped for a predetermined period of time after a predetermined condition is satisfied, the temperature value can be announced by sound and/or when the temperature is not sufficiently close to the equilibrium temperature. It is possible to prevent notification of temperature reading timing by sound.

[0010] Also, the temperature measuring device has a means for notifying a temperature value by sound and/or a means for notifying temperature reading timing by means of sound, wherein the notifying means and/or the notifying means are activated when a predetermined condition is satisfied. activating condition determining means for activating the notifying means and/or notifying means based on the determination of the activating condition determining means; and an operation delay means for delaying a predetermined period of time after the activation command is issued.

[0011] As described above, since the operation of the starting means is configured to be stopped for a predetermined period of time after the starting command is issued by the starting condition determining means, the temperature value determined by the sound at the time when the temperature is not sufficiently close to the equilibrium temperature is It is possible to prevent the notification of temperature reading time and/or the notification of temperature reading timing by sound.

[0012] Also, the temperature measuring device has a means for notifying a temperature value by sound and/or a means for notifying temperature measurement timing by sound, which means that the temperature rise value in a unit time becomes larger than a set value, and the temperature at that time. A counting means that starts when the temperature is higher than a set value, and a first sound when the temperature rise value per unit time becomes smaller than the set value after a predetermined time has elapsed from the start of the counting means. a first sounding means for notifying the temperature value by sound and/or notifying the temperature reading time by sound; and after a predetermined time has elapsed from the start of the counting means, 2
and second sounding means for notifying the temperature value by sound and/or notifying the temperature reading timing by sound.

[0013] Also, the temperature measuring device has a means for notifying a temperature value by sound and/or a means for notifying temperature measurement timing by sound, which means that the temperature rise value in a unit time becomes larger than a set value, and the temperature at that time. A counting means starts when is higher than a set value, and after a predetermined time has elapsed from the start of the counting means, when the temperature rise value per unit time becomes smaller than the set value, the first count is started. a first sounding means for notifying the temperature value by sound and/or notifying the temperature reading time by sound; and a second sounding means for notifying the temperature value by sound for the second and subsequent times and/or notifying the timing of temperature reading by sound after the period of time has elapsed.

[0014] Also, the temperature measuring device is provided with a means for notifying a temperature value by sound and/or a means for notifying a temperature reading timing by sound, and a predetermined alarm starts when the temperature rise value per unit time becomes smaller than a set value. a first sounding means for notifying a temperature value by a first sound and/or notifying a temperature reading time by a sound after a time has elapsed;
After a predetermined period of time has elapsed since the first sound notification of the temperature value and/or sound notification of the temperature reading timing, a second and subsequent sound notification of the temperature value and/or sound notification of the temperature reading timing is performed. 2 sounding means.

[0015] Also, the temperature measuring device has a means for notifying a temperature value by sound and/or a means for notifying temperature reading timing by sound, and the temperature rise value in a unit time becomes larger than a set value, and the temperature at that time is A counting means that starts at a point higher than a set value, and a first sound notification of the temperature value and/or a sound after a predetermined time has elapsed since the temperature increase value in unit time became smaller than the set value. a first sounding means for notifying the timing of temperature reading; and a first sounding means for notifying the timing of temperature reading; After the period of
and pronunciation means.

[0016] According to each of these configurations, when it is desired to quickly know the rough estimate of the body temperature value, the first sound notification of the temperature value and/or the sound notification of the temperature reading timing is adopted, and the notification of the temperature reading timing is adopted. If you want to know the accurate body temperature, you can use a sound to notify you of the temperature value from the second time onward and/or a sound to notify you of the timing of temperature reading.

[0017]

DESCRIPTION OF THE PREFERRED EMBODIMENTS FIG. 1 is a block diagram showing the structure of an electronic thermometer which is an embodiment of the temperature measuring device of the present invention.

10 is a CPU for calculation and control, and a timer 1
It has 0a. 11 is a ROM that stores control programs, constants, tables, etc. for the CPU 10; 12 is a RAM for auxiliary storage; and a temperature condition storage section 12a that stores conditions such as temperature measurement start, reading notification, and termination, and temperature reading notification. It has a clock time storage section 12b that stores the time clocked by the timer 10a for such purposes.

Reference numeral 13 denotes a temperature detection section, which converts the temperature of the object to be measured into an electrical quantity using a thermistor 13a, and further converts the analog value into a digital value and sends the data to the CPU 10 and RA.
Send to M12. Here, conversion into a digital value is already known by connecting the thermistor 13a to one side of a bridge circuit, or by CR oscillation between the thermistor 13a and a predetermined capacitor.

Reference numeral 14 denotes an input/output interface with the outside, to which an operating section 17 such as a power switch or mode switch is connected as an input, and a display section 15 such as an LCD that displays temperature values, errors, etc. is connected as an output. , a sound generating unit 16 such as a buzzer or a speaker that emits sound when reading the temperature or notifying a warning is connected.

FIG. 2 is a diagram showing an example of the internal configuration of the temperature condition storage section 12a of FIG. 1. In this example, the conditions include a display start condition 121 for determining the start of measurement temperature display, a reading notification condition 122 for determining when to sound a buzzer to notify reading, and, for example, when the thermistor 13a is separated from the measurement site. Measurement stop condition 1 for determining the end of measurement in case of
It has 23.

FIG. 3 is a diagram showing an example of the internal configuration of the time measurement storage section 12b of FIG. 1. In this example, the permissible reading time 125 used to notify the first reading time, the re-notification time 126 used to prevent the notification from being overlooked without noticing, and the second and third reading notifications. It has a second reading time 127 and a third reading time 128 used for this purpose.

In this example, conditions related to temperature and conditions related to time are summarized separately, but they may be stored as a composite condition of temperature and time, or even if multiple reading notification conditions are set. Furthermore, extensions such as setting fourth and fifth reading times are also possible.

<Embodiment 1> FIG. 4 shows specific contents of the temperature condition storage section 12a and the latitude/time/time storage section 12b in the first embodiment. Here, reference numbers indicate the same contents as in FIGS. 2 and 3. Based on the specific numerical values in Figure 4, Figures 5 and 6
Process according to the flowchart shown below. A summary of the results of this process is shown in FIG.

First, after the power is turned on, it is checked in step S51 whether or not display start conditions are satisfied. Here, the display start condition 121 is 0.25°C/4 at 30°C or higher.
The temperature rise is more than seconds. The display start condition is 30
℃ or above, or step S51 without any conditions.
The display may start when the power is turned on. In step S52, the timer 10a is started to start counting time, and at the same time, in step S53, temperature display on the display section 15 is started.

[0026]The following steps S54, S56, and S6
0, S63, S66. The determination in S69 and S72 that the temperature has dropped by a predetermined value of 123 (measurement termination condition; 0.2° C./sec in this example) is a determination to suspend measurement due to unforeseen circumstances such as the thermometer being removed from the measurement site; In the following explanation, it will be omitted for the sake of brevity.

In step S55, it is checked whether a predetermined value of 125 (permissible reading time; 90 seconds in this example) has elapsed since the count, and after 90 seconds, the temperature gradient is increased to a predetermined value of 122 (reading notification condition) in step S57. In this example, 0.1
A check is started to see if the temperature is below 2° C./16 seconds), and if the condition is met, the sound generator 16 generates a sound in step S58. This time point corresponds to time point 72 in FIG. 7, and the 90 seconds elapsed in step S55 in this example corresponds to the reading notification condition 122 at a time point, such as time point 71, when the temperature does not approach the equilibrium temperature sufficiently.
This is to prevent measurement errors due to the appearance of

In step S59, the timer 10a is restarted from time 72. In step S61, the elapse of a predetermined value 126 (re-notification time; in this example, 10 seconds) is checked, and in step S62, the sound is emitted again. The pronunciation at this time point 76 is to prevent the pronunciation from being missed at the time point 72, and the pronunciation may be repeated further. Here, by making the pronunciations of time points 72 and 76 distinguishable as shown in FIG. 8, for example, the identification of the time points becomes clear to the user.

At step S64, it is checked that the time elapsed from time 72 reaches a predetermined value of 127 (second reading time; in this example, 2 minutes), and when 2 minutes have elapsed, at time 73 a sound is generated at step S65. Then, in step S67, 1
Checks for 0 seconds and returns to step S at time 77.
Pronounce 68 again. The pronunciation examples at time points 73 and 77 can be distinguished from the above-mentioned time points 72 and 76 as shown in FIG.

Furthermore, in step S70, the elapsed time from time point 72 is set to a predetermined value of 128 (third reading time; 5 minutes in this example).
When 5 minutes have elapsed, a sound is generated at time 74 in step S71. After that, step S7
At step 3, a check is performed for 10 seconds, and at time 78, the sound is generated again at step S74. Examples of pronunciation at times 74 and 78 are as shown in FIG.
75 and 76.

[0031] As described above, in this embodiment, (1) the temperature rise value is greater than 0.25°C/4 seconds from the time the power is turned on, or from the time when the temperature is higher than 30°C, or from the time when the temperature rises per unit time; Temperature display starts when the current temperature is higher than 30℃, and when the temperature rise value per unit time after 90 seconds has become smaller than 0.12℃/16 seconds, the temperature value will be announced by sound or a sound will be displayed. After announcing the temperature value by sound for the first time, or announcing the temperature reading time by sound, after 10 seconds have elapsed, the temperature value is announced again by sound. Alternatively, the time for temperature reading is announced by sound, and when 2 or 5 minutes have elapsed since the first sound, the temperature value is announced by sound or the time to read temperature is announced by sound, and the time for temperature reading is announced by sound. After notifying the temperature value or notifying the timing of temperature reading by sound, it is possible to notify the temperature value by sound or notifying the timing of temperature reading by sound again after 10 seconds have elapsed corresponding to each time in (■). It becomes possible.

If the temperature decreases by 0.2° C./sec or more, the measurement ends or the process returns to the beginning of the flowchart.

<Second Example> A second example will be described using the values shown in FIG. 4 and in accordance with the flowcharts shown in FIGS. 9 and 10. FIG. 11 shows an outline of the results of the processing at this time. In this flowchart, as in the first embodiment, steps S93, S95, S99, S102, S
105, S108, and S111 to see if the temperature drops by a predetermined value 123 (measurement stop condition; 0.2° C./sec in this example) or more will be omitted for the sake of brevity.

First, in step S91, it is checked whether the display start condition has been met. As in the first embodiment, the conditions for this step S91 may be a temperature increase of 30° C. or more, or a temperature increase of 0.25° C./4 seconds or more at 30° C. or more, or may be skipped without determining the conditions. In step S92, display section 1
At the same time, the timer 10a is started to start counting time.

[0035] In step S94, the temperature increase gradient is set to a predetermined value of 122 (reading notification condition; in this example, 0.12°C/16 seconds).
Check whether the temperature is below, and if it is below, proceed to step S96 without immediately making a sound to notify the temperature reading.
After waiting for the predetermined value 125 (permissible reading time; 90 seconds in this example) to elapse, a sound is generated in step S97. This is the first
A similar effect is obtained in an embodiment different from the embodiment, and as shown at time 111 in FIG. 11, the temperature rise is 0.
This is to prevent measurement errors since the point at which the temperature drops below 12° C./16 seconds may not be sufficiently close to the equilibrium temperature.

Hereinafter, in steps S98 to S113, the same processing procedure as steps S59 to S74 in the first embodiment is performed, and a time point 113, which is two minutes after the first temperature reading notification time 112, and a time point 114, which is five minutes later, are processed. In addition to making the second and third announcements, in order to prevent each announcement from being missed,
Time 116,117 10 seconds after 12,113,114
, 118, the notification is controlled again. It is preferable that the pronunciation at each point in time is distinguishable by the difference in pronunciation patterns as shown in FIG. 8 in the first embodiment.

[0037] As described above, in this embodiment, (1) the temperature rise value is greater than 0.25°C/4 seconds from the time the power is turned on, or from the time when the temperature is higher than 30°C, or from the time when the temperature rises per unit time; Temperature display starts when the temperature is higher than 30℃, and the temperature rise value per unit time is 0.12
After 90 seconds have passed since the temperature became smaller than ℃/16 seconds, the temperature value will be announced by sound or the time for temperature reading will be announced by sound. After making the notification, after 10 seconds have elapsed, the temperature value is announced again by sound or the temperature reading timing is notified by sound,
■ Furthermore, after 2 or 5 minutes have elapsed since the first sound, the temperature value will be announced by sound or the time for temperature reading will be announced by sound. After making the announcement,■
After 10 seconds have elapsed corresponding to each time, it becomes possible to notify the temperature value again or notify the temperature reading timing by sound.

If the temperature decreases by 0.2° C./sec or more, the measurement is terminated or the process returns to the beginning of the flowchart.

<Third Embodiment> FIG. 12 shows specific contents of the temperature condition storage section 12a and the time measurement storage section 12b in this embodiment. Based on the specific numerical values in Figure 12, Figure 13
, the processing is performed according to the flowchart shown in FIG. The state of this processing is shown in FIG. In the explanation of this flow, steps S134 and S1 are also explained for simplification.
36, S139, S143, S146, S150, S1
53 will be omitted.

First, in step S131, display start conditions similar to those in the first and second embodiments are checked. Step S13
In step S133, the timer 10a is started, and the temperature display on the display section 15 is started in step S133. Steps S134 to S138 are the same as steps S54 to S138 in the first embodiment.
Same as up to 58, reading notification condition 122 (
0.12° C./16 seconds), and if the condition is satisfied, the first reading notification is made at time 152.

Thereafter, in this embodiment, the first notification time 152 is not used as the base point for the second and third notifications as in the first embodiment, but the display start is used as the base point. Step S140
, S141, the notification is made again at time 156, which is 10 seconds after the first notification time 152.

[0042] In step S142, the first notification time 1
It is checked whether or not 52 is longer than a predetermined value 127 (second reading time; 5 minutes in this example) from the start of display, and if it is, the process jumps to step S149. If it does not exceed 5 minutes,
At step S144, the program waits for 5 minutes, and at time 153 when 5 minutes have elapsed, the sound is generated at step S145, and after 10 seconds, the sound is generated again at step S148.

[0043] In step S149, the first notification time 1
52 is a predetermined value 128 (third reading time; in this example, 8 minutes and 30 seconds) or more from the start of display. If the time has not exceeded 8 minutes and 30 seconds, wait until 8 minutes and 30 seconds have passed in step S151, and at the time 154 when 8 minutes and 30 seconds have elapsed, proceed to step S1.
52 is made, and 10 seconds later, the sound is made again in step S155.

[0044] As described above, in this embodiment, (1) the temperature rise value is greater than 0.25°C/4 seconds from the time the power is turned on, or from the time when the temperature is higher than 30°C, or from the time when the temperature rises per unit time; Temperature display starts when the current temperature is higher than 30°C, and when the temperature rise value per unit time after 90 seconds has become smaller than 0.12°C/16 seconds,
After announcing the temperature value by sound or notifying the time to read the temperature by sound, ■ After announcing the temperature value by sound or announcing the time to read the temperature by sound for the first
After 10 seconds have elapsed, the temperature value will be announced again by sound or the temperature reading timing will be notified by sound, and
Furthermore, after the first sound, when 5 minutes or 8 minutes and 50 seconds have passed from the start of the display, the temperature value will be announced by sound or the temperature reading time will be announced by sound, and the temperature value will be announced by sound or by sound. After the temperature reading timing is notified, when 10 seconds have elapsed corresponding to each of the times in (2), it becomes possible to notify the temperature value by sound or to notify the temperature reading timing by sound again.

If the temperature decreases by 0.2° C./sec or more, the process returns to the beginning of the flowchart.

[0046] In this embodiment, notification functions are provided for both notification based on the temperature rise condition and notification based on the elapse of time after the start of display, and can be used depending on the purpose.

<Other Examples> FIG. 16 schematically shows the results of an example that is a combination of the second example and the third example. In this example, ■ the temperature rise value from power-on or from a point in time when the temperature is higher than 30°C, or when the temperature increase value per unit time is greater than 0.25°C/4 seconds, and the temperature at that time is higher than 30°C; The temperature display starts from a high point, and after 90 seconds have passed after the temperature rise value per unit time becomes smaller than 0.12℃/16 seconds, the temperature value is announced by sound or the time to read the temperature is notified by sound. , ■ 1
After announcing the temperature value by sound or notifying the timing of temperature reading by sound for the 1st time, 10% for that time.
After seconds have elapsed, the temperature value will be announced again by sound or the timing of temperature reading will be announced by sound, and after the first sound, if 5 minutes or 8 minutes and 30 seconds have passed from the start of the display, the temperature value will be announced by sound. Alternatively, after 10 seconds have elapsed corresponding to each of the times in ■, the temperature value is announced by sound or the temperature reading time is announced by sound, and then the sound is issued again. It becomes possible to notify the temperature value or notify the temperature reading timing by sound.

Furthermore, it is also possible to combine the first embodiment and the third embodiment, and the control according to each embodiment may be incorporated as a plurality of modes, which can be switched using the operating section 17.

[0049] The flowcharts of each of the above embodiments are the processing flow for the sound generation function, and the auto power OFF
, display and other processing are omitted. for example,
If the temperature drops by a predetermined value or more, the display may be fixed and the power may be automatically turned off after a predetermined period of time has passed since the temperature has dropped by a predetermined value or more.

Furthermore, in each of the above embodiments, the second and third notification times are set to 2 minutes and 5 minutes, or 5 minutes and 8 minutes and 30 seconds, but this function may be omitted. However, instead of two, one or more may be set. Further, the values set in this example are merely examples, and various values can be selected, and the embodiments are not limited to these.

[0051] If the first sound is made as in each of the above embodiments, when the thermometer is not sufficiently attached to the temperature measurement site, the temperature rise value per unit time becomes smaller than the predetermined value. This eliminates the problem of sounding at a lower temperature value than the equilibrium value, which increases the error in relation to the equilibrium temperature and makes it meaningless as a guide. The error will be smaller.

[0052] Furthermore, by setting several sounding times so that the sound is emitted after the start of the display or a certain period of time after the first notification, it is possible to more quickly find out the approximate value of body temperature, such as determining whether or not someone has a fever. It can be equipped with a sound function that lets you know when it's time to take your temperature based on the conditions that meet both cases, such as when you want to take your temperature accurately, such as when you have a slight fever, and when you want to accurately measure your body temperature, such as when you have a slight fever.

[0053] Furthermore, in addition to the notification at each notification time, by providing a function to re-produce the sound after a predetermined period of time has elapsed,
The probability of missing pronunciation information is reduced.

In this embodiment, an electronic thermometer has been described, but it is obvious that the present invention can be extended to general temperature measuring devices for measuring the temperature of an object or a person to be measured.

[0055]

According to the present invention, it is possible to provide a temperature measuring device that can distinguishably notify desired temperature reading timings under different conditions.

Furthermore, it is possible to provide a temperature measuring device in which the notification of the temperature reading timing is not overlooked without being noticed.

Furthermore, it is possible to provide a temperature measuring device that prevents the user from reading an incorrect temperature before the body temperature has risen sufficiently.

That is, the operation of the starting means is stopped for a predetermined period of time from the time when a predetermined condition is satisfied, or the operation of the starting means is stopped for a predetermined period of time after a starting command is issued by the starting condition determining means. With this configuration, it is possible to prevent notification of the temperature value by sound and/or notification of temperature reading timing by sound at a time when the temperature does not sufficiently approach the equilibrium temperature.

[0059] Also, when you want to know the approximate value of body temperature quickly, use the first sound to notify the temperature value and/or the sound to notify the timing of temperature reading. When you want to know, you can use the second and subsequent audible notifications of the temperature value and/or the audible notification of the timing of temperature reading, so that both applications can be accommodated.

[Brief explanation of the drawing]

FIG. 1 is a block diagram showing the configuration of an electronic thermometer according to the present embodiment.

FIG. 2 is a diagram showing an example of the internal configuration of a temperature condition storage section.

FIG. 3 is a diagram showing an example of the internal configuration of a time measurement storage section.

FIG. 4 is a diagram showing an example of specific numerical values of a temperature condition storage section and a time measurement storage section used in the first embodiment and the second embodiment.

[Figure 5]

FIG. 6 is a flowchart showing the processing procedure of the first embodiment.

FIG. 7 is a diagram schematically showing processing results of the first example.

FIG. 8 is a diagram showing a pronunciation pattern in this embodiment.

[Figure 9]

FIG. 10 is a flowchart showing the processing procedure of the second embodiment.

FIG. 11 is a diagram schematically showing the processing results of the second example.

FIG. 12 is a diagram showing an example of specific numerical values of a temperature condition storage section and a time measurement storage section used in the third embodiment and other embodiments.

[Figure 13]

FIG. 14 is a flowchart showing the processing procedure of the third embodiment.

FIG. 15 is a diagram schematically showing the processing results of the third example.

FIG. 16 is a diagram schematically showing processing results of another example.

[Explanation of symbols]

10...CPU, 10a...Timer, 11...ROM, 12...
RAM, 12a...Temperature condition storage section, 12b...Time measurement storage section, 13...Temperature detection section, 13a...Thermistor, 14...
Interface, 17...Operation unit, 15...Display unit, 16
...Speech generation section, 121...Display start condition, 122...Reading notification condition, 123...Measurement stop condition, 125...Reading allowable time, 126...Re-notification time, 127...Second reading time, 128
…Third reading time

Claims (6)

[Claims] 1. A temperature measuring device having a means for notifying a temperature value by sound and/or a means for notifying temperature reading time by means of sound, wherein the notifying means and/or the notifying means is activated from the time when a predetermined condition is satisfied. a starting condition determining means for starting to determine a condition for starting; a starting means for starting the notifying means and/or the notifying means based on the judgment of the starting condition determining means; 1. A temperature measuring device comprising: a means for stopping operation for a predetermined period of time from the point at which the temperature is satisfied. 2. A temperature measuring device having a sound means for notifying a temperature value and/or a sound means for notifying a temperature reading time, wherein the notifying means and/or the notifying means are started when a predetermined condition is satisfied. activating condition determining means for activating the notifying means and/or notifying means based on the determination of the activating condition determining means; 1. A temperature measuring device comprising: operation delay means for delaying a predetermined period of time after a startup command is issued. 3. A temperature measuring device having a means for notifying a temperature value by sound and/or a means for notifying a temperature measurement time by sound, wherein the temperature rise value in a unit time becomes larger than a set value, and the temperature at that time. A counting means starts when is higher than a set value, and after a predetermined time has elapsed from the start of the counting means, when the temperature rise value per unit time becomes smaller than the set value, the first count is started. a first sounding means for notifying the temperature value by sound and/or notifying the temperature reading time by sound, and after the first sound notifying the temperature value by sound and/or notifying the temperature reading time by sound; and after a predetermined time has elapsed from the start of the counting means,
1. A temperature measuring device comprising: a second sounding means for notifying the temperature value by sound for the second and subsequent times and/or notifying the timing of temperature reading by sound. 4. A temperature measuring device having a means for notifying a temperature value by sound and/or a means for notifying a temperature measurement time by sound, wherein the temperature rise value in a unit time becomes larger than a set value, and the temperature at that time A counting means starts when is higher than a set value, and after a predetermined time has elapsed from the start of the counting means, when the temperature rise value per unit time becomes smaller than the set value, the first count is started. a first sounding means for notifying the temperature value by sound and/or notifying the temperature reading time by sound; and second sounding means for notifying the temperature value by sound for the second and subsequent times and/or notifying the timing of temperature reading by sound after the period of time has elapsed. 5. A temperature measuring device having a means for notifying a temperature value by a sound and/or a means for notifying a temperature reading time by a sound, the temperature measuring device having a means for notifying a temperature value by sound and/or a means for notifying a temperature reading timing by a sound, from when the temperature rise value in a unit time becomes smaller than a set value. a first sounding means for notifying a temperature value by a first sound and/or notifying a temperature reading time by a sound after a time has elapsed;
After a predetermined period of time has elapsed since the first sound notification of the temperature value and/or sound notification of the temperature reading timing, a second and subsequent sound notification of the temperature value and/or sound notification of the temperature reading timing is performed. 2. A temperature measuring device comprising: 2 sounding means. 6. A temperature measuring device having a means for notifying a temperature value by sound and/or a means for notifying a temperature reading time by sound, wherein the temperature rise value in a unit time becomes larger than a set value, and the temperature at that time. a counting means that starts when the temperature rise is higher than the set value, and a first sound notification of the temperature value and/or a sound after a predetermined time has elapsed since the temperature rise value in unit time became smaller than the set value. The first system notifies the timing of temperature reading by
after the sounding means and the first sound to notify the temperature value and/or the sound to notify the timing of temperature reading, and after a predetermined time has elapsed from the start of the counting means, the second time. 1. A temperature measuring device comprising: second sounding means for notifying subsequent temperature values by sound and/or notifying temperature reading timing by sound.