JPS5991389A - Time piece with pulse frequency meter - Google Patents

Abstract

PURPOSE:To obtain a time piece with a pulse frequency meter enabling an accurate health management by a method wherein the reference number of pulses is calculated according to date and physical information inputted and compared with the number of pulses detected to control the generation of information. CONSTITUTION:The start of computation of an arithmetic circuit 9 is controlled through a control circuit 11 according to the setting of date such as birth date and physical information such as stature and weight into a register 8 by an input section 2. A reference number of pulses corresponding to the set information is calculated with the circuit 9 and memorized into a register 10. The memory contents are compared with the number of pulses detected with a pulse counting circuit 4 which is controlled each time a pulse is applied with a time counting section 1 or the like. When the number of pulse is above the reference value, an alarm sounds with an alarm section 12 through the circuit 11. This provides a time piece with a sphygmometer enabling an accurate health management.

Description

[Detailed description of the invention] "Kidori" relates to the time d1 with a pulse meter, and further details
f! d1 is proposed when supine control can be performed using 1e beats.

Wristwatches with the function of a pulsometer are in public use, but these can only be used to measure IIIQ heart rate or issue an alarm when the measured value is better than the set value. Otherwise, the warning has no meaning.

The present invention was made to eliminate all such inconveniences)1
．． The monitoring standard pulse rate is automatically calculated to eliminate setting errors, and the monitoring pulse rate is compared with the measured pulse rate to perform the calculation. The aim is to provide a watch with a heart rate monitor.

This will be described in detail with reference to the drawings showing the embodiments. FIG. 1 is a block diagram showing the configuration of the first timer bar 1 related to the tree starting J. 1 is a clock (IJ m
), and is capable of measuring the time of January 1st, 2013, as well as the specific month inputted from the input section 2.

It is marked K so that you can remember the day. Input section 2pJ In addition to the input for setting the time, it is now possible to input the date, height, and weight by using Mode Gino conversion, and these input data are stored in register 8. Month 2
Only the data for the day is 41・I+, '+Toki 1 decremented.

Date to be input: September length, 1 line: il'1. l-
J: (History user's main peak month and day, height 2 weight. 3
The 1st + + i beat detecting section itself is an optical type such as Kou 93J, but its mounting position 11't is on the arm piece 81-Aoi + 7n side, and the wristwatch of the present invention is attached to its belt. plj' (not shown) just wrapped around the arm
``C pulse + 1llI constant is set so that F=J.The pulse signal output of the pulse detection section 3 is inputted to the 1llij beat count circuit 4, where the input pulse is counted?1 minute IN1
I try to do it.

This counting number, that is, the pulse measurement value and the contents of the clock section 1 are given to the display switching circuit 5, and by operating the display selector 6, the time, January 2nd, nll input date, height, etc. , weight, and pulse measurement values are alternatively selected and the display amount 7 is displayed.
is now displayed. The pulse measurement value is also input to the arithmetic circuit 9.

The input circuit 9 reads the contents stored in the register 8, that is, the inputted date of birth, height, weight, and weight, and also reads the month of September (or February 1) that is being measured from the timer section 1. . First, determine the user's age 'ff'n, and then determine the monitoring standard pulse rate' based on this age, height, weight, and weight. -Seek. This monitoring standard pulse rate is based on that age.

If the normal pulse rate of a person with a height of 1 weight is exceeded, the negative 41-'' of the heart will be large, so you should be careful about the number ``1''.
The meaning is given as I-ka, Rusaku Haku. This monitoring standard 1
]■ To calculate the number of beats, add the calculation formula using age, height 2 weight, and calculation circuit 9VCe, and also rely on this calculation formula. '; A table of IJi+j pulse rates may be stored in the arithmetic circuit 9 or a memory (not shown), and the pulse rate f may be read from the table based on input data. The arithmetic circuit 9 calculates the number of beats in this way by inputting the time when the date, height, and weight are set in the register 8, the month and day when the timer 1 is measuring time, and the input setting from the input unit 2. If the month and day match, that is, on your birthday, the latest calculated connection is stored in the register 10.

The arithmetic circuit 9 is manually inputted with the pulse rate + 1llI constant as described in IF, and the arithmetic circuit 9 compares this measured value with the monitoring base i$pulse rate stored in the register 1° at a predetermined interval. If L2, lt1 exceeds the latter, Vl, police <'
+,;tr]() is sent to the control circuit 11.

The control circuit 11 includes each section 1741 L7) (l:
+ ri no sending fork.

Timing of computation and storage in registers - 111
If the above caution signal is not input, rJr'i
rDuty alarm driving signal consisting of all piezoelectric buzzers, etc.
It is set to emit a signal to the shaft section 12 for a predetermined period of time, so that the signal is transmitted to the shaft section 12 for a predetermined period of time.When the reset switch 13 is operated, this report section drive value signal is... If it is not operated, the Kimi-Hokoku-U 1 signal will be emitted repeatedly after a predetermined period of time.

Next, the control contents of the control circuit 12 will be explained in relation to the operation and operation of the unexploded IJi-1 product.

In response to the selection of the display selector 6, the display switching circuit 5 selects [L, Then, when the user's date of birth, height and weight are set by operating the input section 2, the control circuit 11 LrJ
It detects the operation of the human power source 2 and issues a monitoring standard pulse rate calculation instruction value °C1 (FIG. 2 (a)) to the arithmetic circuit 9.

In response to this, the arithmetic circuit 9 inputs the data from the register 8 and the timer 1, calculates the age 17 as described in 111, and then calculates the monitoring reference pulse rate, and when the calculation is completed, the arithmetic circuit WJ9 performs control. The completion is reported to the circuit 11. control m11
In response to this, the instruction value 9 is stored in the register IO.
C2 [Figure 2 (b)] is emitted. As a result, the monitor base #=pulse rate is stored in the register 10.

The control circuit Wr'l 1 is a pulse measurement instruction signal C3 with a time width of 1 minute at a predetermined period as shown in FIG.
f to the pulse counting circuit 4. And synchronize with the falling edge of this signal C3! As shown in Figure 2), a comparison instruction signal C4' ([is generated) to the calculation circuit 9.

In response to this, the arithmetic circuit 9 reads the one-minute pulse kacunto value f by the pulse count circuit 4, reads the monitoring reference pulse rate from the broken register 10, and as a result of the comparison, if the ITT person is larger than the latter, it reads 111. The alarm unit 121r generates a warning signal and enters the alarm unit 121r.

Figure 2 (ho) Ketaku/Manebe 12! 1111 is showing a 30 seconds 161 Hif continuation tone 4-shot reset switch] 3 is not swept, an example is shown in which it is made in a 30-minute cycle.

In this way, the pulse is periodically measured at Koshikisugi 7.1-, and if the time measured in the clock section 1 and the month and day set from the input section 2 match 1-, then IJ: ii1 o'clock Miyako 1
A match signal is issued to the tJ control circuit 11, and the control circuit 1
1 issues the performance instruction signal C1 by passing this Noah, and this 1 outputs a new monitoring standard 1111-beat rate p, and the next No. 18 C2 sets W in the register 10 to this new monitoring standard 1111-beat rate p. It will be rewritten to the pulse rate. Subsequent comparisons will be made using this content as rf'.

Since the clock related to Kiba IJJ is configured and operates as above, the monitoring reference pulse rate is automatically set according to the user's age, height, and weight. Since the VC is updated every day of birth, the correct pulse rate or heart rate can be monitored independently according to the user.

In addition, in the above embodiment, height 9 is used as body information.
I decided to enter the weight, but in addition to this, I also entered the gender, heart 1
It may also be possible to input the η value of 1 cut disease. In addition, in the above-mentioned embodiment, the Vi monitoring standard: Takumi beat rate is trained once a year.
We have decided to newly calculate 1f and 1f, but we will update it once a month. For example, if you use a predetermined operation, in the case of a person with level III monitoring, if the pulse rate is 1.3 times the quasi-pulse rate per month, and the number of pulse measurements is higher than that, an alarm will be issued. It may be configured as follows.

In this way, the pulse rate monitor according to Zero Hatsu 1XII4 includes a pulse detection section, a ridge section, a date and physical information input means,
Monitoring standard pulse rate based on entered force, date and physical information? Means for calculating and niJ 11. The device is equipped with a means for comparing the pulse rate measured by the pulse detection unit with the monitoring standard pulse rate, and making the above-mentioned 1g report report in relation to the comparison result, so that it is possible to detect the heart without notification. It is possible to realize a clock with high 1N11 characteristics that can perform accurate flli source management.

[Brief explanation of drawings]

The drawings show an embodiment of the present invention, and FIG. 1 is a block diagram schematically showing the configuration of the main part thereof (p. 7)
fc Me (7) Timing (-Y -t) 1... Clock capital 3... Pulse detection unit 4... Pulse force kund circuit 7... Display device 8. IO... Register 9...・Arithmetic circuit, 11...control circuit 12...?
Te・+Iir', +'.

Claims (1)

[Claims] 1. a pulse detection section, a security section, means for inputting day + l and physical information, means for calculating a monitoring standard pulse rate based on the input date (= I and physical information), Compare the pulse rate measured by the monitor fits pulse rate 12
In addition to the results of this comparison, there should also be a means to compel the security department to act accordingly! : RFL' with pulsometer.