JPS5991388A - Time piece with pulse frequency meter - Google Patents

Abstract

PURPOSE:To obtain a time piece with pulse frequency meter which enables health management monitoring pulses with the passage of time by comparing a calculated mean of pulses measured at a specified time with a specified value to control the generation of an alarm. CONSTITUTION:Each time the set time with a time setting section 2 is reached, a control circuit 12 is controlled by a time counting section 1 and pulses detected from a pulse detector section 3 is counted with a pulse counting circuit 4 to be stored into a memory 8. Based on the contents of the memory 8, an arithmetic circuit 9 calculates an average number of pulses and when the number of pulses exceeds the specified value, an alarm sounds with an alarm section 3 through the circuit 12. These pulses are monitored with the passage of time and an alarm is emitted as required. With such an arrangement, a time piece with a pulse frequency meter enabling health management is obtained.

Description

DETAILED DESCRIPTION OF THE INVENTION ``F'L'' relates to a pulse rate allocation clock and proposes a time at which health management can be performed based on pulse rate f'L, which will be described in more detail.

Wristwatches with the added function of a pulse meter are well known;
These devices can only measure the pulse rate or issue an alarm when the constant value is lower than the set value, and their use has been limited to monitoring the burden on the heart during jogging or other exercise.

The present invention is different from such conventional pulse rate monitor watches, and the present invention aims to provide a pulse rate monitor watch that can monitor pulse rate over time and manage health. Embodiments will be explained in detail based on drawings showing examples. FIG. 1 is a block diagram showing the configuration of a wristwatch with a pulsometer according to the present invention. 1
is a timekeeping section that performs the function of time (), and in addition to being able to perform the function of opening time on the 1st and January, it is also possible to set the time in two ways by inputting from the time setting section 2. (J41
The set time is set as the alarm time, and the set time of 1,81!2 is set as the pulse measurement time. 3 is a pulse detection section, and the sensor itself may be a known photoelectric type or the like;
The wristwatch is worn on the back side of the wristwatch, so that pulse measurement can be performed with the wristwatch of the present invention simply wrapped around the wrist using its belt (not shown). The pulse signal output from the pulse detector 3 is input to a pulse count circuit 4, where the input pulses are counted for one minute. The numerical values, the measured pulse value, and the contents of the clock section 1 are fed to the display switching circuit 5, and the time, month, day, and day are set by operating the display selector 6. The first set time, the second set time, and the pulse-side quote are selectively selected and displayed directly on the display device.

In addition, pulse measurement 11t (memo! Javc is stored. Memo lj s fj 30 pulse TJlll constant values can be stored, and if more data than the storage capacity is input, the oldest data is replaced with the new manual data. It is designed to be rewritten.

Arithmetic circuit 9 reads the contents of memory 8, calculates the average value, and stores this n in memory 10. Reference numeral 11 denotes a register for storing a pulse reference value inputted from a setting section (not shown), and the arithmetic circuit 9 compares the data contents stored in the memory 10 and the register 11, and if the average value is larger than the reference value, If the average value is greater than 1.3 times the reference value, a warning signal is issued to the control circuit 12.

The control circuit 12 transmits and receives signals between the above-mentioned parts, 'cs
In addition to controlling the calculation, the timing of memory inclusion, etc., Enshi 2
When the caution signal from circuit 9 to 10 is input, the driving signal of t:1 Tutee V2 is input, and when the warning signal is input, the duty is close to 1, the drive number a is set to piezoelectric buzzer, etc. Issued against 13 Shoto using .

Next, the control contents of the control circuit 12 will be explained in relation to the operations and operations of the four main components. Display selection 1 (After enabling the display switching circuit 5 to display the second set time on the display device 7 by operating E6, the first 11.7 clock time can be set by operating the two time setting sections. When the redundancy occurs, the timer 1 outputs a predetermined signal and causes the display device 7 to display a pattern 7a representing the spread of the alarm sound.Also, the timer 1 determines whether the measured time and the first set time match. Then, the control circuit 12 issues a drive signal with a duty of 1/4 to the alarm section 13.

By similar operation, the second time is set to 14i1! 1, the heart pattern 7b is displayed on the display device to notify that the heart rate is being monitored. In addition, both patterns 7a and 7b are shown in a rolled-up state, and the first tab. The state in which the second time is set is the state in which both the alarm and the pulse type ++1 described below are performed, and the pattern of one stroke or one force is displayed. 2 only at time y): t+Z >jl satL k-like j2,14 k,j alarm or pulse monitoring j
If both patterns 1 and 2 are not displayed, neither alarm nor pulse monitoring is performed.

Now, when the second set time and the measured time match, the timer section 1 issues a predetermined signal to the sensor 1 circuit 12.

Control circuit 12): When receiving a pulse, the pulse detection section 3 is fully activated as shown in FIG. Give K. The pulse counting circuit 4 receives the manual pulses from the pulse detecting section as the count instruction signal c1 or 7', counts these for one minute, and outputs the value of bar 1 to the memory 8. The memory 8t stores this in the Sr constant area. The control circuit 12) provides the memory 8 with a read instruction signal C+2 (FIG. 2(b)) which rises t in synchronization with the fall of the count instruction signal. The memory 8 stores data NJ'e and 47> from the pulse count circuit 4 in synchronization with this signal.

When the signal c2 falls, the control circuit 12 next gives the first day calculation instruction signal 03 (FIG. 3(c)) to the circuit 9.Threshold q
- When the circuit 9 receives this, it outputs the data stored in the memory 8 and displays the candy IJ as H1. The control circuit 12 then provides an average value calculation instruction signal 04 (shown in FIG. 2) to the arithmetic circuit 9 and the memory 10 in synchronization with the falling edge of the signal c3. In response to this, circuit 9 (the summation J4-
fIM ) / (number of data stored in memory 8),
! 9 Calculate the average value of the storage meter. The memory IO temporarily stores this average value.

The second set time is the time during the day when the product of the present invention is wrapped around the arm, and the time when one body is in a normal state is selected. If 30B is 4: then the data stored in the memory 8 becomes t to 3o, so that the average value is 1 at the second set time, which is the monthly average pulse rate.

On the other hand, the register 11 is set with a standard III pulse rate and the like according to the user. The control circuit 12 synchronizes with the falling edge of the E signal c4 and increases the ratio by +1 to the arithmetic circuit 9.
5 (Figure 2 (E)). (*Leopard circuit 9 t:L
Kootnyoshimemory 10. The contents of register 11
It compares both values, and sends a caution signal or a pledge signal to the control circuit 12 in accordance with the above-mentioned C ratio.

If the data content of the memory JO, the average pulse rate, or the NQ value of the register J1 is small, it is obvious that neither the QU warning signal nor the G1 warning signal will be emitted. .

Since the invention is implemented and operates as described above, the pulse rate at a fixed time is measured every day, and the number of bales (in the example, 30 times, and every 30 days) is measured. Since the average value of ill constant values is compared with the reference value, abnormalities in pulse rate, heart rate, or heart abnormalities as a result of long-term monitoring can be automatically detected. can do. [Tsumashi, Pulse 611] There is no need to worry about recording constant values, there is no need to worry about taking measurements at the same time every day, and there is no need to worry about forgetting to take measurements at the same time. You can manage your heart's health effectively just by taking action. “Please note that the watch side must be removed at the time set in M memory 2.
or "j i" of doing exercise or work that is similar to that time.
il:: Because of the nature, the pulse count circuit 4 is the JI number ++
It is desirable to store the side angle of the groove in the memory 8 as valid data when U is within the range of Jikimaru. Also, like the known pulse J1 old time d1, the pulse can be set to 1 to 1 at a desired time, or the second set time can be selectively used for an alarm of 11j like the first set time. Kotomo'J'i + eyes 1 (・)
It may also be done. In the above-mentioned implementation report, it was decided to carry out two stages of warning signals and oath signals, respectively. You may also make them do it.Also, 1.
J information piece (', J may be configured so that it can be discriminated by frequency without depending on the duty.

Further, in the above-mentioned embodiments, it has been explained that the product of the present invention is mainly constructed, but it is of course possible to realize the same performance by software using a microcomputer.

As described above, the pulse rate inl'i 1:06 according to the present invention,
J. Pulse detection section, trowel section, timekeeping means, and pulse detection section
'11 According to the signal obtained by the police, Dr. Ill at the appointed time:
<beat', 3) l1ll >jyushi, means for storing the measured value of l:)l formula 1. Kidney, compared with the fixed value, and related to this comparative lees, the previous value
Since the device is equipped with a means to operate the device as described in 6-γ, it is possible to perform urinary health management for the heart completely unconsciously.
Goe, Shinru) I, 61'' can be realized which is extremely useful for sick patients or sports enthusiasts.

[Brief explanation of the drawing]

The drawings show an embodiment of the present invention, and FIG. 1 is a block diagram schematically showing the configuration of the main parts thereof, and FIG.
+ is a timing chart of various instruction signals. DESCRIPTION OF SYMBOLS 1... Singing part 3... Pulse detection part 4... Pulse count circuit 7... Display device 8, 10... Memory 9... Arithmetic circuit 10... Control circuit 11...
Register 13...21 Report Department Patent Team: Sanyo Electric Co., Ltd. and 1 other patent attorney
Kono M Fuhoki 1 Figure (a) 01-m--1- (mouth B2--
--1403-
−− −□Figure 2

Claims (1)

[Claims] 1. A pulse detecting section, an alarm section, a time measuring means, a means for measuring the pulse at the required time based on the signal obtained by the pulse detecting section, and storing all of the measured values; 1. A pulse allocation timepiece, comprising means for calculating an average value of the visual and output values, and means for comparing the visual and output average values with a predetermined value and activating the alarm unit in association with the comparison result.