JPS63132635A - Consumption calorie diagnostic instrument - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

[Detailed Description of the Invention] This invention is designed to reduce the amount of energy (calories) consumed by human bj [1] in the best possible condition! ! This invention relates to an electronic simple Bobketo type calorie checker (diagnostic tool) for proactively preventing mental and physical diseases by keeping the person's energy requirements at 1 (L in Figure 6).

< is the actual number of kcal consumed in 191st day.

The value is set in each of the following cases: ■ When inactive (at rest); ■ Corresponding to the magnitude of the instantaneous acceleration of activities including motion; ■ Corresponding to non-ground activities (bicycling, skiing, etc.); )~3
), accurately display the current obesity level (public standard value of the Ministry of Health and Welfare, S61.8.27) from the same individuality data manually.

In combination with a characteristic display means that allows direct reading of the ecological consumption number (kcal) of each of these in a multi-purpose sequential manner (multi-purpose) from one display cloth or any desired one, an advanced detection means of said acceleration is provided. This is related to.

Recently, personality data as parameters (height, weight, etc.)
An electronic computer has been proposed that can directly read or indirectly calculate the energy consumption by manually calculating the energy consumption, but it does not display useful figures, and indirect calculation of the average predicted value of consumption is time-consuming and requires a lot of effort. This is not the case.

Although the inventors of the present application are based on the widely known "paper on the correlation between physical parameters and physical parameters governing human body weight," the inventors of the present application have developed a method for detecting and displaying acceleration components using the component means 17 of Ziecka. We have repeatedly experimented with the values published by the Ministry of Health and Welfare (Figures 6 and 7) to ensure that they are close to (adapted to) the values published by the Ministry of Health and Welfare (Figures 6 and 7). The idea of the present invention is, of course, that ○ (calories consumed by the body C is 1 in the daily activity index) (
Based on the fact that there is a correlation between the basal metabolic coefficient KB at rest and 11 o'clock, the calorie consumption C-= CE r French - Calories consumed during a certain exercise] (r!: C, 0,, Calories consumed by basal metabolism)
From the publicly known paper, a) If the weight on the day is W, the relationship between the activity index KA (kcal/day/kg) and the above EK is IEany^・W (J) Basal metabolic coefficient KB (kcal/day/kg) kg)
And the above E is the relationship 5, a, tpLr E;=KB-w.

C) If the exercise index during a certain exercise is KA, then EIL = 4 fists W Accepting the above relational expression, in Japan we also prefix the daily activity index X (Figure 8) and the energy requirement. is determined based on the size of I day activities.

Therefore, the inventors discovered ■Human activity power in three-dimensional space [Fk
g) and the activity components Lx-L in the X”Y”Z directions, respectively.
The relationship with y・Lz was captured by the following equation.

I Fz=W-'-Lz in two directions Next, ■, the relationship between the distance gmeter of human activity within a certain time, the surface distance, and the respective components of acceleration Lx-Ly and ■Jz was set as shown in the following equation. . .

1x in the X direction = oSx -dtdt = L X "aL" +LXL "4t" +--
1 + L% ” 4t'=l, y; li[ ←Ly1
・at' +---4L-011 Similarly, /z""t, z, " in the Z direction, I!lt2+LZ
2'at' +LZ,...tfL Based on the above-mentioned relationships, the calorie consumption calculation of the present invention calculates the degree of acceleration of gravity by at least two dimensions (X,
It was found by detecting from y).

In summary, the gist of the present invention is, firstly, to obtain a rational calorie consumption that corresponds to the energy requirement per unit body weight of an ecological system by obtaining the pulse number for calculating calorie consumption in two dimensions in measuring human activity. The company provided a diagnostic tool, and by selecting individual elements of the electronic circuit and combining those elements, it was possible to detect multiple electrical currents on the surface of the liquid crystal panel.
Disclosed is a characteristic display means that does not form a desired numerical value or code.

Embodiments of the present invention will be described in detail below with reference to the drawings.

FIG. 1 is a circuit block diagram for implementing the present invention,
3 wall-D C'Is source circuit l, clock circuit 2
．． Liquid crystal circuit 3/4. Reset circuit 5. The multi-sensor input circuit 6゜4゜1j block also includes five operating switches, namely S E 'l' -OF F
-It is equipped with an addition switch Sw3, a subtraction switch Sv≠, a setting switch Sty, and a switch Sv2 for displaying the degree of obesity.

Therefore, we are now extracting the individuality data that should be done by humans.K>W −
Since IF-order, rF, and Ml+ were performed four times, in the operation, ① switch S v I is set to the SET side to stop and clear the calorie addition or subtraction count necessary for counting.

If you want to turn off the LCD during the process, just press 0FF4 on the non-power supply.When you finish "SE'I" and press RUN, the total number of calories consumed and the number of calories consumed during intense exercise will be displayed (Table 1). The difference from the standard number of calories to be expended (Figures 6 and 7) and the person's degree of obesity, which will be described later, are displayed in a simple manner.

Table-1: Actual calculated values ■Change input values with switches SvB and Svv to switch gender, etc.

Further, the switch SvH sets individuality data and selection mode, and switches and displays data.

■When doing a three-point slide Sv Yu and the above-mentioned RUN activity or exercise is not in contact with the ground (bicycle riding, etc.),
Grounded Bonyon ← Non-grounded sign state or! Switch to the bottom like the I state.

Here, the above-mentioned ecological empirical data related to off-ground activities and calorie consumption (edited by S58, Physical Education Science Center).

551, Mr. Kokichi Numajiri of the Institute of Labor Science), I got the number of kcal consumed [male/female] as shown in Table 2 below, so I considered it within the scope of the present invention, so I switched Swg- (mode) within that time.
If you do not press , it will return to normal display.

Therefore, when assembling the selected main parts (each element) of Fig. 1 as in the second group combination, the acceleration sensors S, SL for the sensor part (Fig. 2) are respectively made into light thin shapes. It consists of two pieces and is attached to each other at the other ends of the cantilever beams 4 and 4 equipped with weights W, and then the advancing force 1iil when using this diagnostic arm (waist belt)
At the +15° position, as shown in Figure 3, the vertical direction (-1
Both in the horizontal direction (front and rear) are the Pig sensor S.
7. Fix the SL at a right angle, and calculate the calories by using the vertical Z.
A pulse signal from horizontal X is applied to a voltage of 0. It was designed to reliably capture data every 2 seconds over time at two levels of voltages from Ivolt to +, 0volt, and below (Figure 4).

Therefore, by adding the number of pulses in both the vertical and horizontal directions to 1 in 2 seconds, the actual calorie consumption (X) can be calculated from the formula below, which was manually prepared from the concept formula described in the present invention (4). figure).

In the formula---(X) kcal/kg body weight/min-, i
+K,・I).

+, ・− Kogoni 1 ・Kyu・K7 are constants. p is 0. I~
1. Number of pulse signals between QvolL, p2 is 1.0vol
Since the number of pulses exceeds L, when the number of pulses below Q and Ivolt is zero, the value corresponding to the basic charge A value (Figure 7) for the used tone of 1 tone is displayed. Ru.

The effects of the display that can be obtained in this way are listed in 1-3, Table 4 and Table 5 below, and in these displays, the sound used or the various numerical values acceptable for ecology or medicine are always used. The i17 function is to easily and reliably perform manual operations.

i Table-3 Display A Height obtained from personality data 1 Display range IOo, 0 to 299.5 cm2 Minimum display medium 0.5 cm ■Display at SET position 100.0 cm■
[A11 always] Previous setting value (can be changed arbitrarily) ■Display at TIUN position (MODE SW ON)
→Setting value■Setting procedure Press the button once to set 0.5 cta:
1 cvh every 0.25 seconds if you press "I Sandstorm" once in a row
Add each. (T is also minus).

■Setting range: 100.0 to 299.5cm However, below 100.0 r) UP to OWN 1299.5 or above
Then, respectively +00.0 → 299.5. 299.5
Groan → becomes 100.0 and continues DOWN, tJI).

■Flashing display At the SET position, when the height is displayed, the set value of number of times or 100.0 will flash. After entering the height, press MODE SW ON to complete the setting and switch to the weight display. Blinking cycle is 1 second, DUTY is 50%.

8 bodies Weight ■ Display range 0.0 to 199.5 kg ■ Minimum display unit 0.5 kg ■ Display at SET position (immediately after battery replacement) 0. Okg■Same 1-□ (normal) Previous setting value (any change possible) ■RtJ Display at N position (MODE SW 0N
) - Setting value ■ Setting procedure Press Δ once to get 0.5 kg,
1 Sandstorm υP If pressed continuously, 1 kg will be added every 0.25 seconds.

(Similarly minus the koto) ■Setting range 0.0 to 199.5 kg However, 0
．． DOWNl to below 0 and above 199.5 [11], respectively 0.0→199.5.199.5→0.
becomes 0 and r) continues OWN and UP.

■Flashing display When the weight is displayed at the SET position, the previous setting value or 0,0 flashes. After entering your weight (while the display is still flashing), turn on the MODE SW to complete the setting and switch to displaying your age. Flashing cycle is 1 second, DU
TY is 50%.

0 years ■ Display range 0 to 99 years ■ Minimum display range 1 year old ■ Display at 5TCT position (immediately after battery replacement) θ years ■
// (Normal) Previous setting value (change arbitrarily 111) ■Display at RU N position (MODE SW ON)
→Setting value■Setting procedure Pressing the key once will increase the age by 1 year, and if you press 1 continuously for more than I seconds, the age will increase by 10 years every 0.25 seconds.

(Same as minus) ■Setting range 0 to 99 years old If you DOWN to 0 or less and UP to 99 or more, DOWN and LIP will continue as 0 → 99 and 99 → 0 respectively.

■Blinking display At the SET position, when the age display is displayed, the previous set value or the age will blink. After entering the P age (still blinking display), press MODE SW ON to complete the setting and switch to the gender selection display. Flashing period is 1 second, DU
TY50%.

■) Gender ■Display Male, Female ■Display in SET position (immediately after battery replacement) Male or Female.

■Same h - <Normal) Previously selected gender (Change to Ren iiJ-no) ■It UN Display at N position (M01) E SW ON
) The selected gender changes to female.

■Flashing display When the gender is displayed at the SE'r position, the previously selected gender or unspecified gender will flash.

After pressing the gender, select path by turning MOr)E SW ON
The display switches to the calorie consumption mode display. The blinking period is 1 second, r) [JTY is 50%.

if Table-4 = To display the number of accumulated calories in this F1 activity Accumulated calories 1 display range 0 to 9999 kcal (999
9 or more returns to 0 and continues counting] 2 Minimum display 1 kcal, 1 kcal Display less than 1 is rounded down.

■s ト; T ＜:Display in t-position (usually) Okca
l■ F/ (Immediately after battery replacement) Okca
l■It LJ Display at N position (normal) Cumulative calorie consumption ■Same h M ODF] SW
ON % day standard calorie consumption (Standard value lit) ■Display retention time 2 to 3 seconds ■Other displays A) Error display - If the initial human power at the 5 ICT position is missing, the calorie will be displayed at RU N. Turn on "--1" without doing so.

口) Accumulation mode display - When the consumed calorie display is in the accumulation mode at S E "l' and RUN, the indicator blinks or lights up.

c) Standard calorie consumption for the day - When checking the calorie mode in the setting value confirmation mode in RLJN, the basic calorie consumption for the day is displayed and the reference value is lit.

2) Flashing, lighting display - When selecting the calorie consumption display mode when st>'t', UP, r) OWN
If only the SW is used, the part will blink, and then the MODESW
When turned ON, the selection is completed and the section lights up. The blinking cycle is 1 second, and the DUTY is 50%.

B Subtraction calorie ■Display range N 9999~? ! 19999 kca
l・C → 9999 and below becomes A and then 999
Continue counting from 9.

■Minimum display unit 1 kcal, l kca
Values less than 1 are rounded up.

■Display at SET position Reference value (reference value lit) or set value (set value lit).

■Display on IZUN (MODE SW ON)
Same as ■ ■ Same as above □ (J11 regular) ... - Mountain Subtract calories consumed.

■How to enter the setting value→Press Kcal once
, 1 Sandstorm in a row - 10k every 0.25 seconds when pressed
Frass each cal. (Similarly negative for Layer Shibaraku) ■Setting range 0 to 9999 kcal However, 9999 or more UP, o or less 1. :DOWN, my husband // 9
999-+0. 0 → 9999, UP.

Continue DOWN.

■Display retention time 2 to 3 seconds ■Other displays I) Error display -? If even one of the initial manual settings in SE'I' is missing, the calorie consumption will not be displayed in RU N.
-m- lights up.

2) Subtraction mode display → When the calorie consumption display is in the subtraction mode at the SE'l' and RUN positions, the section flashes or lights up.

3) I day standard (or setting) calorie consumption →
Calorie display in setting value confirmation mode in RtJN (mode)
When checking, the standard calorie consumption for the day or the set calorie consumption is displayed, and the respective standard value and setting indicators are lit.

4) Flashing lighting display - When selecting the calorie consumption display mode in SET, 01), &JcfX will flash if only the DOWN SW is selected, and then MOD
When you turn on the ESW, the selection ends and the reference value flashes. If you understand, turn on the MODE SW again.
Zuro Masahiro can set rust to any setting, same <MODE SW
ON.

As a result, the setting is completed with the reference C1 set value and lighting. The blinking period is 1 second, and D tJ TY is 50%.

C Calorie consumption per exercise intensity 1 display range 0 to 399.9 kcal/m1n2
Minimum display range Q, l kcal/min,
O, l kcal/min is rounded down and displayed at the 31tUN position.How to display 94 calories burned per minute.The exercise intensity for the 2 seconds immediately before the display is converted into calories burned per minute, which is the same as 1 minute. Hit J, +
Displays the sum with 7 basal metabolism.

5 Display holding time 8 5ec 6 Labor display s r; If the initially set manual force in 'r is not enough, RUN will not display the exercise strength and will display rI-Yo, and RIjN will display rI-Yo. Exercise strength is 39
The same applies when it exceeds 9.9kcal/min.

+ii Table-5 = Obesity level display for the day Obesity level 1 Display method 3 Step code 2 Display method Obesity level is calculated from human personality data 1-5, and each time is displayed in 3 stages.

b) Thin - Prevention required Mouth) Normal safety zone C) Being fat - every child needs protection

[Brief explanation of the drawing]

Fig. 1 is an electronic circuit block diagram of a diagnostic tool according to the present invention, Fig. 2 is a circuit connection diagram of Fig. 1, and Fig. 3 is a sensor S, S, and a cantilever beam L included in the diagnostic tool.
1 ・Diagram of the relative fixing means of Jll, ゛Figure 4 is a voltage correlation diagram with the pulse signal emitted every 2 seconds via the two-dimensional sensor of the present invention, Figure 5 is a diagram of the multipurpose switch arrangement of the display means according to the present invention Figures 6, 7, and 8 show ecological data regarding human energy consumption.

Claims (1)

[Claims] 1) In a portable human calorie consumption calculator, thin strip sensors in the electronic circuit are provided in two dimensions, and pulse signals from at least the vertical and horizontal directions are transmitted to two different voltages. A calorie consumption diagnostic tool configured to have a detecting means for detecting calories below. 2) In a portable human calorie expenditure calculator, the calories burned per day, including the calculation of the calorie value expended during non-grounded activities on the same day, can be calculated from the same display screen through the minimum switch operation. 2. The calorie consumption diagnostic tool according to claim 1, further comprising a display means for displaying in multiple instances the number of calories in excess or deficiency with respect to the total value of and the desired value of day. 3) The calorie consumption according to claims 1 and 2, characterized in that the calorie consumption is calculated based on the same input personality data, and the obesity degree of the day is obtained from the same display screen. Diagnostic tools.