JPS6058807B2 - Recording weight scale - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention relates to a recording scale, and more particularly to a recording scale for managing one's target weight.

Conventional weighing scales only display the weight or judge whether the weight is good or bad relative to the standard weight for one's height. Moreover, there was no way to record analog data and see the increase or decrease at a glance.

Therefore, the present invention allows you to manage your own target weight by setting your own target weight in advance, and then measuring your weight and recording on a recording paper how much your weight has increased or decreased relative to your target weight. The purpose is to make it possible.

A first embodiment of the present invention will be described in detail below with reference to the respective drawings. Figure 1 is a side view of the main parts of this scale, and 1 is the base.

A pinion bearing 2 is provided on this base 1, and a pinion 3 is fitted thereinto, and a rack 4 is engaged therewith. This rack 4 is connected to a hanger (not shown) and moves to the right to apply weight to the cover 5, causing the pinion 3 to rotate. Reference numeral 6 denotes a scale plate, which will be described later, and is fixed to approximately the center of the pinion 3 with a nut 8 via a presser plate 7.

10 is a frame body having a cylindrical shape with a flange 10a, and a bottom part 10b.
A non-slip packing 11 (for example, rubber, leather, etc.) is fixed to the body, and a target weight set pointer 12 (hereinafter referred to as set pointer) having a convex portion 12a is fixed to the side cylindrical surface 10c.

A compression spring 13 is installed between the frame body 10 and the nut 8''. Under normal conditions, the frame body 10 is pressed by the compression spring 13, and the frame body 10 having the set pointer 12 is attached to the scale plate 6.
rotates with.

14 is the target weight set button (hereinafter referred to as set button),
A hanging plate 16 is fitted to the bearing 15 fixed to the cover 5 and fixed to the tip thereof, and a claw part 16a for hanging the frame 10 is positioned on the hanging plate 16 within the collar 10a of the frame 10, A compression spring 13'' is provided between the bearing 15 and the hanging plate 16, and the claw portion 16a of the hanging plate 16 is normally located in the lower space 17 of the collar 10a.

By picking up the set button 14, the frame body 10 is separated from the scale plate 6 and becomes rotatable independently of the scale plate 6. 18 is fixed to the cover 5 with a window transparent member,
This is a window for checking the setting pointer 12 when setting the setting pointer 12, and a window for reading the normal body weight with the pointer 19.

20 is a record that will be explained later. It's paper.

This recording paper 20 can be freely inserted between the scale plate 6 and the set pointer 12. 21 is a hammer to set the protrusion 1 of the pointer 12
A hammer base 22 is disposed on the lower part of the scale plate 6, and when the hammer 21 descends, the pointer is set on the recording paper 20. It is engraved and recorded on twelve convex portions 12a.

FIG. 3 is a front view at the time of setting, and FIG. 4 is a front view at the time of measurement.

In FIGS. 3 and 4, 6 is a scale plate, 6a is a normal weight scale, and 6b is a target weight scale.
b is graduated symmetrically with the normal weight scale 6a. (The scale is set so that 50k9 of the target weight scale is located at the 0k9 position of the normal weight scale.) 19 reads the normal weight scale 6 with a pointer and confirms his own weight. Reference numeral 12 denotes a set pointer, which is fixed to the frame 10 as described above, and the convex portion 12a of the set pointer is located on the base line 6c of the target weight scale 6b.

Reference numeral 23 denotes a place where the recording paper 20 is placed, and is placed at a position symmetrical to the pointer 19.

As shown in FIG.
The center line 20a of the (10 divisions) is set at 0 kg (target weight value), and the upper division line 20b is marked with an arbitrary scale). Displays the value obtained by dividing the interval by the number of equal divisions (10 in this case). Here, 10k9110=1k9, so the first line 20b'' above the center line 20a is +1k9, and the second line 20b'' above the center line 20a
+2kg... is displayed, and the line 20c below the center line 20a displays -1 K9, -
2k9...-3kg... is displayed. The vertical arc lines 20d are graduated at equal intervals around the center 0 of the scale plate 6, and represent the number of measurements. Second
The figure shows a recording paper that has been graduated using the method described above.
Next, the action will be explained. My current goal weight is 50.
Assuming that you are k9, your actual weight is 55k9. When recording the increase or decrease in weight relative to the target weight, first pick up the set button, hook the claw provided on the hanging plate to the collar of the frame, and lift the frame against the compression spring 13''. At the same time, the set pointer is also lifted and separated from the target board, allowing only the set pointer to rotate freely.In this state, the center of the convex portion provided on the set pointer is aligned with the 50k9 (target weight) scale of the target weight scale. Release the set button according to the position and set. (The set pointer is fixed to the scale plate.) (Figure 3) After that, step on the cover and put your weight on it, and the scale plate and set pointer will rotate at the same time. The 55k9 scale of the normal weight scale stops at the pointer position, and the convex part of the set pointer is at 0+5k on the recording paper.
After that, the hammer is lowered and a point is placed on the recording paper at point +5k9.

Then, for the next measurement, the second arc line 20 on the recording paper
Measure and record in the same way according to d. At this time, if your own weight is 53k9, you will be scored at +3kg. By hitting points in this way, you can reach your target weight (50k9).
Record your weight gain/loss. (FIG. 2) Next, another embodiment of the present invention will be shown. FIG. 5 is a front view at the time of setting, and FIG. 6 is a front view at the time of measurement.

In this figure, 50 is a scale plate and 50a is a normal weight scale. 50b is a target weight scale, and this target weight scale 50b is graduated symmetrically with the normal weight scale 50a.

That is, the scale plate is the same as in the first embodiment. Reference numeral 51 denotes a set pointer, which is a curved pointer fixed to the frame 10 as in the first embodiment.

This curve divides the base line circle 50c of the normal weight scale 50a and any circle 50d that exists inside or outside this circle (here, inside) into equal divisions (here, 1 sowing), Then, connect the dividing line 50e obtained by dividing an arbitrary weight scale section (10k9 in this case) by the number of equal divisions (1 division) and the points where each circle intersects, A, H,...N. It is a curve. Then, set the target weight setting pointer 52 on the extension connecting the center point E and the center 0 of the scale plate.The pointer 51
Fixed to. Reference numeral 53 is a recording paper, which is divided into equal parts (in this case, 1 sowing) between the base circle 50c of the normal weight scale 50a and any arbitrary circle 50d existing on the inside or outside of this circumference at intervals a. Then, the center line 53a is set to 0k9 (target weight value), and the dividing line on the left and right is a value obtained by dividing an arbitrary scale section (here, 10k9) by the number of equal divisions (here, 1 sowing).
Here, while adding 1k9), each center line 53a
Write +1, +2, +3...Kg on the line 53b on the right side of the center line 53a, -1, -2, -2, etc. on the line 53c on the left side of the center line 53a.
-3...Enter K9.

The horizontal lines 53d are equally spaced lines indicating the number of measurements. The above recording paper 53 has a hammer 54 and a set pointer 5.
It can be inserted freely between 1 and 2.

(Fig. 6-1) Reference numeral 54 denotes a hammer, which has the same length as the set pointer 51, and the hitting point 54a has an acute angle.

(Figure 5-1) 55 is a hammer holder. The operation will be explained below under the same conditions as in the first embodiment.

(My goal weight is 50kg and my current weight is 55kg)
As in the first embodiment, pick up the set button and set the target weight setting pointer 52 fixed to the set pointer to the 50k9 position on the target weight scale.

(Fig. 5) After that, when you step on the cover and put your weight on it, the scale plate and the set pointer rotate at the same time, and the 55k9 scale of the normal weight scale stops at the pointer 56, and the set pointer moves to the hammer position. A point 57 where the dot portion 54a and the set pointer intersect is located on the +5k9 line of the recording paper. After that, as the hammer descends, the recording paper increases by +5k9.
A dot is printed on the line, and the record paper shows +5k9 for the target weight.
is recorded. Like this, the first time, the second time...
By moving the body and measuring it, the weight gain or loss based on one's target weight is recorded. (Figure 7) Furthermore,
In the first embodiment and other embodiments, the target weight scale is calibrated on a normal weight scale plate that is calibrated on the same scale plate, but the target weight scale is arranged separately from the scale plate, When adjusting the set button to the target weight, the set pointer can be linked with the set button and rotatably set on the scale plate.

Furthermore, the normal weight scale plate and the target weight scale can be freely connected, and after setting the set pointer on the target weight scale to your target weight, connect it to a pinion etc. that drives the normal weight scale plate and apply your weight. It is also possible to manage the target weight by rotating the set pointer and recording it on recording paper.

Although the present invention has been described with reference to a weight scale, it can also be applied to any device that records increases and decreases in weight. As described above, it is possible to easily and accurately record the range of increase in one's own target weight, and moreover, it can be recorded in an analog manner, and the progress of weight gain/loss can be determined at a glance, making it extremely convenient and effective.

[Brief explanation of the drawing]

FIG. 1 is a side view of the main parts of the scale, and FIGS. 2 and 7 are recording sheets. FIG. 3 is a front view of the scale plate at the time of setting, and FIG. 4 is a front view of the scale plate at the time of measurement. 5 and 6 are front views of other embodiments at the time of setting (FIG. 5) and during measurement (FIG. 6). Figures 5-1 and 6-1 are side views. 1...
Base, 2...Zenion bearing, 3...Zenion, 4...Rack, 5...Cover, 6,
50... Scale plate, 6a, 50a... Normal weight scale, 6b, 50b... Target weight scale, 6c... Base line, 7...・Press plate, 8,8″
...Nut, 10...Frame, 10a.
...Brim, 10b...Bottom part, 10c...
...Side tube surface, 11...Packing, 12,5
1...Target) Standard weight set pointer (set pointer),
12a...Protrusion, 13,13''...Compression spring, 14...Target weight setting guideline, 15...
...Bearing, 16...Hanging plate, 16a...
...Claw part, 17...Space, 18...Window, 19
, 56... pointer, 20, 53... recording paper, 20a, 53a... center line, 20b''...
...First line, 20b''...Second line, 20c
...Bottom line, 20d...Circular line, 2
1,54... Hammer, 22,55...
Hammer holder, 50c...yen, 50d...
...Arbitrary circle, 50e...dividing line, I~NU...crossing point, H...middle point, 0...center of scale plate, 52...・Guideline for setting target weight, 53b・
...Right line, 53c...Left line, 5
3d... horizontal line, 54a... dot part.

Claims (1)

[Scope of Claims] 1. A normal weight scale is calibrated on a scale plate for displaying body weight, and a target weight scale is calibrated symmetrically to the normal weight scale, and is detachable and rotatable with respect to the scale plate. A recording type weighing scale that is provided with a target weight setting pointer and records increases and decreases in the target weight by making dots with the hammer on a recording paper that can be freely inserted into the lower part of the hammer. 2. The recording paper is provided with dividing lines at equal division intervals of the arbitrary scale section of the base line 6c of the target weight scale 6b, and the center line is set at 0 kg (target weight value), and the arbitrary scale sections are set on the dividing lines above and below the dividing line. This is a recording paper on which the value divided by the number of equal divisions is displayed. A recording scale according to claim 1. 3. The recording paper divides the circumference of the normal weight scale base line 50a and any circle existing inside or outside the circumference of this normal weight scale base line at equal intervals, and the center line is 0 kg ( Target weight value) is a recording paper on which the value obtained by dividing the arbitrary scale of the weight scale by the number of equal divisions is written on each dividing line on the left and right dividing lines. The target weight set guideline according to claim 1 is a curved line connecting a circle and respective intersection points I to N that intersect with a dividing line obtained by dividing an arbitrary section of the weight scale by the equal number of divisions. Recording weight scale.