JPS60199474A - Athletic ball - 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 Field of Industrial Application The present invention is applicable to sports balls, particularly those used in soccer games such as lifting, or the number of times the ball is kicked until it hits the ground, or the length of the ball's flight time, such as in the traditional Japanese Eel Ball game. Regarding exercise balls that are ideal for competitive games.

Conventional technology (5) Conventionally, lifting the ball is a technique of soccer players, that is, one player's playing technique is the top of the foot, the knee,
If a game involves hitting a ball against the chest, forehead, etc. and holding it without letting it fall to the ground, and competing for the number of times the ball is kicked, the time the ball is held, and the time it stays in the air, the number of times the ball is held is: A human must count 81. In particular, it is impossible to convert technical difficulties such as ball retention time, flight time, etc. into points based on the individual player's own judgment unless a separate expert is appointed. Furthermore, even if a measurer is employed, the determination of the ease of use of a technology is subject to subjectivity, making it difficult to objectively evaluate it. Furthermore, in the case of playing temari, which is a game for young children, it is difficult for young children to count the number of interlocking movements themselves while exercising, so it would be extremely convenient if the number of movements could be automatically counted. In addition, conventional balls that emit a sound when kicking are found in toy balls for young children, but these use the sound when the air inside the ball blows out to make a whistle, or they have a bell inside the ball. (6) It is impossible to change the call depending on the situation, and it is also a game in which advanced lifting techniques are competed. is inappropriate.

Purpose of the Invention The present invention has been made in view of the above circumstances, and is based on J.
- The tool itself has a built-in external force automatic counting means, a display means, and a display means.The external force applied to the ball during kicking can be counted automatically, and the difficulty of the interlocking technique can be calculated by converting it into a number (IIi). At the same time as displaying, each kick, the first Yit ball, Fj1
This is to realize a continuous ball that can notify you with different notification sounds when the ball is played in the final inning or when a rule violation is committed.

Structure of the Invention The exercise ball according to the present invention includes a detection means for detecting an external force applied to the ball, a calculation means for receiving a detection signal from the detection means and obtaining a numerical information signal related to the external force, and a calculation means for obtaining the numerical information signal related to the external force. A circuit unit including (7) a display means for displaying an information signal, a sound generation means for receiving the numerical information signal from the arithmetic means and generating a notification sound corresponding to an external force, and a battery power source for driving each of the above means is installed in an air-sealed tube. The ball is housed in a circuit unit accommodating portion formed on the surface of the ball while maintaining an airtight state of 1.I, and the core portion ti=r−knit is covered with a lid member.

Embodiment In Fig. 1, (1) indicates an exercise ball, and when used for a lifting competition, it is the same as a soccer ball.
TL construction can be used. (2) is the air injection valve, (3) is the circuit unit 1, (4) is the circuit unit storage part (hereinafter referred to as the storage part) that stores this circuit unit (3), and (5) is this storage part. This is a lid member that closes the opening portion of the portion (4). As shown in the figure, the storage section (4) has a valve (
2), and the circuit unit 1-
The weights of (3) and valve (2) are adjusted to be approximately equal. That is, ・In general, the fnl of valve (2)? t is about 8g or 9F! , −・force circuit −L2, i・(3
) is about 15g to 20g, so the balancer (6) is attached to the valve (2Nllll) and the weights of both are set to be substantially equal.

(8) Figure 2 shows the surface of the ball (1), and (5) is the above-mentioned straight member, including the display window (7) made of a transparent member and the sound emitting hole made of a plurality of small holes. (8) and C. Numerical information displayed on the display panel composing the circuit unit (3) can be visually recognized through the display window (7). The lid member (5) is
It is made of an elastic material such as rubber or elastic synthetic resin, and at least the portion of the circuit unit (3) corresponding to the display panel is made of a transparent member. However, the lid member (5)
The entire device may be made of an opaque material, and the numerical information displayed on the display panel may be read with the lid member (5) removed.

FIG. 3 shows the display contents appearing on the display window (7), and in the case of this embodiment, two types of information are displayed alternately, for example, at a one-second period. That is, the numerical value shown in Figure (A) represents the number of times of lifting, and the numerical value shown in [4 (B) represents the value obtained by adding the difficulty to the number of lifting times and converting it into a score. Here, difficulty refers to +IjI ball (1) in each inning.
This refers to the height of the ball, that is, the time it stays in the air, and this is converted into a °ζ signal by detecting the time interval from the time of the first kick to the time of the next kick (9). As this time interval increases, the score increases in a geometric progression, as shown in FIG.

FIG. 4 shows the state in which the circuit unit (3) is removed from the ball (1), and the lid member (5) has protrusions (
9), and this protrusion (9) is the ball (] )
(By engaging with the basin (10) formed in Ifl,
The lid member (5) is supported and fixed to the ball (1).

(7) and (8) are the aforementioned display window and sound emitting hole, respectively. In the circuit unit (3), (11) is a molded body made of synthetic III (oil), (12) is a soft elastic thin film made of rubber or the like adhered to the surface of this molded body (I+), and (13) is a molded body made of synthetic III (grease). The display window (15) from which the display surface of the display panel (14) is exposed is 7i of the lid member (5).
The piezoelectric buzzer (]6) corresponding to the kh hole (8) is a hole that has a switch (+7) (Fig. 5) that has multiple functions such as a power switch and a count reset switch (Fig. 5).
18) (18) is a hole into which a screw (+9) (+9) is inserted. (20) is a recess in the shape of an opening 11 formed by J1 (Ifl) on the side surface of the mold body (11), and a lid (lid) protrudes into this recess (20). A screw 11 is inserted into a screw hole (23) formed in a case (21) made of resin or light metal and bored in a protrusion (22). I- Concave portion (20) and convex portion (2
2) indicates its surface shape, and the circuit unit (
It is used (# for α placement stand t! and rotation prevention) in case (21) of 3).

Figure 5 shows the structure of the circuit unit (3), (14)
Thin, low-consumption display panels such as reflective liquid crystal display panels, Elect11 and 11mic display panels, etc.
'An i-type display panel is desirable. In addition, display panels can be used to display light-emitting devices, luminescence crystal display panels can be used, and fine particles for spacers can be used in liquid crystal display panels. FL
If the whole panel is made of a flexible structure, the sortie resistance of the pile can be made to be the same. Furthermore, when using the "Elect I" chromic display panel, its strength can be improved by using a solid electrolyte and making the entire panel a solid structure. ((II>24) constitutes a micro:I computer 1-a, 1.
At s+, it is fixed on the substrate (25). (2[i)
Conductive rubber, etc. that connects the wiring on the crosspiece structure (25) and the wiring on the display panel (14)! -Illusionary I, -1 non-kuku Lt' + I,. (15) is the group 1fii (25) l-
Fixed phase []7h fuser, (17) is switch, (
12) is a thin model of soft bullet Pl, J, I,.

The switch (17) has a well-known structure, for example J, tl.
Ify(25) Press this cap-shaped conductive rubber with a thin rod through the cap-shaped conductive rubber (covered with 'I:f''I, hole NG) and press the contact provided on L7, 1-connection. yji
Is it possible to make heavy use of the information mentioned in 1-1? ,. The multiple functions of this switch (17) can be differentiated by the number of operations;
Turn on/off with two consecutive operations. Let's do iH Tariceno 1! stomach.

It is designed like this. (27) is a battery-powered Haneden Jlli (28) fixed to one mall (11)! Here, the base is pressed toward the +&(25) side. (29) is fii fi! which detects the external force applied to the ball (1). Sen 4I
- At: Vibration T1 pole (3
2) and a cylindrical fixed electrode (33) surrounding the vibrating electrode ((]2) 32). (34) is a booster coil for detecting the C″ effect caused by the piezoelectric buzzer (15).

61st: So1 shows how the circuit unit (3) is installed in the hole (1). In the figure, the storage section (4) is
The air-tight tube ('
．． I5) is integrally molded or adhered while maintaining a sealed state. This storage section (4) is -T-1-bu (
Is it made of the same comb material as 35), such as butyl rubber?
I can do every i. (21) is a storage case made of hard synthetic resin or light metal such as aluminum, and its side surface is embedded in the storage section (4). In the storage case (21),
The aforementioned convex portion (22) (22) and screw hole (23) (
23) (Fig. 4) is formed, and the circuit unit (3) is connected to this through screws (19) (+9) with screws 11-
It is fixed. To explain the details of the structure on the ball (1) side, (35) is the aforementioned tube, and (3[i) is a thread-wound layer that covers the outer periphery of this tube (35). (37) is the middle layer made of rubber, and (38) is the outer layer made of natural leather and (13) made of Yuzu 1 synthetic leather.

In FIGS. 7 and 8, (29) is expressed as 1111 j-
With the impact sensor, the ball (1) C4III t)l,
Is it possible to use an external force to generate Impact Pulse P1? ,.

(39) is a waveform attack circuit that inputs the second pulse gate, and is driven by the battery power source (27).
Got 2? ,.

cp is (Multiple series of chemical 1 cylinders (4F+) (Fig. 9), 1
:l'l Does it show the output clock pulse waveform? ,.

Figure 9 shows an example of a signal processing circuit. Phase A] The number counter (43) is a comparator which takes the output of each number counter (42) as one input and the signal corresponding to number 1 as the other input, and when both inputs match, that is, , when the output of the number counter (42) is 1, an H (high) level signal is output.This II level signal is sent to the electronic sound generation circuit (42).
4) Joins the first stage circuit (441) and drives it. The electronic sound generation circuit (44) is divided into four stage circuits, the first stage circuit (44i> receives a continuous sound signal with a fixed time width of 4), the second stage circuit ((14) Ll u )i, -t, , IJ, quantitatively! 1! Intervention I, No. 1, No. 3) C circuit (44ii) L:1.
, 111MF preview, the 4th stage circuit (44iv) is,
Each output of the electronic sound generating circuit (44) or C' produces a sound (outputs No. 4 4-i,. to these four-stage circuits (44i) (44iv) or -) in series 1 with a time width of 'i'. Believe ℃ is or5
--Through (45), '(1"I\1" is added to Route 11 (old) and sounds the buzzer (15) -υro.
47) is the output of (41), and the output of the tt comparator (43), and the signal obtained by inverting it via the inverter (48). '-l, whose output is the second membrane IJ of the electronic sound generation circuit (4, 1), an oscillator that generates a pulse CP, and the output is the pulse CP l;1. It is input to the crystal 1 number terminal of the time counter (50) via the 1/1/1 1/1/2 1/2 (49). (51) is a seven-node reset circuit, and when pulse P2 is input, is it immediately after that? It outputs a reset signal and a set signal in succession, and is added to the time counter (50). The following seven-node signal makes it possible to count 81. This reset and (T5) set signal is output at the same time as the clock pulse CP. (52) is the output of the time counter (5 (1)). This is a predetermined 1iif W +.actual 11'4loli:i arithmetic circuit which is given below.

Y-(α·Ti)...(+) Here, α and β are constants, α>10, β≧1. In addition, T1 is a period from the first pulse P2 to the (1)th pulse P2, and (1.25 sec≦Ti
<3. J) within the range of 0 sec
The value of Y represents the score, and if (1/1 of the period Ti is unpopular, the value increases in a geometric progression. The curve is shown in Fig. 11. (53) Unosen circuit, (54) is an adder that adds the calculation result by the calculation circuit (52) and the memory contents of the latch circuit (53), and the result is held in the latch circuit (53). circuit(
53) holds the sum of 14 points from No. 1 to No. 11, and is calculated via the adder (54) every time the score of No. in] is output from the calculation circuit (52). go. (
55) receives the output pulse CP of the oscillator (40),
A frequency divider that divides the frequency into the If-1z signal, (]6) (5(i) is this 11i2 signal switching signal, and the other input signals are the score information signal and the number of times from the thousand circuit (53) The number of times information from the counter (42) (in the display content switching circuit inputted by No. R, the above switching signal allows the
), information (bar number and number information signals are exchanged at a cycle of 111Z)
Output to T. (57) is a driver circuit which receives the number information signal or the 1st boundary information signal to obtain a display drive signal, and (14) is a display panel. (59) is a time signal T which uses the time signal Ti from the time counter (50) as an input signal and is set as the maximum period.

It is a comparator that inputs as a reference signal, and Ti<T.

When the following relationship is satisfied, it is determined that the state is normal and an L (low) L/HELL signal is obtained at its output. In this embodiment, this time To is set to "3 seconds". this is,
This is due to the following reasons. That is, in general, when lifting a ball, the period from the first impact to the second impact corresponds to the height of the ball that was kicked, and the ball is held high. Since it requires a high degree of skill to play, this period To cannot be infinitely long (17), and judging from the skill level of a normal player, it is assumed that the limit is about 13 seconds. It is based on The output of this comparator (59) is the third stage circuit (44iii) of the electronic sound generating circuit (44).
At the same time, they are input to the AND gate (old) (49) via the Noah gate (60). From this, time T elapses after pulse P2 is output.

If the pulse P2 is not output even after passing the time, the output of the comparator (59) changes to 1 level and becomes 7 degrees (
The output of
1) (49) is blocked. In such a case, an electronic sound (intermittent sound) is used to indicate that the time is over, a rule has been violated, etc. In this case, after the last pulse P2 is output until the time To is reached. It is necessary to control so that the contents of the counted time counter (50) are not transferred to the arithmetic circuit (52).

This is done by using the signal j from the seven-node reset circuit (51), and tightens it when the i+1 pulse P2 arrives, and during the period from the 1st pulse generation time to the 1+1st pulse generation time. I counted the time force (18) z) to the contents of (511))! , F can be achieved each time it is configured to perform a calculation.

(61) is a comparator that manually inputs the time signal Ti of the time counter (511) as the first input signal, and uses the time signal Ts set as the minimum period as the standard;
When the relationship ≧Ts is satisfied, the state is determined to be normal.'
C. An L level signal is obtained at its output. In this embodiment, the time Ts is set to rO,25 seconds.

Gone is due to the following reasons. In other words, if the period of impact before and after is extremely short, if the ball falls to the ground and the bounce of the hole naturally attenuates, or if there is a kick,
This is because the intention is to keep the beard height extremely low and increase the number of times, and the reference time for this judgment is set at 1ζ for 10.25 seconds.Time T1 is smaller than this reference time Ts, the output of the comparator (61) changes to 11 levels, so the output of the NOR gate (60) is inverted to level 1, blocking the ant gates (41) and (49). 11it J+.In this,
L, number counter (42) and time counter (50)
) both stop the 81 number operation (19).

In addition, in the figure, the arrow indicated by (R) indicates the power supply, which is the same as the above-mentioned Suino Sen (17), which is emitted at 1 o'clock and when the power is turned on.

Next, the operation of the circuit will be explained. Letter of business! In this case, all the circuits are in the reset, 1 state, and the comparator (59
) Since the outputs of (61) are both I and J), the output of the NOR gate (60) is 11, so the output of the A1 gate (
(49) is in an open state. In such a state, if an impact pulse P2 of the first tip is emitted by applying an external force such as a kick to the ball (1), then this pulse P2 will be an ant game I (4) (49
) and input into the number counter (42) and time counter (50), respectively. When the number counter (42) counts 1, the two manpower of the IL comparator (43) both become 1.
As a result, an L (level signal is obtained at its output. This H level signal causes the first stage circuit (44) of the electronic sound generation circuit (44) to be output.
i) is activated, and a continuous sound with a certain time width is emitted. This electron r'1 means a start. The 81st number signal (20) of the number counter (42) passes through the display content switching circuit (56) connected between I and tlzl1, and is applied to the 1L and 1H circuit (57), so that the number 1 is displayed on the display panel ( 14) is displayed in 1 second cycles.

Next, when the impact pulse P2 of the second full day is input, the content of the number counter (42) changes to 2. At this time, the two manual inputs of the IL comparator (4:D) do not match, so the output is 1
．． The level changes, prompting the inverter (518) output to 1
1. An I K) (47) two-man power is Jr. 11
Then, add Fl to the output by 1η. This H level belief υ
Therefore, the second stage circuit (4,1) of the electronic sound generating circuit (44)
iii) is activated, and an instantaneous fO sound is emitted. Is this the second time? This means that an external force is applied. The impact pulse P2 of the second full day is the time counter (50)
, the counting contents up to the point of inputting this pulse are as follows:
The result is input to the next stage arithmetic circuit (52), and the score conversion as described above is executed. First; the 10th time? Since the content of note 1a of i (53) is ``1,'' the result of this operation is written to the launch circuit (53) via the adder (54),
This score information is given to the display panel (14) via the display content switching circuit (FIR<56) (21). Thus, the number 2, which is 71' in the sand counter (42), and the above-mentioned front λ are displayed on the display panel (14) as 1.
It is displayed alternately with a period of seconds and 41. Thereafter, each time the impact pulse P2 is applied, the contents of the 6-times force/° nonta (42) are incremented by 1, and the contents of the time counter (50) are calculated via the 1-5 arithmetic circuit (52). The information is processed and accumulated as score information in the launch circuit (53).

If the impact pulse P2 is generated one more time and the opening pulse P2 of time To (3 seconds) does not arrive, the output of the comparator (59) is ! Transforms into 1, closes the anime game 1-(41) (49), and displays the number of times counter (42) and time force counter (5).
At the same time as the 81 number signal iX is output to 0), the 1st stage circuit (d4iii) of the electronic sound generation circuit (44) is activated to emit a continuous sound with a fixed time width. means exceeding the time limit or violating the rules.

On the other hand, when the ball falls to the ground after the game and its bounce is attenuated, the pulse interval of the impact pulse P2 becomes gradually shorter. .251'g) ni-,
In the case of
(, -r'nt"j' L (41) (49) Fully closed. Depending on your situation, turn ↓ (counter < 41) in the same way as above.
) The sowing time counter (50) is counted, and the same ■,
4 electrons, +'+7- Q, the 4th stage l111 path (44iv) of f/M (44) moves 11 times, and continuous f1 with a constant time width of 1) is emitted.

The electronic beep means the competition is over.

When the game is set to 5, the number of times the player turns and the ease of playing are added to the number of turns alternately displayed on the display panel (14), and the result is Ijλ of 31, and the competition is contested.

Although Kawamei's purpose is achieved by using the above-mentioned circuit configuration, similar processing can actually be performed by a microphone l:l XI computer. This is number 10
f:/l's PuI! Good at explaining using flowcharts. When a start is applied by turning on the power, etc., the arithmetic section, memory section, etc. are first lit. Subsequently, it is determined whether the impact pulse 1) or 2 was manually generated or not, and if the pulse 112 is present, a star 1 sound, which is a continuous sound, is emitted. Then the counting of hours is started in the time counter (23). hat <8 in steps
The comparison between T1 for several hours and To for the longest time is 41' γ1. It is determined that Ti≧To, and the interval λ-bar and I'll l'Ji are displayed, and a rule violation is displayed seven times due to the generation of an intermittent electric sound. After this electronic Kanakura operation, the initial state returns. In addition, the condition Ti<To (if the second 11 impact pulse P2 is manually generated within the period in which 'I is satisfied, the time counter's count of 31 will be stopped, and the counting time will now be 1, which is the minimum). A comparison is made with the quasi-time Ts, and if T1≧Ts is determined to be normal, +11
When it is determined that the right signal has been emitted, the competition is over, the number of C's and the score are displayed, and at the same time, the end notification sound is emitted, and the system returns to the initial state. When the PI is set as <Ti≧Ts as described above and the number of times is counted, the score is subsequently calculated. Gore is 1iii
(1) of iE, rlQ4 is performed, and further the f
fX calculation is performed. The details are shown below.

(24) <L, ゛(The consecutive score Y and the number of impacts N are displayed on the display spring 4 and force 2. After such processing, 7
J((, the content of the time counter is set and the time A
Start number 1 and return to step. Such processing is repeatedly executed according to the input G of the impact pulse, and the number of times is added and the score is calculated.

FIG. 12 shows a circuit unit 1-(3') according to a modified example of the present invention, which has a mechanical structure (h-impact sensor).
1) (29) In place of ζ, a piezoelectric element is used as an iy sensor. As shown in the figure, [1
-Electric bulb 'F- (15") has a two-tier structure,
(fi3a) is a stainless steel (SUS) plate (64a)
and Jiniji [[Ceramic 1k that acts as an electric element (
fi5a) L! :Rinaru pronunciation part, (63b) is similarly made of stainless steel plate ((i4h) and ceramic plate (
65b'), both of which are built in a synthetic resin case (66). (34
) is from the above? -'l Raise the sound pressure of the sound generated by part (63a) by 1 (back pressure coil for consideration, (62)
These −4, fl
! Is it buried in the mold body (11)? ]. Haku's 01
Since the component parts are the same as those shown in FIG. 5, their explanation will be omitted.

Figure 13 shows ■-electronic element sortie sensor,! The circuit block diagram when Niji 2゛c is used is shown. One end of the fl+ strike sensor part (63b) is connected to the ground terminal, and the other end is connected to the waveform shaping circuit (67) ζ via the XJ capacitor (66). has been done. This waveform shaping circuit (Ii7> is configured with one stage of the above-mentioned transistor (62)).

In Figure 14, when the ball is hit by a IIi blow, the impact is emitted from the impact point (63b); , input pulse gate and its waveform shaping output pulse 1) 2. CP is
i; J) with the clock pulse mentioned in 1. The impact pulse P2 is generated by the signal processing circuit shown in FIG.
Program flow shown in Figure 0 J-Chart 2-J' J
l < processed.

In the embodiments described above, the lifting of Zanokah was targeted, but a similar structure can be incorporated in Gonohoga Halley Hall.

(26) From l:11, make a sand ζ or circle H1 and drop the Halley ball on the ground. However, according to the present invention, the score, which takes into account all the flight times of this pass, can be calculated for each pass, both large and small, and at the same time for each Since fI3 is pronounced - υ゛, it is possible to double the taste of this kind of t! God 10! ] It is necessary to set it appropriately.

・5 Ming's 'J+ri' This invention detects external force applied to the hole on the hole itself.
), Nio1. Display [8 stages in 1st generation Saritachinoduka c'-), Pre1'1.- does not need to count the number of moves during i by himself, and allows the competition to be held throughout the year 2] Be able to do that.

FE/Nihonbunmei 31, name is! Since the height of the raised hole is expressed as %5 b in IH ton, ii
Objective evaluation of IJ + technology: ・For example, it is 11th grade, for example, Sanoliveshi・Itonori・
Evaluation means of Shiko ink technology and (7'C+1 River J Kido 1゜Furthermore, 1 night for the present invention;・K1 hall is (271 Constant notification when kicking, ゛) is emitted;)Ne1, and) 1-
1. What is the difference between rr and rule violation?
, Announcement: ・Since 1 is emitted, it is possible to realize a ball suitable for this game that increases the L1 discharge of the used hit and achieves -17 points. 7
Tarifuti/gu competitions or IJ competitions similar to kemari do not require a large playing area and can be played by just one person.
It's fun to play as a casual sport because you can do things like this/L
-, I- can be done. Furthermore, according to the present invention, the circuit-l-nit is a state in which the air-tight state of the air-tight tube is maintained, i.e., a part of the circuit unit is represented in the space. Since the ball is stored under the surface of the ball while being isolated from the inside of the tube, it has a sealing degree comparable to that of conventional balls.

[Brief explanation of the drawing]

Fig. 1 is a sectional view of the hole according to the present invention, Fig. 2 is a JI view of the same ball, Fig. 3 (8) C10) is a display state-ε diagram of the display panel, and Fig. 4 is an exploded cedar , FIG. 5 is a cross-sectional view of the circuit unit 71 shown in FIG.
Figure 6 shows the circuit unit (28) to the ball. , Figures 8 to 1 and 14 are fd waveform diagrams, Figure 9 is a (Corsi processing circuit diagram, Figure 10 is a program flow 1,000 yards), and Figure 11 is the iU point Y and time T1. A curve diagram showing the relationship, and FIG. 12 is a sectional view of the same h13°L near-to according to a modified example of the embodiment of the present invention. (1)...Ball (3)...Circuit unit ( 14
)...Display panel (15) (+5')...Piezoelectric buzzer (2+1)...1. SI (29)...ih@
Sensor patent applicant Co., Ltd. (meeting! Molten representative Fumiya Tamiaki (29) Figure 5 JP-A-Sho GO-199474 (11) Figure 11

Claims (1)

[Scope of Claims] (1) A ball having an air seal tube; a circuit unit housing portion formed on the surface of the ball while maintaining the air-sealed state of the tube described in -1; a device for detecting external force applied to the ball; (4) a detection means, a calculation means for receiving a detection signal from the detection means and obtaining a numerical information signal related to the L writing force, and the calculation means? a display means for receiving the numerical information signal and displaying the numerical information; a sounding means for receiving the recorded value information Nos. 1 and 4 and generating a notification sound corresponding to an external force; and each of the above means. a circuit unit including a battery power source for driving the circuit unit; a removable lid member that covers the opening of the circuit unit storage portion; (2) The circuit unit housing part is covered with the air-tight (+) tube. 1-Wiring circuit [1-Nino] Is it true that the summation port of the storage section is set equal to the actual G of the above-mentioned valve? l + Tozuro special art request range No. 11 [J-described jl movement hole (3) The above-mentioned lid member is at least! , a transparent H1-1 tie was placed on a portion of the circuit unit corresponding to the display means, and the display was constructed so that the 31- mark could be seen on the display means when the lid member was attached to the ball. The exercise ball (4) according to claim 1, characterized in that comprising an electrode and a fixed electrode disposed around and adjacent to the vibrating electrode, 1-
Detection of the circuit unit (5) Detection of the circuit unit 1, characterized in that the vibration electrode has a mechanical structure in which the electrode contacts the fixed electrode due to the vibration of the vibrating electrode. The stage is J1 Electric X:
f'≦'+ Exercise ball (2) according to claim 1 (6) The calculation means counts the number of times an external force is applied to the ball. The content of the number counter, including the number of times the counter is displayed, is displayed on the display means, and the sounding means is activated each time the number of times and the content of the link changes. The interlocking ball (HI=Rpi calculation means) includes a time counter that calculates the time interval of two external forces applied to the hole by 5I, and the point information for the W output is calculated based on the contents of the time counter. 1- Scope 1 of special word search characterized by being displayed by means of indication
Interlocking ball (8) l described in 17i: Note lii t? The means includes a time counter for counting the number of times an external force is applied to the hole, the number of times the external force is applied to the hole, and the time interval of two external forces applied to the hole. The exercise ball (!l)-1: An interlocking ball according to claim 8rQ, comprising a display device of one type, tn, and displaying point (3) number information of the L number of times counter and the above-mentioned time counter alternately at a predetermined period. (10) The calculation means includes means for multiplying the contents of the time counter by a different coefficient depending on the magnitude of the contents of the time counter,
” display [1st stage is L'? Claim 7I characterized in that it is displayed as a point.
i'i, the exercise ball (11) according to item 810 or item 9, wherein the 64W means is configured such that the content of the time counter is based on the minimum time set based on the balun F of the ball and the flight time of the ball. When the set maximum time is exceeded, the counting operation of the above-mentioned number of times counter and above-mentioned time counter is prohibited -l! The exercise ball according to claim 8, characterized in that the exercise ball includes one stage of force applied to the ball. , the sounding means operates and sounds each time the content of the two-legged number counter changes, and only when the content of the number of times counter is 1, generates a notification sound that is different from other notification sounds (4). (13) The calculation means includes a number counter for counting the number of external forces applied to the ball by 61, and a time period of two external forces applied to the ball. 8) when the content of the time counter is less than or equal to the minimum time set on the bounce of the ball (8) and exceeds the maximum time set on the basis of the ball's flight time; The interlocking ball according to claim 11C1, wherein the interlocking ball detects this and generates a notification sound different from other notification sounds by the sounding means based on the detection signal.