JPS6095374A - Question and answer system - Google Patents

Abstract

PURPOSE:To execute exactly a measurement by a simple structure by using an acoustic wave (including an ultrasonic wave) as a propagation medium of a question signal and an answer signal, or using an electromagnetic wave (including an optical wave and X-rays) as one propagation medium. CONSTITUTION:A player 2 makes an acoustic wave transmitting antenna 6 of a question machine 3 oppose about regularly to an answer machine 8 of the upper end of a pole 7, and a question button 9 of the question machine is pushed. In that case, a question transmitting instruction generated in a signal processing part 10 drives a transmitter 11, and it is emitted as an acoustic question signal 12 from an antenna 6. This signal 12 is received by a receiving antenna 13 of the answer machine 8 and led to a receiver 14. An answer transmitting instruction is generated in the receiver 14, and an electromagnetic wave answer signal 16 is transmitted from a transmitting antenna 17 through a transmitter 15. This signal 16 is received by a receiving antenna 18 of the question machine 3, demodulated in a receiver 19, a time difference between this signal 16 and the question transmitting instruction which has been generated in advance in the signal processing part 10 and whose generation time is stored is detected, and converted to a distance data, by which a distance to the player and the pole can be displayed exactly on a numerical display part 2.

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention relates to a distance/response system used for distance measurement, position determination, who/what identification, etc.

In the conventional interrogation/response system of this kind extending in the air, "B magnetic domain stem ranging, position ( In order to accomplish tasks such as a-orientation and who-what-n11 identification, quick and precise signal processing is essential, so it is convenient and has features such as being able to use expensive training equipment that makes full use of advanced technology. It provides an i4i communication/response system.

Examples will be explained below with reference to the drawings.

Figures 11 to 5 illustrate the use of the first embodiment of the present invention in a golf lagoon.
The player 2 who is inside the player imitates the hole number setting knob 4 provided on the player's block 3 that he is carrying and shows the hole number he is playing on the hole number display window 5, and then prepares for the question i3. The interrogator 3 is equipped with the sonic wave transmitting antenna 6 facing the transponder 8 provided at the upper end of the ball 7 (when the interrogator button 9 is pressed, the sound waves generated in the signal processing unit 10 The transmission command drives the interrogation signal transmission line 11 to generate a sonic interrogation signal 12 using sound waves as a transmission medium,
The sound wave i signal @12 is transmitted from the sound wave transmitting antenna 6 to the response F.
! It spreads towards 8.

Therefore, the sonic question I 12, which is captured by the sonic wave receiving antenna 13 provided in the response I38 and guided to the interrogation signal receiver 14, generates a response transmission command within the interrogation signal receiver 14. The electromagnetic wave response signal 16 is generated by driving the response signal transmitter 15 MU', and the electromagnetic wave response signal 16 is emitted from the electromagnetic wave transmitting antenna 17 .

Therefore, the telephone equipped with the interrogator 3
! The I15 response signal is received by the receiver antenna 18, Gi,! The electromagnetic wave response signal 16 guided by 19
is demodulated in the response fi signal receiving unit 19 and sent to the signal processing unit 10, and is a question generated in the signal processing unit 10 first and whose generation time is stored. The time difference between the sending command and the transmission command is detected, and this is converted into distance data (the data is sent to the numerical display section 20 after making necessary corrections), and the display screen of the numerical display section 20 displays the message "Time interval t1 and response execution time". Between “1 giant 1! , l with a 9' sentence value.

As described above, the player 2 can instantly and accurately recognize the distance 4 from his own position to the ball 7 as a numerical value.

In other words, in FIG. 3, the sun 1'' is used as the power source for the response 15B.
An example using 1llI21 was shown.

Figure 6: Question 1':4 on the second implementation side of the present invention
The y% interval t122, which indicates the outer 1-de of 22, is the same as the snow interval +13 in the first implementation except for the following points. In other words, a compass 26 and a miizukuhan 27 (neither of which are clearly shown) are newly provided, which are attached to the seven-sou, two-M display section 20.

Also in the second example, the transponder 8 used in the first example is used.

11 like this: In my example of 12, when I press the ■ button 9 with the 1 (6 ma Ii n325 IM-approximated to the transponder 8), the direction magnet 26 and the level 27, the straight distance p between the gJ j A22 and the transponder 8; not only the relative direction and the height f
The image information of the I angle is also taken into the signal processing unit 10, and the height distance and horizontal distance between the interrogator 22 and the response 13.8 are calculated, and the quality 1t! based on the ball 7 is calculated. l
'i% 22140 It is also possible to calculate the position of the player.

Therefore, 1' equipped with a CRT or liquid crystal display I:9
Type 4 award section 23, course outline 28, teeing ground 2
9. Green 30. Hole 31, bunker 32, mud tree 33, player place! ? 34. It is possible to perform the desired shout form or trace of 35 and part 1] from the player to the hole.

Figure 7? , the third practical example of the present invention will be exemplified in the case where it is used in golf 1 (4). 5ff, the responses 136 and 37 are the same as the response device 8 in the first or second example, in addition to respectively transmitting the 11 heart wave response signals 38 and 39 of different Kawanami 9 sentences. The number of grooves and functions are as follows, and the machine 40 is equipped with an electromagnetic wave receiving antenna and a response signal receiver that separately receive the electromagnetic wave response signals 38 and 39, respectively.

The signal processing section has the function of receiving and processing output signals from these, and has the same structure and function as the interrogator 22 in the second embodiment.

In the above 13 examples of one generation, the question j? i
i 40 to the sonic q open signal 12 to the response lines 36 and 3.
When firing in the general direction of 7, the transponder 3 now 6 and 3
Is each 7 the same? Skin number '4 L long wave response signal 3
8 and 39, which are received and processed by the questioner 0! So, in the second verse 1:';:
The same content as j1 can be displayed on the graphic display section 23.

1 Suhi, 3 embodiments of the present invention in golf thirst (・
Although the explanation has been given using the '13 go for J as an example, the present invention is not limited to golf bows, but the measuring element in the 17, Kakudomari Kinr, Haiyu, and I! It can be used for many purposes such as η orientation and π1 identification.

1', ξAs explained above, according to the present invention, the μ signal 5
Since 1 sound is used as the i+ body for transmitting one or both of the response signals, the time from 11 to response reception is 17 times compared to 13 times using only electromagnetic waves. Since it can be taken for a long time, 'iτ1 secret 't 1ull is', not only is the calyx arch, but also each individual 1 ''child'sj':'j'i]J' child: iJ, rjt and An 4
It has the effect of becoming Ttt.

In addition, the inhibition order and other T between coughing and biting for 9 minutes and the response J state are
In order to further improve the front seat performance, it would be best to measure the i-temperature, vibration, tilt, etc. in the area of use, and use these data to carry out corrective processing.

4. 100 f, ``6 ryu explanation? 91 is an example of the use of 1 in 1 to t, (Fig. 4 is a block diagram of the same snow clearing machine, Fig. 5 is a block diagram of the same answering machine, and Fig. 6 is a perspective view of how to answer questions in the second embodiment. , FIG. 7 is a diagram of an example of use in the third embodiment.

1...golf course, 2...player, 3...
...Question IC tun, 4...Hole number setting knob, 5
... Hall number display window, 6 ... Sound wave transmitting antenna, 7 ... Pole, 8 ... Fp answering machine, 9 ...
・Question button, 10...Signal Station] II! Part, 11・
...Interrogation signal transmitter, 12...Sonic wave interrogation signal, 1
3...Sound wave receiving antenna, 14...Interrogation signal receiver, 15...Response signal transmission 1:1%16...
Electromagnetic wave response signal, 17... Electromagnetic wave transmitting antenna, 1
8...61 wave receiving antenna, 19...response signal received! ;! , 20... Numerical display section, 21...
・Sun < 1 (1tlJ s 22...6 machine, 23
...Figure-1 (≧Reception part, 24...Peep 8,
25...Old character F41.26...Compass, 27
...Water TI8 vessel, 2B...course, 29...
・Tee ground, 30... Green, 31...
...Hole, 32...Bunker, 33...l'
d tree, 34...player cost, 35...inhibition from player to hole, 36.37...response I:11.38.39...electromagnetic wave response signal, 40.
... One day cloudy.

1'81 people for patent Hiroki Mori (and 1 other person) 11th review 8 Figure 2 Figure 3 @Figure 4 Figure 5 Figure 7

Claims (6)

[Claims] (1) In the Yukima response system consisting of j'3 Il, i gate and 1 Ko [1 between '3 and response l island, +11 signal emitted from 1 Yukima spy and QηJ within that.
Electromagnetic waves (including light waves and X-rays; the same applies hereinafter) are used as the propagation medium for either one of the response signals emitted from the
In addition to using sound waves as the other propagation medium,
Including waves. Questions under fire. ), or the use of sound waves as both the above-mentioned transmissive ILW bodies. (2) The question set forth in claim 1, which corresponds to one answering machine, and is characterized by being equipped with a signal processing section and a numerical display section. response system. (3) Corresponding to the response 1@1, and the snowy space i
'M is a samurai characterized by a 4:1 ratio of Ittl IX1 cabinet, both or one of a compass and water gauge, a signal processing section, and both or one of a numerical display section and a graphic display section. Range of the pestle - j f
r71j・Response system. (4) In addition to responding to 112 or more of the responses, the Yukima l, 1) is connected to the signal processing unit and the numerical exhaustion 7i1 and 17
``M-response system. (5) The question/answer system as set forth in claim 4, wherein the 13-way machine has an aiming point of 5J: 7. (6) The question/answer system according to claim 4 or 5, wherein the cloud machine is equipped with both or one of a compass and a water broom.