| 序号 | 专利名 | 申请号 | 申请日 | 公开（公告）号 | 公开（公告）日 | 发明人 |
|---|---|---|---|---|---|---|
| 161 | Azimuth adaptive type phased array sonar | JP16010383 | 1983-08-31 | JPS6052782A | 1985-03-26 | YAMAGUCHI KEIKI; TAKEUCHI YASUTO |
| PURPOSE:To improve the quality of pictures by changing focusing conditions in accordance with azimuth. CONSTITUTION:A trigger which has the timing controlled by a controller 7 and is generated from a trigger generator 1 is applied to a delay map circuit 2a for transmission. In the delay map circuit 2a, delay lines whose number is equal to the number of transducers 4 are prepared, and the delay quantity of each delay line is controlled by the controller 7, and a delay time distribution is so determined that the deflection angle of a transmitting and receiving beam is a prescribed value. The delay output obtained through this delay map circuit 2a is applied to a pulser 3. Individual echo signals which are received by respective elements of transducers 4 and are converted to electric signals are amplified in a receiving amplifier 5 by prescribed amplification factors and pass a delay map circuit 2b for reception, where the same delay time distribution as the delay map circuit 2a for transmission is set, to correct simultaneity of individual echo signals and are synthesized into one signal and are led to a signal processing circuit 6. The signal processed in the signal processing circuit 6 is connected to a video signal output terminal. | ||||||
| 162 | Sound processing circuit system | JP6453983 | 1983-04-14 | JPS59190733A | 1984-10-29 | TAKANO KATSUHIRO |
| PURPOSE:To expand an audio frequency band and to improve the ability in audible sound detection by separating and extracting a hardness-of-hearing frequency band signal through a filter, and varying the center frequency by a preset local oscillator output and applying frequency conversion. CONSTITUTION:A device which detects whether a moving body is present or not by a Doppler frequency is provided with a BPF1 which passes signals of intermediate and low frequency bands F1 and F2 among frequency bands F1- F6 of sound input signals, a BPF2 which passes signals of audio frequency bands F3 and F4, and a BPF3 which passes signals of high frequency bands F5 and F6, thereby outputting signals FL, F, and FH respectively. The output FL=10Hz is inputted to a mixer 5 to be frequency-converted by the output fL=100Hz of a local oscillator 4, and its output is passed through an HPF8 to select 110Hz. The output FH=100kHz is inputted to a mixer 6 to be frequency-converted by the output fH=110kHz of a local oscillator 7, and its output is passed through an LPF9 to select 10kHz. Outputs of the HPF8, BPF2, and are inputted to a synthesizer 10 to output an audible sound. | ||||||
| 163 | Apparatus for ultrasonic detection of matter | JP21510782 | 1982-12-08 | JPS59105583A | 1984-06-18 | NIIMI KENICHIROU; MORITA KIKUZOU |
| PURPOSE:To prevent the contamination generation of an ultrasonic element and the interference generation of ultrasonic waves caused by multiple reflection, by arranging ultrasonic transmitting and receiving ducts each having predetermined constitution to both sides of a circular arc shaped wavy sound absorbing body at a predetermined state. CONSTITUTION:L-shaped ultrasonic transmitting and receiving ducts 6, 11 each having a refractive plate 7 mounted therein are arranged to both sides of a circular arc shaped wavy sound absorbing body 16 at an open angle theta so as to bring ultrasonic transmitting and receiving elements 4, 9 to the under side of both ducts 6, 11. By this constitution, the contamination generation of the elements 4, 9 caused by a raindrop or a stain is prevented while the interference generation of ultrasonic waves caused by multiple reflection and harmful to targe detection is prevented because of the inclination of ultrasonic transmitting and receiving wave axes due to the open angle theta with respect to the object 3 to be detected and the sound absorbing body 16. | ||||||
| 164 | Apparatus for ultrasonic detection of matter | JP21510582 | 1982-12-08 | JPS59105581A | 1984-06-18 | NIIMI KENICHIROU; MORITA KIKUZOU |
| PURPOSE:To prevent the contamination of ultrasonic transmitting and receiving elements and the interference generation of ultrasonic waves caused multiple reflection, by arranging ultrasonic transmitting and peceiving ducts having predetermined constitution to both sides of a circular arc shaped sound absorbing material at a predetermined open angle. CONSTITUTION:L-shaped ultrasonic transmitting and receiving ducts 6, 11 each having a refractive plate 7 mounted therein are arranged to both sides of a circular arc shaped sound absorbing body 16 at an open angle theta so as to bring ultrasonic transmitting and receiving elements 4, 9 to the under side of both ducts 6, 11. By this constitution, the contamination of the elements 4, 9 caused by a raindrop or a stain is prevented while the generation of ultrasonic interference harmful to matter detection caused by multiple reflection is prevented by the inclination of ultrasonic transmitting and receiving wave axes to the object 3 to be detected by the open angle theta and the sound absorbing body 16. | ||||||
| 165 | Apparatus for ultrasonic detection of matter | JP21510282 | 1982-12-08 | JPS59105578A | 1984-06-18 | NIIMI KENICHIROU; MORITA KIKUZOU |
| PURPOSE:To prevent the staining of a transmitter and a receiver elements while preventing the generation of ultrasonic interference caused by multiple reflection, by arranging L-shaped ultrasonic transmitting and receiving ducts each having a refractive plate mounted therein at a predetermined open angle to both sides of a triangular crest-shaped ultrasonic buffer band. CONSTITUTION:An ultrasonic transmitting and an ultrasonic receiving ducts 6, 11 each having an L-shape and having a refractive plate 7 mounted therein are arranged to both sides of a triangular moutain shaped buffer band 15 at predetermined open angle theta so as to bring ultrasonic transmitter and receiver elements 4, 9 to the under side of both ducts 6, 11. By this constitution, the staining generation of the elements 4, 9 caused by a raindrop or a stain is prevented while the generation of ultrasonic interference caused by multiple reflection is also prevented by the inclination of ultrasonic transmitting and receiving wave axes with respect to an object 3 to be detected and the buffer band 15. As a result, the object is subjected to ultrasonic detection in high distance measuring preciseness. | ||||||
| 166 | Apparatus for ultrasonic detection of matter | JP21510182 | 1982-12-08 | JPS59105577A | 1984-06-18 | NIIMI KENICHIROU; MORITA KIKUZOU |
| PURPOSE:To prevent the generation of ultrasonic-wave interference caused by multiple reflection while preventing the adhesion of a raindrop and a stain to ultrasonic transmitting and receiving elements, by providing L-shaped transmitting and receiving ducts each having a refractive part mounted therein at a predetermined open angle so as to hold a circular arc shaped ultrasonic interference band therebetween. CONSTITUTION:A transmitting and a receiving ducts 6, 11 are provided at an open angle theta so as to hold a circular arc shaped convexed ultrasonic interference band 15. Each of these ducts 6, 11 is formed into an L-shape and has a refractive part 7 mounted therein while ultrasonic transmitting and receiving elements 4, 9 provided so as to be positioned underside the ducts are prevented from the adhesion of a raindrop or a stain. On the other hand, unnecessary reflected ultrasonic waves are received by the element 9 by the inclination of transmitting and receiving ultrasonic-wave axes with respect to an object 3 to be detected caused by the inclination of the ducts 6, 11 while the generation of ultrasonic-wave interference due to multiple reflection is also prevented by the interference band 15. By this method, the detection of ultrasonic matter can be performed in high distance-measuring preciseness. | ||||||
| 167 | Echo reducing circuit of underwater sailing body guiding device | JP424782 | 1982-01-14 | JPS58122479A | 1983-07-21 | MASUDA KAZUO |
| PURPOSE:To detect an echo in a received signal securely even in case of variation in speed and variation in echo frequency and to simplify circuit constitution by providing an NB.BPF which attenuates only the echo. CONSTITUTION:The circuit 20 consisting of the NB.BPF21, a phase inverter 22, and an adder 23 functions to reduce only an echo. If an underwater sailing body varies in speed and the frequency of the echo varies, an input and an output signal to and from the NB.BPF21 has a phase difference and a detection signal (d) is outputted from a phase detector 17 and supplied through a switch circuit 25 to an integrator 18, whose integral output is supplied to an adder 26. Then, a signal (f) of frequency corresponding to its addition output signal is outputted from a VCO19 to a multiplier 12. Consequently, the frequency of the output signal (m) of the multiplier 12 is controlled to ZHz to reduce the phase difference between the input and output signals to and from the NB.BPF21. | ||||||
| 168 | JPS5830556B2 - | JP677876 | 1976-01-23 | JPS5830556B2 | 1983-06-29 | FUKUDA MASUO; TSUGAWA MASANORI; NISHIMURA TETSUO |
| 169 | Receiving method for scanning sonar | JP10070781 | 1981-06-30 | JPS582767A | 1983-01-08 | TAKAHASHI FUKUTAROU |
| PURPOSE:To enhance the receiving energy and improve the S/N, by turning plural wave receiving beams simultaneously while keeping constant angles to add the receiving signal of a preceding wave receiving beams to the signal of a reference beam. CONSTITUTION:Plural wave receiving beams including a reference beam are turned simultaneously while keeping constant angles. The echo signal received by a preceding wave receiving beam is held by means such as storage or delay until the reference wave receiving beam is scanned and reaches a position corresponding to the preceding wave receiving beam, and this echo signal is added to the receiving signal of the reference beam and is taken out. For example, turning scanning circuits 6 and 7 for preceding beam are connected to a synthesizing circuit 10 through delay circuits 8 and 9, and signals due to circuits 6 and 7 are synthesized with the receiving signal due to a turning scanning circuit 5 for reference beam. | ||||||
| 170 | Waveform processing device | JP11040680 | 1980-08-13 | JPS5735773A | 1982-02-26 | SUZUKI SHIYOUTAROU; ITOU GIYOUSEI; UEDA KEINOSUKE |
| PURPOSE:To facilitate waveform analysis by switching received wave waveform with waveform obtained by differentiating a received signal. CONSTITUTION:Received waveform 13 received by wave receiving section 1 is differentiated by a differentiating circuit 3 to make it differentiated waveform 14 and added to a trigger circuit 5. The output pulse from the trigger circuit 5 advances a counter 4 successively from ''1'' to ''3'' and switch-on signals 15, 16, 17 are distributed from a decoder 6 to analog switches 7, 8, 9. On the other hand, received waveform 13 is delayed by a delay circuit 12 so that above-mentioned signals are added to analog switches 7, 8, 9 when supplied. Consequently, while the switch-on signal 15 is sent out, a received wave signal 18 is supplied to an analyser 10 and a recorder 11. Similarly, when switch-on signals 16, 17 are sent out, received wave signals 19, 20 are supplied to the analyser 10 and recorder 11. | ||||||
| 171 | Receiving system of scanning sonar | JP2057380 | 1980-02-22 | JPS56118684A | 1981-09-17 | TAKAHASHI FUKUTAROU |
| PURPOSE:To form the echo signal with sufficient intensity in a simple constitution, by attenuating one of the signals received by the neighbouring vibrators by a specified amount, increasing the other by a specified amount, mixing the resultant outputs, shifting the phases in response to the arrangement of the vibrators, performing adding process, and correcting the receivied sensitivity. CONSTITUTION:One of the received signals from the neighbouring vibrators Vn... and V'n-1... which are sequentially switched by switches SW are attenuated by a ganged variable attenuator GATT from 100% to 50%, and the other is increased from 0% to 100%. Both signals are mixed and processed in mixers M1.... In this constitution, a plurality of vector signals whose magnitudes are always constant and phases are different are generated from the mixers M1.... The circuit becomes equivalent to a circuit wherein additional vibrators are arranged between the neighbouring vibrators. The outputs of these mixer M1... are processed by a mixer MIX-2 via phase shifters FS. Therefore, the received sensitivity is actually corrected by a simple constitution and sufficiently intense echo signal can be generated. | ||||||
| 172 | 移動体検知装置 | JP2013127864 | 2013-06-18 | JP6249327B2 | 2017-12-20 | 麦生田 徹; 後藤 和士 |
| 173 | 移動体検知装置 | JP2013127865 | 2013-06-18 | JP2015001510A | 2015-01-05 | MUGIUDA TORU; GOTO KAZUSHI |
| 【課題】動きの遅い移動体の検知精度の低下を抑えつつ安定動作までの時間短縮を図る。【解決手段】本実施形態では、制御部7が、待機期間TAにおけるHPF52A,52Bの遮断周波数fcを相対的に高く(時定数τを短く)することで直流成分による揺らぎの収束時間を短縮しているので、安定動作までの時間短縮を図ることができる。一方、待機期間TAが経過したら、制御部7がHPF52A,52Bの遮断周波数fcを相対的に低く(時定数τを長く)するので、動きの遅い移動体の検知精度の低下を抑えることができる。【選択図】図1 | ||||||
| 174 | Reversing sensor without control box | JP2006133276 | 2006-05-12 | JP2006349670A | 2006-12-28 | LI SHI XIONG |
| PROBLEM TO BE SOLVED: To provide a reversing sensor as a master/slave sensor structure for forming a vehicle reversing sensor without a control box. SOLUTION: The reversing sensor is applied to the master/slave sensor structure, and includes at least one master sensor and at least one slave sensor. The master sensor includes a microprocessor, an ultrasonic wave reflecting circuit 12, a reflection wave detecting circuit 13 and an alarm circuit, manages a detection of an obstacle, and adjusts operating timing of the slave sensor. The master sensor is substituted for a function of the general control box, connected to the slave sensor, and uses a polling method and a time division principle for controlling timing of the slave sensor so as to collect a detection result. The slave sensor includes a microprocessor, an ultrasonic reflecting circuit and a reflection wave detecting circuit. COPYRIGHT: (C)2007,JPO&INPIT | ||||||
| 175 | Distance measuring device | JP21388394 | 1994-09-07 | JPH0875413A | 1996-03-22 | ODA HAJIME; TAKAHASHI TAKUMA |
| PURPOSE: To finely measure the distance on the short distance side by providing a split point setting means dividing the measurable distance range into the long distance side and short distance side and the other split point setting means dividing the measurable distance range on the short distance side from the split point into the long distance side and short distance side. CONSTITUTION: A distance measuring means 1 converts the measured result of the distance to an object T into a digital signal and outputs it. A setting means 3 sets the distance point (split point) dividing the distance measuring range of the distance measuring means 1 into the long distance side and short distance side. When it is switched, the voltage levels of multiple signal lines 3a-3d are changed. The other setting means 4 can make setting via multiple signal lines 4a-4d like the setting means 3, and it set a split point diving the measurable distance range of the short distance side from the split point set by the setting means 3 into the long distance side and short distance side within the measurable range of the distance measuring means 1. A judging means 2 judges in which region of the distance measuring ranges divided by the split points the distance measuring range exists and outputs it to an output terminal. | ||||||
| 176 | JPH0131149B2 - | JP16010383 | 1983-08-31 | JPH0131149B2 | 1989-06-23 | YAMAGUCHI KEIKI; TAKEUCHI YASUTO |
| 177 | JPS63503232A - | JP50176187 | 1987-02-27 | JPS63503232A | 1988-11-24 | |
| 178 | JPS6350673B2 - | JP10070781 | 1981-06-30 | JPS6350673B2 | 1988-10-11 | TAKAHASHI FUKUTARO |
| 179 | JPS6327665B2 - | JP2403780 | 1980-02-29 | JPS6327665B2 | 1988-06-03 | TAKAHASHI FUKUTARO; OOKUBO TERU; UZAWA TAKAO; HARIO HIROSHI |
| 180 | JPS6226430B2 - | JP2057380 | 1980-02-22 | JPS6226430B2 | 1987-06-09 | TAKAHASHI FUKUTARO |
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