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    • 12. 发明专利
    • ULTRASONIC WAVE TRANSMITTER-RECEIVER
    • JPS6360697A
    • 1988-03-16
    • JP20411686
    • 1986-08-29
    • MATSUSHITA ELECTRIC IND CO LTD
    • UTSUNOMIYA RYOICHI
    • H04R1/30
    • PURPOSE:To prevent the influence of an external vibration, the respective rear faces of both transducers being sealed with an elastic adhesive by fixing a relaying part member, to relay a sealed wire for an input/output, in the vicinity of the terminal of the transducers for transmission and for receiving, and connecting the terminal and the sealed wire through a sealed wire of a high vibration absorptivity. CONSTITUTION:An ultrasonic wave is emitted from the ultrasonic wave transducer 8 for the transmission of the ultrasonic wave transmitter-receiver, and is received by the ultrasonic wave transducer 9 for a receiving. The horn part member 10 of this equipment is constituted with the horn part 11 of a circular cone or of a parabola shape and with a fixing parts 12 for fixing the respective transducers 8 and 9, and the ultrasonic wave is made to have the directivity. Besides, plural number of air layers 14 are provided by a cushioning material 13, and a foamed rubber material having high vibration absorptivity is used for this cushioning material. Further, the sealed wire 15 to input/output an electric signal is connected to the relaying part member 16 which is inserted and fixed to the fixing part 12, and the opening end of the fixing part 12 is sealed with the elastic adhesive 18.
    • 13. 发明专利
    • ULTRASONIC HUMIDIFIER
    • JPS6325427A
    • 1988-02-02
    • JP16833786
    • 1986-07-17
    • MATSUSHITA ELECTRIC IND CO LTD
    • UTSUNOMIYA RYOICHI
    • F24F6/12
    • PURPOSE:To efficiently carry out atomization of a liquid and discharge of mists and to reduce power consumption by fixing to the side of a storage tank a water wheel for producing an air flow by utilizing an atomizing column generated on the liquid level by ultrasonic waves radiated from a ultrasonic vibrator, and discharging mists through an outlet port. CONSTITUTION:A chamber base 15 is fixed to the hole part of a bottomed surface in a storage tank 17 accommodating therein a liquid 18, and a water wheel 19 is fitted on the inner side surface of the storage tank 17, and an air flow 21 is sent to an outlet port 20. The water wheel 19 is rotated by utilizing energy of an atomizing column generated on the liquid level, and when rotating, an air flow 21 is produced by the vane of the water wheel 19 or by the rotation of the water wheel a pump part is provided at the shaft part to generate a hydraulic pressure to send the air flow 21, whereby mists 22 are sent out to the outside of the storage tank 17 via the outlet port 20. Thus, mists can be generated quietly without a water sound due to the drop of liquid drops.
    • 14. 发明专利
    • ULTRASONIC VIBRATOR
    • JPS627461A
    • 1987-01-14
    • JP14557585
    • 1985-07-02
    • MATSUSHITA ELECTRIC IND CO LTD
    • UTSUNOMIYA RYOICHI
    • F24F6/12B05B17/06B06B1/06
    • PURPOSE:To reduce thermal effect at the time of abnormal heating and to enhance and stabilize atomizing capacity, by supporting the outer peripheral end of a piezoelectric ceramic vibrator through a damper member and a ring. CONSTITUTION:In the ultrasonic vibrator used in an ultrasonic humidifier, a main electrode 2 is electrically connected to one surface of the piezoelectric ceramic vibrator 1 and an auxiliary electrode 4 is electrically connected to the other surface thereof through a fold-back electrode 3. Further, a circular partial electrode 5 is provided to the central part of said other surface and a metal thin plate 9 having a diameter larger than the outer diameter of the vibrator 1 is adhered to the surface of the main electrode so as not to attenuate the vibration of the vibrator 1 while a metal support ring 10 is fixed to the outer peripheral surface of said plate 9 through a damper material 11 comprising silicone rubber. By this structure, the abnormal heating of the vibrator 1 is absorbed and dissipated by the highly heat-conductive ring 10 and, because vibration is not attenuated, atomizing capacity is enhanced.
    • 15. 发明专利
    • SUPERSONIC HUMIDIFYING UNIT
    • JPS61280335A
    • 1986-12-10
    • JP12000785
    • 1985-06-03
    • MATSUSHITA ELECTRIC IND CO LTD
    • UTSUNOMIYA RYOICHI
    • F24F6/12
    • PURPOSE:To increase the heat radiating effect of a fixed base plate, miniaturize the unit and improve durability to self rupture remarkably by a method wherein liquid in a reserving tank is sucked and is reserved in a reservoir between the fixed base plate and a chamber base. CONSTITUTION:The liquid in the reserving tank 9 of a humidifier main body is sucked into the unit and is reserved in the reservoir 15 between the fixed base plate 13 and the chamber base 12. According to this constitution, the heat radiating effect of the fixed base plate 13 may be increased and the unit may be miniaturized while the structure may be simplified and the cost thereof may be reduced. On the other hand, overheating of a power transistor 5 may be prevented and the temperature of the fixed base plate 13 may be kept within the range of predetermined temperature, therefore, breakage of attaching section 12b of the humidifier main body may be prevented. When the liquid in the reserving tank 9 expires, a piezomagnetic oscillator 1 generates heat and causes self rupture, however, the durability for self-rupture may be improved remarkably by the liquid in the reservoir 15 around the chamber base 12.
    • 16. 发明专利
    • ULTRASONIC MOISTENING UNIT
    • JPS61243230A
    • 1986-10-29
    • JP8286085
    • 1985-04-18
    • MATSUSHITA ELECTRIC IND CO LTD
    • MAEDA AKIMITSUUTSUNOMIYA RYOICHIKAWASAKI KOZO
    • F24F6/12B05B17/06
    • PURPOSE:To improve working efficiency simultaneously with an increase in a heat dissipation effect, by a method wherein a transistor for an ultrasonic oscillation is secured to a shield case formed integrally with a chamber base, a printed circuit substrate with a built-in ultrasonic vibrator oscillating circuit part is contained for securing. CONSTITUTION:After the surface of an ultrasonic vibrator 1 is filled with water, a given input voltage is applied on an ultrasonic moistening unit to oscillate an oscillating circuit part 5. Oscillation is inputted to a transistor 7 for amplification to drive the ultrasonic vibrator 1, and its energy is propagated to a chamber base 11a and water on the surface of the ultrasonic vibrator 1 to vibrate the water. A part thereof is formed in a spray as it forms a sprayed column, and is fed to the outside with the aid of a fan motor. A printed circuit substrate 6 with the built-in oscillating circuit part 5 and the transistor 7 are electrically shielded to a shield case 11b formed integrally with the chamber base 11a, and this causes propagation of a heat, generated by the thermally excellently secured transistor 7, to the shield case 11b and the chamber base 11a, and cases emission of the heat in the air or water for spray or fog.
    • 17. 发明专利
    • ULTRASONIC CERAMIC MICROPHONE
    • JPH03151000A
    • 1991-06-27
    • JP28951889
    • 1989-11-07
    • MATSUSHITA ELECTRIC IND CO LTD
    • UTSUNOMIYA RYOICHI
    • H04R17/00G01S3/801
    • PURPOSE:To make sensitivity high and to make a microphone compact by enlarging the amplitude of a bimorphe vibrator by the vibration interference of an inclined surface vibrating part provided in the outer periphery of the bimorphe vibrator and widening the outer peripheral end of the bimorphe vibrator upward or downward. CONSTITUTION:A vibration part is composed of a plane vibrating part 2a, for which piezoelectric vibrators are attached, and an inclined surface vibrating part 2b provided in the outer periphery and in this vibration part, a composite resonance is generated by the bimorphe vibrator. Then, by optimumizing the respective dimensions of the vibration part, the resonance is superimposed and resonance efficiency is improved. When using a vibrator 2 provided upward, the effect of a phone can be also obtained so as to efficiently reflect ultrasonic waves to be generated from a cone-shaped resonator 4. Thus, the shape of the microphone is made compact and the sensitivity is made high simultaneously.
    • 18. 发明专利
    • ULTRASONIC CERAMIC MICROPHONE
    • JPH02301399A
    • 1990-12-13
    • JP12218189
    • 1989-05-16
    • MATSUSHITA ELECTRIC IND CO LTD
    • UTSUNOMIYA RYOICHI
    • H04R17/10
    • PURPOSE:To attain small size and high sensitivity by using a cylindrical vibrator for the constitution of a bimorph vibrator, using the side of the cylindrical vibrator as the extension of the vibrator outside diameter and fixing the cylindrical vibrator of the bimorph vibrator. CONSTITUTION:The bimorph vibrator is formed in a piezoelectric vibrator 8 by sticking it to a bottom of a cylindrical vibrator 9 having an opening at one end and the thickness of the cylindrical vibrator 9, the outside diameter of the bottom and the height of the side set a natural resonance frequency. The conical resonator 11 is fixed to the center of the bimorph vibrator with an adhesives 12. Moreover, an annular recessed part is provided to a support 13 made of an elastic member and the opening of the cylindrical vibrator 9 is fitted to the recessed part and arranged on the support 13, which is fixed onto a terminal board 14. Thus, the side vibration interference of the bimorph vibrator using the cylindrical vibrator 9 acts onto the bimorph part as vibration amplification to attain high sensitivity.
    • 19. 发明专利
    • ULTRASONIC WAVE CERAMIC MICROPHONE
    • JPH02301398A
    • 1990-12-13
    • JP12218089
    • 1989-05-16
    • MATSUSHITA ELECTRIC IND CO LTD
    • UTSUNOMIYA RYOICHI
    • H04R17/00G01S7/52G01S7/521
    • PURPOSE:To provide performance of high reliability to a microphone by providing a throughhole to a vibration case, coating the piezoelectric diaphragm and its surrounding with resin so as to avoid a pressure difference against the fluctuation of external air such as temperature and moisture cycle. CONSTITUTION:Plural throughholes 8 are provided to a side of a vibration case 7. A piezoelectric diaphragm 9 is stuck to the bottom inner side of one end of the case 7 and an epoxy resin 10 is coated to the bottom of the case 7 and the entire surface of the piezoelectric diaphragm 9 to constitute a bimorph diaphragm section. A ring shaped vibration control body 11 is adhered and fixed to other opening of the case 7 to suppress high-order resonance and needless vibration of the bimorph diaphragm section. A terminal board 12 is fixed to the opening end of the vibration case 7 and the ring vibration control body 11 with an elastic adhesives 13. Since the gas flows through the throughhole 8 at the case side part, even when gas pressure changed or high humidity takes place, no effect is imposed and a mechanical impedance difference between the bimorph diaphragm part and the vibrator control body is taken larger to decrease the vibration interference thereby improving the vibration efficiency.
    • 20. 发明专利
    • ULTRASONIC-WAVE POSITION RECOGNIZING APPARATUS
    • JPH02242185A
    • 1990-09-26
    • JP6450689
    • 1989-03-15
    • MATSUSHITA ELECTRIC IND CO LTD
    • UTSUNOMIYA RYOICHI
    • G01S5/28
    • PURPOSE:To improve position recognizing accuracy by providing a plurality of first receivers which receive ultrasonic pulse signals, and providing a direction judging part which judges the phase difference between a plurality of the ultrasonic wave pulse signals from said first receivers. CONSTITUTION:Receivers 26 which are provided at a moving body 21 receive information from a fixed base 25 as the different ultrasonic wave pulse signals. The frequency of the ultrasonic wave and the delay time of the transmitted ultrasonic wave pulse signal are obtained based on the received ultrasonic wave pulse signals. Namely, the received signal is amplified in an amplifier part 27. The signal is made to pass a filter part 28 which distinguishes the frequency of the ultrasonic wave. Then, the signal is inputted into a direction judging part 29, and the frequency is determined. The direction of the moving body 21 (right and left and front and rear) is determined. Meanwhile, the distance between the fixed base 25 and the moving body 21 is judged based on the received signal which is inputted into a delay-time judging part 30 through the filter part 28 from the amplifier part 27. Furthermore, the results of the judgments of the direction and the distance measurement are added into a position recognizing part 31. Thus the moving body 21 can determine its own position.