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    • 3. 发明授权
    • Portable vacuum cleaner
    • 便携式吸尘器
    • US4924548A
    • 1990-05-15
    • US82825
    • 1987-08-06
    • Syouichi TouyaHideki Kishi
    • Syouichi TouyaHideki Kishi
    • A47L5/24A47L9/10
    • A47L7/0042A47L5/24A47L7/0019A47L7/0028A47L7/0038A47L9/122Y10T403/591
    • A portable vacuum cleaner for use in both dry and wet operations comprising a main body case housing a fan motor and having intake and discharge openings, a dust case having an intake portion and removably attached to the main body case around the intake opening, and a filter housing removably installed in the dust case and having a filter accommodated therein to cover the intake opening with the filter, the filter housing having a tubular portion projecting toward and substantially opposed to the intake portion of the dust case, the tubular portion being closed at the end opposed to the intake portion thereof and formed with apertures in its peripheral wall, the dust case having a partition wall positioned under the intake portion thereof and extending from the intake portion toward the main body case for separating off an interior lower portion of the dust case as a water collection chamber.
    • 一种用于干式和湿式操作的便携式真空吸尘器,包括容纳风扇马达并具有进排气口的主体外壳,具有进气部分的防尘壳体,并且可拆卸地连接到围绕进气口的主体壳体,以及 过滤器壳体可移除地安装在防尘盒中并且具有容纳在其中的过滤器以用过滤器覆盖进气开口,过滤器壳体具有朝向并基本上相对于防尘盒的进气部分突出的管状部分,管状部分在 其与其入口部分相对并在其周壁上形成有孔的端部,防尘盒具有位于其入口部分下方并从进气部分朝向主体壳体延伸的分隔壁,以分离出其内部的下部 防尘箱作为集水室。
    • 4. 发明授权
    • Speech output apparatus
    • 语音输出设备
    • US07222076B2
    • 2007-05-22
    • US10276935
    • 2002-03-22
    • Erika KobayashiMakoto AkabaneTomoaki NittaHideki KishiRika HorinakaMasashi Takeda
    • Erika KobayashiMakoto AkabaneTomoaki NittaHideki KishiRika HorinakaMasashi Takeda
    • G10L15/00
    • G10L13/033G10L13/00G10L2015/228
    • The present invention relates to a voice output apparatus capable of, in response to a particular stimulus, stopping outputting a voice and outputting a reaction. The voice output apparatus is capable of outputting a voice in a natural manner. A rule-based synthesizer 24 produces a synthesized voice and outputs it. For example, when a synthesized voice “Where is an exit” was produced and outputting of the synthesized voice data has proceeded until “Where is an e” has been output, if a user taps a robot, then a reaction generator 30 determines, by referring to a reaction database 31, that a reaction voice “Ouch!” should be output in response to being tapped. The reaction generator 30 then controls an output controller 27 so as to stop outputting the synthesized voice “Where is an exit?” and output the reaction voice “Ouch!”. Thereafter, the reaction generator 30 controls the read pointer of a buffer 26 controlled by the read controller 29 such that the outputting of the synthesized voice is resumed from the point at which the outputting was stopped. Thus, the synthesized voice “Where is an e, Ouch!, xit?” is output.
    • 本发明涉及一种语音输出装置,其能够响应于特定的刺激,停止输出语音并输出反应。 语音输出装置能够以自然的方式输出声音。 基于规则的合成器24产生合成语音并输出它。 例如,当合成声音“出现在哪里”时,合成语音数据的输出已经进行到“输出了哪里”,如果用户点击机器人,则反应发生器30通过 指反应数据库31,反应声音“噢!” 应该被输出以响应被点击。 然后,反应发生器30控制输出控制器27,以便停止输出合成语音“出口在哪里”? 并输出反应声音“哦!”。 此后,反应发生器30控制由读取控制器29控制的缓冲器26的读取指针,使得从输出停止的点恢复合成语音的输出。 因此,合成的声音“哪里是e,呃!xit?” 被输出。
    • 5. 发明授权
    • Electromagnetic switching apparatus
    • 电磁开关装置
    • US06911884B2
    • 2005-06-28
    • US10432347
    • 2002-11-26
    • Riichi UotomeHideki EnomotoRitsu YamamotoHideki Kishi
    • Riichi UotomeHideki EnomotoRitsu YamamotoHideki Kishi
    • H01H47/06H01H47/08H01H50/02H01H50/20H01H50/22H01H50/36H01H50/44H01H50/54H01H51/28H01H67/02
    • H01H51/28H01H47/06H01H47/08H01H50/023H01H50/20H01H50/22H01H50/36H01H50/443H01H50/546H01H2050/025
    • In an electromagnetic switching device including a cylindrical part made of a magnetic material with a closed bottom for housing a movable iron core having a movable contact and so constructed as to render the movable contact movable toward and away from a fixed contact, a joint member made of a metallic material with an insertion hole formed substantially in the center thereof for movably receiving a movable shaft fixedly attached to the movable iron core, and a metal plate made of a non-magnetic material with a hole formed substantially in the center thereof with the inner diameter substantially the same as the inner diameter of the cylindrical part, the cylindrical part and the joint member are air-tightly jointed to each other with the metal plate provided therebetween, and the movable iron core is housed in the cylindrical part with a clearance defined between the movable iron core and the joint member corresponding to a required stroke within which the movable contact contacts the fixed contact. This arrangement provides improvement in magnetic efficiency of electromagnet of the device. Accordingly, improved energy saving performance is accomplished as compared with a case of a conventional electromagnetic switching device.
    • 在一种电磁开关装置中,包括由具有闭合底部的磁性材料制成的圆柱形部件,用于容纳具有可移动触点的可动铁芯,并且构造成使可动触头能够朝向和远离固定触点移动, 具有基本上形成在其中心的插入孔的金属材料,用于可移动地容纳固定地附接到可动铁芯的可动轴;以及金属板,其由具有基本上在其中心形成的孔的非磁性材料制成, 内径与圆筒部的内径基本相同,圆筒部和接头构件彼此气密地接合,金属板设置在它们之间,并且可动铁芯容纳在具有间隙的圆柱形部分中 限定在可动铁芯和对应于可动触点接触的所需行程之间的连接构件之间 e固定联系人。 这种布置提高了装置的电磁铁的磁效率。 因此,与传统的电磁开关装置的情况相比,实现了节能性能的提高。
    • 6. 发明授权
    • Sealed contact device and operating mechanism
    • 密封接触装置和操作机构
    • US5680084A
    • 1997-10-21
    • US478659
    • 1995-06-07
    • Hideki KishiTakehiko ToguchiTakaaki ChuzawaRiichi Uotome
    • Hideki KishiTakehiko ToguchiTakaaki ChuzawaRiichi Uotome
    • H01H1/66H01H9/44H01H50/32H01H50/64H01H50/54H01H33/64
    • H01H50/326H01H1/66H01H50/641H01H2003/323H01H2050/025H01H2050/028H01H9/443
    • A sealed contact device includes a sealed contact section having a sealed container defining therein a gas-tight space together with a bellows for housing therein electrodes and sealing therein a gas preferably consisting mainly of hydrogen, the electrodes including fixed electrodes and movable electrodes engageable with and separable from the fixed electrodes, a contact pressure spring biasing the movable electrodes in engaging direction with respect to the fixed electrodes, a resetting spring biasing the movable electrodes in separating direction from the fixed electrodes, and a movable shaft projected at an end out of the sealed container and coupled at the other end to the movable electrodes; a driving member providing at a movable part a drive force for driving the movable shaft in the direction of engaging the electrodes; and a relaying member interposed between the movable shaft of the sealed contact section and the movable part of the driving member and having a regulating element for regulating driving position of the movable shaft, the relaying member being coupled to the movable part and including a coupling element coupled through the regulating element to the movable shaft.
    • 密封接触装置包括密封接触部分,其具有密封容器,密封容器在其中限定了气密空间以及用于容纳电极的波纹管,并且在其中密封优选主要由氢组成的气体,所述电极包括固定电极和可接合的 可与固定电极分离的接触压力弹簧,相对于固定电极在接合方向上使可动电极偏置的接触压力弹簧,沿着与固定电极分离的方向偏置可动电极的复位弹簧,以及投影在固定电极的端部的可动轴 密封容器,另一端与可动电极耦合; 驱动构件,其在可动部分设置用于沿与所述电极接合的方向驱动所述可动轴的驱动力; 以及插入在所述密封接触部的所述可动轴与所述驱动部件的可动部之间并具有用于调整所述可动轴的驱动位置的调节部件的中继部件,所述中继部件联接到所述可动部,并且具有联接部件 通过调节元件联接到可移动轴。
    • 7. 发明申请
    • SOUND SIGNAL PROCESSOR AND DELAY TIME SETTING METHOD
    • 声信号处理器和延迟时间设置方法
    • US20100183163A1
    • 2010-07-22
    • US12663332
    • 2008-06-05
    • Takeshi MatsuiYasuhiko KatoNobuyuki KiharaHideki KishiYasuhiro KodamaYohei Sakuraba
    • Takeshi MatsuiYasuhiko KatoNobuyuki KiharaHideki KishiYasuhiro KodamaYohei Sakuraba
    • H04B3/20
    • H04R3/02H04M9/082
    • An echo canceller formed of an adaptive filter is designed such that even under a condition where a system transmission delay is undefined, an appropriate delay time can be set in a delay circuit that absorbs a system delay, and that an effective echo cancellation effect can always be achieved. A time difference of a transmission path until a reproduction audio signal input to the delay circuit is input as a processing target signal of an adaptive filter system through a space between a speaker and a microphone is determined, and the delay time corresponding to this time difference is set in the delay circuit. At this time, the speaker and the microphone are placed so that the distance therebetween is small, and the delay time of the delay circuit is set to 0. Thus, the determined time difference indicates a system transmission delay in the above transmission path. That is, an accurate delay time corresponding to the system transmission delay can be set in the delay circuit.
    • 由自适应滤波器构成的回波消除器被设计成即使在系统传输延迟未定义的条件下,也可以在吸收系统延迟的延迟电路中设置适当的延迟时间,并且有效的回波消除效果可以始终 实现。 确定通过扬声器和麦克风之间的空间输入到延迟电路输入的再现音频信号之间的传输路径的时间差作为自适应滤波器系统的处理目标信号,并且确定对应于该时间差的延迟时间 被设置在延迟电路中。 此时,扬声器和麦克风被放置成使得它们之间的距离小,并且延迟电路的延迟时间被设置为0.因此,所确定的时间差表示上述传输路径中的系统传输延迟。 也就是说,可以在延迟电路中设置与系统传输延迟相对应的准确的延迟时间。
    • 9. 发明授权
    • Locking device for steering mast of small watercraft
    • 小型船只转向杆锁定装置
    • US4989532A
    • 1991-02-05
    • US400482
    • 1989-08-30
    • Hideki KishiMuneaki Kago
    • Hideki KishiMuneaki Kago
    • B63B35/73
    • B63B35/731
    • A U-shaped locking element having parallel extending ends is provided for selectively locking a raisable steering mast of a small watercraft in an upright position for servicing and maintaining the engine. The raisable steering mast is pivotally connected to a mounting transversely secured to the hull of the watercraft for movement between an upright position and a substantially horizontal lower position. The locking element is pivotally connected to a lug on the mounting for movement between a locked position, wherein the locking element engages with the steering mast while it is in the upright position to lock the steering mast in that position, and an unlocked position. At least one torsional spring is provided to urge the steering mast upward and thereby assist in raising the steering mast so that it can be locked in its upright position.
    • 提供具有平行的延伸端的U形锁定元件,用于选择性地将小型船只的可升高的转向桅杆锁定在直立位置,以维修和维护发动机。 可升降的转向桅杆枢转地连接到横向固定到船体的船体上的安装件,用于在直立位置和基本上水平的下部位置之间移动。 锁定元件枢转地连接到安装件上的凸耳以在锁定位置之间移动,其中当处于直立位置时锁定元件与转向桅杆接合以将转向桅杆锁定在该位置和解锁位置。 提供至少一个扭转弹簧以向上推动转向桅杆,从而有助于提升转向桅杆,使其能够被锁定在其直立位置。