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    • 1. 发明授权
    • Pneumatic driving machine
    • 气动驱动机
    • US09221162B2
    • 2015-12-29
    • US13124014
    • 2009-10-13
    • Hiroki KitagawaMasashi NishidaTetsuhito ShigeKousuke AkutsuMasaya NagaoShouichi Hirai
    • Hiroki KitagawaMasashi NishidaTetsuhito ShigeKousuke AkutsuMasaya NagaoShouichi Hirai
    • B25C5/00B25C1/04B25C1/00
    • B25C1/041B25C1/008
    • The nailing machine (1) comprises an air passage (510) allowing communication between a cylinder (200) and a return air chamber (500) in which compressed air for returning a piston (300) to the initial position is accumulated. The air passage (510) is provided with a control valve (520) controlling entry of compressed air into the return air chamber (500) from the cylinder (200). The control valve (520) opens the air passage (510) and allows entry of compressed air into the return air chamber (500) in the case wherein the nailed object produces a small reaction force upon driving the nail, namely when the upward moving distance of the body (100) relative to the push lever (700) is smaller than a predetermined distance. The compressed air that has entered the return air chamber (500) further enters a below-the-piston chamber and serves as air damper, reducing the driving force.
    • 打钉机(1)包括允许气缸(200)和返回空气室(500)之间连通的空气通道(510),在该空气通道(500)中累积用于将活塞(300)返回到初始位置的压缩空气。 空气通道(510)设置有控制阀(520),其控制压缩空气从气缸(200)进入返回空气室(500)。 控制阀(520)打开空气通道(510),并允许压缩空气进入返回空气室(500),在被钉入的物体在驱动钉子时产生小反作用力的情况下,即当向上移动距离 (100)相对于推杆(700)的距离小于预定距离。 已经进入返回空气室(500)的压缩空气进一步进入活塞下方的室,作为空气阻尼器,减小驱动力。
    • 2. 发明申请
    • PNEUMATIC DRIVING MACHINE
    • 气动驱动机
    • US20110198384A1
    • 2011-08-18
    • US13123664
    • 2009-10-13
    • Hiroki KitagawaMasashi NishidaTetsuhito ShigeKousuke AkutsuMasaya NagaoShouichi Hirai
    • Hiroki KitagawaMasashi NishidaTetsuhito ShigeKousuke AkutsuMasaya NagaoShouichi Hirai
    • B25C1/04
    • B25C1/008B25C1/041
    • The nailing machine (1) comprises an air passage (510) allowing communication between a cylinder (200) and a return air chamber (500) in which compressed air for returning a piston (300) to the initial position is accumulated. The air passage (510) is provided with a control valve (520) controlling entry of compressed air into the return air chamber (500) from the cylinder (200). The control valve (520) opens the air passage 510 and allows entry of compressed air into the return air chamber (500) in the case wherein the nailed object produces a small reaction force upon driving the nail, namely when the upward moving distance of the body (100) relative to the push lever (700) is smaller than a predetermined distance. The compressed air that has entered the return air chamber (500) further enters a below-the-piston chamber and serves as air damper, reducing excess energy absorbed by a piston bumper (360).
    • 打钉机(1)包括允许气缸(200)和返回空气室(500)之间连通的空气通道(510),在该空气通道(500)中累积用于将活塞(300)返回到初始位置的压缩空气。 空气通道(510)设置有控制阀(520),其控制压缩空气从气缸(200)进入返回空气室(500)。 控制阀(520)打开空气通道510并允许压缩空气进入返回空气室(500),在被钉入的物体在驱动钉子时产生小的反作用力的情况下,即当 主体(100)相对于推杆(700)小于预定距离。 已经进入返回空气室(500)的压缩空气进一步进入活塞下方的室,用作空气阻尼器,减少活塞保险杠(360)吸收的多余的能量。
    • 3. 发明申请
    • PNEUMATIC DRIVING MACHINE
    • 气动驱动机
    • US20110198380A1
    • 2011-08-18
    • US13124014
    • 2009-10-13
    • Hiroki KitagawaMasashi NishidaTetsuhito ShigeKousuke AkutsuMasaya NagaoShouichi Hirai
    • Hiroki KitagawaMasashi NishidaTetsuhito ShigeKousuke AkutsuMasaya NagaoShouichi Hirai
    • B25C1/04
    • B25C1/041B25C1/008
    • The nailing machine (1) comprises an air passage (510) allowing communication between a cylinder (200) and a return air chamber (500) in which compressed air for returning a piston (300) to the initial position is accumulated. The air passage (510) is provided with a control valve (520) controlling entry of compressed air into the return air chamber (500) from the cylinder (200). The control valve (520) opens the air passage (510) and allows entry of compressed air into the return air chamber (500) in the case wherein the nailed object produces a small reaction force upon driving the nail, namely when the upward moving distance of the body (100) relative to the push lever (700) is smaller than a predetermined distance. The compressed air that has entered the return air chamber (500) further enters a below-the-piston chamber and serves as air damper, reducing the driving force.
    • 打钉机(1)包括允许气缸(200)和返回空气室(500)之间连通的空气通道(510),在该空气通道(500)中累积用于将活塞(300)返回到初始位置的压缩空气。 空气通道(510)设置有控制阀(520),其控制压缩空气从气缸(200)进入返回空气室(500)。 控制阀(520)打开空气通道(510),并允许压缩空气进入返回空气室(500),在被钉入的物体在驱动钉子时产生小反作用力的情况下,即当向上移动距离 (100)相对于推杆(700)的距离小于预定距离。 已经进入返回空气室(500)的压缩空气进一步进入活塞下方的室,作为空气阻尼器,减小驱动力。
    • 4. 发明授权
    • Pneumatic driving machine
    • 气动驱动机
    • US08479963B2
    • 2013-07-09
    • US13123664
    • 2009-10-13
    • Hiroki KitagawaMasashi NishidaTetsuhito ShigeKousuke AkutsuMasaya NagaoShouichi Hirai
    • Hiroki KitagawaMasashi NishidaTetsuhito ShigeKousuke AkutsuMasaya NagaoShouichi Hirai
    • B25C1/04
    • B25C1/008B25C1/041
    • The nailing machine (1) comprises an air passage (510) allowing communication between a cylinder (200) and a return air chamber (500) in which compressed air for returning a piston (300) to the initial position is accumulated. The air passage (510) is provided with a control valve (520) controlling entry of compressed air into the return air chamber (500) from the cylinder (200). The control valve (520) opens the air passage 510 and allows entry of compressed air into the return air chamber (500) in the case wherein the nailed object produces a small reaction force upon driving the nail, namely when the upward moving distance of the body (100) relative to the push lever (700) is smaller than a predetermined distance. The compressed air that has entered the return air chamber (500) further enters a below-the-piston chamber and serves as air damper, reducing excess energy absorbed by a piston bumper (360).
    • 打钉机(1)包括允许气缸(200)和返回空气室(500)之间连通的空气通道(510),在该空气通道(500)中累积用于将活塞(300)返回到初始位置的压缩空气。 空气通道(510)设置有控制阀(520),其控制压缩空气从气缸(200)进入返回空气室(500)。 控制阀(520)打开空气通道510并允许压缩空气进入返回空气室(500),在被钉入的物体在驱动钉子时产生小的反作用力的情况下,即当 主体(100)相对于推杆(700)小于预定距离。 已经进入返回空气室(500)的压缩空气进一步进入活塞下方的室,用作空气阻尼器,减少活塞保险杠(360)吸收的多余的能量。
    • 5. 发明申请
    • Fastening Tool
    • 紧固工具
    • US20140158740A1
    • 2014-06-12
    • US14130562
    • 2012-08-22
    • Kousuke AkutsuShouichi HiraiYoshiichi KomazakiMasaya NagaoAkiyuki Miyazaki
    • Kousuke AkutsuShouichi HiraiYoshiichi KomazakiMasaya NagaoAkiyuki Miyazaki
    • B25C1/04
    • B25C1/04B25C1/008B25C1/044B25C1/046
    • The fastening tool includes a housing, a trigger, a cylinder, a piston, and a main valve. The main valve allows a communication between the cylinder and the first air chamber in conjunction with an operation of the trigger. The housing is formed with a first air chamber, a second air chamber, and a third air chamber. The second air chamber is communicated with the cylinder in conjunction with a movement of the piston. The third air chamber accumulates or discharges the compressed air in the first air chamber in conjunction with the operation of the trigger. The cylinder is movable between a first position where the cylinder upper chamber being in communication with the first air chamber, and a second position where the cylinder upper chamber being blocked from the first air chamber based on a differential pressure between the second air chamber and the third air chamber.
    • 紧固工具包括壳体,触发器,气缸,活塞和主阀。 主阀允许气缸和第一气室之间的连接与触发器的操作相结合。 壳体形成有第一空气室,第二空气室和第三空气室。 结合活塞的运动,第二空气室与气缸连通。 结合触发器的操作,第三空气室在第一空气室中积聚或排出压缩空气。 气缸可在第一位置和第二位置之间,气缸上腔室与第一空气室连通,第二位置和第二位置之间,气缸上腔室基于第二空气室和第二空气室之间的压差而从第一空气室中被阻挡 第三个空气室。
    • 7. 发明申请
    • Pneumatically Operated Power Tool Having Mechanism for Changing Compressed Air Pressure
    • 具有改变压缩空气压力的机构的气动动力工具
    • US20080185058A1
    • 2008-08-07
    • US12027376
    • 2008-02-07
    • Michio WakabayashiTakashi MoriShouichi Hirai
    • Michio WakabayashiTakashi MoriShouichi Hirai
    • G05D16/08F16K31/122
    • B25B21/00B25C1/04Y10T137/7798Y10T137/87917
    • A pneumatically operated power tool includes an outer frame, a driving components, a pressure reduction valve, and a switching valve. The outer frame has a compressed air intake portion and defines therein a compressed air chamber. The driving components are disposed in the outer frame and are driven by a compressed air in the compressed air chamber. The pressure reduction valve defines a pressure receiving space and allows a compressed air to flow from the air intake portion to the compressed air chamber and to the pressure receiving space. The switching valve is movable between a first position where the compressed air flows from the compressed air intake portion to the pressure receiving space, and a second position where a communication between the compressed air intake portion and the pressure receiving space is blocked. The pressure reduction valve is configured to set a compressed air pressure in the compressed air chamber to a first pressure level if the switching valve is located at the first position and to set the compressed air pressure to a second pressure level lower than the first pressure level if the switching valve is located at the second position.
    • 气动电动工具包括外框架,驱动部件,减压阀和切换阀。 外框架具有压缩空气入口部分并且在其中限定了压缩空气室。 驱动部件设置在外框架中并由压缩空气室中的压缩空气驱动。 减压阀限定了压力接收空间,并且允许压缩空气从进气部分流到压缩空气室和压力接收空间。 切换阀可以在压缩空气从压缩空气进入部分流到压力接收空间的第一位置和压缩空气进入部分和压力接收空间之间的连通被阻挡的第二位置之间移动。 减压阀构造成如果切换阀位于第一位置并将压缩空气压力设定到低于第一压力水平的第二压力水平,则将压缩空气室中的压缩空气压力设定到第一压力水平 如果切换阀位于第二位置。
    • 8. 发明授权
    • Speech recognition system
    • 语音识别系统
    • US4624011A
    • 1986-11-18
    • US462042
    • 1983-01-28
    • Sadakazu WatanabeHidenori ShinodaTsuneo NittaYoichi TakebayashiShouichi HiraiTomio SakataKensuke UeharaYasuo TakahashiHaruo Asada
    • Sadakazu WatanabeHidenori ShinodaTsuneo NittaYoichi TakebayashiShouichi HiraiTomio SakataKensuke UeharaYasuo TakahashiHaruo Asada
    • G10L15/10G10L11/00G10L15/00G10L15/28G10L5/00
    • G10L15/00
    • An acoustic signal processing circuit extracts input speech pattern data and subsidiary feature data from an input speech signal. The input speech pattern data comprise frequency spectra, whereas the subsidiary feature data comprise phoneme and acoustic features. These data are then stored in a data buffer memory. The similarity measures between the input speech pattern data stored in the data buffer memory and reference speech pattern data stored in a dictionary memory are computed by a similarity computation circuit. When the largest similarity measure exceeds a first threshold value and when the difference between the largest similarity measure and the second largest measure exceeds a second threshold value, category data of the reference pattern which gives the largest similarity measure is produced by a control circuit to correspond to an input speech. When recognition cannot be performed, the categories of the reference speech patterns which respectively give the largest to mth similarity measures are respectively compared with the subsidiary feature data. In this manner, subsidiary feature recognition of the input voice is performed by a subsidiary feature recognition section.
    • 声信号处理电路从输入语音信号中提取输入语音模式数据和辅助特征数据。 输入语音模式数据包括频谱,而辅助特征数据包括音素和声学特征。 然后将这些数据存储在数据缓冲存储器中。 存储在数据缓冲存储器中的输入语音模式数据与字典存储器中存储的参考语音模式数据之间的相似性度量由相似度计算电路计算。 当最大相似性度量超过第一阈值时,当最大相似性度量与第二最大量度之间的差异超过第二阈值时,通过控制电路产生给出最大相似性度量的参考模式的类别数据,以对应于 输入语音。 当不能执行识别时,将分别给出最大到第m个相似性度量的参考语音模式的类别分别与辅助特征数据进行比较。 以这种方式,由辅助特征识别部执行输入语音的辅助特征识别。
    • 9. 发明授权
    • Fastener driving tool
    • 紧固件驱动工具
    • US08960516B2
    • 2015-02-24
    • US13390399
    • 2010-09-15
    • Yoshimitsu IijimaNorikazu BabaYasuki OhmoriShouichi Hirai
    • Yoshimitsu IijimaNorikazu BabaYasuki OhmoriShouichi Hirai
    • B25C1/08B25B21/00B25C1/14B25B21/02B25B27/00
    • B25C1/08B25B21/00B25B21/023B25B27/0085B25C1/14
    • A fastener driving tool is capable of not only linearly driving but also rotationally fastening a fastener into a workpiece P. The fastener driving tool includes a housing 2, a nose portion 40 formed with an injection passage 40a through which a fastener 41 is driven, a magazine 4 accommodating fasteners 41 and supplying a fastener 41 to the nose portion 40, a push lever 5 movable relative to the housing 2 upon depression against the workpiece P, combustion chamber frames 12, 22 movable in the housing 2 in accordance with the movement of the push lever 5, and first and second cylinders 7, 8 fixed to the housing 2. First and second pistons 71, 81 are movably disposed in the first and second cylinders 7,8, respectively, and a bit 9 extends from the first piston 71. A rod 14 formed with a rack 14A extends from the second piston 72. The rack 14A is engageable with a motion conversion mechanism 6 for converting a linear motion of the rod 14 into rotational motion of the bit 9.
    • 紧固件驱动工具不仅可以线性地驱动,而且可以将紧固件旋转地紧固到工件P中。紧固件驱动工具包括壳体2,形成有驱动紧固件41的注射通道40a的鼻部40, 杂物4容纳紧固件41并将紧固件41提供到鼻部40;推动杆5,当按压在工件P上时可相对于壳体2移动,可在壳体2内移动的燃烧室框架12,22根据 推杆5以及固定在壳体2上的第一和第二气缸7,8。第一活塞71和第二活塞81分别可动地设置在第一和第二气缸7,8中,并且钻头9从第一活塞 形成有齿条14A的杆14从第二活塞72延伸。齿条14A可与运动转换机构6接合,用于将杆14的线性运动转换成钻头9的旋转运动。