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    • 1. 发明授权
    • Striking tool
    • 打击工具
    • US4075850A
    • 1978-02-28
    • US634185
    • 1975-11-21
    • Takashi NakazatoChikamitsu SawadaShigeyuki UminoMitsuhiro Takatsuru
    • Takashi NakazatoChikamitsu SawadaShigeyuki UminoMitsuhiro Takatsuru
    • B25C1/08B25D9/10F01L9/02F02B63/02F01B29/08
    • F02B63/02B25C1/08B25D9/10F01L9/02
    • This striking tool of an internal combustion type includes in a housing of a tool body a cylinder providing slidably a piston connecting to a driver. A combustion chamber is disposed around the side wall of the cylinder. A fluid controlled valve is disposed between the combustion chamber disposed around the side wall of the cylinder. A fluid controlled valve is disposed between the combustion chamber and a piston upper chamber of the cylinder, which is normally biased to close communication between the combustion chamber and the piston upper chamber and operated to open communication therebetween when mixture gas of combustible gas and air in the combustion chamber is exploded therein. When a trigger, disposed on the external of the tool body and driveable outwardly, is driven, said mixture gas at first enters and fills up the combustion chamber and then is ignited therein by igniting means. A rising of combustion pressure generated by ignition of mixture gas in the combustion chamber directly opens said valve. The combustion pressure is, thereby, supplied into the piston upper chamber of the cylinder and pressurize a upper surface of the piston to drive the piston lower abruptly. At the same time, the piston gives the driver connected thereto striking force.
    • 这种内燃式打击工具在工具主体的壳体中包括可滑动地提供连接到驱动器的活塞的气缸。 燃烧室围绕气缸的侧壁设置。 流体控制阀设置在设置在气缸的侧壁周围的燃烧室之间。 流体控制阀设置在燃烧室和气缸的活塞上室之间,该气室通常被偏压以密封燃烧室和活塞上腔室之间的连通,并且当可燃气体和空气的混合气体在 燃烧室在其中爆炸。 当被设置在工具主体的外部并可向外驱动的触发器被驱动时,所述混合气体首先进入并填充燃烧室,然后通过点火装置被点燃。 燃烧室内混合气体点火所产生的燃烧压力的上升直接打开所述阀。 因此,燃烧压力被供给到气缸的活塞上部腔室中,并且对活塞的上表面加压,以使突起下降驱动活塞。 同时,活塞给与驱动器相连的打击力。
    • 2. 发明授权
    • Gas compression/expansion apparatus
    • 气体压缩/膨胀装置
    • US5465579A
    • 1995-11-14
    • US239415
    • 1994-05-06
    • Fusao TeradaTakashi NakazatoRikio TadanoNaohide TanigawaTatuya HiroseKazuo IkegamiKiyoshi Fukushima
    • Fusao TeradaTakashi NakazatoRikio TadanoNaohide TanigawaTatuya HiroseKazuo IkegamiKiyoshi Fukushima
    • F02G1/043F04B39/04F25B9/14F25B9/00
    • F04B39/041F02G1/043F25B9/14F02G2243/02F02G2244/00F02G2270/45
    • An apparatus for compressing/expanding a working gas (compression/expansion apparatus), including: a cylinder; a piston for compressing/expanding said working gas in a working space (front space) of said cylinder; a crank mechanism connected with a piston rod of said piston via an oil seal; a crank chamber for housing therein said crank mechanism and communicating with said cylinder via said oil seal, said apparatus comprising: a first tube allowing for a unidirectional flow of the working gas from said crank chamber to said front space in said cylinder, said first tube having therein an oil filter and a first check valve; and a second tube allowing for a unidirectional flow of the working gas from said front space to a second space (rear space) behind said piston in said cylinder, said second tube having therein a second check valve. In this construction a loop of the working gas is established for pumping the gas from the crank chamber to the rear space of the cylinder via the front space, and then back to the crank chamber via the oil seal between the cylinder and the crank chamber. The passage of the gas through the oil seal helps prevent the lubrication oil from infiltrating directly from the crank chamber into the cylinder along the piston rod.
    • 一种用于压缩/膨胀工作气体的装置(压缩/膨胀装置),包括:气缸; 用于在所述气缸的工作空间(前空间)中压缩/膨胀所述工作气体的活塞; 曲柄机构,其经由油封与所述活塞的活塞杆连接; 用于容纳其中的所述曲柄机构并经由所述油封与所述气缸连通的曲柄室,所述装置包括:允许所述工作气体从所述曲柄室单向流动到所述气缸中的所述前部空间的第一管,所述第一管 其中具有滤油器和第一止回阀; 以及允许所述工作气体从所述前部空间到所述气缸中的所述活塞后面的第二空间(后部空间)的单向流动的第二管,所述第二管中具有第二止回阀。 在这种结构中,建立了工作气体循环,用于经由前部空间将气体从曲柄室泵送到气缸的后部空间,然后经由气缸和曲柄室之间的油封将其返回到曲柄室。 气体通过油封的通道有助于防止润滑油沿着活塞杆从曲轴室直接渗透到气缸中。
    • 3. 发明授权
    • Very small displacement enlargement mechanism and printing head using
the same
    • 非常小的位移放大机构和使用其的打印头
    • US4976553A
    • 1990-12-11
    • US281438
    • 1988-12-08
    • Morio YamaguchiYasunori KudohTakashi Nakazato
    • Morio YamaguchiYasunori KudohTakashi Nakazato
    • B41J2/295H01L41/09
    • B41J2/295H02N2/043
    • A very small displacement enlargement mechanism is disclosed, in which a first stationary frame and a second movable frame are disposed on the opposite sides of a piezoelectric element for producing a strain in a longitudinal direction according to an applied voltage. A movable member consisting of a plurality of elements linked together into a substantially parallelogrammic form is disposed between the two frames such as to surround the piezoelectric element. An element of the movable member or the side of the first frame is united integrally to the first frame, and another element which is on the side of the second frame and faces the first-mentioned element is united integrally to the second frame. The strain of the piezoelectric element produces a relative displacement of the two frames via the movable member, and the relative displacement is transmitted as an enlarged output to a drive wire. A printing head has a plurality of radially spaced-apart mounting grooves, and a printing unit having the above construction is mounted in each of the mounting grooves.
    • 公开了一种非常小的位移放大机构,其中第一固定框架和第二可移动框架设置在压电元件的相对侧上,用于根据施加的电压在纵向上产生应变。 由连接在一起的大致平行四边形形式的多个元件组成的可移动部件设置在两个框架之间,以便围绕压电元件。 可移动部件的元件或第一框架的一侧的元件与第一框架一体地结合,并且在第二框架的侧面上面对第一个元件的另一元件与第二框架一体地结合在一起。 压电元件的应变通过可动构件产生两个框架的相对位移,并且相对位移作为放大的输出传递到驱动线。 打印头具有多个径向间隔开的安装槽,并且具有上述结构的打印单元安装在每个安装槽中。
    • 5. 发明授权
    • Sound reduction apparatus for pneumatic type nailing machine
    • 气动打钉机减声装置
    • US5676300A
    • 1997-10-14
    • US551745
    • 1995-11-07
    • Takashi NakazatoMasaru Sekita
    • Takashi NakazatoMasaru Sekita
    • B25F5/00B25C1/04B25C7/00F01N1/08
    • B25C1/047
    • A sound reduction apparatus for a pneumatic type nailing machine in which a driving piston is driven by compressed air to drive a nail and the compressed air is exhausted from an exhaust port after driving is provided. The sound reduction apparatus includes a sound reduction chamber configured for receiving the compressed air from the exhaust port and exhausting the air after driving. The sound reduction chamber includes a wall defining a plurality of exhaust slits extending circumferentially about the sound reduction chamber. The exhaust slits are constructed and arranged to exhaust the compressed air from the sound reduction chamber in a substantially laminar flow thereby reducing an intensity of exhaust sound.
    • 一种用于气动打钉机的减声装置,其中驱动活塞由压缩空气驱动以驱动钉子,并且压缩空气在驱动之后从排气口排出。 声音降低装置包括:声音减小室,被配置为从排气口接收压缩空气并且在驱动后排出空气。 减声室包括限定围绕减声室周向延伸的多个排气狭缝的壁。 排气狭缝被构造和布置成以基本上层流的方式从减声室排出压缩空气,从而降低废气声音的强度。
    • 6. 发明授权
    • Tape printing apparatus
    • 胶带印刷装置
    • US5503485A
    • 1996-04-02
    • US235323
    • 1994-04-29
    • Takashi Nakazato
    • Takashi Nakazato
    • B41J3/36B41J15/04B65C9/46B65H35/07
    • B41J15/04
    • A tape printing apparatus has a main body, a print device mounted on the main body, and a tape wound body being rotatably supported on the main body. The tape wound body has an annular core member, and a print tape wound on the annular core member. The print tape includes a tape base material including a print surface, and an adhesive layer being exposed to a surface opposite to the print surface of said tape base material. The print device prints data on the print surface of the print tape wound on the tape wound body. The print device contacts an outermost print surface of the print tape. The main body includes a bias device for urging the tape wound body toward the print device, a tape feeder for rotating the tape wound body in contact with an outer circumferential surface of the tape wound body, and a tape separator for separating the print tape by peeling off the print tape in a wound state.
    • 带式打印装置具有主体,安装在主体上的打印装置和可旋转地支撑在主体上的卷绕体。 带缠绕体具有环形芯部件和缠绕在环形芯部件上的打印带。 打印带包括带基材,其包括印刷表面,以及粘合剂层暴露于与所述带基材的印刷表面相反的表面。 打印装置在卷绕在卷绕体上的打印带的打印面上打印数据。 打印装置接触打印带的最外面的打印表面。 主体包括用于将带缠绕体朝向打印装置推压的偏压装置,用于使带缠绕体与卷绕体的外圆周表面接触的带式进料器,以及用于将打印带分离的带分离器 在卷绕状态下剥离打印带。
    • 10. 发明授权
    • Tool for handling a striking screw
    • 用于处理打击螺丝的工具
    • US5425293A
    • 1995-06-20
    • US135983
    • 1993-10-14
    • Takashi NakazatoTakumi Harigaya
    • Takashi NakazatoTakumi Harigaya
    • B25B21/00B25B21/02B25B23/00B25B23/06B25B19/00
    • B25B21/00B25B21/023B25B23/0064B25B23/06
    • A driver bit holding sleeve 6 is disposed in a shooting portion 4 so as to enable it to be rotated together with a driver bit 5 struck by a striking piston 2 while permitting the driver bit 5 to be slidably displaced in the shooting portion 4, and a piston-cylinder mechanism 10 for rotationally driving the holding sleeve 6 is arranged in the vicinity of the shooting portion 4. The piston-cylinder mechanism 10 is operatively associated with the holding sleeve 6 via a converting mechanism 17 for converting reciprocable linear movement of the piston-cylinder mechanism 10 into rotary movement of the holding sleeve 6. Since a striking sleeve 7 is threadably squeezed in a material to be handled after it is struck by a driver bit 5, any type of striking screw 7 having a circular head portion can easily and reliably be struck in the material.
    • 驾驶员位保持套筒6设置在拍摄部分4中,以便能够与打击活塞2撞击的驾驶员钻头5一起旋转,同时允许驾驶员钻头5在射击部分4中可滑动地移位,以及 用于旋转地驱动保持套筒6的活塞 - 气缸机构10设置在拍摄部分4的附近。活塞 - 气缸机构10经由转换机构17与保持套筒6可操作地相关联,用于转换 活塞气缸机构10转动到保持套筒6的旋转运动中。由于打击套筒7在被驱动钻头5撞击之后被螺纹地挤压在待处理的材料中,所以具有圆形头部的任何类型的打击螺钉7可以 容易可靠地在材料中被击中。