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    • 71. 发明申请
    • Method and device for holding sheet-like workpiece
    • 用于保持片状工件的方法和装置
    • US20060096963A1
    • 2006-05-11
    • US11265162
    • 2005-11-03
    • Yasushi ItoFumiaki Kimura
    • Yasushi ItoFumiaki Kimura
    • B23K26/00
    • B23K26/083B23K37/0461B23K2101/42
    • There is provided a method and a device capable of holding a sheet-like workpiece without wrinkles. The sheet-like workpiece holding method has steps of mounting the sheet-like workpiece in a state in which almost no tensile force is applied thereon on a machining table, pressing out wrinkles of the sheet-like workpiece by lowering a pressing member whose surface facing to the workpiece protrudes in the shape of a convex lens toward the workpiece so that the workpiece is pressed against the machining table, retaining the sheet-like workpiece on the machining table by means of sunction while continuously pressing the sheet-like workpiece by the pressing member and releasing the pressing force of the pressing member while retaining the sheet-like workpiece.
    • 提供了能够保持片状工件而没有皱纹的方法和装置。 片状工件保持方法具有将片状工件安装在加工台上几乎不施加张力的状态的步骤,通过将表面朝向 工件以凸透镜的形状朝向工件突出,使得工件被压靠在加工台上,通过隔离将片状工件保持在加工台上,同时通过按压连续按压片状工件 并且在保持片状工件的同时释放按压构件的按压力。
    • 72. 发明申请
    • Laser machining apparatus for sheet-like workpiece
    • 激光加工装置用于片状工件
    • US20050224476A1
    • 2005-10-13
    • US11100521
    • 2005-04-07
    • Yasushi ItoTatsuo Sato
    • Yasushi ItoTatsuo Sato
    • B23K26/10B23K37/04B23K101/16B23K101/42B23Q7/00H05K1/00H05K3/00B23K26/08
    • B23K26/0846B23K26/0853B23K26/10B23K37/0426B23K2101/16B23K2101/42H05K1/0393H05K3/0026H05K2203/1545
    • There is provided a laser machining apparatus for sheet-like workpieces that allows an installation area to be reduced and that may be readily controlled. The laser machining apparatus comprises a Y-table movable in X- and Y-plane directions orthogonal to a laser beam irradiated from an fθ lens, a supply reel for holding a supply-side roll in which a sheet-like workpiece is rolled in a roll and capable of supplying the sheet-like workpiece, and a take-up reel for holding a take-up side roll in which the sheet-like workpiece whose machining has been finished is rolled up in a roll and capable of taking up the sheet-like workpiece. Machining is carried out by fixing the sheet-like workpiece in the machining area on the movable table and by irradiating the laser beam while relatively moving the movable table to the laser beam. Here, at least one of the supply reel and the take-up reel is disposed on the movable table.
    • 提供了一种用于片状工件的激光加工装置,其允许减小安装面积并且可以容易地控制。 该激光加工装置包括:在与从FTA透镜照射的激光束正交的X方向和Y平面方向上移动的Y台,用于保持供给侧辊的供给卷轴,其中片状工件在其中滚动 并且能够提供片状工件的卷取卷轴和用于保持卷取侧辊的卷取卷轴,其中已经完成加工的片状工件卷成卷并能够卷取片材 样工件。 通过将片状工件固定在可移动工作台上的加工区域中并且通过在将可移动工作台移动到激光束的同时照射激光束来进行加工。 这里,供给卷盘和收带卷轴中的至少一个设置在可动台上。
    • 74. 发明申请
    • Machining apparatus
    • 加工设备
    • US20050111958A1
    • 2005-05-26
    • US10935217
    • 2004-09-08
    • Yasushi ItoMasuo YamauchiNorio Michigami
    • Yasushi ItoMasuo YamauchiNorio Michigami
    • B23Q7/00B23Q7/04B23Q7/10B25J1/00
    • B23Q7/103
    • In a laser beam machining apparatus, a work supply station is disposed on one side of a laser beam machining apparatus body, and a work holding station is disposed on the other side of the laser beam machining apparatus body. Each of the work supply station and the work holding station is provided with a means for removing a work vertically and positioning the work w in a horizontal state on a machining table. A stocker including works disposed therein is disposed in the work supply station, and a stocker including no work disposed therein is disposed in the work holding station, so that a surface of a work w disposed in the stocker is machined, and the machined work is disposed in the stocker. When the machining of the works disposed in the stocker has been finished, the stocker is rotated through 180 degrees about a vertical axis by a lifter. Then, a back of the work is machined according to a procedure reverse from the above-described machining procedure. When the machining of all the works has been completed, the works are returned to the stocker. Thus, the machining apparatus is smaller in size and capable of carrying out the machining with an enhanced working efficiency.
    • 在激光加工装置中,在激光加工装置主体的一侧设置工作供给站,在激光加工装置主体的另一侧配置工件保持站。 每个工作供应站和工作保持站设置有用于垂直移除工件并将工件w在水平状态下定位在加工台上的装置。 包括其中布置的工件的储料器设置在工作供应站中,并且在工作保持站中设置不包括工件的储料器,从而机械加工设置在储料器中的工件w的表面,并且加工的工件 放在储存者身上。 当放置在储料器中的工件的加工已经完成时,储料器通过升降机绕垂直轴旋转180度。 然后,根据与上述加工程序相反的步骤对工件的背面进行加工。 当所有工程的加工已经完成时,作品将返还给储存者。 因此,加工装置的尺寸更小,能够以更高的工作效率进行加工。
    • 75. 发明授权
    • Booster, monitoring apparatus, booster system, control method and monitoring method
    • 增压器,监控装置,增压系统,控制方法和监控方法
    • US06690915B1
    • 2004-02-10
    • US09650152
    • 2000-08-29
    • Yasushi ItoKazuhito Ito
    • Yasushi ItoKazuhito Ito
    • H04B336
    • H04B7/15535H04B17/345
    • A booster is provided which controls its gain to reduce the adverse effect of the booster noise on a base station. It receives a perch signal transmitted from a base station; measures received power of the perch signal at the booster; receives information about the transmission power of the perch signal from the base station; and measures the noise power of the amplified uplink signal at the booster. It controls the gain of the uplink signal and/or the gain of the downlink signal in response to the transmission power of the perch signal of the base station, the received power of the perch signal at the booster, and the noise power of the amplified uplink signal at the booster.
    • 提供了一种控制其增益的增强器,以减小对基站的增强噪声的不利影响。 它接收从基站发送的导频信号; 在升压器处测量导管信号的接收功率; 从基站接收关于导频信号的发送功率的信息; 并且在升压器处测量放大的上行链路信号的噪声功率。 它响应于基站的导频信号的发射功率,升压器的导频信号的接收功率和放大的信号的噪声功率来控制上行链路信号的增益和/或下行链路信号的增益 升压器上的上行信号。
    • 76. 发明授权
    • Resinous die
    • 树脂模具
    • US06513360B1
    • 2003-02-04
    • US09631533
    • 2000-08-03
    • Yasushi ItoToshiyuki Usui
    • Yasushi ItoToshiyuki Usui
    • B29C3500
    • B21D37/20
    • A resinous die for press-shaping a blank material into a desired configuration, which comprises a die member and a mating punch, both having respective shaping portions. Each shaping portion is formed of an epoxy resin layer provided at portions thereof where a relatively low surface pressure is applied, and a plurality of reinforcing pieces provided in an embedded fashion at portions thereof where a relatively high surface pressure is applied, for reinforcing the shaping portion. This arrangement imparts increased durability to the shaping portion and hence the die while keeping the cost of manufacture of the die to a minimum.
    • 一种用于将坯料压制成所需构造的树脂模,其包括具有相应成形部分的模具构件和配合冲头。 每个成形部分由设置在其中施加相对低的表面压力的部分处的环氧树脂层形成,并且在其中施加相对高的表面压力的部分以嵌入的方式设置的多个增强件用于加强成形 一部分。 这种布置赋予成形部分和因此模具更高的耐久性,同时将模具的制造成本保持在最低限度。
    • 78. 发明授权
    • Control device and control method for vehicle
    • 车辆控制装置及控制方法
    • US06334424B1
    • 2002-01-01
    • US09512642
    • 2000-02-24
    • Yasushi Ito
    • Yasushi Ito
    • F02B1700
    • B60W10/06B60W10/101B60W30/20B60W2540/10B60W2540/16B60W2710/0616F02D41/0215F02D41/3029F02D41/307F02D2400/12F16H61/66F16H2057/0012
    • During high-load running of a vehicle, first control is performed wherein fuel injection is carried out in an intake stroke of an engine so as to evenly distribute mixture gas into combustion chambers of the engine. During low-load running of the vehicle, second control is performed wherein fuel injection is carried out in a compression stroke of the engine so as to bias mixture gas toward a zone in the vicinity of an ignition plug of the engine. The first control and the second control are switched over from one to the other in accordance with a loaded condition of the engine. Even if the engine has reached a loaded condition suited for a transition to the first control due to sudden acceleration during performance of the second control, while transient surge damping control based on an opening degree of a throttle valve is being performed, the transition to the first control is not made.
    • 在车辆的高负载行驶期间,执行首先控制,其中在发动机的进气冲程中进行燃料喷射,以将混合气体均匀地分配到发动机的燃烧室中。 在车辆的低负载行驶期间,执行第二控制,其中在发动机的压缩行程中进行燃料喷射,以将混合气体朝向发动机火花塞附近的区域偏置。 第一控制和第二控制根据发动机的加载状态从一个切换到另一个。 即使在执行第二控制期间发动机由于突然的加速而已经达到适合于转换到第一控制的负载状态,而正在执行基于节流阀的开度的瞬态喘振阻尼控制, 首先没有控制。