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    • 1. 发明授权
    • Roller pump with housing having integrated reduction gear housing
    • 带有外壳的滚子泵具有集成的减速齿轮箱
    • US07037092B2
    • 2006-05-02
    • US10092524
    • 2002-03-08
    • Yoshihisa KagawaKazuhide YamazakiSeiji Kojima
    • Yoshihisa KagawaKazuhide YamazakiSeiji Kojima
    • F04B43/08
    • F04B9/02A61M5/14232F04B43/1253F04B43/1276
    • A roller pump comprises a pump housing having a cylindrical inner surface, a rotor fixed to a drive shaft placed at the central portion of the pump housing, rollers provided around the rotor and a driver for driving the drive shaft through a reduction gear. The rollers press an elastic tube installed between the rollers and the inner surface of the pump housing to transfer a liquid in the elastic tube by rotation of the rotor. The pump housing and the reduction gear are integrated into one body and an output shaft of the reduction gear is fixed to the drive shaft of the rotor. A stepping motor is used as the driver. A part of the inner surface of the pump housing is composed of a semicircle, another part of the inner surface is composed of a partial circle of which center is shifted from the center of the semicircle. The inlet and outlet slots are provided with levers for pressing the inlet or outlet portion into the inlet or outlet slot to hold inlet or outlet portion in the inlet or outlet slot respectively.
    • 辊泵包括具有圆柱形内表面的泵壳体,固定到位于泵壳体的中心部分处的驱动轴的转子,设置在转子周围的滚子和用于通过减速齿轮驱动驱动轴的驱动器。 辊子按压安装在辊子和泵壳体的内表面之间的弹性管,以通过转子旋转来传递弹性管中的液体。 泵壳体和减速齿轮集成在一体内,减速机的输出轴固定在转子的驱动轴上。 使用步进电机作为驱动器。 泵壳的内表面的一部分由半圆形构成,内表面的另一部分由中心从半圆的中心偏移的部分圆组成。 入口和出口狭槽设有用于将入口或出口部分压入入口或出口狭槽的杠杆,以分别将入口或出口部分保持在入口或出口槽中。
    • 2. 发明授权
    • Liquid infusion apparatus
    • 液体输液装置
    • US06776773B2
    • 2004-08-17
    • US10224912
    • 2002-08-21
    • Junichi KiyatakeKatumi TominagaKazuhide YamazakiSeiji Kojima
    • Junichi KiyatakeKatumi TominagaKazuhide YamazakiSeiji Kojima
    • A61M520
    • A61M5/1456Y10S128/01
    • A first sensor (13-1), the mounting position of the first sensor (13-1) being recognized as a counting number of instruction pulses to a pulse motor (3), is arranged along a plate (11) with slits of an encoder at a portion between a position where a pushing holder (7) is connected to a plunger (9) for the liquid infusion, and a start position where the pushing holder (7) is separated from the plunger (9). A counting means (16) for counting encoder pulses from the encoder, is reset when a first sensor (13-1) is detected by a position detecting device (14) moved together with the pushing holder (7), and started to count the encoder pulses according to the movement of the pushing holder (7). A time to complete the liquid infusion is calculated by using a distance between the position where the plunger (9) is connected to the holder (7) and a liquid infusion finish position proper to the syringe, and a predetermined liquid infusion speed.
    • 第一传感器(13-1)将第一传感器(13-1)的安装位置识别为脉冲电机(3)的指令脉冲的计数数,沿着板(11)布置,具有 在推动保持器(7)与用于液体灌注的柱塞(9)连接的位置之间的部分处的编码器以及推动保持器(7)与柱塞(9)分离的起始位置。 当通过与推动保持器(7)一起移动的位置检测装置(14)检测到第一传感器(13-1)时,用于对来自编码器的编码器脉冲进行计数的计数装置(16)被复位,并开始计数 编码器脉冲根据推动保持器(7)的移动。 通过使用柱塞(9)与保持器(7)连接的位置与注射器适当的液体输注完成位置之间的距离和预定的液体输注速度来计算完成液体输注的时间。
    • 3. 发明授权
    • Tie tamper
    • 领带篡改
    • US4327645A
    • 1982-05-04
    • US171815
    • 1980-07-24
    • Kazuhide YamazakiMasaomi MorisawaMaki Nakajima
    • Kazuhide YamazakiMasaomi MorisawaMaki Nakajima
    • E01B27/12E01B27/14E01B27/00
    • E01B27/14
    • The handle of a tie tamper is connected to its vibration generating motor, to which a beater is rigidly fixed to be vibrated thereby, by a combination of a Neidhart damper fixed to one end of the handle, a shackle-link pair fixed at one end to the square shaft of the damper, and an arcuate leaf spring pin-connected at its one end to the link pair and at its other end to the motor and by a two-bar linkage connected at its two ends via Neidhart dampers respectively to an intermediate part of the handle and to the motor, and a balance weight is provided at the pin joint between the two links of the two-bar linkage. This construction greatly reduces the vibration transmitted from the motor to the handle.
    • 连接篡改器的手柄连接到振动发生电动机,通过组合固定在手柄的一端的Neidhart阻尼器,将搅拌器刚性地固定到其上的振动器,固定在一端的钩环对 连接到阻尼器的方形轴上,弓形板弹簧的一端连接到连杆对并且在另一端处连接到电动机上,并且通过两杆连杆分别连接在其两端,经由Neidhart阻尼器连接到 手柄的中间部分和电动机,并且在两杆连杆的两个连杆之间的销接头处设置有平衡重。 这种结构大大降低了从电机传递到手柄的振动。
    • 5. 发明授权
    • Tie tamper
    • 领带篡改
    • US4323014A
    • 1982-04-06
    • US171814
    • 1980-07-24
    • Kazuhide YamazakiShigetoshi OgawaAtsushi SumaMaki Nakajima
    • Kazuhide YamazakiShigetoshi OgawaAtsushi SumaMaki Nakajima
    • E01B27/12E01B27/14F16F1/42
    • E01B27/14F16F1/42
    • The handle of a tie tamper is connected to its vibration generating motor, which vibrates a beater fixed thereto, by a combination of a Neidhart damper secured to one end of the handle, a shackle-like link pair fixed at its one end to the damper, and an arcuate leaf spring pin-connected at its one end to the other end of the link pair and at its other end to the motor and by a two-bar linkage connected at its two ends via Neidhart dampers respectively to an intermediate part of the handle and to the motor, a balance weight being provided at the pin joint between the two links of the two-bar linkage, and a strap connected at its ends to the handle and motor limits the extension of the two-bar linkage.
    • 连接篡改器的手柄连接到其振动产生电动机,其通过固定到手柄的一端的Neidhart阻尼器的组合将固定在其上的打浆机振动,将其一端固定在阻尼器上的钩环状连杆对 ,以及一个弓形板簧,其一端在连杆对的另一端并连接到另一端并连接到电动机上,并通过两杆连接,两端连接在两端,经由Neidhart阻尼器分别连接到 手柄和电动机,平衡重设置在两杆连杆的两个连杆之间的销接头处,并且在其端部连接到手柄和电动机的带限制了两杆连杆的延伸。