会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 1. 发明授权
    • Fluid pump control apparatus and method
    • 流体泵控制装置及方法
    • US06293757B1
    • 2001-09-25
    • US09227578
    • 1999-01-08
    • Tomihisa OdaTakao FukumaYasuo Harada
    • Tomihisa OdaTakao FukumaYasuo Harada
    • F04B1902
    • F02D41/3845F02D2041/1409F02D2041/141F02M41/1405F02M63/0225
    • An amount of pressurized fluid is pumped by a high-pressure fluid pump to a common rail in an engine by using a multi-functional control circuit (ECU) that improves the controllability of fluid pumped to the common rail such that a target pressure in the common rail is achieved notwithstanding the loss of fuel injected from the common rail into the engine's cylinders nor the variety of pressure losses or deviations occurring throughout the system. The ECU sets a base fluid pumping amount based on a target value of pressure in the common rail and an amount of fluid ejected from the common rail. The ECU also calculates a fluid pumping amount required to cause the actual pressure of the common rail to follow a change of a target pressure of the common rail according to the amount of change of the target pressure. The ECU sets the sum of the basic fluid pumping amount, the required fluid pumping amount and a carried-over amount of fluid, as a set value of the fluid pumping amount to achieve target pressure in the common rail. If the set value of the fluid pumping amount exceeds a predetermined capacity of the fluid pump, the ECU sets a difference between the set value of the fluid pumping amount and the predetermined capacity as the carried-over amount of fluid that is carried over to a next setting of fluid pumping amount, thereby reflecting the difference therebetween in a next set value of the fluid pumping amount so that the target pressure in the common rail may be achieved via a plurality of pumping sequences including any carried over fluid amounts.
    • 通过使用提高泵送到共轨的流体的可控制性的多功能控制电路(ECU),将一定数量的加压流体由高压流体泵泵送到发动机的共轨中,使得在 尽管从共轨注入发动机气缸的燃料损失也导致了共轨,也没有在整个系统中发生各种压力损失或偏差。 ECU基于共轨中的压力的​​目标值和从共轨排出的流体的量来设定基础液体泵送量。 ECU还计算使共轨的实际压力根据目标压力的变化量跟随共轨的目标压力的变化所需的流体泵送量。 ECU将基本流体泵送量,所需的流体排出量和流过量的总和设定为流体泵送量的设定值,以实现共轨中的目标压力。 如果流体泵送量的设定值超过流体泵的预定容量,则ECU将流体泵送量的设定值和规定容量之间的差作为搬运到 从而在流体泵送量的下一设定值之间反映它们之间的差异,使得可以经由包括任何承载的流体量的多个泵送序列来实现共轨中的目标压力。
    • 3. 发明授权
    • Moment pump
    • US06358023B1
    • 2002-03-19
    • US09643924
    • 2000-08-23
    • Paul Guilmette
    • Paul Guilmette
    • F04B1902
    • F04B43/084F04B45/02
    • The moment pump (10) of the present invention includes a flexible container (12) having an outer wall (14) and two opposing end walls (16, 18) attached thereto. The container (12) is made of a resilient material and has a preformed, non-biased shape. A pair of one-way valves (20) is operably attached to the container (12) and provides for the flow of a liquid therethrough. A first actuator rod (22) has fixedly attached on one end a first biasing object (24) and on the other end a restraining member (26). The first end wall (16) is attached to the first actuator rod (22) between the first biasing object (24) and the restraining member (26). A second actuator rod (30) has fixedly attached on one end a second biasing object (28) and on the other end a transfer housing (32). The second actuator (30) slidably passes through the second end wall (41). The transfer housing (32) has an interior chamber (34) into which the longitudinal restraining member (26) of the first actuator travels in confinement, not being able to leave the interior chamber (34). The interior chamber (34) prevents the longitudinal restraining member (26) from being removed therefrom. The transfer housing (32) is cylindrically shaped about the interior chamber (34) and has open end (39) into which the first actuator enters (22). Attached between the exterior wall (36) of the transfer housing (32) and the inner surface (38) of the outer wall (14)of the container (12) is a plurality of biasing tension actuators (40) divided into two sets of tension actuators, a clockwise set and a counterclockwise set. Movement of the transfer housing (32) by the second actuator rod (30) or movement of the container (12) by the first actuator rod (22) causes the outer wall of the container to be pulled in a direction to the transfer housing (32) thus decreasing the volume therein. This acts as the pump action. Upon release of the biasing force, the outer wall of the container (12) returns to its resilient shape and this action draws in fluid into the container (12).
    • 4. 发明授权
    • Hermetic compressor
    • 气密压缩机
    • US06231319B1
    • 2001-05-15
    • US09249114
    • 1999-02-12
    • Noboru IidaKiyoshi Sawai
    • Noboru IidaKiyoshi Sawai
    • F04B1902
    • F04C18/10F04C23/001F04C23/008
    • A hermetic compressor includes a plurality of compressing mechanisms. Each of the compressing mechanism includes a rotary cylinder having a groove, and a piston slidable in the groove, so that a compressing stroke is carried out by rotation of said piston on a locus of a radius E about a point spaced apart at a distance E from the center of said rotary cylinder. A partition plate is interposed between the rotary cylinders of the adjacent compressing mechanisms. The partition plate is provided with a communication bore through which a shaft is passed. The partition plate is provided with cranks on which said pistons can be mounted. A motor mechanism section is adapted to drive the pistons of the compressing mechanisms by the common shaft. At least one of the compressing mechanisms is different in phase in a compressing stroke from the other compressing mechanisms. The rotary cylinders of the adjacent compressing mechanisms and said partition plate sandwiched between such rotary cylinders are formed from different members, and relatively non-rotatably connected to each other. Thus, the piston rotated in the above manner about the above-described point is not necessarily requited to be rotated about its axis during the rotating movement about such point, and need be only slid along the groove. Therefore, the piston can be formed into a non-circular shape, whereby the area of contact of the piston with the groove can be increased to enhance the sealability, thereby enhancing the suction and compression efficiency.
    • 封闭式压缩机包括多个压缩机构。 每个压缩机构包括具有凹槽的旋转圆筒和可在凹槽中滑动的活塞,使得压缩冲程通过所述活塞在距离E间隔开的点处的半径E的轨迹上旋转来执行 从所述旋转圆筒的中心。 在相邻的压缩机构的旋转圆筒之间插入隔板。 隔板设置有连通孔,轴穿过该连通孔。 隔板设置有可安装所述活塞的曲柄。 马达机构部分适于通过公共轴驱动压缩机构的活塞。 压缩机构中的至少一个在压缩冲程中与其它压缩机构相位不同。 夹在这些旋转圆筒之间的相邻压缩机构和分隔板的旋转圆筒由不同的构件形成,并且彼此相对不可旋转地连接。 因此,以上述方式围绕上述点旋转的活塞在围绕这一点的旋转运动期间不一定需要围绕其轴旋转,并且仅需要沿着凹槽滑动。 因此,能够使活塞形成为非圆形状,能够提高活塞与槽的接触面积,提高密封性,提高吸附和压缩效率。
    • 5. 发明授权
    • Cruciform pump
    • 十字型泵
    • US06672848B2
    • 2004-01-06
    • US10100292
    • 2002-03-19
    • Gene-Huang Yang
    • Gene-Huang Yang
    • F04B1902
    • F04B1/1133F04B19/02
    • A cruciform pump comprises a casing, a positioning round disk in the casing; a driven rotary disk; and two sliding blocks. A center of the positioning round disk is arranged corresponding to a center of the casing, and has a cruciform sliding groove. The driven rotary disk is eccentrically installed on the positioning round disk. One rotary shaft at one surface of the rotary disk protrudes out of the casing. The two sliding blocks are installed in the cruciform sliding groove. Each block is conformed to the sliding groove, so that the positioning round disk is driven by the sliding blocks. When the driven rotary disk rotates through two circles, the positioning round disk only rotates through one circle. During rotation, the two sliding blocks move along the cruciform sliding groove; then, one side of the sliding block presses fluid flowing out, and another side thereof will suck fluid into the sliding groove.
    • 十字形泵包括壳体,壳体中的定位圆盘; 驱动旋转盘; 和两个滑块。 定位圆盘的中心对应于壳体的中心布置,并具有十字形滑动槽。 驱动旋转盘偏心安装在定位圆盘上。 旋转盘的一个表面上的一个旋转轴从壳体突出。 两个滑动块安装在十字形滑动槽中。 每个块与滑动槽一致,使得定位圆盘由滑块驱动。 当从动旋转盘旋转两圈时,定位圆盘只能旋转一圈。 在旋转期间,两个滑动块沿着十字形滑动槽移动; 那么滑动块的一侧将流体流出,并且另一侧将流体吸入滑动槽中。
    • 7. 发明授权
    • Hermetic compressor
    • 气密压缩机
    • US06206661B1
    • 2001-03-27
    • US09347916
    • 1999-07-06
    • Noboru IidaKiyoshi Sawai
    • Noboru IidaKiyoshi Sawai
    • F04B1902
    • F04C18/10F04C2240/30Y10S417/902
    • A hermetic compressor includes a compressor mechanism section 40 which includes first and second rotary cylinders 41a and 41b, and first and second pistons 42a and 42b eccentrically rotated in first and second grooves 42a and 43b in the first and second rotary cylinders 41a and 41b, upper and lower bearings 50a and 50b which clamp the first and second rotary cylinders 41a and 41b, and a casing 51. A projection, 64, a projection 66 or a recess 67 is formed on slide faces in the components of the compressor mechanism section 40, whereby the power loss due to the viscosity is reduced remarkably by reducing the sliding area of the slide faces. Thus, the efficiency of the compressor can be enhanced, and the inclination and the eccentricity of the rotary cylinder can be suppressed to the minimum.
    • 封闭式压缩机包括压缩机构部分40,其包括第一和第二旋转气缸41a和41b以及在第一和第二旋转气缸41a和41b中的第一和第二凹槽42a和43b中偏心旋转的第一和第二活塞42a和42b,上部 以及夹紧第一和第二旋转缸41a和41b的下轴承50a和50b以及壳体51.在压缩机构部分40的部件的滑动面上形成有突起64,突起66或凹部67, 从而通过减小滑动面的滑动面积,显着降低粘度引起的功率损失。 因此,可以提高压缩机的效率,并且可以将旋转圆筒的倾斜度和偏心度抑制到最小。
    • 8. 发明授权
    • Fluid machine
    • 流体机
    • US06793471B2
    • 2004-09-21
    • US10140983
    • 2002-05-09
    • Sergei Latyshev
    • Sergei Latyshev
    • F04B1902
    • F04B19/02
    • The fluid machine can be used as a pump, compressor, motor and internal combustion engine and is characterized by two mobile opposite cylinders fixed rigidly to each other. Said cylinders move simultaneously in the same direction. Inside the opposite cylinders there are two fixed opposite pistons rigidly secured to the housing and each said piston is made with suction and discharge valves designed to connect the working cavity between the corresponding piston and cylinder with low and high pressure sources. Within one cycle of the reciprocating movements of opposite cylinders (direct and back) the liquid is twice sucked into cylinder chambers from the low pressure source and is supplied twice under pressure to the high pressure source.
    • 流体机器可以用作泵,压缩机,电动机和内燃机,其特征在于两个相互刚性地固定的移动的相对的气缸。 所述气缸同时沿同一方向移动。 在相对的气缸内部有两个刚性地固定在壳体上的固定的相对的活塞,每个活塞都由吸入和排出阀构成,设计用于将相应的活塞和气缸之间的工作腔与低压和高压源连接。在一个循环 液体的相对气缸(直接和反向)的往复运动被从低压源两次吸入气缸室,并在压力下向高压源供应两次。
    • 9. 发明授权
    • Air pump
    • 气泵
    • US06428290B1
    • 2002-08-06
    • US09611414
    • 2000-07-06
    • Lo-Pin Wang
    • Lo-Pin Wang
    • F04B1902
    • F04B33/005
    • An air pump comprises an outer tube, a distribution guide tube, and a spring. The outer tube is provided in the interior with a large cylinder and a small cylinder. The distribution guide tube is disposed at the lower end of the outer tube and is provided with two air chambers, one of which is in communication with the large cylinder and is provided with a pressure leaking slide block, two leakproof rings, and an annular groove located between the two leakproof rings for forming a duct. The spring is disposed in the air chamber for providing the pressure leaking slide block with a recovery spring force. Another air chamber of the distribution guide tube is in communication with the large cylinder and the small cylinder for discharging air to inflate an inflatable object.
    • 气泵包括外管,分配导管和弹簧。 外管在内部设置有大气缸和小气缸。 分配引导管设置在外管的下端,并设有两个气室,其中一个与大气缸连通,并设有压力泄漏滑块,两个防漏环和环形槽 位于用于形成管道的两个防漏环之间。 弹簧设置在空气室中,用于提供具有恢复弹簧力的压力泄漏滑块。 分配引导管的另一个气室与大气缸和小气缸连通,用于排出空气以使充气物体充气。
    • 10. 发明授权
    • Manual air pump having at least two selectable inflation modes
    • 具有至少两个选择性充气模式的手动空气泵
    • US06371741B1
    • 2002-04-16
    • US09566342
    • 2000-05-08
    • Scott Wu
    • Scott Wu
    • F04B1902
    • F04B33/005F04B19/02
    • A manual air pump includes an outer cylinder having a first chamber and a head provided to the second end of the outer cylinder. The head includes an outlet passage communicated with the first chamber for supplying air to an object to be inflated. An inner cylinder is securely mounted in the first chamber of the outer cylinder and includes a first end secured in the second end of the outer cylinder and a second end, the inner cylinder defining a second chamber that is communicated with the outlet passage. A piston rod has a first end with a piston slidably received in the first chamber of the outer cylinder and a second end extended beyond the outer cylinder, the piston separating the first chamber into a first chamber section adjacent to the head and a second chamber section distal to the head, the piston rod defining a third chamber therein. A handle is secured to the second end of the piston rod to move therewith. A plug is securely mounted to the second end of the inner cylinder and in sliding contact with an inner periphery defining the third chamber of the piston rod, the plug separating the third chamber into a third chamber section distal to the handle and a fourth chamber section adjacent to the handle, the plug having a one-way valve mounted therein such that air is only flowable from the fourth chamber section into the second chamber. A first release valve is provided for optionally communicating the fourth chamber section with outside and a second release valve is provided for optionally communicating the first chamber section with outside, thereby obtaining high volume/low pressure inflation, medium volume/medium pressure inflation, or low volume/high pressure inflation.
    • 手动空气泵包括具有第一室的外筒和设置在外筒第二端的头部。 头部包括与第一室连通的出口通道,用于向要充气的物体供应空气。 内筒牢固地安装在外筒的第一腔室中,并且包括固定在外筒的第二端中的第一端和第二端,所述内筒限定与出口通道连通的第二腔。 活塞杆具有第一端,活塞可滑动地容纳在外筒的第一腔室中,并且第二端延伸超出外筒,活塞将第一腔室分隔成与头部相邻的第一腔室部分,第二腔室部分 活塞杆远离头部,在其中限定第三腔室。 手柄固定到活塞杆的第二端以与其一起移动。 塞子被牢固地安装到内筒的第二端并且与限定活塞杆的第三腔室的内周滑动接触,塞子将第三腔室分离成远离手柄的第三腔室部分和第四腔室部分 所述插头具有安装在其中的单向阀,使得空气仅能够从第四室部分流入第二室。 提供第一释放阀,用于任选地将第四腔室部分与外部连通,并且提供第二释放阀以用于任选地将第一腔室部分与外部连通,从而获得高体积/低压膨胀,中等体积/中压充气或低 体积/高压通胀。