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    • 1. 发明授权
    • Electromagnetic solenoid with a replaceable fixed iron core
    • 具有可更换固定铁芯的电磁螺线管
    • US4677409A
    • 1987-06-30
    • US888728
    • 1986-07-24
    • Hajime KozukaTadayuki HaraIsao Yamamoto
    • Hajime KozukaTadayuki HaraIsao Yamamoto
    • H01F7/16H01F7/08
    • H01F7/1607H01F2007/163
    • An electromagnetic solenoid for use with a fluid control valve is disclosed in which a fixed iron core and a casing for housing a solenoid coil can be fabricated separately from each other without difficulty, and in which the configuration and the clearance between the fixed iron core and a movable iron core or the length of the extension of the fixed iron core from an end wall of the casing can be readily changed in accordance with the desired magnetic attraction characteristics thereof as required. The cylindrical casing has an end wall formed at its one end and is open at its other end, the open end being closed by an end cap member to form a yoke for a magnetic circuit. The fixed iron core is adapted to be separably connected with the end wall of the casing. An output rod is disposed in the casing with its one end extending outwardly through the end wall of the casing, the output rod slidably extending through the fixed iron core and being supported at its opposite ends by the end wall of the casing and the end cap member through a pair of slide bearings for axial sliding movement. A movable iron core is received in the hollow of the solenoid coil and fixedly mounted on the output rod in a face-to-face relation with the fixed iron core. The end wall of the casing has an insertion bore formed therein, and the fixed iron core has its one end firmly fitted into the insertion bore.
    • 公开了一种用于流体控制阀的电磁螺线管,其中固定铁芯和用于容纳螺线管线圈的壳体可以彼此分开地制造而没有困难,并且固定铁芯和固定铁芯之间的配置和间隙 可以根据需要的期望的磁吸引特性容易地改变可动铁芯或固定铁芯从壳体的端壁延伸的长度。 圆筒形壳体的一端形成有端壁,在其另一端开口,开口端由端盖构件封闭以形成用于磁路的磁轭。 固定铁心适于与壳体的端壁可分离地连接。 输出杆设置在壳体中,其一端通过壳体的端壁向外延伸,输出杆可滑动地延伸穿过固定铁芯并且在其相对端处被壳体的端壁支撑并且端盖 构件通过一对滑动轴承进行轴向滑动运动。 可动铁芯被容纳在螺线管线圈的中空部分中,并与固定铁芯以面对面的关系固定地安装在输出杆上。 壳体的端壁具有形成在其中的插入孔,并且固定铁芯的一端牢固地装配到插入孔中。
    • 2. 发明授权
    • Electromagnetic solenoid
    • 电磁螺线管
    • US4778147A
    • 1988-10-18
    • US888475
    • 1986-07-23
    • Hajime KozukaTadayuki HaraIsao Yamamoto
    • Hajime KozukaTadayuki HaraIsao Yamamoto
    • H01F7/16F16K31/06
    • H01F7/1607Y10T137/86622
    • An electromagnetic solenoid for a fluid control valve includes a cylindrical casing accommodating a solenoid coil and having an end wall formed at its one end and which is open at its other end, the open end of the casing being closed by an end cap. A fixed iron core is disposed in and fixedly mounted on the casing. An output rod is disposed in the casing with its one end extending outwardly through the casing end wall for connection with a valve member of the fluid control valve. The output rod slidably extends through the fixed iron core and is supported on its opposite ends by a slide bearing disposed in the end wall of the casing and by a slide ball bearing disposed in the end cap member. A movable iron core is received in the solenoid coil for axial sliding movement and is firmly mounted on the output rod in a face-to-face relation with the fixed iron core at a location such that the distance between the center of the movable iron core and the slide ball bearing is less than the distance between the center of the movable iron core and the slide bearing. The output rod and the slide bearing in the casing end wall are formed of a non-magnetic material.In one embodiment, the end wall of the casing has a fluid passage formed therethrough for providing fluid communication between the interior of the casing and the outside. In another embodiment, the slide bearing in the end wall of the casing has a fluid passage formed therethrough for providing fluid communication between the interior of the casing and the housing bore.
    • 用于流体控制阀的电磁螺线管包括容纳螺线管线圈的圆柱形壳体,并且其一端形成有端壁,并且在其另一端开口,壳体的开口端由端盖封闭。 固定铁芯设置在壳体上并固定地安装在壳体上。 输出杆设置在壳体中,其一端通过壳体端壁向外延伸,用于与流体控制阀的阀构件连接。 输出杆可滑动地延伸穿过固定铁芯,并且通过设置在壳体的端壁中的滑动轴承和设置在端盖构件中的滑动滚珠轴承支撑在其相对端部。 可动铁芯被容纳在螺线管线圈中用于轴向滑动运动,并且在固定铁芯的面对面关系中牢固地安装在输出杆上,使得可动铁芯的中心之间的距离 滑动球轴承小于可动铁芯的中心与滑动轴承之间的距离。 壳体端壁中的输出杆和滑动轴承由非磁性材料形成。 在一个实施例中,壳体的端壁具有穿过其形成的流体通道,用于在壳体内部和外部之间提供流体连通。 在另一个实施例中,壳体端壁中的滑动轴承具有穿过其形成的流体通道,用于在壳体内部和壳体孔之间提供流体连通。
    • 3. 发明授权
    • Power steering apparatus with unitary torque sensor and worm driving
housing
    • 动力转向装置具有单一转矩传感器和蜗轮传动壳体
    • US4967858A
    • 1990-11-06
    • US360931
    • 1989-03-13
    • Yoshimi KotakeHajime KozukaMitsuharu MorishitaTadayuki Hara
    • Yoshimi KotakeHajime KozukaMitsuharu MorishitaTadayuki Hara
    • B62D5/04B62D6/10
    • B62D6/10B62D5/0409
    • A power steering apparatus includes a motor 5 connected through a clutch 6 and a worm gear mechanism 50,51 with a steering column 12. A multi-lead strap 46 is wound around the steering column within a first cylindrical housing 23 for electrically connecting a torque sensor 4 to terminals disposed outside the steering column. The worm gear mechanism includes a worm wheel 50 fitted on the steering column in the first housing, and a worm shaft 51 in mesh with the worm wheel and disposed in a second cylindrical housing 54 adjacent the first housing. The second housing has one end closed and the other end open. The worm shaft is rotatably supported at one end by a first bearing 52 press fitted in the closed end of the second housing and at its other end, which is connected with the clutch, by a second bearing 53 fixedly mounted thereon, such that the worm shaft can be axially removed from the second housing through its open end.
    • PCT No.PCT / JP88 / 00914 Sec。 371日期1989年3月13日 102(e)日期1989年3月13日PCT提交1988年9月9日PCT公布。 出版物WO89 / 02386 日本,1989年3月23日。动力转向装置包括通过离合器6连接的马达5和具有转向柱12的蜗轮机构50,51。多引线带46围绕转向柱卷绕在第一圆柱体 壳体23,用于将转矩传感器4电连接到设置在转向柱外部的端子。 蜗轮机构包括安装在第一壳体中的转向柱上的蜗轮50和与蜗轮啮合的蜗杆轴51,并设置在与第一壳体相邻的第二圆柱形壳体54中。 第二个壳体的一端封闭,另一端开放。 蜗杆轴通过第二轴承52可旋转地支承在第一轴承52上,第一轴承52被压配合在第二壳体的封闭端,并且在其另一端与离合器连接,第二轴承53固定地安装在其上, 轴可以通过其开口端从第二壳体轴向移除。
    • 4. 发明授权
    • Power steering system
    • 动力转向系统
    • US4644846A
    • 1987-02-24
    • US593247
    • 1984-03-22
    • Hajime Kozuka
    • Hajime Kozuka
    • B62D5/083B62D5/06B62D5/08B62D5/22B62D6/02F15B13/04F15B9/10F15B11/08
    • B62D5/08B62D5/06
    • A known power steering system of the type in which movement of a steering wheel is transmitted via a torsion bar to an oil path switching valve to actuate a power cylinder in a desired steering direction by switching a high pressure oil pump to the oil path switching valve and a low pressure oil path extending from the oil path switching valve to an oil tank and a part of working oil flowing through the high pressure oil path is led to a reaction piston to restrain torsion of the torsion bar, is improved by providing a main orifice disposed in the high pressure oil path and a control oil path branched from the upstream side of the main orifice in the high pressure oil path and communicating with the reaction piston. A pressure control valve is interposed in the control oil path for controlling the oil pressure so as to be equal to or lower than a predetermined highest pressure, and a bypass is provided for bypassing the upstream side and the downstream side of the main orifice. A device for increasing the oil pressure is provided in the bypass for closing the bypass to increase the oil pressure in the overall control oil path only when the oil pressure on the downstream side of the pressure control valve is equal to or lower than a predetermined lowest value.
    • 一种已知的动力转向系统,其中方向盘的运动通过扭杆传递到油路切换阀,以通过将高压油泵切换到油路切换阀来在期望的转向方向上致动动力缸 并且从油路切换阀向油箱延伸的低压油路和流过高压油路的工作油的一部分被引导到反作用活塞以抑制扭杆的扭转,通过提供主体 设置在高压油路中的孔,以及从高压油路中的主孔的上游侧分支并与反应活塞连通的控制油路。 在控制油路中插入压力控制阀,以将油压控制在等于或低于预定最高压力,并且设置旁路以绕过主孔的上游侧和下游侧。 用于增加油压的装置设置在用于关闭旁路的旁路中,以便仅当压力控制阀的下游侧的油压等于或低于预定最低值时才增加整个控制油路中的油压 值。
    • 6. 发明授权
    • Power steering system
    • 动力转向系统
    • US4621704A
    • 1986-11-11
    • US599673
    • 1984-04-12
    • Hajime Kozuka
    • Hajime Kozuka
    • B62D5/06
    • B62D5/06
    • The known power steering system of the type that movement of a steering wheel is transmitted via a torsion bar to an oil path switching valve to actuate a power cylinder in a desired steering direction by switching a high pressure oil path extending from an oil pump to the oil path switching valve and a low pressure oil path extending from the oil path switching valve to an oil tank and a part of working oil flowing through the high pressure oil path is led to a reaction piston to restrain torsion of the torsion bar, is improved in that the power steering system comprises a control oil path branched from the high pressure oil path and communicating with the reaction piston, a pressure control valve interposed in the control oil path for controlling an oil pressure to be equal to or lower than a predetermined highest pressure, a flow rate control valve provided on the downstream side of the pressure control valve for controlling a flow rate depending upon a car speed, a first orifice for communicating the downstream side of the flow rate control valve to the low pressure oil path, and a pilot oil path for transmitting a pilot pressure generated on the upstream of the first orifice to the pressure control valve.
    • 已知的动力转向系统是这样一种类型的动力转向系统:其中转向盘的运动通过扭力杆传递到油路切换阀,以通过将从油泵延伸到油泵的高压油路切换到期望的转向方向来驱动动力缸 油路切换阀和从油路切换阀向油箱延伸的低压油路和流经高压油路的一部分工作油被引导到反作用活塞以抑制扭杆的扭转,改善 动力转向系统包括从高压油路分支并与反应活塞连通的控制油路,设置在控制油路中的压力控制阀,用于将油压控制在等于或低于预定最高点 设置在压力控制阀下游侧的流量控制阀,用于根据轿厢速度控制流量;第一开口fo r将流量控制阀的下游侧连通到低压油路,以及用于将在第一孔的上游产生的先导压力传递到压力控制阀的先导油路。
    • 7. 发明授权
    • Linear-movement potentiometer
    • 线性运动电位器
    • US5072206A
    • 1991-12-10
    • US433296
    • 1989-11-08
    • Hajime KozukaNaoki SaitoHiromasa Ozawa
    • Hajime KozukaNaoki SaitoHiromasa Ozawa
    • G01B7/00G01D5/165H01C1/022H01C10/38
    • H01C10/38H01C1/022
    • A linear-movement potentiometer having an operating rod 25 projecting at both ends from a substantially hermetic casing and connectable at one end 26 to a drive member, and first and second bearings 33, 34 disposed between the casing and the operating rod for supporting the operating rod for a linear sliding motion relative to the casing. A sealing arrangement is provided between the casing and both ends of the operating rod. A sliding variable resistor assembly 38 including a resistor and a contact relatively slidable with each other is disposed within the casing, and one of the resistor and the contact is operatively connected to the operating rod for establishing a relative sliding movement between the resistor and the contact. A cover 54 may be sealingly secured to the casing for covering the end of the operating rod, and the operating rod may have an air passage 28 axially extending therethrough.
    • 一种线性运动电位计,其具有在两端从基本上密封的壳体突出并且在一端26可连接到驱动构件的操作杆25,以及设置在壳体和操作杆之间以支撑操作的第一和第二轴承33,34 杆,用于相对于壳体的线性滑动运动。 在壳体和操作杆的两端之间设置密封装置。 包括电阻器和彼此相对可滑动的触点的滑动可变电阻器组件38设置在壳体内,并且电阻器和触头中的一个可操作地连接到操作杆,以在电阻器和触点之间建立相对滑动 。 盖54可以密封地固定到壳体以覆盖操作杆的端部,并且操作杆可以具有轴向延伸穿过其中的空气通道28。
    • 8. 发明授权
    • Power steering system
    • 动力转向系统
    • US4787469A
    • 1988-11-29
    • US888436
    • 1986-07-23
    • Hiroshi YoshidaHajime KozukaMasao Murai
    • Hiroshi YoshidaHajime KozukaMasao Murai
    • B62D6/02B62D5/08
    • B62D6/02
    • A power steering system including an input shaft coupled to a steering wheel, a torsion bar for transmitting rotation of the input shaft to an output shaft, a power cylinder coupled to the output shaft, an oil path switching valve for switching oil paths to the power cylinder in accordance with the difference of turning angle between the input shaft and the output shaft, a high pressure oil path for supplying working oil delivered from an oil pump to the power cylinder via the oil path switching valve, a low pressure oil path for returning the working oil from the power cylinder to an oil tank via the oil path switching valve, a reaction piston for exerting a restraining force between the input shaft and the output shaft to limit the difference of turning angle therebetween, a control oil path extending from the midway of the high pressure oil path to the reaction piston, a pressure control valve for controlling oil pressure in the control oil path extending to the reaction piston to a level not higher than a predetermined highest pressure, a return side orifice for communicating the control oil path between the pressure control valve and the reaction piston with the low pressure oil path, and a solenoid for actuating the pressure control valve by means of its plunger for generating an axial force which varies in accordance with a car speed and takes substantially a certain strength at every given car speed.
    • 一种动力转向系统,包括联接到方向盘的输入轴,用于将输入轴的旋转传递到输出轴的扭杆,联接到输出轴的动力缸,用于将油路切换到动力的油路切换阀 根据输入轴和输出轴之间的转动角度差异的气缸,用于将通过油路切换阀从油泵输送到动力油缸的工作油供给的高压油路,用于返回的低压油路 通过油路切换阀从动力缸到油箱的工作油,用于在输入轴和输出轴之间施加约束力的反作用活塞,以限制它们之间的转向角差;控制油路,从 通向反作用活塞的高压油路的中途的压力控制阀,用于控制延伸到反应活塞的控制油路中的油压到 水平不高于预定的最高压力;返回侧孔口,用于使压力控制阀和反作用活塞之间的控制油路与低压油路连通;以及螺线管,用于通过其柱塞致动压力控制阀 产生根据车速而变化的轴向力,并且在每个给定的车速下基本上具有一定的强度。
    • 10. 发明授权
    • Metallic hose joint
    • 金属软管接头
    • US5344196A
    • 1994-09-06
    • US91737
    • 1993-07-14
    • Hajime KozukaYouichi FuruyaTakahiro YodaKazuo KitamuraTerutsugu Ijima
    • Hajime KozukaYouichi FuruyaTakahiro YodaKazuo KitamuraTerutsugu Ijima
    • F16L33/207F16L33/02
    • F16L33/2076
    • The present invention incorporates a nipple to be inserted inside a hose and a sleeve formed concentrically with the nipple. An annular groove is formed on the outer periphery of the nipple to receive the expanded portion of the rubber toward the tip end of the nipple when the sleeve is caulked and to prevent the rubber from bulging at the tip end of the nipple. The annular groove is configured so that it can receive a portion of the inner rubber wall of hose when the hose is inserted between the nipple and the sleeve when the latter is caulked. The annular groove may be located on the outer periphery of the nipple, such as at a position offset from being in-line with where the sleeve is caulked and nearer to the tip end of the nipple. The number of annular grooves is not limited to one, and may be plural. When plural grooves are formed, they may be arranged adjacent to each other or spaced at a given interval.
    • PCT No.PCT / JP91 / 00005 Sec。 371日期:1991年11月4日 102(e)1991年11月4日,1991年1月9日PCT PCT。 出版物WO91 / 10860 日期1991年7月25日。本发明包括插入软管内的乳头和与乳头同心地形成的套筒。 在套管的外周上形成环形槽,当套筒被铆接时,将橡胶的膨胀部分朝向奶嘴的前端接收,并防止橡胶在奶嘴的顶端膨胀。 环形槽被构造成使得当软管被插入乳头和套筒之间时,当软管被填塞时,其可以容纳软管的内部橡胶壁的一部分。 环形槽可以位于乳头的外周上,例如在与套筒铆接的位置偏离的位置处,并且更接近乳头的末端。 环形槽的数量不限于一个,并且可以是多个。 当形成多个凹槽时,它们可以彼此相邻布置或以给定的间隔隔开。