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    • 1. 发明授权
    • Sanitary device
    • 卫生设备
    • US4597111A
    • 1986-07-01
    • US734221
    • 1985-05-15
    • Yuji HirashibaShinji KawaiTomio Oguma
    • Yuji HirashibaShinji KawaiTomio Oguma
    • B05B1/16E03D9/08A47K3/20
    • E03D9/08B05B1/1636
    • A sanitary spray device of the type having a nozzle adapted to extend into a toilet bowl for spraying and washing fluid on the private parts of a person seated on the toilet bowl is provided with a rotatable valve in association with a liquid supply tank. The nozzle is secured to the rotatable valve and is comprised of an outer pipe and an inner concentrically spaced pipe defining inner and outer liquid passages. A spray head is mounted on the end of the nozzle adapted to be disposed in the toilet bowl and is provided with first spray openings adapted to spray liquid on the anal portions of a person and second spray openings adapted to spray liquid on the genital portions of a person. The spray head is provided with a sealing arrangement to communicate the outer fluid passage with the first spray holes and the inner fluid passage with the second spray holes. Upon rotation of the valve the inner and outer liquid passages will be selectively placed in communication with the interior of the liquid supply tank for supplying liquid under pressure to either the first spray holes or the second spray holes.
    • 具有适于延伸到马桶中用于喷洒和洗涤位于马桶的人的私人部件上的流体的喷嘴的卫生喷雾装置设置有与液体供应罐相关联的可旋转阀。 喷嘴被固定到可旋转阀上,并且由外管和内同心排列的管组成,其限定内部和外部液体通道。 喷头安装在适于设置在马桶中的喷嘴的端部上,并且设置有适于将液体喷射在人的肛门部分上的第一喷射开口和适于将液体喷射到生殖器部分的第二喷射开口 一个人。 喷头设置有密封装置,以使外部流体通道与第一喷射孔和内部流体通道与第二喷射孔连通。 在阀旋转时,内部和外部液体通道将被选择性地放置成与液体供应罐的内部连通,用于将压力下的液体供应到第一喷射孔或第二喷射孔。
    • 4. 发明授权
    • Lens case for contact lens cleaning device
    • 镜头表壳用于接触镜头清洁装置
    • US5176159A
    • 1993-01-05
    • US766732
    • 1991-09-27
    • Mikio YoshiharaTomio OgumaMasasi Kai
    • Mikio YoshiharaTomio OgumaMasasi Kai
    • A61F9/00B08B11/00G02C13/00
    • G02C13/008Y10S134/901
    • A lens case for a contact lens cleaning device comprises a receiving case including a pair of holding chambers for accommodates a pair of both contact lenses and a cover which is detachably coupled to said receiving chamber for opening/closing the holding chamber. The receiving case comprise a pair of first introductory conduits each of which include an entrance opening to a bottom of the receiving case and an exit opening to the holding chamber so as to confront to a center of one side surface of the contact lens which is accommodated in the holding chamber. And the cover comprises a pair of second introductory cnduits each of which includes an entrance opening to an outside wall of the cover and an exit opening to the holding chamber so as to confront to a center of another side surface of the contact lens which is accommodated in the holding chamber, and plural discharging conduit which include an entrance opening to the holding chamber so as to confront to periphery of the contact lens and an exit opening to an upper surface of the cover, respectively.
    • 用于隐形眼镜清洁装置的透镜壳体包括容纳壳体,该容纳壳体包括一对容纳一对两个隐形眼镜的保持室和可拆卸地联接到所述接收室的盖,用于打开/关闭保持室。 接收壳体包括一对第一导入导管,每个导入导管包括到容纳壳体的底部的入口和到容纳室的出口,以便与容纳的隐形眼镜的一个侧表面的中心相对 在举行室。 并且所述盖包括一对第二导入导管,每个第二引导导体包括通向所述盖的外壁的入口和通向所述保持室的出口,以面对所容纳的所述隐形眼镜的另一侧表面的中心 以及多个排出导管,它们分别包括到保持室的入口,以便与隐形眼镜的周边相对应,并且到达盖的上表面的出口。
    • 6. 发明授权
    • Cleaning device for contact lenses
    • 隐形眼镜清洁装置
    • US5161559A
    • 1992-11-10
    • US677339
    • 1991-03-29
    • Mikio YoshiharaMasasi KaiTomio OgumaYasuhiro Aso
    • Mikio YoshiharaMasasi KaiTomio OgumaYasuhiro Aso
    • G02C13/00
    • G02C13/008Y10S134/901
    • A cleaning device for contact lens which includes a housing having a cleaning chamber which is provided with a container chamber, a container disposed in the container chamber and forming a lens receiving chamber which receives contact lenses therein and a stirring device for generating a rising liquid flow which rises toward to the container chamber and is disposed at a lower side of the container. The container has plural passage holes which communicate between an inside of the lens receiving chamber and outside of the lens receiving chamber. At least one of the passage holes opens diagonally and downwardly as regard to the lens receiving chamber so as to introduce the rising liquid flow into the lens receiving chamber. Since the rising liquid flow flows diagonally from below into the lens receiving chambers via the passage holes, the contact lenses are gently floated in the lens receiving chamber so as to separate from the wall surface of the lens receiving chamber. Accordingly, it is possible to effectively clean the contact lenses without damaging the contact lenses.
    • 一种用于隐形眼镜的清洁装置,其包括具有设置有容器室的清洁室的壳体,设置在容器室中的容器,并且形成容纳隐形眼镜的透镜容纳室和用于产生上升液流的搅拌装置 其朝向容器室上升并且设置在容器的下侧。 容器具有多个通道孔,其在透镜容纳室的内部和透镜容纳室的外部连通。 至少一个通道孔相对于透镜接纳室斜向和向下打开,以将上升的液体流引入透镜接收室。 由于上升的液体流量从下方经由通孔从下方向斜下方流入透镜接收室,所以隐形眼镜被轻轻地浮置在透镜容纳室中,以与透镜容纳室的壁表面分离。 因此,可以有效地清洁隐形眼镜而不损害隐形眼镜。
    • 7. 发明授权
    • Supercharger control apparatus for motor vehicles
    • 机动车用增压器控制装置
    • US4530339A
    • 1985-07-23
    • US480351
    • 1983-03-30
    • Tomio OgumaSeiji Hayakawa
    • Tomio OgumaSeiji Hayakawa
    • F02B33/00F02B33/34F02B39/04F02B39/16F02D23/00
    • F02B33/34F02B39/16
    • Supercharger control apparatus for the internal combustion engine of a motor vehicle comprises a control device which has as input signals the demand signal for acceleration (such as a signal based on the amount of throttle valve opening) and an engine rotational speed signal. Based on predetermined ranges of demand signal for acceleration and engine rotational speed and on the input signals, the control device regulates, through an actuator and bypass valve or through an actuator and variable capacity compressor, the amount of supercharging. The supercharge control apparatus allows a non-supercharged state, a maximum supercharged state, or an intermediate supercharged state. In the intermediate supercharged state, the amount of supercharging is in incremental steps to prevent hunting.
    • 用于机动车辆的内燃机的增压器控制装置包括控制装置,其具有用于加速的需求信号(诸如基于节气门开度的信号)和发动机转速信号的输入信号。 基于加速度和发动机转速的需求信号的预定范围以及输入信号,控制装置通过致动器和旁通阀或通过致动器和可变容量的压缩机来调节增压量。 增压控制装置允许非增压状态,最大增压状态或中间增压状态。 在中等增压状态下,增压量是增加步骤以防止狩猎。
    • 8. 发明授权
    • Automatic clutch control system
    • 自动离合器控制系统
    • US4518068A
    • 1985-05-21
    • US357543
    • 1982-03-12
    • Tomio OgumaKouichiro HirosawaTsutomu Mitsui
    • Tomio OgumaKouichiro HirosawaTsutomu Mitsui
    • F16D48/02F16D48/06F16H61/21F16H63/46B60K41/28
    • F16D48/066B60W2510/0241B60W2510/0604B60W2510/0652B60W2710/022F16D2500/10412F16D2500/3021F16D2500/3026F16D2500/30415F16D2500/30426F16D2500/31466F16D2500/31493F16D2500/3166F16D2500/50858F16D2500/7041F16D2500/7042F16H61/21F16H63/46Y10T477/6425
    • System is provided for controlling the pressure with which a clutch is engaged, with a slip rate e of the clutch, which is equal to the ratio of the rotational speed of a drive shaft thereof, as a main parameter. A microprocessor reads a throttle opening and the slip rate e from the initiation of engagement of the clutch at a time interval of 0.4 sec, and accesses a particular group of controlling data which control the clutch engagement and which are grouped together as a function of a time lapse l as well as the read values of these parameters. During the interval of 0.4 sec, the microprocessor sequentially outputs the controlling data of the particular group with a time subinterval of 0.05 sec. The time interval includes subintervals corresponding to l=0 to l=8 at maximum, from the initiation to the completion of the clutch engagement. Each subinterval l=0 to l=8 spans 0.4 sec. When a temporary clutch activation is instructed, the microprocessor changes the length of the subinterval from 0.05 to 0.1 sec, and also changes the time interval l to 0.8 sec. When the slip rate e is low at the initiation of the clutch engagement, a group of controlling data is selected which is to be assigned to a first subinterval l=0 corresponding to the deceleration of the clutch drive shaft.
    • 提供了用于控制离合器接合的压力的系统,其中离合器的滑动率e等于其驱动轴的转速的比率作为主要参数。 微处理器以0.4秒的时间间隔从离合器的接合开始读取节气门开度和滑动速率e,并且访问控制离合器接合并且被分组在一起的特定组的控制数据作为一个 时间延迟l以及这些参数的读取值。 在0.4秒的间隔期间,微处理器以0.05秒的时间子间隔顺序地输出特定组的控制数据。 时间间隔包括从离合器接合的开始到完成对应于最大l = 0至l = 8的子间隔。 每个子区间l = 0到l = 8跨越0.4秒。 当指示临时离合器启动时,微处理器将子区间的长度从0.05改变为0.1秒,并将时间间隔l更改为0.8秒。 当离合器接合开始时的滑差率e为低时,选择要分配给与离合器驱动轴的减速度对应的第一子区间l = 0的一组控制数据。
    • 9. 发明授权
    • Cleaning device for contact lenses
    • 隐形眼镜清洁装置
    • US5105841A
    • 1992-04-21
    • US677467
    • 1991-03-29
    • Tomio OgumaMikio YoshiharaMasasi KaiYasuhiro Aso
    • Tomio OgumaMikio YoshiharaMasasi KaiYasuhiro Aso
    • A61L12/04G02C13/00
    • G02C13/008A61L12/04Y10S134/901Y10T137/7306
    • A cleaning device for contact lenses includes a housing having a cleaning chamber, a stirring device for generating a liquid flow within the cleaning chamber, a heating device for boiling a liquid in the cleaning chamber, a feeding device for feeding the liquid into the cleaning chamber, a discharging device, a feeding amount detecting device for detecting a feeding amount of the liquid which is fed into the cleaning chamber, an operation controlling device for giving a signal to the stirring device, the heating device, the feeding device and the discharging device in response to the feeding amount of the liquid detected by the feeding amount detecting device, respectively and for performing a cleaning process, plural rinsing processes and a boil process. The feeding amount detecting device has a binary output type of liquid level sensor which detects a single liquid level in order to control a first feeding amount in the cleaning process, the last rinsing process and the boil process and a feeding timer which detects a feeding time for controlling a second feeding amount in the other of rinsing processes to be smaller than the first feeding amount. It is thus possible to decrease the consumption rate of the liquid without increasing the size of the device and complicating the structure of the device.
    • 用于隐形眼镜的清洁装置包括具有清洁室的壳体,用于在清洁室内产生液体流动的搅拌装置,用于在清洁室中煮沸液体的加热装置,用于将液体进入清洗室 排出装置,用于检测供给到清洗室内的液体的供给量的供给量检测装置,向搅拌装置发送信号的操作控制装置,加热装置,供给装置和排出装置 分别响应由供给量检测装置检测的液体的进料量,并进行清洗处理,多次漂洗处理和煮沸处理。 进料量检测装置具有二进制输出型液位传感器,其检测单个液位以便控制清洁过程中的第一进料量,最后的冲洗处理和煮沸过程,以及进料定时器,其检测进料时间 用于将另一个冲洗过程中的第二进料量控制为小于第一进料量。 因此可以降低液体的消耗速率而不增加装置的尺寸并使装置的结构复杂化。
    • 10. 发明授权
    • Human private parts washing apparatus
    • 人类私人零件清洗设备
    • US5050249A
    • 1991-09-24
    • US560288
    • 1990-07-30
    • Hisanobu TakedaTomio Oguma
    • Hisanobu TakedaTomio Oguma
    • E03D9/08
    • E03D9/08
    • A human private parts washing apparatus according to this invention is provided with the following: a new washing water splashing means comprising a nozzle supporter, a washing nozzle and a washing water supply tube, which is extending in the washing nozzle in a manner with one end protruding in the washing nozzle, and supplies the washing water to the washing nozzle and makes up the washing nozzle advancement at the same time; a newly arranged washing nozzle driving means comprising a fixed rack formed on a nozzle supporter, a movable rack formed on a washing nozzle in a manner parallelly facing the fixed rack and a pinion meshing the fixed rack and the movable rack; a washing nozzle comprising an outer nozzle operated slidably back and forth with a washing nozzle driving means and an inner nozzle operated slidably with a hydraulic pressure of the supplied washing water; and an auxiliary washing nozzle driving means aiding a washing nozzle driving means to operate the washing nozzle over an additional stroke. Thus, the washing water is supplied independent of the washing nozzle's operation positions; the washing nozzle reaches the bidet washing position ahead of the anus region washing positon by 30 to 35 mm without any trouble; and the washing nozzle can be advanced and retracted by 10 to 30 mm additionally with respect to the bidet washing position.
    • 根据本发明的人造专用部件洗涤装置具有以下装置:一种新的洗涤水飞溅装置,包括一个喷嘴支架,一个清洗喷嘴和一个洗涤水供应管,它以一端的方式在洗涤喷嘴中延伸 突出在洗涤喷嘴中,并将洗涤水同时供应到洗涤喷嘴并构成洗涤喷嘴前进; 新布置的清洗喷嘴驱动装置,包括形成在喷嘴支撑件上的固定齿条,以与所述固定齿条平行的方式形成在洗涤喷嘴上的可移动齿条和啮合所述固定齿条与所述可移动齿条的小齿轮; 洗涤喷嘴,其包括外部喷嘴,所述外部喷嘴通过洗涤喷嘴驱动装置可滑动地前后操作;以及内部喷嘴,其以所供应的洗涤水的液压可滑动地操作; 以及辅助清洗喷嘴驱动装置,辅助洗涤喷嘴驱动装置在另外的行程上操作洗涤喷嘴。 因此,洗涤水独立于洗涤喷嘴的操作位置供应; 清洗喷嘴在肛门区域前方到达坐浴盆清洗位置30〜35mm,无任何麻烦; 并且洗涤喷嘴可以相对于坐浴盆清洗位置另外地前进和后退10至30mm。