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    • 1. 发明授权
    • Massage chair
    • 按摩椅
    • US07708340B2
    • 2010-05-04
    • US11802665
    • 2007-05-24
    • Takayoshi TanizawaSatoshi KajiyamaMasamichi MiyaguchiDaisuke TsukadaFumihiro NishioTakeo IijimaYuichi Nishibori
    • Takayoshi TanizawaSatoshi KajiyamaMasamichi MiyaguchiDaisuke TsukadaFumihiro NishioTakeo IijimaYuichi Nishibori
    • A47C31/00
    • A47C1/02A47C9/002Y10S297/08
    • A massage chair of the present invention includes an electric reclining mechanism for moving a backrest into different sloping positions, left and right holding mechanisms for respectively holding user's left and right forearms, and a controller for controlling operations of the mechanisms. The controller separately controls operations of the electric reclining mechanism and the left holding mechanism as well as operations of the electric reclining mechanism and the right holding mechanism. When controlling the former operations, the controller controls (A) allow the left holding mechanism to hold the left forearm, (B) allow the electric reclining mechanism to recline the backrest to any of the different sloping positions, (C) allow the electric reclining mechanism to raise the backrest to any of the different sloping positions, and (D) allow the left holding mechanism to release the left forearm. Similarly, the controller controls the latter operations.
    • 本发明的按摩椅包括用于将靠背移动到不同倾斜位置的电动倾斜机构,用于分别保持使用者的左前臂和右前臂的左右保持机构,以及用于控制机构的操作的控制器。 控制器分别控制电动倾斜机构和左保持机构的操作以及电动倾斜机构和右侧保持机构的操作。 当控制前者操作时,控制器(A)允许左保持机构握住左前臂,(B)允许电动倾斜机构将靠背倾斜到任何不同的倾斜位置,(C)允许电动倾斜 将靠背抬高到任何不同的倾斜位置的机构,以及(D)允许左保持机构释放左前臂。 类似地,控制器控制后一操作。
    • 2. 发明授权
    • Fabrication method of semiconductor luminescent device
    • 半导体发光装置的制造方法
    • US07629187B2
    • 2009-12-08
    • US11651488
    • 2007-01-10
    • Hiroyuki SumitomoSatoshi KajiyamaMakoto Ueda
    • Hiroyuki SumitomoSatoshi KajiyamaMakoto Ueda
    • H01L21/00
    • H01S5/22B82Y20/00H01S5/1014H01S5/1039H01S5/162H01S5/2201H01S5/34326H01S2301/185
    • A fabrication method of a semiconductor luminescent device includes forming a compound semiconductor layer having a structure in which a first conductivity-type clad layer, an active layer, a second conductivity-type clad layer are layered in order on a substrate, the second conductivity-type being different from the first conductivity-type and forming a low-refractive-index region in a waveguide in an area to be an end face from which an output light from the waveguide in the compound semiconductor layer is emitted, the low-refractive-index region having an equivalent refractive-index lower than that of another area in the waveguide. The step of forming the low-refractive-index region includes determining a width of the low-refractive-index region in a longitudinal direction of the waveguide so that an emission angle of the output light of the semiconductor luminescent device is controlled to be a desirable value, and forming the low-refractive-index region having the width.
    • 半导体发光器件的制造方法包括:形成化合物半导体层,其具有第一导电型覆盖层,有源层,第二导电型覆盖层依次层叠在基板上的结构,第二导电型覆盖层, 类型与第一导电类型不同,并且在作为从化合物半导体层中的来自波导的输出光发射的端面的区域中的波导中形成低折射率区域, 折射率区域的折射率低于波导管内另一区域的折射率。 形成低折射率区域的步骤包括确定波导的纵向方向上的低折射率区域的宽度,使得半导体发光装置的输出光的发射角度被控制为期望的 值,并形成具有宽度的低折射率区域。
    • 5. 发明申请
    • Fabrication method of semiconductor luminescent device
    • 半导体发光装置的制造方法
    • US20070166961A1
    • 2007-07-19
    • US11651488
    • 2007-01-10
    • Hiroyuki SumitomoSatoshi KajiyamaMakoto Ueda
    • Hiroyuki SumitomoSatoshi KajiyamaMakoto Ueda
    • H01L21/20H01L21/36H01L31/20
    • H01S5/22B82Y20/00H01S5/1014H01S5/1039H01S5/162H01S5/2201H01S5/34326H01S2301/185
    • A fabrication method of a semiconductor luminescent device includes forming a compound semiconductor layer having a structure in which a first conductivity-type clad layer, an active layer, a second conductivity-type clad layer are layered in order on a substrate, the second conductivity-type being different from the first conductivity-type and forming a low-refractive-index region in a waveguide in an area to be an end face from which an output light from the waveguide in the compound semiconductor layer is emitted, the low-refractive-index region having an equivalent refractive-index lower than that of another area in the waveguide. The step of forming the low-refractive-index region includes determining a width of the low-refractive-index region in a longitudinal direction of the waveguide so that an emission angle of the output light of the semiconductor luminescent device is controlled to be a desirable value, and forming the low-refractive-index region having the width.
    • 半导体发光器件的制造方法包括:形成化合物半导体层,其具有第一导电型覆盖层,有源层,第二导电型覆盖层依次层叠在基板上的结构, 类型与第一导电类型不同,并且在作为从化合物半导体层中的来自波导的输出光发射的端面的区域中的波导中形成低折射率区域, 折射率区域的折射率低于波导管内另一区域的折射率。 形成低折射率区域的步骤包括确定波导的纵向方向上的低折射率区域的宽度,使得半导体发光装置的输出光的发射角度被控制为期望的 值,并形成具有宽度的低折射率区域。
    • 8. 发明申请
    • Massage chair
    • 按摩椅
    • US20070273180A1
    • 2007-11-29
    • US11802665
    • 2007-05-24
    • Takayoshi TanizawaSatoshi KajiyamaMasamichi MiyaguchiDaisuke TsukadaFumihiro NishioTakeo IijimaYuichi Nishibori
    • Takayoshi TanizawaSatoshi KajiyamaMasamichi MiyaguchiDaisuke TsukadaFumihiro NishioTakeo IijimaYuichi Nishibori
    • A47C1/02
    • A47C1/02A47C9/002Y10S297/08
    • A massage chair of the present invention includes an electric reclining mechanism for moving a backrest into different sloping positions, left and right holding mechanisms for respectively holding user's left and right forearms, and a controller for controlling operations of the mechanisms. The controller separately controls operations of the electric reclining mechanism and the left holding mechanism as well as operations of the electric reclining mechanism and the right holding mechanism. When controlling the former operations, the controller controls (A) allow the left holding mechanism to hold the left forearm, (B) allow the electric reclining mechanism to recline the backrest to any of the different sloping positions, (C) allow the electric reclining mechanism to raise the backrest to any of the different sloping positions, and (D) allow the left holding mechanism to release the left forearm. Similarly, the controller controls the latter operations.
    • 本发明的按摩椅包括用于将靠背移动到不同倾斜位置的电动倾斜机构,用于分别保持使用者的左前臂和右前臂的左右保持机构,以及用于控制机构的操作的控制器。 控制器分别控制电动倾斜机构和左保持机构的操作以及电动倾斜机构和右侧保持机构的操作。 当控制前者操作时,控制器(A)允许左保持机构握住左前臂,(B)允许电动倾斜机构将靠背倾斜到任何不同的倾斜位置,(C)允许电动倾斜 将靠背抬高到任何不同的倾斜位置的机构,以及(D)允许左保持机构释放左前臂。 类似地,控制器控制后一操作。
    • 10. 发明授权
    • Delay switch with delay unit
    • 延时开关带延时单元
    • US06252185B1
    • 2001-06-26
    • US09584150
    • 2000-05-31
    • Kiwamu ShibataHideya KondoTakaaki ChuzawaJun SaitoNobuhiro KitamuraTetsuyasu KawamotoSatoshi KajiyamaTakeshi Ono
    • Kiwamu ShibataHideya KondoTakaaki ChuzawaJun SaitoNobuhiro KitamuraTetsuyasu KawamotoSatoshi KajiyamaTakeshi Ono
    • H01H703
    • H01H7/02H01H23/00
    • In the setting operation conducted by the handle 90 which is an operating section, an upper portion of the portion 26a′ of the slidable T-post 26 is pushed by the end portion of the cam 90b, and the slidable T-post 26 is moved. In accordance with the movement of the card 26, the suction cup block 23 is elastically deformed, and the suction cup 23b is held by the body 24 by a holding force of the suction cup 23b. The body 24 is composed of a porous body, and air flows from the ventilation hole 29 into a space formed between the suction cup 23b and the body 24, via the body 24. The slidable T-post 26 is biased ahead by the return spring 27. When the releasing operation is conducted by the handle 90, the cam 90b is rotated, and the end portion of the cam 90b is separated from the end of the portion 26a′ to be pushed. After that, when the intensity of the holding force of the suction cup 23b to the body 24 is decreased lower than that of the spring force of the return spring 27, the slidable T-post 26 is moved ahead, so that the card member 26c pushes up the movable contactor 70.
    • 在由作为操作部的把手90进行的设定操作中,滑动T形杆26的部分26a'的上部被凸轮90b的端部推动,并且可滑动的T形柱26移动 。 根据卡26的移动,吸盘块23弹性变形,吸盘23b由吸盘23b的保持力被主体24保持。 主体24由多孔体组成,并且空气经由主体24从通气孔29流入形成在吸盘23b和主体24之间的空间。可滑动的T形柱26被复位弹簧 当通过把手90进行释放操作时,凸轮90b旋转,并且凸轮90b的端部与要被推动的部分26a'的端部分离。 此后,当吸盘23b对主体24的保持力的强度比复位弹簧27的弹簧力的强度降低时,可滑动的T形柱26向前移动,使得卡构件26c 推动活动接触器70。