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    • 2. 发明授权
    • Multiple throttle level orifice apparatus
    • 多节流水平孔装置
    • US4328832A
    • 1982-05-11
    • US64605
    • 1979-08-07
    • Masami InadaKazuhiko KitamuraShuji OkumuraTakao NonoyamaRiichi Tsuji
    • Masami InadaKazuhiko KitamuraShuji OkumuraTakao NonoyamaRiichi Tsuji
    • F16K11/074F02P5/10F02P5/14F16K3/32F16L55/00F16K5/14F16K5/10
    • F02P5/14F16K3/32Y10T137/86815
    • An orifice apparatus is provided which couples a vacuum advancer of a distributor associated with an engine for a vehicle with a carburetor of the engine. The orifice apparatus includes a body having an upper and a lower opening between which an isolation wall is formed in which a plurality of orifices are circumferentially spaced apart at an equal angular interval. A plurality of orifice members are disposed below the isolation wall and each has an orifice of a different diameter formed therein which is located below one of the plurality of orifices. A rotary plate is disposed above the isolation wall and is secured to a regulating member in the form of a rotatable shaft. A seal member is bonded to the lower surface of the rotary plate, which is formed with a passage port which can be brought into alignment with one of the plurality of orifices formed in the isolation wall. The rotary plate is urged by a single coiled spring toward the isolation wall so that the seal member is pressed to provide a hermetic seal between the rotary plate and the upper surface of the isolation wall. The seal member is formed with a plurality of openings, each corresponding to one of the plurality of orifices in the isolation wall and having a greater dimension than the corresponding orifice. These openings are circumferentially spaced apart at an equal angular interval. The regulating member is driven for rotation to move the passage port of the rotary plate from a position in which it is substantially aligned with one of the plurality of orifices formed in the isolation wall to another position in which it is aligned with another orifice, whereby the particular orifice which provides a communication between chambers formed in the body of orifice apparatus above and below the isolation wall is changed, thus changing the throttle level of the fluid path which joins the chambers.
    • 提供一种孔口装置,其将与车辆的发动机相关联的分配器的真空推进器与发动机的化油器联接。 孔口装置包括具有上开口和下开口的主体,在该主体之间形成有隔离壁,多个孔以相等的角度周向间隔开。 多个孔口构件设置在隔离壁下方,并且每个具有形成在其中的不同直径的孔口,其位于多个孔口中的一个孔下方。 旋转板设置在隔离壁上方并且以可旋转轴的形式固定到调节构件。 密封构件结合到旋转板的下表面,其形成有可以与形成在隔离壁中的多个孔中的一个孔对准的通道口。 旋转板被单个螺旋弹簧推向隔离壁,使得密封构件被按压以在旋转板和隔离壁的上表面之间提供气密密封。 密封构件形成有多个开口,每个开口对应于隔离壁中的多个孔中的一个,并且具有比相应的孔更大的尺寸。 这些开口以相等的角度间隔周向隔开。 驱动调节构件旋转以使旋转板的通道从基本上与隔离壁中形成的多个孔中的一个基本上对准的位置移动到与另一个孔对准的另一位置,由此 改变了在隔离壁上方和下方形成在孔口装置的主体中的室之间的连通的特定孔口,从而改变连接室的流体路径的节流水平。
    • 5. 发明授权
    • Temperature responsive valve assembly
    • 温度响应阀组件
    • US4157158A
    • 1979-06-05
    • US870355
    • 1978-01-18
    • Kazuhiko KitamuraMasami Inada
    • Kazuhiko KitamuraMasami Inada
    • F16K31/70F16K11/044G05D23/10
    • G05D23/10
    • A temperature responsive valve assembly includes a body having an inlet port and first and second outlet ports, a thermostatic bimetal disk disposed within the body and responsive to a variation in temperature to change the curvature thereof from a first position to a second position, a first seat portion disposed within a first passage between the inlet port and the first outlet port, a second seat portion disposed within a second passage between the inlet port and the second outlet port, a valve member arranged between the first and second seat portions and engageable with both seat portions, a connecting means following the movement of the bimetal disk to thereby actuate the valve members between a first position wherein the valve member engages with the first seat portion to control the first passage and a second positon wherein the valve member engages with the second seat portion to control the second passage, a seat member having the second seat portion thereon and being adjustably threaded with the body, the seat member having a projection receiving area, and a plate member secured to the body and having a projection positioned within the receiving area of the seat member.
    • 温度响应阀组件包括具有入口端口和第一和第二出口端口的本体,设置在主体内的恒温双金属盘,并响应于温度变化而将其曲率从第一位置改变到第二位置,第一 位于所述入口和所述第一出口之间的第一通道内的座部,设置在所述入口和所述第二出口之间的第二通道内的第二座部,配置在所述第一座部和所述第二座部之间的阀构件, 两个座部分,连接装置,跟随双金属盘的移动,从而在阀构件与第一座部分接合以控制第一通道的第一位置和第二位置之间致动阀构件,其中阀构件与 第二座部分,用于控制第二通道;座椅构件,其上具有第二座部,并且被调节 所述座椅构件具有凸起接收区域,并且固定到所述主体上并具有定位在所述座椅构件的容纳区域内的突起的板构件。
    • 7. 发明授权
    • Temperature responsive valve assembly
    • 温度响应阀组件
    • US4076172A
    • 1978-02-28
    • US751720
    • 1976-12-17
    • Masami InadaKazuhiko Kitamura
    • Masami InadaKazuhiko Kitamura
    • F16K31/70G05D23/10
    • G05D23/10Y10T137/86767
    • A temperature responsive valve assembly including a body having an inlet port and first and second outlet ports, a thermostatic bimetal disk disposed within the body and responsive to a variation in temperature to change the curvature thereof from a first position to a second position, a valve spool following the movement of the bimetal disk and having first and second valve portions, an adjusting member secured to the valve spool at a proper position and arranged to be engageable with the bimetal disk, a first seat member disposed within a first passage between the inlet port and the first outlet port, the first seat member engageable with the first valve portion of the valve spool to thereby control the first passage, and a second seat member disposed within a second passage between the inlet port and the second outlet port, the second seat member engageable with the second valve portion of the valve spool to thereby control the second passage, and the second seat member being adjustably threaded with the body.
    • 一种温度响应阀组件,包括具有入口端口和第一和第二出口端口的主体,设置在主体内的温度双金属盘,并响应于温度变化而将其曲率从第一位置改变到第二位置;阀 在双金属盘的移动之后并且具有第一和第二阀部分的调节构件,调节构件在适当的位置固定到阀芯并被布置成可与双金属盘接合;第一座构件,设置在入口之间的第一通道内 端口和第一出口,第一座构件可与阀芯的第一阀部分接合,从而控制第一通道;以及第二座构件,其设置在入口和第二出口之间的第二通道内,第二座构件 阀座构件可与阀芯的第二阀部分接合,从而控制第二通道,并且第二座椅构件被调节 与身体相通。
    • 9. 发明授权
    • Ink composition
    • 墨水组成
    • US08491714B2
    • 2013-07-23
    • US13053693
    • 2011-03-22
    • Hiromi IsekiYasuhiro OkiKazuhiko Kitamura
    • Hiromi IsekiYasuhiro OkiKazuhiko Kitamura
    • C09D11/02
    • C09D11/38C09B5/14C09D11/037C09D11/328
    • An ink composition contains a water-soluble copper compound and an anthrapyridone dye represented by the following formula: wherein M1 represents a hydrogen atom, NH4, or Na; R1 represents a hydrogen atom, a substitutable alkyl group, a substitutable aryl group, or a substitutable benzoyl group; R2 represents a hydrogen atom or a substitutable alkyl group; R3 represents a hydrogen atom, a halogen atom, or a substitutable alkyl group; R4 represents a hydrogen atom, NH4 which may be substituted, or a substitutable sulfo group; and R5 represents an acyl group or a group represented by the following formula: where X and Y independently represent a chlorine atom, hydroxy group, amino group, monoethanolamino group, diethanolamino group, morpholino group, anilino group, or phenol group in which hydrogen atoms may be substituted by one or more substituents.
    • 油墨组合物含有水溶性铜化合物和由下式表示的蒽吡啶酮染料:其中M1表示氢原子,NH4或Na; R1表示氢原子,可取代的烷基,可取代的芳基或可取代的苯甲酰基; R2表示氢原子或可取代的烷基; R3表示氢原子,卤素原子或可取代的烷基; R4表示氢原子,可被取代的NH4或可取代的磺基; R5表示酰基或下式表示的基团:其中X和Y独立地表示氯原子,羟基,氨基,单乙醇胺基,二乙醇氨基,吗啉代基,苯胺基或苯酚基,其中氢原子 可以被一个或多个取代基取代。