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    • 1. 发明专利
    • Dust filter
    • 垃圾过滤器
    • JP2008106735A
    • 2008-05-08
    • JP2007040414
    • 2007-02-21
    • Aisan Ind Co Ltd愛三工業株式会社
    • SUGIURA MASAHIROYAMAMOTO NORINAGAKATO TAKASHI
    • F02M25/08B01D46/52
    • PROBLEM TO BE SOLVED: To provide a dust filter capable of suppressing rising of ventilation resistance of a filtration member.
      SOLUTION: The dust filter 40 stores the filtration member 44 for filtrating air in a casing 42. The dust filter 40 is provided with a dust trap chamber 55 communicated with a space part 60 at an air introduction side in the casing 42 and storing the dust peeled off from the filtration member 44; and a reverse flow prevention wall 70 for preventing reverse flow of the dust from the dust trap chamber 55 to the space part 60 at the air introduction side. The dust peeled off from the filtration member 44 is stored in the dust trap chamber 55 through the space part 60 at the air introduction side and the reverse flow is prevented by the reverse flow prevention wall 70.
      COPYRIGHT: (C)2008,JPO&INPIT
    • 要解决的问题:提供一种能够抑制过滤构件的通气阻力上升的防尘过滤器。 防尘过滤器40将用于过滤空气的过滤构件44存储在壳体42中。防尘过滤器40设置有与壳体42中的空气引入侧的空间部60连通的集尘室55,以及 储存从过滤构件44剥离的灰尘; 以及用于防止灰尘从吸尘室55向空气引入侧的空间部分60逆流的防逆流壁70。 从过滤构件44剥离的尘埃通过空气引入侧的空间部分60被储存在除尘室55中,反向流动防止壁70防止反向流动。(C)2008 ,JPO&INPIT
    • 2. 发明专利
    • Dust filter for evaporated fuel treatment device
    • 用于蒸发燃料处理装置的除尘过滤器
    • JP2008106734A
    • 2008-05-08
    • JP2007040413
    • 2007-02-21
    • Aisan Ind Co Ltd愛三工業株式会社
    • SUGIURA MASAHIROYAMAMOTO NORINAGAKATO TAKASHI
    • F02M25/08B60K15/04B60K15/077F02M37/00
    • PROBLEM TO BE SOLVED: To enhance peeling off effect of dust by reverse flow of air while enabling change of a filtration area of a filtration member without changing a dimension in a radial direction of the filtration member.
      SOLUTION: The dust filter 40 stores the filtration member 44 for capturing the dust contained in air flowing in an atmosphere introduction route in the evaporated fuel treatment device in a casing 42. The filtration member 44 is formed to a circular cross section and is constituted so as to flow air in the radial direction of the filtration member 44 and filtrate it. A circumferential side directed to a ground side in a top/bottom direction of the filtration member is made to the air introduction side.
      COPYRIGHT: (C)2008,JPO&INPIT
    • 要解决的问题:通过反向空气流动来增强灰尘的剥离效果,同时能够改变过滤构件的过滤面积而不改变过滤构件的径向尺寸。 解决方案:防尘过滤器40存储用于捕获在壳体42中的蒸发燃料处理装置中的气氛导入路径中流动的空气中所含有的尘埃的过滤构件44.过滤构件44形成为圆形截面, 构成为使过滤构件44的径向流动空气并将其滤出。 在空气导入侧设置朝向过滤构件的上下方向的接地侧的周向侧。 版权所有(C)2008,JPO&INPIT
    • 4. 发明专利
    • Canister
    • JP2003013813A
    • 2003-01-15
    • JP2001232855
    • 2001-06-26
    • Aisan Ind Co Ltd愛三工業株式会社
    • KATO TAKASHITOKI TOMOZOKURATA TSUNEYUKI
    • F02M25/08
    • PROBLEM TO BE SOLVED: To provide a canister having low passage resistance of a communication passage for connecting an adsorbent chamber to a separating chamber, and a throttle having a shape for facilitating selection so as to secure a predetermined evaporated fuel flow rate, and to provide a canister having a structure for facilitating evaporation of liquid fuel accumulated in the separating chamber.
      SOLUTION: The passage resistance is reduced by providing a throttle hole 6a at a position higher than the inside tip 5a of a tank port 5 of a partition 6 for partitioning the adsorbent chamber 4a and the separating chamber 7, flow of the evaporated fuel is not restricted, and therefore adsorption efficiency of the evaporated fuel does not decrease.
      COPYRIGHT: (C)2003,JPO
    • 要解决的问题:提供一种用于将吸附室连接到分离室的连通通道具有低通道阻力的罐,以及具有便于选择以便确保预定蒸发燃料流量的形状的节流阀,并且提供 具有用于促进积聚在分离室中的液体燃料的蒸发的结构的罐。 解决方案:通过在高于用于分隔吸附剂室4a和分离室7的分隔件6的罐口5的内部尖端5a的位置处设置节流孔6a来减小通道阻力,蒸发燃料的流动不是 限制,因此蒸发燃料的吸附效率不降低。
    • 5. 发明专利
    • Dust filter for evaporating fuel treatment device
    • 用于蒸发燃料处理装置的除尘过滤器
    • JP2008208821A
    • 2008-09-11
    • JP2007048882
    • 2007-02-28
    • Aisan Ind Co Ltd愛三工業株式会社
    • YAMAMOTO NORINAGAKATO TAKASHI
    • F02M25/08
    • PROBLEM TO BE SOLVED: To inhibit rise of ventilation resistance while improving filtering performance.
      SOLUTION: A dust filter 40 is provided with a downstream side filter member 64 collecting duct contained in air flowing in an atmospheric air introduction route in an evaporating fuel treatment device, an upstream side filter member 67 arranged in an upstream side of the downstream side filter member 64 and having coarser mesh than mesh of the downstream side filter member 64, and a bypass passage 57 bypassing part of air flowing to an upstream side of the downstream side filter member 64 from upstream side of the upstream side filter member 67.
      COPYRIGHT: (C)2008,JPO&INPIT
    • 要解决的问题:在提高过滤性能的同时,抑制通风阻力的上升。 解决方案:防尘过滤器40在蒸发燃料处理装置中设置有在大气引入路径中流动的空气中的收集管的下游侧过滤构件64,设置在蒸发燃料处理装置的上游侧的上游侧过滤构件67 下游侧过滤器构件64,并且具有比下游侧过滤构件64的网格更粗的网格和旁路通道57,旁路通路57绕过从上游侧过滤构件67的上游侧流到下游侧过滤构件64的上游侧的一部分空气 版权所有(C)2008,JPO&INPIT
    • 6. 发明专利
    • Fuel cutoff valve
    • 燃油切割阀
    • JP2012006548A
    • 2012-01-12
    • JP2010146161
    • 2010-06-28
    • Aisan Industry Co Ltd愛三工業株式会社
    • YASUDA YOSHIHIROHARUTA KAZUMIKATO TAKASHI
    • B60K15/077F02M37/00F16K24/00F16K31/18
    • F16K24/044Y10T137/0874Y10T137/3099Y10T137/7358
    • PROBLEM TO BE SOLVED: To provide a fuel cutoff valve capable of improving discharge performance of fuel flown into a float chamber.SOLUTION: A fuel cutoff valve 10 includes a float chamber 43, a case 12 in which a connection passage 46 communicated with the outside of a fuel tank through a communication port 31 is provided in the float chamber 43, and a float valve 14 which is provided so as to go up and down in the float chamber 43 together with a valve section 49 for opening and closing the communication port 31. A communication passage part 72 for communicating an upper space part 70 and a lower space part 71 of the float chamber 43 is formed between the inner peripheral part of the float chamber 43 and the opposite surface of the float valve 14. Communication holes 39, 40 are formed in a bottom wall part 36 of the float chamber 43. In the float valve 14, a first communication passage 66 for communicating the upper space part 70 with the lower space part 71, and a second communication passage 68 for communicating the communication passage part 72 with the first communication passage 66 are formed.
    • 要解决的问题:提供一种能够改善流入浮子室的燃料的排放性能的燃料切断阀。 解决方案:燃料切断阀10包括浮子室43,其中在浮子室43中设置有通过连通口31与燃料箱外部连通的连接通道46的壳体12和浮阀 14,其与用于打开和关闭连通口31的阀部49一起在浮子室43中上下设置。连通通道部72,用于连通上部空间部70和下部空间部71 浮子室43形成在浮子室43的内周部分和浮阀14的相对表面之间。通气孔39,40形成在浮子室43的底壁部分36中。在浮阀14中 形成用于使上部空间部70与下部空间部71连通的第一连通路66,以及将连通路部72与第一连通路66连通的第二连通路68。 版权所有(C)2012,JPO&INPIT
    • 7. 发明专利
    • Variable venturi type carburetor
    • VENTURI VENTURI型碳刷机
    • JPS6143261A
    • 1986-03-01
    • JP16419884
    • 1984-08-07
    • Aisan Ind Co LtdToyota Motor Corp
    • MOGI KAZUHISAKATO TAKASHITANAKA HIROSHIYOKOO MASASHISENDA MASANORINAKANISHI ISAOSAKURAI KOJI
    • F02M19/03F02M7/17F02M7/24F02M7/28
    • F02M7/28F02M7/17
    • PURPOSE:To prevent the fuel clogging due to icing by dividing the bleed air of a variable venturi type carburetor into two systems and controlling the flow rate according to water temperature in one system and controlling the bleed air by an opening/closing valve in the other and supplying the both bleed air into fuel through a common chamber. CONSTITUTION:A needle valve 4 is fixed at the edge surface of a slidable piston installed onto the upstream side of a throttle valve 6. The amount of fuel supply is controlled by the gap between the needle 4 and a jet 21. Bleed air is supplied into the jet 21 part through a hole 25, and the bleed air is supplied from two systems of the holes 26 and 27. When engine temperature is low, the hole 34 of a wax 32 is throttled by a valve 33 according to the cooling-water temperature, and air is supplied according to the rise of the water temperature, and since the amount of air is little, icing is generated at the hole 25 part, and also the jet is closed. In this case, air is supplied from the hole 27 by opening a valve 40, and the air is mixed in a common chamber 24, and icing is prevented and the mixed gas is made thin.
    • 目的:为了防止燃油堵塞,将可变文丘里型化油器的排气分为两个系统,并根据一个系统中的水温控制流量,并通过其他开关阀控制排放空气 并且通过公共室将两个排放空气供应到燃料中。 构成:针阀4固定在安装在节流阀6的上游侧的可滑动活塞的边缘表面。燃料供给量由针4和喷嘴21之间的间隙控制。排出的空气被供给 通过孔25进入喷射器21部分,并且从孔26和27的两个系统供给排出空气。当发动机温度低时,蜡32的孔34由阀33根据冷却 - 水温度,空气量根据水温的上升而供给,由于空气量少,因此在孔25部分产生结冰,并且喷射也被封闭。 在这种情况下,通过打开阀40从孔27供给空气,空气在公共室24中混合,防止结冰,使混合气体变薄。
    • 8. 发明专利
    • Automatic temperature adjusting combination faucet
    • 自动温度调节组合机
    • JPS6155486A
    • 1986-03-19
    • JP17900084
    • 1984-08-28
    • Aisan Ind Co LtdInax Corp
    • KATO TAKASHIKAWAMOTO RYUICHI
    • F16K31/68G05D23/13
    • G05D23/1353
    • PURPOSE:To prevent hot water from being delivered immediately after the delivery of water is operated, by forming a recessed part in the side end part forming a hot water valve seat of a spool opening and closing a cold and hot water inflow groove and protrucing in this recessed part an annular wall, integrally formed with a movable cock body, through an initial inflow control clearance. CONSTITUTION:This cock comprises a temperature setter part A including a slider 25 longitudinally moved in the axial direction through a spindle 16 by rotating a temperature adjusting handle, control valve part B including a spool 35 equipping a temperature sensing extending and contracting material 34 and a flow setter part C including a movable cock body 41 longitudinaly moved by operating an adjusting screw 43. The spool 35 forms in its both ends a cold water valve 31 and a hot water valve 32, and the movable cock body 41 changes the opening area of a cold water inflow groove 38 and a hot water inflow groove 39 through the spool 35 inaccordance with the action of the temperature sensing extending and contracting material 34 housed i a mixing hot and cold water path 41c. And the cock, forming a recessed part 35c in the side end part forming a hot water valve seat 41a of the spool 35, forms into movable cock body 41 an annular wall 41b so as to protrude in said part 35c through an initial inflow control clearance I.
    • 目的:为了防止热水在运输水后立即交付,通过在侧端部形成凹部,形成卷轴打开和关闭冷热水流入槽的热水阀座,并将其推出 该凹部是通过初始流入控制间隙与环形壁一体形成的可移动旋塞体。 构成:该旋塞包括温度调节器部分A,其包括通过旋转温度调节手柄在轴向方向上纵向移动的滑块25,控制阀部分B包括装备温度感测延伸和收缩材料34的卷轴35和 包括通过操作调节螺钉43而纵向移动的活动旋塞主体41的流量调节器部分C.卷轴35在其两端形成冷水阀31和热水阀32,并且可动旋塞体41改变开口面积 一个冷水流入槽38和一个热水流入槽39,通过卷轴35,这与传感延伸和收缩材料34的作用相一致,该温度传感延伸和收缩材料34是混合冷热水路径41c。 并且在形成卷轴35的热水阀座41a的侧端部中形成凹部35c的旋塞在可动旋塞体41中形成环状壁41b,从而通过初始流入控制间隙 一世。
    • 9. 发明专利
    • Variable venturi type carburetor
    • VENTURI VENTURI型碳刷机
    • JPS6143259A
    • 1986-03-01
    • JP16419684
    • 1984-08-07
    • Aisan Ind Co LtdToyota Motor Corp
    • MOGI KAZUHISAKATO TAKASHITANAKA HIROSHIYOKOO MASASHISENDA MASANORINAKANISHI ISAOSAKURAI KOJI
    • F02M7/24F02M7/17F02M7/28
    • F02M7/28F02M7/17
    • PURPOSE:To permit the correct air fuel ratio control by dividing the air bleed passage of a variable venturi type carburetor into two parts and installing a variable sectional-surface type valve into one passage and arranging an opening/ closing valve into the other and installing an adjusting screw. CONSTITUTION:A needle valve 4 is fixed at the lower edge surface of a slidable piston 3 installed onto the upstream side of a throttle valve 6. The needle valve 4 varies the opening area of a jet 21, and bleed air is supplied into the part from the holes 26 and 27. For the bleed air passing through the hole 26, the opening area of a hole 34 is controlled according to the cooling-water temperature by a wax 27. For the bleed air passing through the hole 27, a controller 39 controls a valve 38 for opening and closing a negative-pressure passage communicating to a manifold, according to parameters a-c, and when the valve 38 is opened, a vale 40 is opened to supply air through a flow-rate adjustment setting part consisting of a passage 43 and an adjusting screw 44.
    • 目的:为了通过将可变文丘里型化油器的排气通道分成两部分来允许正确的空燃比控制,并将可变截面型阀安装在一个通道中,并将开/关阀安置在另一个通道中 调节螺钉。 构成:针阀4固定在安装在节流阀6的上游侧的可滑动活塞3的下缘面上。针阀4改变射流21的开口面积,并将放气供给到部件 对于通过孔26的排出空气,通过蜡27根据冷却水温度来控制孔34的开口面积。对于通过孔27的排出空气,控制器 39根据参数ac控制用于打开和关闭与歧管连通的负压通道的阀38,并且当阀38打开时,阀40打开以通过由流量调节设定部分组成的流量调节设定部分供应空气 通道43和调节螺钉44。
    • 10. 发明专利
    • Automatic temperature adjusting combination faucet
    • 自动温度调节组合机
    • JPS6155485A
    • 1986-03-19
    • JP17899984
    • 1984-08-28
    • Aisan Ind Co LtdInax Corp
    • KATO TAKASHIKAWAMOTO RYUICHI
    • F16K31/68G05D23/13
    • G05D23/1353
    • PURPOSE:To realize the main unit of a cock to be formed in a small size, by containing a temperature sensing extending and contracting material in a movable cock body havibg in its inside a mixing cold and hot water path and moving a spool by the action of this extending and contracting material so as to enable a cold and a hor inflor water path to be separately stopped. CONSTITUTION:This cock comprises a temperature setter part A including a slider 24 longitudinatly moved in the axial direction through a spindle 16 by rotating a temperature adjusting handle, control valve part B including a spool 35 equipping a temperature sensing extending and contracting material 34 and a flow setter part C including a movable cock body 41 longitudinally moved by operating an adjusting screw 43. The spool 35 forms in its both ends a cold water valve 31 and a hot water valve 32, and the cock respectively partitions an inflow cold water path G by the cold water valve 31 and a cold water valve seat 36a in a spool case 36 while a hot inflow water path H by the hot water valve 32 and a hot water valve seat 41a on the movable cock body 41. And the movable cock body 41 is provided so as to enable the opening area of a cold water inflow groove 38 and a hot water inflow groove 39 to be changed through the spool 35 in accordance with the action of the temperature sensing extending and contracting material 34 housed in a mxing hot and cold water path 41c.
    • 目的:为了实现形成小尺寸的公鸡的主体,通过在可移动的旋塞体内容纳温度感应延伸和收缩材料,在其内部将混合冷热水路径移动并通过动作移动线轴 的这种延伸和收缩材料,以使得能够单独停止冷和水平的路径。 构成:该旋塞包括温度调节器部分A,其包括通过旋转温度调节手柄而通过心轴16在轴向方向上纵向移动的滑块24,控制阀部分B包括装备温度感测延伸和收缩材料34的卷轴35和 包括通过操作调节螺钉43纵向移动的活动旋塞主体41的流量设定器部分C.阀芯35在其两端形成冷水阀31和热水阀32,并且旋塞分别将流入的冷水通道G 通过冷水阀31和卷筒壳体36中的冷水阀座36a,同时通过热水阀32的热流入水路H和可动旋塞体41上的热水阀座41a。可动旋塞体 41设置成使得冷水流入槽38和热水流入槽39的开口面积能够通过卷轴35根据温度感测的动作而改变 收纳和收缩材料34容纳在热水和冷水通道41c中。