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    • 1. 发明授权
    • Endoscope cleaning method and washing machine
    • 内窥镜清洗方法和洗衣机
    • US07964546B2
    • 2011-06-21
    • US12087608
    • 2007-08-24
    • Minoru KannoTakehisa Nakayama
    • Minoru KannoTakehisa Nakayama
    • C11D17/00
    • A61L2/18A61B1/123A61L2/035A61L2202/24
    • Provided are a method of cleaning an endoscope, a washing machine and a washing machine for endoscope, which can effectively clean an endoscope while preventing the endoscope from deterioration. The electrolytic cell 11 can produce from tap water acidic water with pH of 2 to 5 and the residual chlorine concentration of 50 to 300 ppm. A tank for acidic water 14 can store acidic water, in which part thereof can be fed to a tank of diluting acidic water 17 and the rest thereof can be fed to a feed section of concentrated water 20. A water feed section for dilution 16 can feed water for dilution to the tank of diluting acidic water 17. The tank of diluting acidic water 17 can add water for dilution from the water feed section for dilution 16 to part of the acidic water from the tank for acidic water 14 to adjust diluted acidic water to pH of 2.3 to 5.7 and the residual chlorine concentration of 10 to 60 ppm. The feed section of concentrated water 20 can feed the rest of acidic water fed from the tank for acidic water 14 through a channel connection port 20c to a channel port of an endoscope.
    • 提供一种清洁内窥镜,洗衣机和内窥镜用洗衣机的方法,其能够有效地清洁内窥镜,同时防止内窥镜变质。 电解池11可以从pH为2〜5的自来水酸性水和残留氯浓度为50〜300ppm生成。 用于酸性水14的罐可以储存酸性水,其中可以将其中的一部分进料到稀释酸性水17的罐中,其余部分可以进料到浓缩水20的进料段。稀释16的供水部分可以 将稀释的水供给到稀释酸性水的罐17.稀释酸性水17的罐可以从供水部分加入稀释的水,以从罐中的酸性水14稀释到部分酸性水14以调节稀酸 水至pH为2.3〜5.7,残留氯浓度为10〜60ppm。 浓缩水20的进料部分可以将通过通道连接口20c的酸性水14的供给的酸性水的其余部分供给内窥镜的通道口。
    • 2. 发明申请
    • Endoscope Cleaning Method and Washing Machine
    • 内窥镜清洗方法和洗衣机
    • US20090048133A1
    • 2009-02-19
    • US12087608
    • 2007-08-24
    • Minoru KannoTakehisa Nakayama
    • Minoru KannoTakehisa Nakayama
    • B01J19/08C11D3/00
    • A61L2/18A61B1/123A61L2/035A61L2202/24
    • Provided are a method of cleaning an endoscope, a washing machine and a washing machine for endoscope, which can effectively clean an endoscope while preventing the endoscope from deterioration. The electrolytic cell 11 can produce from tap water acidic water with pH of 2 to 5 and the residual chlorine concentration of 50 to 300 ppm. A tank for acidic water 14 can store acidic water, in which part thereof can be fed to a tank of diluting acidic water 17 and the rest thereof can be fed to a feed section of concentrated water 20. A water feed section for dilution 16 can feed water for dilution to the tank of diluting acidic water 17. The tank of diluting acidic water 17 can add water for dilution from the water feed section for dilution 16 to part of the acidic water from the tank for acidic water 14 to adjust diluted acidic water to pH of 2.3 to 5.7 and the residual chlorine concentration of 10 to 60 ppm. The feed section of concentrated water 20 can feed the rest of acidic water fed from the tank for acidic water 14 through a channel connection port 20c to a channel port of an endoscope.
    • 提供一种清洁内窥镜,洗衣机和内窥镜用洗衣机的方法,其能够有效地清洁内窥镜,同时防止内窥镜变质。 电解池11可以从pH为2〜5的自来水酸性水和残留氯浓度为50〜300ppm生成。 用于酸性水14的罐可以储存酸性水,其中可以将其中的一部分进料到稀释酸性水17的罐中,其余部分可以进料到浓缩水20的进料段。稀释16的供水部分可以 将稀释的水供给到稀释酸性水的罐17.稀释酸性水17的罐可以从供水部分加入稀释的水,以从罐中的酸性水14稀释到部分酸性水14以调节稀酸 水至pH为2.3〜5.7,残留氯浓度为10〜60ppm。 浓缩水20的进料部分可以将通过通道连接口20c的酸性水14的供给的酸性水的其余部分供给内窥镜的通道口。
    • 3. 发明申请
    • System of Cleaning an Inside of an Endoscope Channel and Method of Cleaning an Inside of an Endoscope Channel
    • 清洁内窥镜通道内部的系统和清洁内窥镜通道内部的方法
    • US20090000045A1
    • 2009-01-01
    • US12087590
    • 2007-08-24
    • Minoru KannoTakehisa Nakayama
    • Minoru KannoTakehisa Nakayama
    • A47L25/00
    • A61B1/122A61B90/70A61B2090/701G02B23/2476
    • Provided are a system of cleaning the inside of an endoscope channel and a method of cleaning the inside of an endoscope channel, which allows to reduce a burden on an operator with enhanced safety with infection and contamination and a high cleaning effect. A first cleaning element 11 and a second cleaning element 12 are formed in a rotational symmetry with a given axis, provided with an external diameter larger than an inner diameter of a channel 1 of an endoscope and elastic in a direction perpendicular to the axis. The first cleaning element 11 is provided with a magnetic body. The first cleaning element 11 and the second cleaning element 12 are inserted into the inside of a channel 1 of an endoscope to conform the axial direction with a length direction of the channel 1. Cleaning water is injected into the channel 1 to move the first cleaning element 11 and the second cleaning element 12 inside the channel 1. A magnet of a guiding device 13 configured outside the channel 1 is acted on the magnetic body of the first cleaning element 11 to guide the first cleaning element to a branch channel 1b.
    • 提供一种清洁内窥镜通道的内部的系统和清洁内窥镜通道内部的方法,其允许通过感染和污染以及高清洁效果来降低操作者的安全性的负担。 第一清洁元件11和第二清洁元件12以给定的轴线旋转对称地形成,其具有大于内窥镜的通道1的内径的外径,并且在垂直于轴线的方向上具有弹性。 第一清洁元件11设置有磁性体。 第一清洁元件11和第二清洁元件12插入到内窥镜的通道1的内部,以使轴向与通道1的长度方向一致。清洁水被注入通道1中以移动第一清洁 元件11和第二清洁元件12在通道1内部。构造在通道1外部的引导装置13的磁体作用在第一清洁元件11的磁体上,以将第一清洁元件引导到分支通道1b。
    • 5. 发明授权
    • Fuel-cell connector
    • 燃料电池连接器
    • US08092956B2
    • 2012-01-10
    • US12300361
    • 2007-05-02
    • Yasuaki NakamuraMinoru Kanno
    • Yasuaki NakamuraMinoru Kanno
    • H01M8/04
    • H01M8/04201
    • A fuel-cell connector for releasable connection to a fuel cartridge has a cartridge-side connection element with a cartridge-side valve that opens or closes a fuel-supply opening. A connector-side valve opens and closes a fuel-receiving opening and moves, during the first insertion stage, with the cartridge-side valve and a resilient element for resisting movement in the insertion direction of a connector body unit into which the cartridge-side connection element is telescopically inserted. The connector body unit has on its outer periphery engagement means for engaging a cartridge-side connection element and a stationary mechanism part for attachment to the fuel-cell-using device. In the second insertion step, the connector body unit moves as a single unit with the cartridge-side connection element, while the fuel-receiving and fuel-supply openings are maintained in close proximity so the engagement means engages the cartridge-side connection element, whereby the fuel cartridge connects and is fixed in the connected position.
    • 用于可释放地连接到燃料盒的燃料电池连接器具有一个具有打开或关闭燃料供给开口的盒侧阀的盒侧连接元件。 连接器侧阀打开和关闭燃料接收开口,并且在第一插入阶段期间与盒侧阀和用于抵抗在连接器主体单元的插入方向上运动的弹性元件移动,其中盒侧 连接元件可伸缩插入。 连接器主体单元在其外周边上具有接合装置,用于接合盒侧连接元件和用于附接到燃料电池使用装置的固定机构部分。 在第二插入步骤中,连接器主体单元与盒侧连接元件一起移动,同时燃料接收和燃料供给开口保持紧密接合,使得接合装置接合盒侧连接元件, 由此燃料盒连接并固定在连接位置。
    • 6. 发明申请
    • RAW MATERIALS, METHODS AND FRUITS AND VEGETABLES PERTAINING TO SUGAR CONTENT IMPROVEMENT, SUGAR COMPONENT ADJUSTMENT, AND TASTES ADJUSTMENT
    • 原料,方法和水果和蔬菜,用于糖内含物改良,糖成分调整和调味品
    • US20110165312A1
    • 2011-07-07
    • US13059166
    • 2009-08-18
    • Minoru Kanno
    • Minoru Kanno
    • A23B7/08A23L1/22A23L1/212
    • A23B7/16A23B7/154A23L19/03A23L27/88A23N15/00
    • The present invention provides a sugar content-improving material that can prevent oxidative damage of fruits and vegetables after harvesting as well as can improve the sugar content, a method for improving the sugar content of fruits or vegetables, fruits or vegetables having an improved sugar content, a sugar component-adjusting material, a method for adjusting a sugar component of fruits and vegetables, fruits or vegetables having an adjusted sugar component, a taste-adjusting material, a method for adjusting the taste of fruits or vegetables, and fruits or vegetables having adjusted taste. The sugar content-improving material includes a breathable, permeable and flexible sheet containing proanthocyanidin and trehalose. The proanthocyanidin is contained in the sheet in a proportion of 250 to 300 mg/m2. The trehalose is contained in the sheet in a proportion of 5 g/m2.
    • 本发明提供一种能够防止收获后水果和蔬菜的氧化损伤以及可以提高糖含量的糖含量改善材料,改善糖含量的水果或蔬菜,水果或蔬菜的糖含量的方法 糖成分调整材料,调整糖份成分的水果和蔬菜,水果或蔬菜的糖分调节方法,调味料,调味水果或蔬菜的味道的方法以及水果或蔬菜 调整味道。 含糖改善材料包括含有原花色素和海藻糖的透气的,可渗透和柔性的片剂。 原花青素以250〜300mg / m 2的比例包含在片材中。 海藻糖以5g / m 2的比例包含在片材中。
    • 7. 发明申请
    • Fuel-Cell Cartridge Connector
    • 燃料电池盒连接器
    • US20100015501A1
    • 2010-01-21
    • US12373019
    • 2007-05-30
    • Minoru KannoTakayuki SuzukiMakoto Sato
    • Minoru KannoTakayuki SuzukiMakoto Sato
    • H01M2/12
    • H01M8/04208
    • The problem to be solved is to protect the connector parts of the fuel-cell cartridge and the fuel-cell holding appliance from damage when an external rotating force that exceeds a rated value is applied to the cartridge case. The means for solving the problem is a fuel-cell cartridge connector (1) comprising a connecting projection member (12) that is held in a cartridge case that covers a fuel container that contains fuel to be supplied to a fuel cell, said connecting projection member having one end for insertion into the aforementioned fuel container and the other end for contact with the front end of a fuel supply mouth and for attachment to said fuel supply mouth. The aforementioned connector is intended for removably connecting to an appliance that contains the aforementioned fuel cell and has a connection portion that corresponds to the connecting projection member (12). The fuel-cell cartridge connector (1) is further provided with a rotation mechanism that allows rotation of the cartridge case └relative to the connector┘ when a rotating force that exceeds a predetermined value is applied to the cartridge in the condition when the connecting projection member is connected to the connection portion and the fuel receiving opening communicates with the fuel supply mouth.
    • 要解决的问题是当超过额定值的外部旋转力施加到盒壳体时,保护燃料电池盒和燃料电池保持装置的连接器部分免受损坏。 解决问题的手段是燃料电池盒连接器(1),其包括连接突出部件(12),该连接突出部件(12)保持在盒壳体中,该盒壳体覆盖包含要供应到燃料电池的燃料的燃料容器,所述连接突起 其一端用于插入上述燃料容器,另一端用于与燃料供给口的前端接触并用于附接到所述燃料供给口。 上述连接器用于可拆卸地连接到包含上述燃料电池的器具,并具有对应于连接突出部件(12)的连接部分。 燃料电池盒连接器(1)还设置有旋转机构,该旋转机构允许当超过预定值的旋转力施加到盒时,当连接突起 构件连接到连接部分,并且燃料接收开口与燃料供给口连通。
    • 9. 发明授权
    • Structure for preventing detachment of lighter nozzle cap
    • 防止较轻喷嘴帽脱落的结构
    • US6106280A
    • 2000-08-22
    • US201976
    • 1998-12-01
    • Minoru Kanno
    • Minoru Kanno
    • F23Q2/34F23Q2/16F23Q2/50
    • F23Q2/50F23Q2/16
    • A structure is provided for preventing detachment of a lighter nozzle cap in a lighter having a main lighter body, a burner located on top of the main lighter body for burning fuel to produce a flame, an operation member located on top of the main lighter body for lighting the burner and a nozzle cap for covering a zone surrounding the burner from above. The structure includes a pair of posts projecting from the top of the main lighter body, each post being formed with a socket, a pair of detachment preventing catches provided one on either side wall of the nozzle cap to be engageable with the sockets, and retaining portions provided at portions of the side walls near the catches for engaging with an upper inner edge of the main lighter body to prevent spreading deformation of the side walls.
    • 提供一种结构,用于防止在具有主打火机的打火机中的较轻的喷嘴盖的分离,位于主打火机主体顶部的燃烧器用于燃烧燃料以产生火焰;操作构件,位于主打火机主体的顶部 用于点燃燃烧器和用于从上方覆盖燃烧器周围的区域的喷嘴盖。 该结构包括从主打火机主体的顶部突出的一对柱,每个柱形成有一个插座,一对防脱扣,其设置在喷嘴盖的任一侧壁上以与插座接合,并保持 设置在靠近卡子的侧壁的部分处的部分用于与主打火机主体的上内边缘接合,以防止侧壁的扩展变形。
    • 10. 发明申请
    • LIQUID SPRAY DEVICE
    • 液体喷雾装置
    • US20150165486A1
    • 2015-06-18
    • US14413841
    • 2013-09-05
    • Minoru Kanno
    • Minoru Kanno
    • B08B3/02C25B1/00
    • B08B3/02B05B7/061B05B7/0876C02F1/4618C02F2001/46185C02F2001/4619C25B1/00
    • A liquid spray device prevents diffusion of a poisonous gas and odor in a sprayed liquid. A base includes an ejection orifice for ejecting acidic water, first and second feed paths communicating with ejection and spray orifices to feed acidic and alkaline water, respectively. The second feed path is open so that its front end continuously makes a circuit on the side surface of the base. A rotary part is disposed to rotate along the side surface of the base. The rotary part includes the spray orifices disposed to surround the periphery of the ejection orifice. The rotary part includes communication paths communicating with the respective spray orifices and the second feed path. The respective spray orifices spray alkaline water while rotating around the periphery of the ejection orifice to surround the periphery of acidic water ejected from the ejection orifice with the alkaline water in a curtain-like manner.
    • 液体喷雾装置防止喷射液体中有毒气体和气味的扩散。 基座包括用于喷射酸性水的喷射孔,分别与喷射和喷射孔连通以分别供给酸性和碱性水的第一和第二进料路径。 第二进给路径是打开的,使得其前端在基座的侧表面上连续地形成电路。 旋转部分设置成沿着基部的侧表面旋转。 旋转部件包括设置成围绕喷射孔周边的喷嘴。 旋转部分包括与相应喷嘴和第二进料通道连通的连通路径。 相应的喷射孔喷射碱性水,同时围绕喷射孔的周边旋转以围绕从喷射孔喷射的酸性水的周边以碱性水以帘状方式喷射。