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    • 1. 发明专利
    • Gas meter mounting unit
    • 气量计安装单元
    • JP2009068839A
    • 2009-04-02
    • JP2007234124
    • 2007-09-10
    • Hitachi Metals LtdSankoo:Kk日立金属株式会社株式会社サンコー
    • FUJINAWA YASUSHIHASEGAWA MICHIOIGARASHI KAZUTADASATO MASAYOSHI
    • G01F3/22G01F1/00
    • PROBLEM TO BE SOLVED: To provide a gas valve integrated type gas meter mounting unit easily mounting a small-sized gas meter having gas meter inlet and outlet facing downward.
      SOLUTION: This gas meter mounting unit 1 is equipped with an inlet pipe part 10 having a connection part 60 or the like to the gas meter inlet 51, an output pipe part 40 having a connection part 70 or the like to the gas meter outlet 52, end face packings 66. 76 mounted on the periphery of each connection part of the inlet pipe part and the output pipe part, a connection member 20 for connecting the inlet pipe part to the output pipe part, a support member 48 for supporting the inlet pipe part and the output pipe part and connecting each part to a building wall or the like, and fastening members 22, 24, 26 between the gas meter and the connection member 20. Since the gas meter is fastened with the connection member, the gas meter inlet and outlet can be connected to both pipe parts. Consequently, centering between both pipe parts and the gas meter inlet and outlet during a connection work which is necessary hitherto is not required, allowing even a worker unskilled in the gas meter mounting work to easily mount the gas meter.
      COPYRIGHT: (C)2009,JPO&INPIT
    • 要解决的问题:提供一种气阀一体型燃气表安装单元,其容易地安装具有面向下的气量计入口和出口的小型燃气表。 解决方案:该气量计安装单元1配备有具有连接部60等的入口管部10,与气体计入口51相连,输出管部40具有连接部70等与气体 仪表出口52,安装在入口管部分和输出管部分的每个连接部分的周边上的端面密封件66.76,用于将入口管部分连接到输出管部分的连接构件20,用于 支撑入口管部分和输出管部分,并将每个部分连接到建筑物壁等,以及在燃气表和连接构件20之间的紧固构件22,24,26。由于气体计量器与连接构件 ,燃气表入口和出口可连接到两个管道部分。 因此,不需要在连接作业期间在管道部件和气体计量器入口和出口之间的中心,使得即使在气量计安装中不熟练的工作人员能够容易地安装燃气表。 版权所有(C)2009,JPO&INPIT
    • 2. 发明专利
    • Gas meter unit
    • 气量计单位
    • JP2009063548A
    • 2009-03-26
    • JP2007234055
    • 2007-09-10
    • Hitachi Metals LtdSankoo:Kk日立金属株式会社株式会社サンコー
    • HASEGAWA MICHIOSATO MASAYOSHI
    • G01F3/22G01F1/00
    • PROBLEM TO BE SOLVED: To provide a gas meter unit for preventing a gas meter from being detached from a gas meter mounting unit with a gas cock still opened.
      SOLUTION: This gas meter unit 100 includes the gas meter 200 having an inlet 220 and an outlet 230, and a gas meter mounting unit 100 having an inlet pipe part 110 connected to the inlet and an outlet pipe part 120 connected to the outlet and a support member 150 supporting the inlet pipe part and the outlet pipe part. The gas meter unit 10 includes the gas cock 130 provided in the inlet pipe part to open and close a gas passage; a gas cock operating means 131 for opening and closing the gas cock; a locking means 300 mounted at the connecting portion of the inlet and the inlet pipe part to engage the inlet with the inlet pipe part; and a slip-off preventing means 132 provided in the gas cock operating means, which allows the lock means to be attached and detached to and from the connecting portion when the gas cock is closed, and moves in the attach and detach passage of the lock means to prevent slip-off when the gas cock is open.
      COPYRIGHT: (C)2009,JPO&INPIT
    • 要解决的问题:提供一种用于防止气量计与气体计量器安装单元脱离的气量计单元,其中气体释放阀仍然打开。 解决方案:该气量计单元100包括具有入口220和出口230的气量计200和具有连接到入口的入口管部分110的燃气表安装单元100和连接到入口管220的出口管部分120。 出口和支撑入口管部分和出口管部分的支撑构件150。 燃气表单元10包括设置在入口管部分中以打开和关闭气体通道的气体旋塞130; 用于打开和关闭气体旋塞的燃气旋塞操作装置131; 安装在入口和入口管部分的连接部分处以将入口与入口管部分接合的锁定装置300; 以及设置在气体旋塞操作装置中的防滑装置132,当气阀关闭时,允许锁定装置与连接部分相连接和分离,并且在锁定装置的连接和分离通道中移动 意味着防止气阀打开时滑落。 版权所有(C)2009,JPO&INPIT
    • 3. 发明专利
    • Connecting structure for gas appliance, gas meter connection unit, and connection releasing tool
    • 气体设备连接结构,气体计量器连接单元和连接释放工具
    • JP2008064709A
    • 2008-03-21
    • JP2006245434
    • 2006-09-11
    • Hitachi Metals LtdSankoo:Kk日立金属株式会社株式会社サンコー
    • YAMASHITA TOSHIFUMIHASEGAWA MICHIOSATO MASAYOSHI
    • G01F3/22G01F1/00G01F15/18
    • PROBLEM TO BE SOLVED: To provide connection structure or the like capable of easily connecting a joint part of a gas pipe to a pipe connection part of a gas appliance.
      SOLUTION: This connection structure is, for example, one for connecting a leading-up pipe part 11 of the gas pipe to a gas meter inlet 51A. A leading-up pipe part 11 side is provided with an outer cylindrical body 18 formed with a stop ring groove 18g in its inner circumference, and a gas meter inlet 51A side is provided with an inner cylindrical part 53 formed with a stop ring groove 53g in its outer circumference. The inner cylindrical part 53 is inserted into the outer cylindrical body 18, and a stop ring R
      4 is engaged into the both grooves 18g, 53g opposed each other to connect fellow both members. The outer cylindrical body 18 is formed with transverse holes 18h extended from its outer circumference toward a radial inner side to be connected to the groove 18g, in three portions on the circumference. The connection of the connection structure is released by inserting a protrusion of a tool into the each transverse hole 18h to contract the stop ring R
      4 .
      COPYRIGHT: (C)2008,JPO&INPIT
    • 要解决的问题:提供能够容易地将气体管道的接头部分连接到燃气器具的管连接部分的连接结构等。 解决方案:该连接结构例如是用于将气体管道的前导管部分11连接到燃气表入口51A的连接结构。 前导管部11侧在其内周设置有形成有止动环槽18g的外筒体18,在气体计入口51A侧设置有形成有止动环槽53g的内筒部53 在其外围。 内筒部53插入到外筒体18内,并且止动环R SB 4接合到相互相对的两个槽18g,53g中以连接两个构件。 外圆柱体18形成有从其外周向径向内侧延伸的横向孔18h,以在圆周上三个部分连接到槽18g。 通过将工具的突起插入每个横向孔18h来释放连接结构的连接,以使止动环R 4收缩。 版权所有(C)2008,JPO&INPIT
    • 4. 发明专利
    • Meter gas plug
    • 仪表气体插头
    • JP2006283979A
    • 2006-10-19
    • JP2006167399
    • 2006-06-16
    • Hitachi Metals LtdHokkaido Gas Co LtdSankoo Gas Seiki Kkサンコー瓦斯精機株式会社北海道瓦斯株式会社日立金属株式会社
    • TSUTSUMI CHIAKIHASEGAWA MICHIOMAETANI HIROKI
    • F16K5/00F23K5/00
    • PROBLEM TO BE SOLVED: To provide a meter gas plug capable of manufacturing a mechanism for regulating a fully closed position and preventing turn from the position inexpensively by a simple structure.
      SOLUTION: A protruding part 25 is formed by substantially 180° in the circumferential direction at an upper part opening fringe 24 of a gas plug main body 2, and a bolt 6 for regulating fully closed position capable of moving vertically and a bolt 7 for preventing turn at an opposing position apart by substantially 180° are provided on a handle 4, respectively. The bolt 6 for regulating fully closed position is moved downward in advance and bumps against a collision prevention wall 25R or 25L on one side of the protruding part 25. A plug body 3 is turned to regulate a fully closed position. At this time, the bolt 7 for preventing turn is positioned on the collision prevention wall 25L on the other side apart by substantially 180° and is moved until it is locked in the collision prevention wall 25L on the other side to prevent turn of the plug body 3 in the forward and reverse directions.
      COPYRIGHT: (C)2007,JPO&INPIT
    • 要解决的问题:提供一种能够制造用于调节完全关闭位置的机构的仪表气塞,并且通过简单的结构来廉价地防止从该位置的转向。 解决方案:突出部分25在气塞主体2的上部开口边缘24处沿圆周方向大致180°形成,并且用于调节能够垂直移动的完全关闭位置的螺栓6和螺栓 在手柄4上分别设置有用于防止在相对位置上分开大致180°的转动的7。 用于调节完全关闭位置的螺栓6预先向下移动,并且突出抵靠在突出部分25的一侧上的防碰撞壁25R或25L。塞体3被转动以调节完全关闭位置。 此时,用于防止转弯的螺栓7位于另一侧的防碰撞壁25L上大致180°,并且移动直到其锁定在另一侧的防碰撞壁25L中,以防止插头 身体3在正反方向。 版权所有(C)2007,JPO&INPIT
    • 5. 发明专利
    • Plug-in joint for corrugated pipe and stopper
    • 用于腐蚀管道和止动器的插入式接头
    • JP2007113591A
    • 2007-05-10
    • JP2005302450
    • 2005-10-18
    • Hitachi Metals LtdSankoo Gas Seiki KkTokyo Gas Co Ltdサンコー瓦斯精機株式会社日立金属株式会社東京瓦斯株式会社
    • SATO FUMITAKAHAMAGUCHI KANKIFUJIYOSHI MINORUISHIBE FUMIKAZUIGARASHI KAZUTADAHASEGAWA MICHIOKINOSHITA AKIO
    • F16L33/00F16L33/26F16L33/28
    • PROBLEM TO BE SOLVED: To smoothly perform connection work.
      SOLUTION: In a plug-in joint 1 for a corrugated pipe, the corrugated pipe T is inserted into a joint body 10 from a retainer pushing sleeve 50 inner hole, and respective pins 73 are elastically deformed and bent to the inner side when an annular protrusion T' is abutted to the respective pins 73 (pin group) of a stopper 70. At that time, respective split circumferential pieces 75 with which at least a part of a root part of the respective pins 73 is brought into contact is deformed at a root of a ring part 71, and is opened to the outer side. When the annular protrusion T' gets over the inner side of the stopper 70, the pin group of the stopper 70 and the respective split circumferential pieces 75 are recovered to the original state. When the pin group is elastically deformed and recovered to the original state, a worker inserting the corrugated pipe T can feel passing feeling by the sound and/or the touch, and can confirm that the annular protrusion T' passes the stopper 70 by the passing feeling. After the annular protrusion T' gets over the pin group, an outer side of an annular recess T" is surrounded by the stopper 70, and the pin group goes into the annular recess T" and the corrugated pipe is prevented from slipping out until it is fixed.
      COPYRIGHT: (C)2007,JPO&INPIT
    • 要解决的问题:顺利进行连接工作。

      解决方案:在波纹管的插入式接头1中,波纹管T从保持器推动套筒50内孔插入接头本体10,并且各个销73弹性变形并弯曲到内侧 当环形突起T'抵靠止动件70的销73(销组)时。这时,相应的销73的根部的至少一部分与其分开的分开的周向件75接触 在环部71的根部处变形,并且向外侧开口。 当环形突起T'越过止动件70的内侧时,止动件70的销组和相应的分开的圆周件75被恢复到初始状态。 当销组弹性变形并恢复到原始状态时,插入波纹管T的工作人员可以感觉到由声音和/或触摸感觉到的感觉,并且可以确认环形突起T'通过挡块70通过 感觉。 在环形突起T'越过销组之后,环形凹部T“的外侧被止动件70包围,并且销组进入环形凹部T”,并且防止波纹管滑出直到 是固定的 版权所有(C)2007,JPO&INPIT

    • 8. 发明专利
    • JOINT FOR CONNECTING CORRUGATED PIPE
    • JPH07151279A
    • 1995-06-13
    • JP23879194
    • 1994-10-03
    • TOKYO GAS CO LTDHITACHI METALS LTDSANKO GAS SEIKI KK
    • FUJIYOSHI MINORUHASEGAWA MICHIOSHIKAMATA SHINICHIANAMIZU TAKASHISAITOU MASAOSATO FUMITAKA
    • F16L33/00F16L33/28
    • PURPOSE:To permit the airtight connection by installing a sleeve which intrudes into the gap between a joint body having an annular recessed groove and a corrugated pipe, means for holding the projecting outer surface of the sleeve, and a nut having a flange surface, and inserting the nut into the coupling body, and tightening the nut. CONSTITUTION:In the state where a nut 3 is loosely screwed into a joint body 1, a flexible corrugated pipe 4 from which several threads portion of a resin cover 41 at the top end part is removed is inserted from the opened hole of a nut 4, and then the top end of the pipe 4 or the thread 42 at the top end pushes a projection 23 at the top end of a sleeve, and the sleeve advances to the innermost position in a through hole 11. Further, the projection 23 of the sleeve is pushed by the thread 42 of the pipe 4, and the outer surface of the projection 23 of the sleeve is drawn into an annular recessed groove 16, and spread, together with the pivot movement, and the inner surface of the projection 23 rides over the thread 42 of the pipe 4. When the nut 3 is tightened, the sleeve is pushed to the shoulder part 14 inside the through hole 11, and drawn in the radial direction by a taper surface 15, and the end surface of the pipe 4 is collapsed to the airtight surface of the shoulder part 14, and airtightness can be maintained.
    • 9. 发明专利
    • COUPLING FOR FLEXIBLE PIPE
    • JPH07145894A
    • 1995-06-06
    • JP8431194
    • 1994-04-22
    • TOKYO GAS CO LTDHITACHI METALS LTDSANKO GAS SEIKI KK
    • FUJIYOSHI MINORUHASEGAWA MICHIOSHIKAMATA SHINICHIANAMIZU TAKASHISAITOU MASAOSATO FUMITAKA
    • F16L33/00F16L25/00F16L33/28F16L33/32
    • PURPOSE:To improve connection workability by a method wherein a coupling for a flexible pipe comprises a pull-off preventing tool having kerves axially formed in a periphery and inserted externally of a flexible pipe, a nut rotatably engaged therewith, and a coupling body joined in a screwed-in state with the nut and having the fitting-in inner surface of a pull-off preventing tool and the collision surface of a pipe. CONSTITUTION:When a flexible pipe 50 is inserted from the rear end part of a nut 20, the tip part 51 thereof is inserted in a coupling body 10 as the inner surface of a slip-off preventing tool 30 is forcibly spread. The tip part is collided with the annular packing 16 of a collision wall 14 and the slip-off preventing tool 30 is fitted in the corrugated surface of the pipe 50 for locking. When the nut 20 is rotated, the front end face of the nut 20 is brought into contact with the kerf groove 34 of the guide 32 of the slip-off preventing tool 30. The slip-off preventing tool 30 is pressed in a fit-in inner surface 13 and a pipe end part 51 is pressed toward the collision wall 14 side by a lock part 31 as the flexible pipe 50 is locked by the lock part. The slip-off preventing tool 30 is contracted on the fit-in inner surface 13 and no rotation is effected by frictional resistance. One crest of the pipe end part 51 is squeezed to form the end part 52 of a pressure adhesion tube. The flexible pipe 50 and the coupling body 10 are sealed and accurately connected with the flexible pipe 50.