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    • 2. 发明专利
    • Pipe member processing method
    • 管子成员加工方法
    • JP2007046682A
    • 2007-02-22
    • JP2005230900
    • 2005-08-09
    • Osaka Gas Co Ltd大阪瓦斯株式会社
    • FUJISAWA SHOZOFUJINO HIDEJI
    • F16L55/00
    • PROBLEM TO BE SOLVED: To separate a pipe member at a prescribed separating portion with high working efficiency and simple constitution while preventing releasing of fluid to atmospheric air, with respect to a pipe member processing method for separating the linear pipe member in which fluid such as city gas flows, at the prescribed separating portion. SOLUTION: This pipe member processing method includes processes of: winding extendable fluid-impermeable adhesive tape materials 4a, 4b onto the separating portion 2a in a state of covering between a pair of pipe parts 1a, 1b through the separating part 2a of the pipe member 1; shifting relative positions of the pair of pipe parts 1a, 1b in the direction intersecting with the pipe axial direction while extending the wound adhesive tape materials 4a, 4b in such a state that the pair of pipe parts 1a, 1b are separated from each other at the separating portion 2a; closing the adhesive tape materials 4a, 4b between the pair of pipe parts 1a, 1b; and cutting the adhesive tape materials 4a, 4b between the pair of pipe parts 1a, 1b, are successively executed. COPYRIGHT: (C)2007,JPO&INPIT
    • 要解决的问题:为了分离具有高工作效率和简单结构的规定分离部分的管构件,同时防止流体暴露于大气中,相对于用于分离直管管构件的管件加工方法,其中 诸如城市气体的流体在规定的分离部分流动。 解决方案:该管件加工方法包括以下步骤:通过分离部分2a将分离部分2a覆盖在一对管件1a,1b之间的状态下,将可延伸的不透液性胶带材料4a,4b卷绕到分离部分2a上 管件1; 使一对管部1a,1b沿与管轴方向交叉的方向相对移动,同时在一对管部1a,1b彼此分离的状态下延伸卷绕的胶带材料4a,4b 分离部分2a; 封闭一对管件1a,1b之间的胶带材料4a,4b; 并且连续地执行在一对管部分1a,1b之间切割粘合带材料4a,4b。 版权所有(C)2007,JPO&INPIT
    • 3. 发明专利
    • Air purge method of gas supply facility
    • 气体供应设施的空气净化方法
    • JP2005069346A
    • 2005-03-17
    • JP2003299380
    • 2003-08-22
    • Osaka Gas Co Ltd大阪瓦斯株式会社
    • WATANABE MASAKIOKAMOTO HIDEKIFUJINO HIDEJI
    • G01F1/00F16L55/07F17D1/02G01F3/22
    • PROBLEM TO BE SOLVED: To provide an air purge method of a gas supply facility requiring the necessity minimum air purge, regardless of conditions other than the condition the gas should contain natural gas as its main component.
      SOLUTION: The gas supply facility supplies gas containing natural gas as its main component to dwelling units M1 to M2 of a multiple dwelling house M, through a main pipe 1, a service pipe 2 which is connected with the main pipe 1, shared risers 3 which are connected with the service pipe 2, and branch pipes 4 branched from the shared risers 3. In the air purge method for the gas supply facility, after cutting work of the pipes is performed, air entered from cut parts A of the pipes into the downstream side pipes is purged. When the cut part A is defined as a reference point A, a method performs the air purge only in the branch part which is the nearest to the reference point A among the parts disposed downstream of the reference point A by 2.5 m or higher in a height direction. Further, a method performs the air purge from the first branch part which is the nearest to the reference point A among the parts disposed downstream of the reference point A by 2.5 m, and from a second branch part downstream of the first branch part.
      COPYRIGHT: (C)2005,JPO&NCIPI
    • 要解决的问题:为了提供气体供应设备的空气吹扫方法,其需要最少的空气吹扫,不管气体应当包含天然气作为其主要成分的条件以外的条件如何。

      解决方案:气体供应设备通过主管1,与主管1连接的维修管2,以多个住宅M的住宅单元M1〜M2的形式,提供天然气作为主要成分的气体, 与服务管2连接的共用立管3以及从公共立管3分支的分支管4.在气体供给设备的空气吹扫方法中,在进行管道的切割加工之后,从切割部分A 将进入下游侧管道的管道清除。 当切割部分A被定义为参考点A时,方法仅在布置在参考点A下游的部分中的距参考点A最近的分支部分中进行空气吹扫2.5m或更高 高度方向。 此外,一种方法是从设置在参考点A的下游的部分中距离参考点A最近的第一分支部分进行空气吹扫2.5m,并且从第一分支部分的下游的第二分支部分执行。 版权所有(C)2005,JPO&NCIPI

    • 4. 发明专利
    • INCOMPLETE COMBUSTION DETECTOR FOR COMBUSTION APPARATUS
    • JPH07133929A
    • 1995-05-23
    • JP28217593
    • 1993-11-11
    • OSAKA GAS CO LTDHARMAN CO LTD
    • FUJINO HIDEJIISHIKAWA YOSHIKATSUMORIMOTO KAZUYUKIKAMIYA HIROSHI
    • F23N5/24F23N5/02
    • PURPOSE:To enhance reliability in sensing incomplete combustion by obtaining a weighting value in which larger weighting value is set as a deviation or a detected concentration value is larger at each unit time when the detected concentration of a sensor is a set concentration value or more, and deciding the incomplete combustion when an integrated value of the value is a set value or more. CONSTITUTION:A combustion apparatus has a controller H for deciding an incomplete combustion state based on a detected concentration value of a sensor S for detecting a concentration of an unburnt component contained in combustion gas of a burner 2, and comprises incomplete combustion sensing means 102 provided in the controller H to obtain a weighted value F in which large weighting value is set as a deviation between the detected concentration value of the sensor S and a set concentration value or the detected concentration value of the sensor S is larger at each unit time when the detected concentration of the sensor S is a set concentration value or more. The weighted value F is integrated, and when the integrated value becomes a preset value or more, the incomplete combustion is decided, combustion of the burner 2 is stopped, and an LED lamp 16 is flashed.
    • 5. 发明专利
    • ABNORMAL COMBUSTION DETECTOR FOR COMBUSTION APPARATUS
    • JPH07133928A
    • 1995-05-23
    • JP28217493
    • 1993-11-11
    • OSAKA GAS CO LTDHARMAN CO LTD
    • FUJINO HIDEJIISHIKAWA YOSHIKATSUKAMIYA HIROSHI
    • F23N5/24F23N5/02
    • PURPOSE:To effectively detect deteriorating degree of an apparatus even in the case of a sensor having low measuring sensitivity by deciding the deteriorating degree of the apparatus from a concentration of an unburnt component when a ventilation amount of combustion air is varied in a state that a fuel supply amount is constant or substantially constant. CONSTITUTION:A combustion apparatus has a ventilating means 4 for ventilating combustion air to a burner 2, and a controller H for so controlling an operation of the means 4 that ventilation amount of the air becomes suitable and comprises a sensor S for detecting unburnt component concentration CO in combustion exhaust gas, wherein an abnormal combustion state is decided by abnormal combustion state deciding means in the controller H based on a detected result of the sensor S. A deterioration detecting set ventilation amount varied according to a suitable ventilation amount is ventilated by the means 4 in a state that the fuel supply amount to the burner 2 is constant or substantially constant, and the deteriorating state of the apparatus is decided by.deteriorating state deciding means according to whether a detected concentration value of the sensor at that time is a set concentration value or more or not.
    • 6. 发明专利
    • EVAPORATION TYPE CONDENSER
    • JPH07280390A
    • 1995-10-27
    • JP9801294
    • 1994-04-11
    • OSAKA GAS CO LTD
    • FUJINO HIDEJIOKADA SHUNJISHIBA TORUTSUBOI MASAYA
    • F25B1/00F25B39/04
    • PURPOSE:To prevent generation of discomfort sound and a variation in a pumping amount by a simple structure by standing a cylindrical metal gauze concentrically with a funnel from a bottom of a water pan at inside or/and outside of an end of the funnel. CONSTITUTION:A condenser body 1 having a top late 1a and a cylindrical skirt 1b is arranged above a water pan 2. a cylindrical stainless steel gauze 7 is so stood to protrude at its upper end from a horizontal surface as to surround a lower part of a funnel 4 at a center of the pan 2. The funnel 4 is mounted at a shaft of a fan motor 11 and rotatably driven together with a fan 5. Accordingly, water in the pan 2 tends to form a vortex flow due to recessing at a center by a centrifugal force, but the gauze 7 becomes a resistance for the vortex flow to suppress generation of the vortex flow, thereby preventing generation of noise due to the vortex flow and further suppressing a variation in a water level near the center of the pan 2 by the vortex flow, and hence a variation in a pumping amount can be prevented.
    • 8. 发明专利
    • COMBUSTION CONTROLLER
    • JPH06307628A
    • 1994-11-01
    • JP9904293
    • 1993-04-26
    • OSAKA GAS CO LTDHARMAN CO LTD
    • FUJINO HIDEJIISHIKAWA YOSHIKATSUKAMIYA HIROSHI
    • F23N1/02F23N5/00F23N5/20G01N27/41
    • PURPOSE:To shorten impressing time of a monitoring voltage for an oxygen sensor during combustion and prevent the deterioration of the oxygen sensor by a method wherein the monitoring voltage of the oxygen sensor is impressed only when an oxygen concentration detecting information is required for correcting the output of a fan by a correcting means. CONSTITUTION:A correcting unit 12d corrects the output of a fan 4 only when it is decided that operation is in the optimum condition by a deciding unit 12e while a monitoring voltage control unit 12g impresses the monitoring voltage of an oxygen sensor 16 only when an oxygen concentration detecting information is requested in order to correct the output of a fan 4 by the correcting unit 12d. In this case, the monitoring voltage control unit 12g impresses the monitoring voltage of the oxygen sensor 16 only when it is decided by the deciding unit 12e that operation is in the optimum condition and when it is decided that the operation is not in the optimum condition, the impression of the monitoring voltage is stopped. According to this method, the impressing time of the monitoring voltage of the oxygen sensor 16 during combustion can be shortened and the deterioration of the oxygen sensor 16 can be prevented.
    • 9. 发明专利
    • FLOW RATE MEASURING APPARATUS
    • JPH0434317A
    • 1992-02-05
    • JP14180890
    • 1990-05-31
    • OSAKA GAS CO LTD
    • FUJINO HIDEJI
    • G01F1/00G01F3/22
    • PURPOSE:To enable the execution of four types of inspection easily and quickly by transmitting a set flow rate and a set apparatus error to a communication means with an external setting device with a passage opened to the atmospheric air. CONSTITUTION:In inspecting a flow rate measuring device, a pressure of a passage is lowered by being opened to the atmospheric air while a meter body is tilted. Under such a condition, when an inspection mode is entered to set a flow rate and an apparatus error for a number memory means (11) and an instrumental error memory means (12), the set flow rate and the set apparatus error stored by an inspection means (22), a communication means 10 and the like and results of judgment from an abnormal pressure drop judging means (18) and a seismic judgment means (19) can be reported sequentially to external equipment automatically. Four types of inspection are accomplished at a time for the set flow rate, the set apparatus error, soldering of a pressure sensor and a seismic sensor based on the resulting information.
    • 10. 发明专利
    • WATER SPRINKLER
    • JPH07280493A
    • 1995-10-27
    • JP9801194
    • 1994-04-11
    • OSAKA GAS CO LTDNORITZ CORP
    • FUJINO HIDEJIOKADA SHUNJISHIBA TORUTSUBOI MASAYA
    • F28F25/06F25B1/00F25B39/04
    • PURPOSE:To prevent a funnel from becoming large in size and to attain improvement in a pumping capacity and suppression of noise by a construction wherein a sharply tapered part is provided at the lower end part of a funnel and a water surface is positioned at the sharply tapered part, while a straight tube part is provided in a continuity to the lower end of the sharply tapered part. CONSTITUTION:A funnel 4 is constructed of a gently tapered tubular body 4a shaped like an inverse truncated cone, a sharply tapered tubular body 4b shaped like an inverse truncated cone and provided in a continuity to the lower end part of the tubular body 4a and further a straight tube part 4c provided in continuity to the lower end of the tubular body 4b. A sirocco fan 5 is disposed above the funnel 4 and the funnel 4 is connected to the lower end of a shaft l of the fan so that it rotates horizontally with the fan 5. The lower part of the funnel 4 is immersed in water so that the surface of the water is positioned at the sharply tapered part 4b. According to this constitution, the water in contact with the inner and outer surfaces of the funnel 4 rotates with the rotation of the funnel 4 so that it follows this rotation, rises along the inner surface of the funnel 4 by a centrifugal force and then scatters around from the upper edge of the funnel.