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    • 1. 发明专利
    • 水素充填装置
    • JP2020118197A
    • 2020-08-06
    • JP2019008218
    • 2019-01-22
    • TATSUNO CORP
    • OTAKI TSUTOMUTAKI SAORI
    • F17C13/00
    • 【課題】水素流量計測装置(基準流量計)を用いて校正を行うことが出来て、且つ、通信充填も行うことが出来る水素充填装置の提供。【解決手段】水素充填装置(100〜107)が、充填ホース(1)先端の充填ノズル(2)と接続及び取り外し可能なレセプタクル(3B:基準流量計側レセプタクル)と、水素を充填するべき機器(例えば、燃料電池自動車FCVの車載タンク、校正装置20の充填タンク21、ボンベ22等)側のレセプタクルと接続及び取り外し可能な充填ノズル(3C:基準流量計側充填ノズル)を備え、水素流量計測装置(3A:基準流量計)が介装されている校正用手段(3)と、水素を充填するべき機器内の情報(圧力、温度)を(水素充填装置に)伝達する信号伝達手段(10)を有している。【選択図】図1
    • 4. 发明专利
    • Gas charging device
    • 气体充气装置
    • JP2014109350A
    • 2014-06-12
    • JP2012265125
    • 2012-12-04
    • Tatsuno Corp株式会社タツノ
    • KAMIKAWACHI TAKUKIMURA KIYOSHIOZEKI TAKESHI
    • F17C5/06F17C13/00
    • Y02E60/321
    • PROBLEM TO BE SOLVED: To provide a compact gas charging device which facilitates handling of a protector cover or the like for protecting a charging hose and a charging nozzle and permits quick charging of fuel gas.SOLUTION: A gas charging device 1 is integrally provided with: a main body unit 2 having a charging mechanism which conveys gas while measuring a flow rate of gas from a gas supply source; and a hose unit 3 having a charging hose 34 connected with a gas output pipeline of the charging mechanism and a charging nozzle 35 disposed on the top end of the charging hose. Further, a cooling unit 4 having gas pipeline cooling part 41 for cooling pipelines 71, 72 of gas introduced to the main body unit can be integrally provided. The charging hose and the charging nozzle can be covered with doors 37, 38 freely openable and closable and the freely openable and closable doors can be housed within a hose unit.
    • 要解决的问题:提供一种便于处理保护盖等的紧凑型气体充注装置,用于保护充电软管和充电嘴,并允许快速充电燃料气体。解决方案:气体充注装置1与 :主体单元2,具有在测量来自气体供给源的气体的流量的同时输送气体的充电机构; 以及软管单元3,其具有与充电机构的气体输出管线连接的充电软管34和设置在充电软管的顶端的充电喷嘴35。 此外,可以一体地设置具有用于冷却导入主体单元的气体的管道71,72的气体管路冷却部41的冷却单元4。 充电软管和充电嘴可以被可自由打开和关闭的门37,38覆盖,并且可自由开启和关闭的门可以容纳在软管单元内。
    • 5. 发明专利
    • Portable type flowmeter
    • 便携式流量计
    • JP2014077706A
    • 2014-05-01
    • JP2012225658
    • 2012-10-11
    • Tatsuno Corp株式会社タツノ
    • YAMAZAKI YOSHIONAKANISHI NORIYUKITASHIRO KOICHIIKEDA HIDEAKI
    • G01F1/00G01F13/00G01F15/075G01F15/14
    • PROBLEM TO BE SOLVED: To provide a portable type flowmeter capable of smoothly performing an oil-feeding operation by only one person while capable of confirming an oil-feeding amount during the oil-feeding operation even when there is a distance to an oil-feeding object.SOLUTION: A portable type flowmeter 1 includes: a housing 2 for storing a weighing part for measuring a flow rate; a display indicator 5 provided in the housing and for displaying a measured flow rate; and flanges 3c, 3d provided in the upstream side and the downstream side of the fluid flow of the housing. The display indicator 5 can be positioned just adjacently to an oil-feeding nozzle by fixing an oil-feeding hose fixed to a cargo unloading opening of a fuel delivery vehicle and an oil-feeding nozzle to a flange of the portable type flow-meter, respectively. The portable type flow-meter includes: a start button 13 for returning the display of the display indicator to a zero position before starting the measurement of flow rate; a battery 21 for driving the weighing part and the display indicator; a substrate 15 of the weighing part; and a resin cover 18 for covering the substrate 19 of the display indicator.
    • 要解决的问题:提供一种便携式流量计,其能够仅在一个人能够平稳地进行给油操作,同时能够在给油操作期间确认给油量,即使当距离给油 物体。便携式流量计1包括:用于存储用于测量流量的称重部件的壳体2; 显示指示器5,设置在壳体中并用于显示测量的流量; 以及设置在壳体的流体流的上游侧和下游侧的凸缘3c,3d。 通过将固定在燃料输送车辆和供油喷嘴的货物卸载开口的供油软管固定到便携式流量计的凸缘上,显示指示器5可以恰好相邻于给油喷嘴定位, 分别。 便携式流量计包括:启动按钮13,用于在开始流量测量之前将显示指示器的显示返回到零位置; 用于驱动称重部件和显示指示器的电池21; 称重部件的基板15; 以及用于覆盖显示指示器的基板19的树脂盖18。
    • 6. 发明专利
    • Nozzle hook of oil feed apparatus
    • 喷油嘴油嘴装置
    • JP2014065518A
    • 2014-04-17
    • JP2012212078
    • 2012-09-26
    • Tatsuno Corp株式会社タツノ
    • KIYONO TAKAYUKIKANO SHINGO
    • B67D7/06B67D7/42
    • PROBLEM TO BE SOLVED: To provide a nozzle hook of an oil feed apparatus which eliminates the need of high accuracy in attachment of the nozzle hook to a housing, enables a nozzle switch to be normally turned on and off on a constant basis, and accurately secures the control of the oil feed apparatus.SOLUTION: A nozzle hook (1) of an oil feed apparatus includes: a nozzle hook body (2) on which a discharge tube (37) of an oil feed nozzle (36) is held; a receiving part (3) which holds a lever guard (38) of the oil feed nozzle (36); and a switch part (4) which is operated by pressing the lever guard (38).
    • 要解决的问题:为了提供一种排油装置的喷嘴钩,其不需要将喷嘴钩附接到壳体上的高精度的需要,能够使喷嘴开关恒定地正常地打开和关闭,并且准确地 确保给油装置的控制。解决方案:供油装置的喷嘴钩(1)包括:喷嘴钩体(2),其上保持有供油喷嘴(36)的排放管(37); 保持供油喷嘴(36)的杠杆护罩(38)的接收部(3)。 以及通过按压所述杠杆护罩(38)操作的开关部件(4)。
    • 7. 发明专利
    • Oil mixture prevention device for liquid level measurement device
    • 用于液位测量装置的油混合物预防装置
    • JP2014054996A
    • 2014-03-27
    • JP2012199019
    • 2012-09-11
    • Tatsuno Corp株式会社タツノ
    • UCHIDA SHINJI
    • B67D7/32G01F23/62
    • PROBLEM TO BE SOLVED: To prevent oil mixture in a storage tank by positively utilizing a function of a liquid level meter with a density measurement function.SOLUTION: An oil mixture prevention device for a liquid level measurement device includes: a float 6 for density detection which is guided by a stem 3 and which sinks and floats according to the density of fuel oil; a float 5 for water detection which is guided by the stem 3 and which sinks and floats according to the level of water; an elastic body 7 which connects the float 6 for density detection and the float 5 for water detection; means 11 for detecting a distance between the float 6 for density detection and the float 5 for water detection; reference temperature density calculation means 13 which calculates the density of the fuel oil on the basis of the distance, and which calculates reference temperature density at a reference temperature; and density determination update means 14 which notifies the mixture of oil when the density from the reference temperature density calculation means 13 is out of a threshold value with respect to the reference temperature density which is registered for each oil type from the reference temperature density.
    • 要解决的问题:通过积极利用具有密度测量功能的液位计的功能来防止储罐中的油混合。解决方案:用于液位测量装置的防油混合装置包括:用于密度检测的浮子6 其由杆3引导,并且根据燃料油的密度下沉和浮动; 用于水检测的浮子5,其由杆3引导并且根据水位下沉和浮动; 连接用于密度检测的浮子6和用于水检测的浮子5的弹性体7; 用于检测用于浓度检测的浮子6与用于水检测的浮子5之间的距离的装置11; 基准温度密度计算单元13,其基于距离计算燃料油的密度,并计算基准温度下的基准温度密度; 以及密度判定更新单元14,当来自基准温度密度计算单元13的密度相对于从基准温度密度注册的每种油类型的基准温度密度超出阈值时,通知油的混合物。
    • 8. 发明专利
    • Oil feeder
    • 油料进料器
    • JP2014043244A
    • 2014-03-13
    • JP2012184764
    • 2012-08-24
    • Tatsuno Corp株式会社タツノ
    • SASAKI MASAOSEKI HIROSHITSUMURA YASUYUKI
    • B67D7/08B67D7/16G01F1/00
    • PROBLEM TO BE SOLVED: To provide an oil feeder capable of making fine adjustment, coping with the volume of an instrument error measure set for each country, and more surely preventing alteration of an instrument error.SOLUTION: An oil feeder 1 includes: a flowmeter 8 for measuring the quantity of oil supplied; and a display device 16 for displaying the quantity of oil supplied on the basis of a measurement value of the flowmeter. The oil feeder includes instrument error adjusting means for electronically making an instrument error adjustment for the flowmeter using a coefficient of instrument error calculated on the basis of the measurement value of the quantity of oil supplied in the flowmeter and a true value of quantity of oil supplied measured on the outside of the oil feeder. The instrument error adjusting means may include: counting means 36 for multiplying the measurement value of quantity of oil supplied in the flowmeter by an instrument error count; and control means for controlling the display device to display the arithmetic result of the counting means.
    • 要解决的问题:提供能够进行微调的给油机,应对每个国家设定的仪器误差测量的体积,并且更可靠地防止仪器误差的变化。解决方案:给油器1包括:流量计 8用于测量供油量; 以及显示装置16,用于基于流量计的测量值显示供给的油量。 给油机包括仪器误差调整装置,用于使用基于在流量计中供应的油量的测量值计算的仪表误差系数和供给的油量的真实值电流地进行流量计的仪器误差调整 在供油器的外侧测量。 仪表误差调整装置可以包括:计数装置36,用于将流量计中供应的油量的测量值乘以仪器误差计数; 以及控制装置,用于控制显示装置显示计数装置的算术结果。
    • 9. 发明专利
    • Sensor for oil feeding device
    • 油输送装置传感器
    • JP2014024582A
    • 2014-02-06
    • JP2012166657
    • 2012-07-27
    • Tatsuno Corp株式会社タツノ
    • OTAKI TSUTOMU
    • B67D7/32
    • PROBLEM TO BE SOLVED: To provide a sensor for oil feeding device capable of acquiring various information regarding an oil feeding device with a simple structure and over a wide range.SOLUTION: The sensor for oil feeding device is characterized in that a light guide (e.g., a prism 1) made of a light-transmitting material is provided for an oil feeding system (e.g., an oil feeding piping 2, a pump, etc), an irradiation device (e.g., an optical fiber 3 connected to light source) and a light-receiving device 4 which receives light reflected on a boundary surface F12 between oil flowing through the oil feeding system 2 and the light guide are provided for the light guide 1, and optical fibers PF21 to PF25 are connected to the light-receiving device 4.
    • 要解决的问题:提供一种能够获取关于具有简单结构和广泛范围的给油装置的各种信息的给油装置的传感器。解决方案:供油装置的传感器的特征在于,光导(例如 为供油系统(例如供油管2,泵等),照射装置(例如,连接到光源的光纤3)和透光材料制成的棱镜1) 在导光体1上设置受光装置4,光接收装置4接收在流过供油系统2的油和导光体之间的边界面F12上反射的光,光纤PF21〜PF25与受光装置 4。
    • 10. 发明专利
    • Fuel supply device
    • 燃油供应装置
    • JP2013230016A
    • 2013-11-07
    • JP2012100728
    • 2012-04-26
    • Tatsuno Corp株式会社タツノ
    • KATAGIRI HIROSHISASAKI MASAOTSUMURA YASUYUKI
    • H02J7/00B60L11/18B60S5/02H02J7/02
    • Y02T10/7005
    • PROBLEM TO BE SOLVED: To easily attach a charging device for charging an electric vehicle to an existing oil supply device for supply of gasoline fuel, thereby making it unnecessary to newly construct a large-scale fuel supply device including a charging facility.SOLUTION: A fuel supply device 1 includes: an oil supply device 2 including an oil supply mechanism 21 for supply of liquid fuel; a charging device 3 including a charging mechanism 22 for charging electric power; and an operation part 4 through which an operation to select one of the oil supply and the charging is made, with the oil supply device 2 and the charging device 3 being provided side by side. In the fuel supply device 1, the oil supply device 2 includes a first display part 5 for displaying oil supply information indicative of an oil supply state on the basis of an oil supply operation by the oil supply mechanism 21, the charging device 3 includes a second display part 6 for displaying charging information indicative of a charging state on the basis of a charging operation by the charging mechanism 22. It is preferable that in accordance with the operation made through the operation part 4, when the oil supply is selected, the first display part 5 is caused to display the oil supply information and when the charging is selected, the second display part 6 is caused to display the charging information.
    • 要解决的问题:为了容易地将用于对电动车辆充电的充电装置附接到现有的用于供应汽油燃料的供油装置,从而不需要新构造包括充电设施的大型燃料供应装置。解决方案:A 燃料供给装置1包括:供油装置2,具备供给液体燃料的供油机构21; 充电装置3,包括用于充电的充电机构22; 以及供油装置2和充电装置3并排设置的用于选择供油和充电中的一个的操作的操作部4。 在燃料供给装置1中,供油装置2包括:第一显示部5,用于基于供油机构21的供油动作来显示表示供油状态的供油信息,充电装置3包括: 第二显示部分6,用于基于充电机构22的充电操作来显示表示充电状态的充电信息。优选地,根据通过操作部分4进行的操作,当选择供油时, 使第一显示部5显示供油信息,并且当选择充电时,使第二显示部6显示充电信息。