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    • 2. 发明专利
    • ULTRASONIC TYPE VORTEX FLOWMETER
    • JP2002365104A
    • 2002-12-18
    • JP2001177541
    • 2001-06-12
    • OSAKA GAS CO LTDTOKICO LTD
    • OKAMOTO KUNIYOSHIOHASHI YOJITASHIRO KOICHIYOSHIKURA HIROSHI
    • G01F1/32
    • PROBLEM TO BE SOLVED: To prevent delay of detection of change in pressure accompanied with occurrence of Karman vortexes by difference in length of a guiding paths. SOLUTION: In this ultrasonic type vortex flowmeter 70, a pair of passages 18A, 20A for propagation of ultrasonic waves, which penetrate in the extending direction of a body 16A for generating the vortexes, are arranged in side by side in the flowing direction (upstream and downstream sides) of fluid to be measured. In one ends of the passages 18A, 20A for the propagation of the ultrasonic waves, ultrasonic sensors for transmitting are opposed. In the other ends of the passages 18A, 20A for the propagation of the ultrasonic waves, ultrasonic sensors for receiving are opposed. Since total length of inlet and outlet holes 22A, 24A, 26A, 28A for the fluid are the same, timing of inflow when the fluid to be measured flows in from the inlet and outlet holes 22A, 26A for the fluid to the passages 18A, 20A for the propagation of the ultrasonic waves are the same as the timing of the inflow when the fluid to be measured flows in from the inlet and outlet holes 24A, 28A for the fluid to the passages 18A, 20A for the propagation of the ultrasonic waves. It is, therefore, possible to prevent increase in instrumental errors by the delay of the detection of the Karman vortexes 17.
    • 6. 发明专利
    • PRESSURE CONTROL METHOD USING GOVERNER
    • JPS62120517A
    • 1987-06-01
    • JP26212085
    • 1985-11-20
    • OSAKA GAS CO LTD
    • OKAMOTO KUNIYOSHINISHITANI YOSHITAKA
    • G05D16/00G05D16/20
    • PURPOSE:To secure the supply of the gas of prescribed level of pressure with a desired flow rate by changing the secondary pressure of a governer in response to the standard using amount of gas that is previously stored in a time setting circuit and performing the control of pressure. CONSTITUTION:A variation pattern selecting circuit 12 selects the number of a variation pattern of the data table of a RAM 11 according to the month, the day and the time of a timing setting circuit 13. This selected number is stored in a variation pattern memory 14 and checked by a reading circuit 15 against the present time point of the circuit 13. The secondary set value of a governer G1 of this time is calculated 16 based on the storage contents against the variation pattern number read by the circuit 15. Then the result of the arithmetic 16 is given to a comparator 17. The comparator 17 compares said calculated value with the feedback signal value showing he target value of the G1 given from a circuit counter 18 and delivers signals from an output interface 26 for control of the pressure of the G1.
    • 7. 发明专利
    • DETECTION OF HOT-WATER LEVEL IN BATHTUB
    • JPS60165461A
    • 1985-08-28
    • JP2261284
    • 1984-02-08
    • OSAKA GAS CO LTD
    • YAMADA TATSUJIOKAMOTO KUNIYOSHI
    • F24H1/00
    • PURPOSE:To permit to detect the level of hot-water accurately and highly reliably by a method wherein a plurality of thermistors are conducted so as to maintain a reference temperature, higher than the temperature of hot-water in a bathtub under a condition that they are not submerged into the hot-water of the bath, at all times. CONSTITUTION:A horizontal communicating pipe 15 is taken out of the bottom section of the bathtub 7 and a side tube 17 is established from the tip end thereof upwardly. The thermistors S1, S2, S3 for detecting hot-water level, provided in the side tube 17 with proper intervals, are for detecting the levels of high-temperature hot-water, a middle temperature hot-water and low- temperature hot-water sequentially from the upper thermistor. A remaining hot-water detecting thermistor S0 is provided at the lower end of the side tube 17 and all of the thermistors are conducted at all times so that they maintain the reference temperature (50 deg.C-60 deg.C, for example), which are higher than the temperature of the hot-water of the bath, under the condition that they are not submerged into the hot-water of the bath. When respective thermistors are submerged in the hot-water of the bath of about 40 deg.C, they detect temperatures lower than the temperature under non-sumberged conditions of them and detect that the level of the hot-water of bath has arrived at the positions of respective thermistors S1, S2, S3, S0. Accordingly, the highly reliable hot-water level detection may be effected.