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    • 1. 发明专利
    • AUTOMATIC COOING DEVICE FOR METAL PLATE
    • JPH0682137A
    • 1994-03-22
    • JP23742492
    • 1992-09-04
    • NIPPON OXYGEN CO LTDKOBE STEEL LTD
    • YONAMOTO HIKARISAWADA HIROYUKIMORI TSUNEJIMATSUI KUNIAKI
    • F25D3/11
    • PURPOSE:To effectively cool a plurality of metal plates so as to be immediately transferred to a processor by suspending a plurality of supporters from a circulating rail of a conveyor device and continuously cooling respective metal plates held by respective supporters while transferring them one after another. CONSTITUTION:Metal plates 5 are transferred by a carrying-in conveyor 9 and carried in a cold refrigerant 2 along a tilted table 23 of a supplying device 10 from a tilt part 3 of a insulated cooling tank 4 while being held by supporters 6. Then, the supporters 6 are delivered to a cooling conveyor 20 at a point E on the way where the supporters are transferred from a point A to a point B along a circulating rail 7, and is cooled during being transferred to a point F. After the supporters 6 are transferred from the point F to the point C through the point B, they are tilted toward a delivery conveyor 11 by a piston 25 of a delivery device 12. Thereby, the metal plates 5 are dropped from the supporters 6 and transferred to the delivery conveyor 11 with being sliding on a tilting plate 26. After that, the metal plates 5 are transferred to the next process, while empty supporters 6 are circulating and returned to the A point through the point D.
    • 3. 发明专利
    • GASEOUS MIXTURE SUPPLY DEVICE
    • JPH1176779A
    • 1999-03-23
    • JP24655597
    • 1997-09-11
    • NIPPON OXYGEN CO LTD
    • SAWADA HIROYUKIDEMURA KENJITSUCHIYA SHIGERU
    • A61M16/12B01F3/02B01F13/04B01F15/04B01J4/00
    • PROBLEM TO BE SOLVED: To continuously produce a gaseous mixture in the case of the stoppage of electric power by intermediately providing a cut-off valve opened by a operation gas in a 1st and 2nd gas supply passage and enabling to supply the operation gas from an auxiliary tank through a solenoid valve opened at the time of the breaking of power supply. SOLUTION: At the time of inputting a signal that the pressure in a buffer tank 7 is lowered to a controller 26 from a pressure gauge 10, the solenoid valve 25 for operation gas is opened by cutting-off the close signal S to the solenoid valve 25 for operation gas by the controller 26. And a part of a synthetic air in the auxiliary tank 14 is supplied to both cut-off valves 4a, 4b through a passage 24, a branched passage 24a and 24b to open the both cut-off valves 4a and 4b. As a result, the synthetic air is produced by supplying a prescribed flow rate of oxygen and nitrogen from the 1st and 2nd gaseous starting material supply passages 1, 2. And at the time of the stoppage of electric power, the synthetic air is produced by opening both solenoid valves 4a, 4b by the action of a spring or the like to open both cut-off valves by the synthetic air pressure.
    • 4. 发明专利
    • CONDENSATION TRAP
    • JPH09209934A
    • 1997-08-12
    • JP1331496
    • 1996-01-29
    • NIPPON OXYGEN CO LTD
    • YONEKURA MASAHIROSAWADA HIROYUKI
    • F04B37/16B01D8/00
    • PROBLEM TO BE SOLVED: To recover organic solvent steam in a short time, and prevent oil deterioration of a vacuum pump by containing an inner tank having umbrella- shaped heat transmission fins on an outer circumference in an outer tank, gas- tightly closing an aperture in a space part between both tanks, and providing a cover body to which a to be treated steam introducing conduit and an exhaust conduit are connected to position their tips to the space part. SOLUTION: Umbrella-shaped heat transmission fins 23 are provided in multi- stages on an outer circumference of a refrigerant tank (inner tank) 21 to contain refrigerant, and it is contained in a trap tank (outer tank) 22. A space part 22b is formed between both tanks 21, 22, and the inner tank 21 is gas-tightly contained in it. On a cover body 21a, a steam to be treated introducing conduit 26 and an exhaust port 27 are provided to position their tips to the space part 22b, and they are respectively connected to a rotary evaporator 50 and a vacuum pump 29. Cooling medium such as liquid nitrogen is contained in the inner tank 21, so the inside of the space part 22b is cooled by the umbrella-shaped heat transmission fins 23. The vacuum pump 29 is driven, solution in the rotary evaporator 50 is vaporized by pressure reduction, and it is cooled and condensed in the space part 22b to be recovered.
    • 5. 发明专利
    • FOOD FREEZING UNIT
    • JPH09154553A
    • 1997-06-17
    • JP32208695
    • 1995-12-11
    • NIPPON OXYGEN CO LTD
    • SAWADA HIROYUKIUSUI HISASHI
    • A23L3/36
    • PROBLEM TO BE SOLVED: To provide a food freezing unit high in the heat exchange efficiency between an object to be frozen and cold source gas and capable of improving the utility of the cold source gas. SOLUTION: This food freezing unit lies equipped with a tunnel 21 having loading port 28 and an unloading port 36 on both ends, respectively, a belt conveyor 22, a low-temperature liquefied gas feed mechanism 43, and an exhaust mechanism 44. A gas flow meandering control mechanism 48 is provided to allow the gas in the tunnel 21 to flow under meandering in the longer direction extending from the loading port 28 toward the unloading port 36; the mechanism 48 is made up of plural agitating fans 23 to allow the gas to flow in the shorter direction crossing the longer direction of the tunnel 21 and plural side current plates 32 to block the gas flow toward the unloading port 36. The agitating fans 23 are arranged at intervals in the longer direction along both sidewalls of the tunnel so as to shift the relative positions between both the sides, and their revolving shafts are tilted downward by 10-45 toward the tips.
    • 7. 发明专利
    • GRANULAR DRY ICE FEEDER
    • JPH10167351A
    • 1998-06-23
    • JP33607396
    • 1996-12-16
    • NIPPON OXYGEN CO LTDFUKUYAMA KYODO KIKO
    • SAWADA HIROYUKIDEMURA KENJITAWARA DAISUKEKOUHATA SANEMORITAKIZAWA TASABUROSEO KUNIO
    • B65D83/06
    • PROBLEM TO BE SOLVED: To crush dry ice formed into a block and supply it quantitatively as a granular form by providing loosening mechanisms which deform a lining body to loosen dry ice into a granular shape or into a pellet shape and providing pull-up mechanisms which pull the lining body upward to gather granular dry ice to the central portion of the lining body. SOLUTION: A discharge port 3c is formed in a lining body 3 provided inside a heat-insulating hollow box 2, and a lower opening 2b is formed in the box 2. After the lining body 3 is packed with dry ice under the condition that the discharge port 3c or the opening 2b is closed, the lining body 3 is deformed by loosening mechanismgs 7 provided outside the lining body 3, and granular or pellet-like dry ice is supplied through the discharge port 3c and the opening 2b while loosening dry ice formed into a block. Further, by the action of pull-up mechanisms 16 for pulling the lining body 3 upward with the aid of elastic members, the dry ice is always gathered to the lower opening 2b at the central portion and is discharged without hitch because the lining body 3 is gradually pulled up in accordance with the discharge of the dry ice.
    • 8. 发明专利
    • FOOD FREEZING UNIT
    • JPH09154554A
    • 1997-06-17
    • JP32208795
    • 1995-12-11
    • NIPPON OXYGEN CO LTD
    • USUI HISASHISAWADA HIROYUKITAKAHASHI RYUTARONISHIMURA KATSUJI
    • A23L3/36
    • PROBLEM TO BE SOLVED: To provide a food freezing unit high in the heat exchange efficiency between an object to be frozen and cold source gas and capable of improving the utility of the cold source gas. SOLUTION: This food freezing unit lies equipped with a tunnel 21 having loading port 28 and an unloading port 36 on both ends, respectively, a belt conveyor 22 set up inside the tunnel 21 along the longer direction extending from the loading port 28 toward the unloading port 36 to convey objects to be frozen, a low-temperature liquefied gas feed mechanism 43 to feed low- temperature liquefied gas into the tunnel 21, and an exhaust mechanism 44 to discharge the gas in the tunnel 21. A gas flow meandering control mechanism 48 is provided to allow the gas in the tunnel 21 to flow under meandering in the longer direction, and plural shelves are equipped on the belt conveyor 22 to put objects to be frozen thereon, and food carrying racks 31 are put on the shelves so as to allow air to flow in the gas stream flow direction.