CRYOGENIC REFRIGERATION DEVICE
PROBLEM TO BE SOLVED: To provide a cryogenic refrigeration device advantageous in suppressing uneven wear of a bearing and a valve seat by pressing a stem as straight as possible the moment that a valve is opened.SOLUTION: The cryogenic refrigeration device includes a high-pressure valve 3 and a low...
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Format | Patent |
Language | English |
Published |
10.12.2012
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Abstract | PROBLEM TO BE SOLVED: To provide a cryogenic refrigeration device advantageous in suppressing uneven wear of a bearing and a valve seat by pressing a stem as straight as possible the moment that a valve is opened.SOLUTION: The cryogenic refrigeration device includes a high-pressure valve 3 and a low-pressure valve 7. At least one of the valves 3, 7 has a bearing 35, a valve body 4 having a stem 40 and a valve part 42, an biasing spring 47, a turning member 5 which has a pressurization region 50 opening the valve part 42 by coming into contact with the tip part 41 of the stem 40 of the valve body 4 and pressurizing it in a valve opening direction, and a cam 6 turning the turning member 5. A region which pressurizes the tip part 41 of the stem 40 in the valve opening direction the moment that the valve part 42 opens a valve port 32, in the pressurization area 50 is defined as a first area 51. The angle of the first region 51 crossing the center axis P of the stem 40 is denoted as θstart. The θstart is set to be within a range of 90±3°. |
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AbstractList | PROBLEM TO BE SOLVED: To provide a cryogenic refrigeration device advantageous in suppressing uneven wear of a bearing and a valve seat by pressing a stem as straight as possible the moment that a valve is opened.SOLUTION: The cryogenic refrigeration device includes a high-pressure valve 3 and a low-pressure valve 7. At least one of the valves 3, 7 has a bearing 35, a valve body 4 having a stem 40 and a valve part 42, an biasing spring 47, a turning member 5 which has a pressurization region 50 opening the valve part 42 by coming into contact with the tip part 41 of the stem 40 of the valve body 4 and pressurizing it in a valve opening direction, and a cam 6 turning the turning member 5. A region which pressurizes the tip part 41 of the stem 40 in the valve opening direction the moment that the valve part 42 opens a valve port 32, in the pressurization area 50 is defined as a first area 51. The angle of the first region 51 crossing the center axis P of the stem 40 is denoted as θstart. The θstart is set to be within a range of 90±3°. |
Author | SUNAHARA SHIGEYUKI SHU YOSHISUKE OHASHI YOSHIMASA |
Author_xml | – fullname: OHASHI YOSHIMASA – fullname: SUNAHARA SHIGEYUKI – fullname: SHU YOSHISUKE |
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Snippet | PROBLEM TO BE SOLVED: To provide a cryogenic refrigeration device advantageous in suppressing uneven wear of a bearing and a valve seat by pressing a stem as... |
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SubjectTerms | BLASTING COMBINED HEATING AND REFRIGERATION SYSTEMS HEAT PUMP SYSTEMS HEATING LIGHTING LIQUEFACTION SOLIDIFICATION OF GASES MANUFACTURE OR STORAGE OF ICE MECHANICAL ENGINEERING REFRIGERATION MACHINES, PLANTS OR SYSTEMS REFRIGERATION OR COOLING WEAPONS |
Title | CRYOGENIC REFRIGERATION DEVICE |
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