Periodically reversed gas flow ozone production method and apparatus
    241.
    发明授权
    Periodically reversed gas flow ozone production method and apparatus 失效
    周期性反向气体流量生产方法和装置

    公开(公告)号:US3719573A

    公开(公告)日:1973-03-06

    申请号:US3719573D

    申请日:1971-10-15

    Inventor: KAWAHATA M

    CPC classification number: C01B13/11 C01B2201/66 C01B2201/74 C01B2201/90

    Abstract: A periodically reversed gas flow method and apparatus for ozone production is described. Because moisture reduces the efficiency of most ozonizers, moisture is removed from an oxygen containing fluid before it passes through the ozonizer and the moisture is returned to the oxygen and ozone containing fluid after the ozonizer. At least two moisture adsorbent material columns are used so that the oxygen containing fluid is first passed serially through the two columns with the ozonizer interposed and then periodically reversed to pass serially through the three components in the opposite direction so that at least one column is always in an adsorbent cycle while at least another column is always in a desorber cycle. The pressure of the oxygen containing fluid may be increased immediately upstream of the adsorber column and reduced immediately downstream of the adsorber column, for increased efficiency. The heat of adsorption is transferred from the adsorber column to the desorber column to provide the heat of desorption at the latter column, with the ozonizer serially interposed; the coolant fluid flow is preferably cocurrent to the oxygen fluid flow and reversed everytime that the oxygen containing fluid flow is reversed.

    Abstract translation: 描述了用于臭氧生产的周期性反转气体流动方法和装置。 由于水分降低了大多数臭氧发生器的效率,所以在含氧流体通过臭氧发生器之前将水分从含氧流体中除去,在臭氧发生器之后水分返回到含氧气体和臭氧的流体中。 使用至少两个水分吸附剂材料柱,使含氧流体首先通过两个柱子串联通过臭氧发生器,然后定期反向以相反方向串联通过三个组分,使得至少一个柱总是 在吸附剂循环中,而至少另一列总是处于解吸循环中。 含氧流体的压力可以直接在吸附塔的上游增加并且在吸附塔立即下游减少,以提高效率。 吸附热从吸附塔转移到解吸柱,以提供后一列的解吸热,其中臭氧发生器串联插入; 冷却剂流体流优选地与氧流体流共同流动,并且每当含氧流体流动相反时都是相反的。

    オゾン用マスフローコントローラの出力検査方法

    公开(公告)号:JP2018195102A

    公开(公告)日:2018-12-06

    申请号:JP2017098819

    申请日:2017-05-18

    Inventor: 和村 有

    CPC classification number: C01B13/0296 C01B13/11 C01B2201/90

    Abstract: 【課題】オゾン流量を正確に出力可能なオゾン用マスフローコントローラの出力検査方法を提供する。 【解決手段】オゾン発生器をオフにし、オゾン発生器に供給される酸素の流量を計測する酸素用マスフローコントローラが出力する第1の流量と、オゾン発生器から分流した複数の流路に設けられたオゾン用マスフローコントローラが出力する第2の流量とを記憶する工程と、オゾン発生器から複数の流路を介して処理容器内にオゾンを供給しながら、処理容器内で所定の処理を複数回行う工程と、複数回の前記所定の処理の合間に、オゾン発生器をオフにし、酸素用マスフローコントローラが出力する第3の流量と、オゾン用マスフローコントローラが出力する第4の流量とを取得する工程と、第1の流量及び第2の流量と、第3の流量及び第4の流量とをそれぞれ比較し、第4の流量が正常値であるか否かを判定する工程とを有する検査方法。 【選択図】図4

    オゾン生成システム
    245.
    发明专利
    オゾン生成システム 有权
    臭氧生成系统

    公开(公告)号:JPWO2014033870A1

    公开(公告)日:2016-08-08

    申请号:JP2013511446

    申请日:2012-08-30

    Abstract: 本発明は、副生物の発生を抑制することができ、低コストのオゾン生成システムを提供することを目的とする。本発明では、オゾン発生装置(1)に対して原料ガスを出力するガス流量調整装置(7)を備えている。ガス流量調整装置(7)は、複数の流量調整部(71,72,73,75)を備えており、第一の酸素流量調整器(71)から出力される酸素ガスと混合ガス流量調整器(75)から出力される第一の混合ガスとから成る第二の混合ガスを、原料ガスとして、オゾン発生装置(1)に対して出力する。ここで、ガス流量調整装置(7)において生成される原料ガスは、酸素ガスと窒素ガスとか成り、酸素ガスに対する窒素の添加率が0ppmより大きく、100ppm以下である。

    Abstract translation: 本发明,能够抑制副产物的生成,并以提供一种低成本的臭氧发生系统。 在本发明中,它包括用于将原料气体输出到所述臭氧发生器(1)到气体流量控制器(7)。 气体流量调节装置(7)具有从混合气体流量控制器输出的多个流量调节部分包括(71,72,73,75),所述第一氧气流量调节器(71)的氧气的 第二气体混合物从(75)由第一混合气体的输出,作为原料气体,并将其输出到臭氧发生器(1)。 在此,在(7)由十日氧气和氮气的气体流量调节装置产生的原料气体,添加氮与氧的气体是大于0ppm的,它是为100ppm或更小。

    Ozone liquid conversion equipment, communication equipment and a sealed container

    公开(公告)号:JP4472019B2

    公开(公告)日:2010-06-02

    申请号:JP2009189750

    申请日:2009-08-19

    Inventor: 宏一郎 池田

    Abstract: An ozone liquid converter (1) which converts a liquid held in a sealed vessel (3) provided with a septum (51), into ozone liquid including: a liquid tight passage (5) in which to both ends of a passage main body (7) thereof, there are respectively connected insertion needles (35,33) for liquid discharge and liquid return in an internally communicating state; an ozone gas entrapment part (11) which is arranged part way along the liquid tight passage (5); and an ozone gas discharge part (27) which is arranged part way along the liquid tight passage (5), and on a downstream side of the ozone gas entrapment part (11), and which discharges ozone gas which has not dissolved in the liquid, to the outside of the pathway; wherein said liquid tight passage (5) and said sealed vessel (3) are connected by puncturing said septum (51) with said insertion needles (35, 33), and there is formed a liquid circulation passage in which liquid flowed out from said sealed vessel (3) passes through said liquid tight passage (5) and returns to said sealed vessel (3), and ozone is dissolved, in said ozone gas entrapment part (11), in the liquid which has flowed out from said sealed vessel (3) to said liquid tight passage (5), and converted to ozone liquid, and after discharging the ozone gas what has not been dissolved in said ozone gas discharge part (27), said ozone liquid is returned to inside said sealed vessel (3), to thereby convert the liquid contained in said sealed vessel into ozone liquid.

    Electrokinetic air transport device and regulator device having enhanced arching detection and suppression function
    249.
    发明专利
    Electrokinetic air transport device and regulator device having enhanced arching detection and suppression function 审中-公开
    具有增强建筑物检测和抑制功能的电动空气运输装置和调节器装置

    公开(公告)号:JP2005003354A

    公开(公告)日:2005-01-06

    申请号:JP2004169538

    申请日:2004-06-08

    Abstract: PROBLEM TO BE SOLVED: To provide a system for monitoring and suppressing arcing between the first and second electrodes of an electrokinetic system. SOLUTION: Current (or voltage) corresponding to the electrokinetic system is monitored for regulating first count and second count. Every time the monitored value reaches the threshold, the first count is increased each time. Every time the first count reaches the first count threshold, the electrokinetic system is temporarily shut down for a specified period of time, the second count is increased, and the first count is re-initialized. The electrokinetic system is re-started after a predetermined period. When the second count reaches the second count threshold, the electrokinetic system is shut down till when the reset state is satisfied. COPYRIGHT: (C)2005,JPO&NCIPI

    Abstract translation: 要解决的问题:提供一种用于监测和抑制电动系统的第一和第二电极之间的电弧的系统。

    解决方案:监测对应于电动系统的电流(或电压),用于调节第一计数和第二计数。 每次监视值达到阈值时,每次都会增加第一个计数。 每当第一个计数达到第一个计数阈值时,电动系统暂时停机一段指定的时间,第二个计数增加,第一个计数被重新初始化。 电动系统在预定时间后重新启动。 当第二计数达到第二计数阈值时,电动系统被关闭,直到满足复位状态。 版权所有(C)2005,JPO&NCIPI

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