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    • 1. 发明授权
    • Ozone production facilities and method of their operation
    • 臭氧生产设施及其运行方式
    • US6027700A
    • 2000-02-22
    • US883326
    • 1997-06-26
    • Hisamichi IshiokaSanae SuzukiMakoto Toraguchi
    • Hisamichi IshiokaSanae SuzukiMakoto Toraguchi
    • C02F1/78C01B13/10C01B13/11D21C9/153B01J19/08
    • C01B13/10C01B13/11C01B2201/90
    • Ozone production facilities comprising oxygen production facilities as a starting gas supply source, an ozonizer, and an ozone analyzer, and adapted to supply the starting gas by the oxygen production facilities, ozonize the starting gas by the ozonizer to produce an ozone-containing gas; the ozone production facilities further including liquid oxygen facilities as another starting gas supply source, and an oxygen flowmeter for monitoring the flow rate of oxygen supplied by the liquid oxygen facilities. A method of operating the ozone production facilities comprises supplying the starting gas from the oxygen production facilities alone to the ozonizer when the consumption of oxygen is within the production capacity of the oxygen production facilities; or mixing pure oxygen gas from the liquid oxygen facilities with the gas from the oxygen production facilities, and supplying the resulting mixed gas as the starting gas to the ozonizer, when the consumption of oxygen exceeds the production capacity of the oxygen production facilities. Thus, the ozone production facilities, even if small in scale, can always supply an ozone-containing gas having an arbitrary ozone concentration, ranging from the maximum to a lower concentration.
    • 臭氧生产设备包括氧气生产设备作为起始气体供应源,臭氧发生器和臭氧分析仪,并且适于通过氧气生产设备供应起始气体,由臭氧发生器臭氧化起始气体以产生含臭氧气体; 臭氧生产设备还包括作为另一起始气体供应源的液氧设备,以及用于监测由液氧设备供应的氧气流量的氧气流量计。 操作臭氧生产设备的方法包括:当氧气消耗在氧气生产设备的生产能力内时,从氧气生产设备单独向臭氧机提供起始气体; 或者将来自氧气设备的纯氧气与来自氧气生产设备的气体混合,并且当氧气消耗超过氧气生产设备的生产能力时,将所得混合气体作为起始气体供应到臭氧发生器。 因此,臭氧生产设施即使规模小,也可以随时提供臭氧浓度范围从最高到较低浓度的含臭氧气体。
    • 2. 发明授权
    • Ozone production facilities and method of their operation
    • 臭氧生产设施及其运行方式
    • US06277248B1
    • 2001-08-21
    • US09478218
    • 2000-01-05
    • Hisamichi IshiokaSanae SuzukiMakoto Toraguchi
    • Hisamichi IshiokaSanae SuzukiMakoto Toraguchi
    • B01J1908
    • C01B13/10C01B13/11C01B2201/90
    • A method of operating ozone production facilities comprises supplying a starting gas from oxygen production facilities alone to an ozonizer when the consumption of oxygen is within the production capacity of the oxygen production facilities; or mixing pure oxygen gas from liquid oxygen facilities with the gas from the oxygen production facilities, and supplying the resulting mixed gas as the starting gas to the ozonizer, when the consumption of oxygen exceeds the production capacity of the oxygen production facilities. Thus, the ozone production facilities, even if small in scale, can always supply an ozone-containing gas having an arbitrary ozone concentration, ranging from the maximum to a lower concentration.
    • 操作臭氧生产设备的方法包括:当氧气消耗在氧气生产设备的生产能力内时,将氧气生产设备的起始气体单独供应给臭氧发生器; 或者将来自液氧设备的纯氧气与来自氧气生产设备的气体混合,并且当氧气消耗超过氧气生产设备的生产能力时,将所得混合气体作为起始气体供应到臭氧发生器。 因此,臭氧生产设施即使规模小,也可以随时提供臭氧浓度范围从最高到较低浓度的含臭氧气体。
    • 3. 发明授权
    • Ozone generator
    • 臭氧发生器
    • US06264897B1
    • 2001-07-24
    • US09492757
    • 2000-01-27
    • Hisamichi IshiokaKazuki KaiTakaya NishikawaEiji SakaiTerushige OgawaAtsumi Miyake
    • Hisamichi IshiokaKazuki KaiTakaya NishikawaEiji SakaiTerushige OgawaAtsumi Miyake
    • B01J1908
    • C01B13/11C01B2201/14C01B2201/76
    • An ozone generator is formed of at least one ozone-generating pipe, a feed gas chamber connected to one side of the ozone-generating pipe, and an ozonized gas chamber connected to the other side of the ozone-generating pipe. When an oxygen-containing feed gas is supplied to the ozone-generating pipe through the feed gas chamber, the feed gas is subjected to silent discharge in a gap between a ground electrode and a high-voltage electrode in the ozone-generating pipe to thereby allow the feed gas to change to an ozonized gas, which is then fed to the ozonized gas chamber. Gas-permeable flame-propagation-preventing members are arranged to sandwich the discharge gap therebetween to prevent outward propagation of ozonized gas decomposition flame in case the frame is induced to the ozonized gas by spark discharge in the ozone-generating pipe. The ozone generator can be used safely.
    • 臭氧发生器由至少一个臭氧发生管,连接到臭氧发生管的一侧的进料气室和连接到臭氧发生管的另一侧的臭氧化气体室形成。 当通过进料气室将含氧进料气体供给到臭氧发生管道时,在臭氧发生管道中的进料气体在接地电极和高压电极之间的间隙中进行静音放电,由此 允许进料气体变成臭氧化气体,然后将其送入臭氧化气体室。 气体可渗透的阻焰传播防止部件被布置成夹在其间的放电间隙,以防止臭氧发生管中通过火花放电将框架引导到臭氧化气体的情况下臭氧化气体分解火焰的向外传播。 臭氧发生器可以安全使用。
    • 4. 发明授权
    • Ozone generator
    • 臭氧发生器
    • US6027701A
    • 2000-02-22
    • US863949
    • 1997-05-27
    • Hisamichi IshiokaMakoto ToraguchiTakaya NishikawaHideaki Nishii
    • Hisamichi IshiokaMakoto ToraguchiTakaya NishikawaHideaki Nishii
    • C02F1/78C01B13/11B01J19/08C01B13/10
    • C01B13/11C01B2201/14C01B2201/22C01B2201/76
    • An ozone generator includes a vessel provided at one end with a feed gas chamber for receiving a feed gas through an inlet and at the other end with an ozonized gas chamber, communicating with an outlet, for receiving an ozonized gas, a cylindrical tube ground electrode having a dielectric on an inner peripheral surface for communicating the feed gas chamber with ozonized gas chamber, a hollow cylindrical high voltage electrode having a predetermined discharge gap with respect to the dielectric and disposed concentrically with the cylindrical tube ground electrode, and a high frequency power source for applying a voltage between the ground electrode and the high voltage electrode. Cooling water is supplied to a water jacket surrounding the ground electrode and formed within the vessel and to the hollow cylindrical high voltage electrode to cool both electrodes. The cylindrical tube ground electrode and the hollow cylindrical high voltage electrode define an ozone generating tube, and the ozone generator incorporates a plurality of the ozone generating tubes.
    • 一种臭氧发生器包括一个容器,其一端设置有进料气室,用于通过入口接收进料气体,另一端设置有臭氧化气体室,与出口连通,用于接收臭氧化气体,圆筒管接地电极 在内周面上具有电介质,用于使进料气室与臭氧化气体室连通,相对于电介质具有预定放电间隙的中空圆柱形高压电极,并且与圆柱形管接地电极同心设置,并且具有高频功率 用于在接地电极和高压电极之间施加电压的源极。 将冷却水供给到围绕接地电极的水套,并形成在容器内和中空的圆柱形高压电极上以冷却两个电极。 圆筒管接地电极和中空圆柱形高压电极限定臭氧发生管,臭氧发生器并入多个臭氧发生管。