Fluid control device
    1.
    发明授权

    公开(公告)号:US3556409A

    公开(公告)日:1971-01-19

    申请号:US3556409D

    申请日:1968-10-22

    Applicant: AGA AB

    CPC classification number: F15C1/08 Y10T137/2202 Y10T137/2273

    Abstract: A fluidistor fluid control device comprising a plurality of channels such as Laval nozzles, each channel extending from a control jet inlet to an outlet, such that the direction of flow of fluid through the channel is dependent on the relative flow characteristics of the channels. These flow characteristics can be varied by varying the shape or size of the channels, or by applying a separate control fluid to the interior of one or more of the channels.

    Humidification equipment for gases
    3.
    发明授权
    Humidification equipment for gases 失效
    气体湿度设备

    公开(公告)号:US3677527A

    公开(公告)日:1972-07-18

    申请号:US3677527D

    申请日:1970-04-15

    Applicant: AGA AB

    CPC classification number: B01D47/021 Y10S261/65

    Abstract: A humidifier for gas comprising a liquid tank, gas inlet means projecting axially into a liquid introducing means for sucking in of liquid, said liquid introducing means having a larger inside cross-sectional area than said gas inlet means, said gas inlet means and liquid introducing means having a common radial opening through which the gas supplied can be blown out together with the sucked in liquid as a gas jet containing liquid particles, and a diffuser arranged in the tank opposite said common radial opening for the dividing of the liquid particles in said gas jet.

    Abstract translation: 一种气体加湿器,包括液体罐,气体入口装置,其轴向突出到用于吸入液体的液体引入装置中,所述液体引入装置具有比所述气体入口装置更大的内部横截面面积,所述气体入口装置和液体引入 具有共同的径向开口的装置,所供给的气体可与吸入的液体一起作为含有液体颗粒的气体射流吹出,以及设置在与所述共同径向开口相对的罐中的扩散器,用于将所述液体颗粒分隔在所述 天然气喷气

    Gas evacuator for breathing apparatus
    5.
    发明授权
    Gas evacuator for breathing apparatus 失效
    用于呼吸装置的气体灭菌器

    公开(公告)号:US3662774A

    公开(公告)日:1972-05-16

    申请号:US3662774D

    申请日:1970-08-31

    Applicant: AGA AB

    Abstract: A gas evacuator for removing excess gas conveyed to a patient through a duct from a gas supply. The device includes a conduit connectable to the gas duct to convey the gas from one portion of the duct to another portion thereof. A chamber is provided with a drain line connectable to a low pressure source, such as a vacuum pump, for maintaining a reduced pressure in the chamber. A first valve is provided for venting excess gas from said conduit to said chamber in response to the differential pressure therebetween. A second valve is provided to introduce gas to said chamber from atmosphere in response to pressure in the chamber. The chamber is kept under low pressure by the vacuum pump. At a desired value of low pressure, the second valve opens to maintain that pressure in the chamber. If excess gas is present in the duct, the first valve opens venting that excess gas to the chamber until the excess gas is removed. The vented gas is removed through the drain line. In the event of a temporary increase in pressure in the chamber above the mentioned desired value, the second valve closes thus ensuring that the excess gas removed from the duct is not vented to atmosphere in the area adjacent the device.

    Abstract translation: 一种气体抽出器,用于通过管道从气体输送器中输送到患者的多余气体。 该装置包括可连接到气体管道的导管,以将气体从管道的一部分输送到其另一部分。 腔室设置有可连接到低压源(例如真空泵)的排水管线,用于保持腔室中的减压。 提供第一阀,用于响应于它们之间的压差,将多余的气体从所述导管排放到所述腔室。 提供第二阀,以响应腔室中的压力将气体从大气引入到所述腔室。 通过真空泵将室保持在低压下。 在期望的低压值下,第二阀打开以保持腔室中的该压力。 如果管道中存在过量的气体,则第一阀打开通向腔室的过量气体,直到除去多余的气体。 排出的气体通过排出管线去除。 在室内的压力临时增加超过所述期望值的情况下,第二阀关闭,从而确保从管道移除的过量气体不会在与设备相邻的区域中排放到大气中。

Patent Agency Ranking