Systems and Methods for Water Conservation
    1.
    发明申请
    Systems and Methods for Water Conservation 审中-公开
    水保护系统与方法

    公开(公告)号:US20130061944A1

    公开(公告)日:2013-03-14

    申请号:US13229790

    申请日:2011-09-12

    Abstract: A system is described herein comprising a diverter valve operable to divert at least a portion of water flowing through a first water line to a first volume; a first float valve controlling water flow from a second water line to a second volume; and a second float valve controlling water flow from the first volume to the second volume.

    Abstract translation: 本文描述了一种系统,其包括可操作以将流过第一水管线的至少一部分水转移到第一容积的分流阀; 控制从第二水线到第二体积的水流的第一浮阀; 以及第二浮阀,其控制从第一容积到第二容积的水流。

    Pipe closing device
    3.
    发明授权
    Pipe closing device 失效
    管闭合装置

    公开(公告)号:US4300489A

    公开(公告)日:1981-11-17

    申请号:US178412

    申请日:1980-08-15

    Applicant: Marc Perrin

    Inventor: Marc Perrin

    Abstract: The device is especially intended for a pipe supplying a fluid which must be supplied, simultaneously or alternately, with another fluid. The device comprises a tank for a control fluid which surrounds the vertical supply pipe and in which a permanent magnet moves in accordance with the amount of control fluid contained in the tank. The magnet shifts a valve member inside the supply pipe so that the valve member closes the latter in one of the end positions of the magnet. The magnet is rigid with a float which freely extends around the supply pipe. The device can in particular ensure that fuel is supplied to an engine only if oil is supplied to the latter.

    Abstract translation: 该装置特别用于供应必须同时或交替地与另一种流体一起供应的流体的管道。 该装置包括用于控制流体的罐,该罐围绕垂直供应管,并且永久磁体根据容纳在容器中的控制流体的量移动。 磁体将阀构件在供给管内移动,使得阀构件在磁体的一个端部位置中关闭阀构件。 磁体是刚性的,浮子可自由地围绕供给管延伸。 该装置可以特别地确保仅当向后者供应油时才向发动机供应燃料。

    Adjustable flow floating weir assembly
    4.
    发明授权
    Adjustable flow floating weir assembly 失效
    可调式流动堰组件

    公开(公告)号:US4015629A

    公开(公告)日:1977-04-05

    申请号:US613284

    申请日:1975-09-15

    CPC classification number: G05D7/0166 Y10T137/2536 Y10T137/86252

    Abstract: An adjustable-flow floating weir assembly is provided for regulating the flow of liquid out of a basin which receives a constant or variable flow of liquid. The weir assembly communicates with the exterior of the basin and has notches through which liquid from the basin flows into the weir assembly. The buoyancy of the weir assembly can be changed to correspondingly vary the vertical position of the weir assembly relative to the liquid level in the basin to thereby regulate the flow of liquid through the notches into the weir assembly and to the exterior of the basin.

    Abstract translation: 提供了一种可调节流动的浮堰组件,用于调节从接收恒定或可变流动液体的盆中流出液体。 堰组件与盆的外部连通,并且具有凹槽,来自盆的液体流入堰组件。 堰组件的浮力可以改变,以相应地改变堰组件相对于盆中的液面的垂直位置,从而调节通过凹口进入堰组件的液体流到盆的外部。

    Chemical feeder
    5.
    发明授权
    Chemical feeder 失效
    化学进料器

    公开(公告)号:US3915187A

    公开(公告)日:1975-10-28

    申请号:US44741374

    申请日:1974-03-01

    Applicant: AQUA TREAT INC

    Abstract: A make-up water valve directs make-up water into a delivery conduit whenever the water level in a cooling water sump falls below a predetermined level. The delivery conduit has a venturi for generating suction in response to make-up water flow. A feed tube which is supplied with liquid chemicals is coupled to the suction region of the venturi for feeding chemicals into the make-up water, and a water bleed-off valve is simultaneously operated by the suction. The feed tube includes a valve seat and a float valve thereabove. An adjustable stop limits the height to which the float valve may rise, thereby defining a metering gap between the bottom of the float valve and the valve seat for metering the amount of chemical fluid which is drawn into the venturi during each charge of make-up water.

    Abstract translation: 每当冷却水池中的水位低于预定水平时,补充水阀将补充水引导到输送管道中。 输送管道具有用于响应补充水流而产生抽吸的文丘里管。 供给液体化学药品的进料管与文丘里管的吸入区域相连接,用于将化学品送入补充水中,并通过抽吸同时操作排水阀。 进料管包括一个阀座和一个位于其上的浮阀。 可调节的止挡限制了浮阀可升高的高度,从而在浮阀的底部和阀座之间限定了一个计量间隙,用于计量每次补充化妆品期间吸入文丘里管的化学流体量 水。

    Liquid mixing and distributing apparatus
    6.
    发明授权
    Liquid mixing and distributing apparatus 失效
    液体混合和分配设备

    公开(公告)号:US3893470A

    公开(公告)日:1975-07-08

    申请号:US47120874

    申请日:1974-05-20

    CPC classification number: G05D11/035 G05D9/12 Y10T137/2536 Y10T137/2541

    Abstract: In liquid mixing and distributing apparatus a unitarily formed tank provides a first compartment for receiving a primary liquid and a second compartment for receiving a secondary liquid. Float means in the first compartment serves to control the introduction and release of primary liquid into the first compartment. The same means also interconnects with a piston which is positioned to be immersible in the secondary liquid. By this interconnection, rise of liquid in the first compartment lowers the piston into the second compartment causing a metered portion of its liquid content to overflow into the first compartment, where admixture of the two liquids occurs. Adjustable blocking means are provided for limiting the degree of immersion of the piston and thus varying the quantity of secondary liquid which is displaced into the first compartment.

    Abstract translation: 在液体混合和分配设备中,整体形成的罐提供用于接收初级液体的第一隔室和用于接收次级液体的第二隔室。 浮动装置在第一隔间中用于控制初级液体引入和释放到第一隔室中。 相同的装置也与活塞相互连接,活塞被定位成可浸入第二液体中。 通过该互连,第一隔室中的液体的升高将活塞降低到第二隔室中,导致其液体含量的计量部分溢出到第一隔室中,在该隔室中发生两种液体的混合。 提供了可调节的阻挡装置,用于限制活塞的浸入程度,从而改变移入第一隔室的次级液体的量。

    Apparatus for storing and feeding fractions of a stream of liquid flowing into and out of a reactor or a process exchange apparatus
    7.
    发明授权
    Apparatus for storing and feeding fractions of a stream of liquid flowing into and out of a reactor or a process exchange apparatus 失效
    液体流入或流出反应器或过程交换装置的储存和进料段的装置

    公开(公告)号:US3594316A

    公开(公告)日:1971-07-20

    申请号:US3594316D

    申请日:1968-08-30

    CPC classification number: C02F1/42 B01J47/00 Y10T137/2536 Y10T137/2943

    Abstract: THE PRESENT DISCLOSURE IS DIRECTED TO AN APPARATUS FOR STORING, FEEDING AND CONVEYING A LIQUID FRACTION WHICH COMPRISES A PLURALITY OF PRESSURE-RESISTANT, GAS-TIGHT STORAGE TANKS, DISTRIBUTOR CHANNEL MEANS DISPOSED ABOVE SAID STORAGE TANKS AND DIVIDED INTO A NUMBER OF COMPARTMENTS CORRESPONDING TO THE NUMBER OF SAID STORAGE TANKS, A DISTRIBUTING SYSTEM CONTAINING A FIRST LIQUID FEED LINE ASSOCIATED THEREWITH FOR INTRODUCING THE LIQUID FRACTION INTO SAID COMPARTMENTS, SECOND LIQUID FEED LINE MEANS FOR PROVIDING COMMUNICATION BETWEEN EACH COMPARTMENT AND A STORAGE TANK, RESERVOIR MEANS ASSOCIATED WITH THE STORAGE TANKS, EXHAUST LINE MEANS PROVIDING COMMUNICATION BETWEEN EACH OF THE STORAGE TANKS AND THE RESERVOIR MEANS, MEASURING MEANS DISPOSED IN THE RESERVOIR MEANS FOR MEASURING A PREDETERMINED MINIMUM LEVEL IN SAID RESERVOIR, GAS FEED LINE MEANS PROVIDING COMMUNICATION BETWEEN THE STORAGE TANKS AND A SOURCE OF PRESSURIZED GAS, SWITCH MEANS IN OPERATIVE ENGAGEMENT WITH THE MEASURING

    MEANS AND SAID SOURCE OF GAS PRESSURE FOR SUPPLYING A PRESSURIZED GAS THROUGH SAID GAS FEED LINE MEANS TO THE STORAGE TANKS IN RESPONSE TO A SIGNAL RECEIVED FROM SAID MEASURING MEANS SO THAT THE STORAGE TANKS CAN BE FILLED WITH THE LIQUID FRACTION AND/OR DRAINED OF THE LIQUID FRACTION AS NECESSARY, MEANS FOR REMOVING THE LIQUID FRACTION FROM THE RESERVOIR MEANS AND INTRODUCING IT INTO A REACTOR MEANS, AND MEANS FOR REMOVING THE LIQUID FRACTION FROM THE REACTOR AND INTRODUCING IT INTO THE DISTRIBUTING SYSTEM FOR REINTRODUCTION BY SAID FIRST LIQUID FEED LINE MEANS INTO THE DISTRIBUTOR CHANNEL.

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