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    • 3. 发明申请
    • A METHOD OF MANUFACTURING SANITARY ARMATURE MEMBERS
    • 制造卫生武器会员的方法
    • WO02023072A1
    • 2002-03-21
    • PCT/SE2001/001973
    • 2001-09-14
    • E03C1/04F16K11/078F16K27/04F16K11/14F16K27/00
    • E03C1/04F16K11/0782F16K27/045Y10T137/5196Y10T137/9464
    • In a method of manufacturing different types of water and sanitary fitting elements, such as taps and mixers, there is used a plurality of functional parts (1-19) that have parts which come into contact with water in use, and one or more casing parts (20-22) which are at least partially visible. The water-contacted functional parts are formed in a module system that comprises a limited number of elements, e.g. 10-15 in number, and are made of a material that will not deliver harmful substances to the water. The casing parts are made of another material and are given an inner shape or form which is adapted to the outer shape or form of the functional parts so said casing parts will surround said functional parts, either completely or partially, in an exchangeable manner. The functional parts may be made of a plastic material, e.g. a thermoplastic material, while the casing parts may be made of any chosen material. The invention also relates to a module system built-up of functional parts and casing of the aforesaid kind.
    • 在制造不同类型的水和卫生配件元件如水龙头和混合器的方法中,使用多个功能部件(1-19),其具有在使用中与水接触的部件,以及一个或多个壳体 部分(20-22)至少部分可见。 水接触的功能部件形成在包括有限数量的元件的模块系统中,例如, 10-15号,由不会向水中递送有害物质的材料制成。 壳体部分由另一种材料制成并且被赋予适于功能部件的外部形状或形式的内部形状或形式,因此所述壳体部件将以可交换的方式完全或部分地围绕所述功能部件。 功能部件可以由塑料材料制成,例如, 热塑性材料,而套管部分可以由任何选择的材料制成。 本发明还涉及一种由上述类型的功能部件和外壳构成的模块系统。
    • 5. 发明申请
    • SIEVE LIKE STRUCTURE FOR FLUID FLOW THROUGH STRUCTURAL ARRANGEMENT
    • 通过结构布置流体流动的类似结构
    • WO99053115A1
    • 1999-10-21
    • PCT/US1999/007223
    • 1999-03-31
    • C23C16/00B08B15/00
    • B08B15/00Y10T137/0318Y10T137/5196Y10T137/87885
    • A system for fluid flow through a structural arrangement is described. Specifically, a containment system for a modular gas system. Air flow enters an encasement entry port (302a), and travels through a channel (313) to a mounting plane enter surface area (308). The air flow is directed through the mounting plane and then through the modular gas system (314). From there, air flow is directed within an encasement towards an exit port (330a). The air then enters a capture system which contains any gas that may have escaped the gas system and vents off purified air. In alternate embodiment the channel couples: the gas system exit surface area to the exit port; the mounting plane exit surface area to the exit port; and the entry port to the gas system enter surface area.
    • 描述了流过结构布置的流体系统。 具体来说,用于模块化气体系统的容纳系统。 空气流进入包装入口(302a),并且通过通道(313)行进到安装平面进入表面区域(308)。 气流被引导通过安装平面,然后通过模块式气体系统(314)。 从那里,空气流被引导到出口(330a)的外壳内。 空气然后进入捕获系统,其中包含任何可能已经逸出气体系统并排出净化空气的气体。 在替代实施例中,通道将气体系统出口表面区域耦合到出口; 安装平面出口表面区域到出口; 进气口进入气体系统进入表面。