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    • 4. 发明授权
    • Manifold for distributing or for collecting fluid, and a molding installation including such a manifold
    • 用于分配或用于收集流体的歧管,以及包括这种歧管的模制设备
    • US08356632B2
    • 2013-01-22
    • US12767936
    • 2010-04-27
    • Alain-Christophe TiberghienChristophe DurieuxStephane Emeyriat
    • Alain-Christophe TiberghienChristophe DurieuxStephane Emeyriat
    • F16L39/06
    • F16L27/093F16L39/06F24D3/1066F24D3/1075Y10T137/5196Y10T137/85938Y10T137/87885
    • This manifold comprises a stack formed by at least a plurality of tubular modules and a first support, and at least one tie for compressing the stack in a configuration in which central internal volumes of the various modules are in mutual communication, with adjacent parts of the stack overlapping in leaktight manner, and in which the relative position of two adjacent modules is stationary. The tie may be fastened in rotation about its longitudinal axis and in translation parallel to said axis, relative to the first support. The tie is equipped with a clamping nut that, in the tightened position, exerts a compression force on the stack of modules and on the first support. An abutment, suitable for being fastened axially relative to the first support and for bearingly receiving a surface of the clamping nut when said clamping nut is actuated in the loosening direction, is disposed, relative to the surface of the clamping nut in the tightened position, at an axial distance less than the smallest of the leaktight overlap lengths of two adjacent parts of the stack.
    • 该歧管包括由至少多个管状模块和第一支撑件形成的堆叠,以及至少一个用于在各种模块的中央内部体积相互连通的构型中压缩堆叠的连接件,其中,相邻部分 堆叠以密封方式重叠,并且其中两个相邻模块的相对位置是静止的。 该领带可以围绕其纵向轴线旋转紧固,并且相对于第一支撑件平行于所述轴线平移。 该系带配备有夹紧螺母,该紧固螺母在紧固位置上对模块堆叠和第一支撑件施加压缩力。 当所述夹紧螺母沿松动方向被致动时,适于相对于所述第一支撑件轴向地紧固并且用于轴承地容纳所述夹紧螺母的表面的基台相对于所述夹紧螺母的处于紧固位置的表面设置, 在小于堆叠的两个相邻部分的密封重叠长度的最小的轴向距离处。
    • 5. 发明申请
    • Connection Between Two Pipe Parts
    • 两个管件之间的连接
    • US20130009396A1
    • 2013-01-10
    • US13515116
    • 2010-12-16
    • Thomas LarssonTorgny LarssonPeter J. HaukiHakan PerssonMika Savolainen
    • Thomas LarssonTorgny LarssonPeter J. HaukiHakan PerssonMika Savolainen
    • F16L37/248F16L15/00F16L37/244
    • F16L41/03F16L3/02F16L37/252F24D3/1066
    • The invention relates to a connection between two pipe parts. One of the pipe parts (1, 2) comprises a male end (3) and the other pipe part (1, 2) comprises a female end (4). The two pipe parts (1, 2) can be connected together by positioning the male end (3) to the female end (4) such that the pipe parts (1, 2) are rotated with respect to each other when they are connected. At least one end (3, 4) of one pipe part (1, 2) is provided with at least one protrusion (11) and at least one end (3, 4) of the other pipe part (1, 2) is provided with a corresponding recess such that the protrusion (11) and the recess together lock the pipe part (1, 2) to a correct positioned with respect to each other. The protrusion (11) is positioned on the outer circumference of the pipe part (1, 2), whereby the protrusion (11) is manipulatable outside of the pipe part (1, 2).
    • 本发明涉及两个管件之间的连接。 管件(1,2)中的一个包括阳端(3),另一管件(1,2)包括阴端(4)。 通过将阳端(3)定位到阴端(4),两个管道部分(1,2)可以连接在一起,使得管道部分(1,2)在连接时相对于彼此旋转。 一个管道部分(1,2)的至少一个端部(3,4)设置有至少一个突出部分(11),并且提供另一个管道部分(1,2)的至少一个端部(3,4) 具有相应的凹部,使得突起(11)和凹部一起将管部(1,2)锁定在彼此相对定位的位置。 突起(11)位于管部(1,2)的外圆周上,由此突起(11)可操纵在管部(1,2)的外部。
    • 6. 发明授权
    • Cascade unit for a heating system with two or more heating boilers
    • 具有两个或多个加热锅炉的加热系统的级联单元
    • US07806346B2
    • 2010-10-05
    • US11460127
    • 2006-07-26
    • Dariusz Mukomilow
    • Dariusz Mukomilow
    • F24D3/10F24D3/00F22B37/24F16L41/00
    • F24D12/02F24D3/1066F24D3/1091F24D2200/043F24H9/0094Y02B30/14Y10T137/85938
    • A cascade unit for a heating system with two or more heating boilers, in particular condensing boilers, with a hydraulic shunt which is connected on the one hand with the inlet flows and return flows of all heating boilers and on the other hand with at least one heating circuit inlet flow and heating circuit return flow each, with the cascade unit furthermore comprising one each of the essentially horizontally extending boiler inlet flow header and boiler return flow manifold, the header and the manifold being connected with the hydraulic shunt, and the header and the manifold each being designed with prepared connecting nozzles fittingly placed for a group of two or more heating boilers for the connection of the heating boiler inlet flows and the heating boiler return flows. The cascade unit forms at least one self-supporting support frame on which at least one of the heating boilers is mountable.
    • 用于具有两个或更多个加热锅炉,特别是冷凝锅炉的加热系统的级联单元,其具有液压分流器,其一方面与所有加热锅炉的入口流量和回流量相连,另一方面与至少一个 加热回路入口流和加热回路各自回流,级联单元还包括基本上水平延伸的锅炉入口流量集管和锅炉回流歧管中的每一个,集管和歧管与液压分流器连接, 每个歧管均设计有准备好的连接喷嘴,适合于一组两个或更多个加热锅炉,用于连接加热锅炉入口流和加热锅炉回流。 级联单元形成至少一个自支撑支撑框架,至少一个加热锅炉可安装在该支撑框架上。
    • 9. 发明申请
    • APPARATUS FOR DISTRIBUTING AND CONTROLLING A HEAT CARRIER
    • 用于分配和控制热载体的装置
    • US20090020270A1
    • 2009-01-22
    • US12282009
    • 2007-02-28
    • Gunter Strelow
    • Gunter Strelow
    • F28D15/00
    • F24D3/1066F24D3/1091F24D19/1024
    • The invention relates to an apparatus for distributing and controlling a heat carrier which originates from a heat and/or cold source, in particular hot and/or cold water, which is supplied to heating and/or cooling bodies and/or surfaces in rooms of a building, wherein the feed of the heat and/or cold source issues into a feed chamber from which the feeds of the heating and/or cooling bodies and/or surfaces branch off, wherein the returns of the heating and/or cooling bodies and/or surfaces issue into a return chamber of the apparatus, from which return chamber the return of the heat and/or cold source emanates, and wherein in particular a controlled decentralized pump is in each case arranged in the feeds and/or returns of the heating and/or cooling bodies and/or surfaces.
    • 本发明涉及一种用于分配和控制来自热源和/或冷源(特别是热水和/或冷水)的热载体的装置,其被供应到室内的加热和/或冷却体和/或表面 一个建筑物,其中的热量和/或冷源的问题进到进料室中从该加热的进料和/或冷却体和/或表面岔开,其中所述加热的返回和/或冷却机构和 /或表面发生到设备的返回室中,热回收室和/或冷源的返回室从其返回,并且其中特别地,受控的分散泵在每种情况下布置在进料和/ 加热和/或冷却体和/或表面。
    • 10. 发明授权
    • Liquid distribution collector module and fixing system for said modules
    • 用于所述模块的液体分配收集器模块和固定系统
    • US06568713B1
    • 2003-05-27
    • US09979111
    • 2001-12-10
    • Michel BruvryPhilippe DidierJacky Leger
    • Michel BruvryPhilippe DidierJacky Leger
    • F16L3500
    • F16L37/144F16L41/03F24D3/1066
    • The module (2) comprises a tubular body (8) extending along a first axis (10) with at least one radial outlet (12). The module (2) has a female end-piece (16) at one extremity and a corresponding male end-piece (14) at the other. Bore holes (22, 28) extending along a plane which is substantially perpendicular to the first axis are provided on both sides of the module (2) at each of the ends thereof. When two modules (2) are fitted into each other, the bore holes (22) of one module are aligned with the bore holes (28) of the other module on both sides of the unit thus created. When the bore holes are parallel, adjacent modules are fixed by means of a U-shaped bracket whereby the branches thereof are placed in the aligned bore holes.
    • 模块(2)包括沿着具有至少一个径向出口(12)的第一轴线(10)延伸的管状体(8)。 模块(2)在一个末端具有阴端子片(16)和另一端具有相应的阳端片(14)。 沿着基本上垂直于第一轴线的平面延伸的孔眼(22,28)在其每个端部设置在模块(2)的两侧。 当两个模块(2)彼此嵌合时,一个模块的钻孔(22)与由此产生的单元两侧的另一个模块的钻孔(28)对准。 当钻孔平行时,相邻的模块通过U形支架固定,其分支被放置在对准的钻孔中。