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    • 78. 发明公开
    • Temperature control of buildings
    • Temperatursteuerung vomGebäuden。
    • EP0304581A2
    • 1989-03-01
    • EP88110169.5
    • 1988-06-25
    • RLI BYGGDATA AB
    • Andersson, Lars-Olof
    • F24F3/044
    • E04B5/04E04B5/48F24F3/044F24F5/0089F24F5/0092
    • This is a system for the air conditioning of rooms in buildings, which rooms are defined by concrete floor structures with hollow ducts connected in series in parallel with each other and in groups, in order to bring about effective heat exchange between concrete and supply air flowing through each duct group before being fed to the room via a supply air device. The supply air to each duct group is taken via a pipe connec­tion from a main duct for supply air and is evacuated from the room in another way. In order to control the heat absorbtion (heat inertia) of the duct group accor­ding to the actual demand for each room so that the air-­flows in each of the two connections of the duct group are balanced corresponding to the actual cold/heat demand. Each or some certain duct groups in the room includes a branching device (16) which is located between the main duct (5), or a branch thereof, and a second connecting place (11) to the duct group. Hereby the duct length from said connection (11) to said supply air device (12) to the room is shortened substantially relative to the duct length of the entire duct group.
    • 这是建筑房间空调系统,这些房间由具有空心管道的混凝土地板结构定义,空心管道彼此并联并分组连接,以便在混凝土和供气之间实现有效的热交换 通过每个管道组,然后通过供气设备送入房间。 每个管道组的供气通过管道连接从主管道供给,并以另一种方式从房间排出。 为了根据每个房间的实际需要来控制管道组的吸热(热惯性),使得管道组的两个连接中的每一个中的空气流与实际的冷/热需求相平衡。 房间中的每个或某些某些管道组包括位于主管道(5)或其分支之间的分支装置(16)和与管道组件相连的第二连接处(11)。 因此,从所述连接件(11)到所述供给空气装置(12)到房间的管道长度相对于整个管道组的管道长度基本上被缩短。