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    • 54. 发明申请
    • ARRANGEMENT FOR HEAT DISTRIBUTION IN CAVITIES AT FLOOR STRUCTURE
    • 在地板结构中加热分配的布置
    • WO00046457A1
    • 2000-08-10
    • PCT/SE2000/000212
    • 2000-02-03
    • E04B1/76E04B1/82E04B5/43E04B5/48F24D5/10
    • F24D5/10E04B5/48
    • The invention relates to a method of building in an airborne floor heating system in a floor structure, constructed so that warm air can circulate in closed cavities (4) between a heat-insulating material (10) at the lower portion of the floor structure and a heat-conducting and heat-distributing layer (14) at the upper side of the floor structure. The closed cavities (4) is divided with vertical insulations (17) with the same partition as the rooms in the upper floor where individual temperature is desired. The warm air that has been heated in a special designed heating unit (5) built-in the floor structure, is blown out via ducts (16) to said cavities (4) where the warm air emits warmth to the heat-conducting and heat-distributing layer (14). In the opposite section of the cavities from which the inflate via ducts (16) is made, there are ducts (18) connected for extortion and reheating of the air in the heating unit (5). The air temperature and thereby the emitting of heat to the upper floor is regulated by room thermostats placed in the upper room or rooms where an individual temperature is desired.
    • 本发明涉及一种建筑在地板结构中的机载地板采暖系统中的方法,其结构使得暖空气可以在位于地板结构的下部的隔热材料(10)之间的闭合空腔(4)中循环, 在地板结构的上侧的导热和热分布层(14)。 封闭的空腔(4)与垂直绝缘体(17)分开,并且具有与需要单独温度的上层房间相同的隔板。 在内置地板结构的特殊设计的加热单元(5)中被加热的暖空气经由管道(16)吹送到所述空腔(4),其中暖空气发热到导热和热 - 分布层(14)。 在形成有膨胀通孔(16)的空腔的相对部分中,连接有用于加热单元(5)中的空气的勒索和再加热的管道(18)。 空气温度,从而向上层发出的热量由放置在需要单独温度的上部房间或房间中的室内恒温器调节。
    • 56. 发明申请
    • A SUPPORTING DEVICE
    • 支持设备
    • WO1996031668A1
    • 1996-10-10
    • PCT/SE1996000400
    • 1996-03-28
    • HELLSTEN, Mikael
    • E04B05/48
    • E04B5/046E04B5/12E04C3/292E04C3/293F24D5/10
    • The present invention relates to a device for supporting a number of surface forming elements, for example a floor board or floor panel, in spaced apart relationship from a substrate, for example a bearing floor structure, while permitting air flow in the space between the element and the substrate, characterized in that a beam profile (2) displays one web (3) substantially parallel with the element and the substrate, and interconnecting two webs (4, 5) directed towards the substrate, that said two webs (4, 5) display perforations or through holes (10) for permitting air flow between the element and the substrate transversely of the beam profile (2), and that the ends of said two webs (4, 5) are anchored on and/or in the substrate (1) with the aid of loading forces and/or anchorage means.
    • 本发明涉及一种用于支撑多个表面形成元件(例如地板或地板)的装置,其与衬底(例如轴承底板结构)间隔开,同时允许空气在元件之间的空间中流动 和基板,其特征在于,梁型材(2)显示出与所述元件和所述基板基本上平行的一个网(3),并将指向所述基板的两个腹板(4,5)互相连接,所述两个腹板 )显示穿孔或通孔(10),用于允许空气在横梁的横截面(2)之间流动元件和基底之间,并且所述两个腹板(4,5)的端部锚定在基底和/或基底 (1)借助于装载力和/或锚固装置。
    • 57. 发明申请
    • INTERMEDIATE FLUOR STRUCTURE
    • 中间荧光结构
    • WO1994010405A1
    • 1994-05-11
    • PCT/SE1993000893
    • 1993-10-27
    • LEGALETT SVENSKA ABEHN, JörgenTHORSTENSSON, Sven-Hugo
    • LEGALETT SVENSKA AB
    • E04B05/48
    • F24D5/10E04B5/38E04B5/48Y02A30/256Y02B80/40
    • The invention relates to an intermediate floor structure comprising a plate floor structure (10) having spaced apart embedded stiffening means (11), and a method in such an intermediate floor structure. A layer made of heat insulating material is arranged above said plate floor structure (10), and above said layer made of heat insulating material there are arranged conduit means (12) for distributing a heat medium. A curing filling material is arranged for embedding said conduit means (12). In the method according to the invention a heat insulating layer is arranged above said plate floor structure (10) and a heat carrying medium is distributed in said intermediate floor structure above said heat insulating layer for emitting heat to and storing heat in said intermediate floor structure. Emission of heat from said intermediate floor structure is directed upwardly from said heat insulating layer towards the space above said intermediate floor structure.
    • 本发明涉及一种中间地板结构,其包括具有间隔开的嵌入式加强装置(11)的板底板结构(10),以及这种中间地板结构中的方法。 由绝热材料制成的层被布置在所述板状地板结构(10)的上方,并且在由绝热材料制成的所述层的上方设置有用于分配热介质的导管装置(12)。 固化填充材料布置成嵌入所述导管装置(12)。 在根据本发明的方法中,绝热层布置在所述板底板结构(10)的上方,并且热承载介质分布在所述绝热层上方的所述中间地板结构中,用于向所述中间地板结构 。 来自所述中间地板结构的热量的排放从所述绝热层向上朝向所述中间地板结构上方的空间。
    • 59. 发明申请
    • METHOD FOR HEATING AND/OR COOLING AIR SUPPLIED INTO A BUILDING
    • 用于加热和/或冷却供应给建筑物的空气的方法
    • WO1990004135A1
    • 1990-04-19
    • PCT/SE1989000544
    • 1989-10-04
    • GIVENT ROGER ERICSSON ABERICSSON, Roger
    • GIVENT ROGER ERICSSON AB
    • F24D11/00
    • F24D5/10
    • The present invention relates to a method for heating and/or cooling air supplied into a building, the building being of the type in which air is caused to flow in through the roof (1) which is a so-called counterflow type roof, i.e. the air flowing in from outside and through the insulating layer (4) of the roof counteracts the exchange of heat through the roof, and the floor consisting of a base slab (8) preferably made of concrete. The base slab (8) is heated and cooled, respectively, by means of conduits or ducts (9) cast into or under the base slab which is used as a radiation source for heating and, respectively, as a radiation receiver for cooling the roof (1) and the air supplied therethrough.
    • 本发明涉及一种用于加热和/或冷却供应到建筑物中的空气的方法,该建筑物是使得空气通过所谓的逆流式屋顶的屋顶(1)流入的类型,即 从外部流过并穿过屋顶的绝缘层(4)的空气抵消了通过屋顶的热交换,以及由优选由混凝土制成的基板(8)组成的地板。 基板(8)分别通过被用作加热辐射源的基板或下面的管道或管道(9)分别加热和冷却,并且分别作为用于冷却屋顶的辐射接收器 (1)和通过其供应的空气。
    • 60. 发明申请
    • SYSTEM FOR TEMPERING A ROOM
    • 温室系统
    • WO1984001993A1
    • 1984-05-24
    • PCT/EP1983000306
    • 1983-11-18
    • FENNESZ, Manfred
    • F24D03/00
    • F24D3/142F24D5/00F24D5/10
    • A system for tempering a room is accommodated in a closure of said room, preferably in the floor. On the side of the closure facing away from the room an insulating plate (103) is located, which possibly has projections (18) arranged in the direction of the room. On the side facing the room a wall or floor covering (6) is foreseen. In the interspace between the insulating plate (103) and the outer layer (6), possibly between the projections (18), air can be circulated and a heating and/or cooling line (1) extends, said heating and/or cooling line being at least partially in connection with a thermal conductive sheet (17). The total surface of the thermal conductive sheet (17) exposed to the air flow is about twice as large as the surface of the thermal conductive sheet (17) which directly envelopes or contacts the line (1) and which is exposed to the air flow. The interspace is especially defined by a box section (17, 102) consisting preferably of several parts, of which one as a thermal conductive sheet (17) partially envelopes the line (1).