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    • 2. 发明申请
    • A SYSTEM FOR SUPPLYING AIR TO A ROOM
    • 向客房供应空气的系统
    • WO2016139310A1
    • 2016-09-09
    • PCT/EP2016/054556
    • 2016-03-03
    • AIRMASTER A/S
    • BJØRN, Erik
    • F24F13/06F24F13/075
    • F24F13/075F24F13/06F24F2221/28
    • A system for supplying air under the ceiling of a room comprising a pair of air inlet openings arranged side by side and configured to supply a pair of air streams into the room along the ceiling. The pair of air inlet openings are controllable to assume a first configuration where the supplied pair of air streams have first air stream directions spanning a first span angle and form a first angle with the ceiling, and the pair of air streams are substantially distinct air streams; and a second configuration where the supplied pair of air streams have second air stream directions spanning a second span angle smaller than the first span angle and form a second angle with the ceiling and are directed lower than in the first configuration, and the pair of air streams combine to form a combined air stream.
    • 一种用于在房间的天花板下方供应空气的系统,包括一对并排布置的空气入口开口,并且构造成沿天花板将一对空气流供应到房间中。 所述一对空气入口开口可控制为呈现第一配置,其中所提供的一对空气流具有横跨第一跨度角的第一气流方向并与天花板形成第一角度,并且所述一对空气流是基本上不同的空气流 ; 以及第二配置,其中所提供的一对气流具有跨越第一跨度角的第二空气流方向,并且与第一构型形成第二角度并且与第一构型相比形成第二角度,并且一对空气 流组合形成组合的气流。
    • 3. 发明申请
    • A COOLING MODULE FOR DECENTRALLY DISPOSED VENTILATION SYSTEMS
    • 用于分散通风系统的冷却模块
    • WO2009003472A1
    • 2009-01-08
    • PCT/DK2008/000204
    • 2008-06-04
    • AIRMASTER A/SJENSEN, KimSTAEHR, Henrik
    • JENSEN, KimSTAEHR, Henrik
    • F24F12/00
    • F24F12/003F24F12/006F24F2012/007F24F2221/36Y02B30/52Y02B30/563
    • When, according to the invention, a decentrally positioned ventilation system (18) is provided with a cooling module (1 ), the comfort in a room may be maintained or enhanced by cooling the injected outside air, also at outside air temperatures which are higher than the desired indoor temperature, and when also the cooling module is arranged in a housing (2) with engagement faces (3, 6) allowing coupling together with a ventilation system, and when the cooling circuit (33) is arranged such that it is controlled by the ventilation system, and when additionally the air flow (A) through the cooling module is controlled by the ventilators (20, 21) arranged in the ventilation system, a financially and functionally advantageous solution is achieved, which is useful and flexible for new projects and for the upgrading of older systems.
    • 根据本发明,当具有分散定位的通风系统(18)设置有冷却模块(1)时,室内的舒适度可以通过冷却喷射的外部空气来维持或增强,同时在室外空气温度较高 并且当还将冷却模块布置在具有允许与通风系统耦合在一起的接合面(3,6)的壳体(2)中时,并且当冷却回路(33)被布置成使得其为 通过通风系统控制,另外,通过冷却模块的空气流(A)由设置在通风系统中的通风机(20,21)控制,实现了财务和功能上有利的解决方案,这对于 新项目和升级旧系统。
    • 4. 发明申请
    • AIRTIGHT ENCLOSURE
    • 机身外壳
    • WO2014086366A1
    • 2014-06-12
    • PCT/DK2013/050407
    • 2013-12-02
    • AIRMASTER A/S
    • BJØRN, Erik
    • F24F13/20H05K5/06
    • B65D81/18B65D11/10B65D11/20F24F13/20H05K5/061
    • An airtight enclosure comprising a pair of enclosure shells each having a pair of first edges (11, 12, 21, 22) and a pair of second edges (13, 14, 23, 24) extending transversely to the first direction. The first edges are spaced part by a distance corresponding to the length of the second edges, the second edges are spaced part by a distance corresponding to the length of the first edges, and the first edges have complementary assembling means comprising a tongue and a groove for assembling first edges of the enclosure shells, and at least one of the second edges has a groove for accommodating a resilient sealing member in sealing contact with a second edge of the other one of the enclosure shells so that mating edges of each pair of second edge portions allow being assembled within a range of relative positions transverse to their longitudinal direction with the resilient seal or gasket in sealing contact with the mating edges.
    • 一种气密的外壳,包括一对外壳,每个外壳具有一对第一边缘(11,12,21,22)和横向于第一方向延伸的一对第二边缘(13,14,23,24)。 所述第一边缘与所述第二边缘的长度相隔一段距离,所述第二边缘与所述第一边缘的长度相隔一段距离,并且所述第一边缘具有互补的装配装置,所述装配装置包括舌部和凹槽 用于组装外壳壳体的第一边缘,并且至少一个第二边缘具有用于容纳弹性密封构件的凹槽,该弹性密封构件与另一个外壳壳体的第二边缘密封接触,使得每对第二边缘的配合边缘 边缘部分允许在横向于其纵向方向的相对位置的范围内组装,弹性密封件或垫圈与配合边缘密封接触。
    • 5. 发明申请
    • A MODULAR VENTILATION SYSTEM WITH ENERGY RECOVERY
    • 具有能量回收的模块化通风系统
    • WO2013075722A1
    • 2013-05-30
    • PCT/DK2012/050429
    • 2012-11-23
    • AIRMASTER A/S
    • BJØRN, Erik
    • F24F12/00F24F13/20F24F13/30
    • F24F12/006F24F13/20F24F13/30F24F2221/36Y02B30/563
    • A modular ventilation system comprising a stale air inlet with a stale air filter module, a fresh air inlet with a fresh air filter module, a heat exchanger module for receiving the stale air and the fresh air so as to exchange heat between the5 stale air and the fresh air, a stale air outlet fan module for drawing the stale air through the heat exchanger module and output heat exchanged stale air, a fresh air outlet fan module for drawing the fresh air through the heat exchanger module and output heat exchanged fresh air. The filter modules and the fan modules have identical first sets of interface edges and the heat exchanger has four identical10 second sets of interface edges mating the first sets of interface edges so as to allow the filter modules and the fan modules to be coupled to the heat exchanger module in any configuration.
    • 模块化通风系统,包括陈旧的空气入口与陈旧的空气过滤器模块,新鲜空气入口与新鲜空气过滤器模块,热交换器模块,用于接收陈旧的空气和新鲜空气,以便在5陈旧的空气和 新鲜空气,陈旧的空气出口风扇模块,用于通过热交换器模块抽出陈旧的空气并输出换热过的空气;新鲜空气出口风扇模块,用于通过热交换器模块吸入新鲜空气并输出热交换的新鲜空气。 过滤器模块和风扇模块具有相同的第一组接口边缘,并且热交换器具有与第一组接口边缘相匹配的四个相同的第10组接口边缘,以便允许过滤器模块和风扇模块耦合到热 交换机模块在任何配置。
    • 8. 发明公开
    • A system for supplying air to a room
    • 系统在einen Raum Zufuhr von Luft
    • EP3064851A1
    • 2016-09-07
    • EP15157610.5
    • 2015-03-04
    • Airmaster A/S
    • Bjørn, Erik
    • F24F13/06F24F13/075
    • F24F13/075F24F13/06F24F2221/28
    • A system for supplying air under the ceiling of a room comprising a pair of air inlet openings arranged side by side and configured to supply a pair of air streams into the room along the ceiling. The pair of air inlet openings are controllable to assume a first configuration for supplying a relatively high air flow in divergent directions and with a direction component towards the ceiling, and a second configuration for supplying a relatively low air flow where the supplied pair of air streams have second air stream directions are non-divergent and do not have direction components towards the ceiling.
    • 一种用于在房间的天花板下方供应空气的系统,包括一对并排布置的空气入口开口,并被配置为沿天花板将一对空气流供应到房间中。 一对空气入口开口是可控制的,以呈现第一构型,用于在发散方向上提供相对较高的气流,并且朝向天花板的方向分量提供第一构造,以及用于供应相对低的气流的第二构造, 具有第二气流方向是非发散的,并且不具有朝向天花板的方向分量。
    • 10. 发明公开
    • HYBRID VENTILATION SYSTEM
    • EP3696469A1
    • 2020-08-19
    • EP19156951.6
    • 2019-02-13
    • Airmaster A/S
    • Bjørn, Erik
    • F24F11/00F24F12/00F24F13/20F24F11/65F24F13/28F24F13/14F24F11/77F24F11/81
    • The present invention relates to a decentralized hybrid ventilation system configured for inletting air into a room and for outletting air from a room. The ventilation system comprises a housing having an inlet channel and an outlet channel. A first fan is arranged in the inlet channel for providing an airflow into the room and a second fan is arranged in the outlet channel for providing an airflow out of the room. A heat exchanger is arranged in said channels for exchanging heat between air flowing into the room and air flowing out of the room and an air filter is arranged in each channel configured to filter air flowing into the heat exchanger. Furthermore, the ventilation system comprises a first service door and a second service door each providing, when open, an opening between the room and one of said channels to diverge the airflow from primarily flowing through the air filters and/or heat exchanger. The ventilation system also comprises a control system configured for switching between different modes of operations, wherein during a first mode of operation, the first and second service doors are both closed; during a second mode of operation the first and the second service doors are both open; and during a third mode of operation, one service door is open and the other service door is closed.