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    • 1. 发明申请
    • AN AIR HANDLING APPARATUS
    • 空气处理设备
    • WO2007023480A1
    • 2007-03-01
    • PCT/IE2006/000092
    • 2006-08-24
    • QUIGLEY, WilliamFORKIN, Mark
    • QUIGLEY, WilliamFORKIN, Mark
    • F24D5/00F24F1/02
    • F24F5/0046F24D5/00F24F1/02
    • An air handling apparatus comprising a first and a second chamber, a first heat exchanger and a second heat exchanger, a first fan and a second fan wherein each chamber comprises at least one fluid inlet port connected to one of the heat exchangers and at least one fluid outlet port connected to one of the fans characterised in that the air handling apparatus further comprises a separation means intermediate the chambers movable between a first and second position whereby in the first position the first chamber contains the first heat exchanger and the first fan, and a second chamber contains the second heat exchanger and the second fan, and in the second position the first chamber contains the first heat exchanger and the second fan and the second chamber contains the second heat exchanger and the first fan.
    • 一种空气处理装置,包括第一和第二室,第一热交换器和第二热交换器,第一风扇和第二风扇,其中每个室包括连接到一个热交换器的至少一个流体入口和至少一个 流体出口连接到一个风扇,其特征在于,空气处理装置还包括在第一和第二位置之间可移动的室之间的分离装置,其中在第一位置,第一室包含第一热交换器和第一风扇, 第二室包含第二热交换器和第二风扇,在第二位置,第一室包含第一热交换器,第二风扇和第二室包含第二热交换器和第一风扇。
    • 3. 发明申请
    • DESCRIPTION OF A CENTRAL AIR HEATING SYSTEM USING A FIRE SOURCE
    • 描述使用火源的中央空气加热系统
    • WO1996011363A1
    • 1996-04-18
    • PCT/GR1995000020
    • 1995-10-09
    • GIOVANIS, George
    • F24D05/00
    • F24D5/00
    • The central air heating system using a fire source consists of an one block air pipe (8), of the pipe nozzle of the cold inlet air coming from the outside environment (1), of the pipe nozzle of cold air coming from an inside area (3), of the selection valves (2), of the system for adjustment of the forced air circulation (4) which is positioned before the exhaust gas pipe and preheating area (7), of the air heating area (5), of the fire source (6) which is on the air passage, of the air cleaning filters (10), of the warm air distribution system (9) and of the nozzles for warm air emission (11). The cold air which is entering in the air pipe is filtered and is led (15) through the exhaust gas pipe and preheating chamber, then is heated in the heating chamber and after being filtered again, is finally distributed heated through the distribution system to the areas to be heated. The advantage of this invention is that it allows to warm up any area, on reasonable costs, with low installation and maintenance costs, low costs for combustible material, fast reaching renewal of the air in the area to be heated. Its application is easy on any new or existing heating or fire source (heater, chimney, heating body, grills for professional use, industrial heat producing equipment, etc.). Its transport and reinstallation is also easy.
    • 使用火源的中央空气加热系统由来自外部环境(1)的冷入口空气的管嘴的一个空气管道(8)组成,来自内部区域的冷气管嘴 (5)的位于排气管和预热区域(7)之前的用于调节强制空气循环(4)的系统的选择阀(2)的位置(3), 暖风分配系统(9)的空气净化过滤器(10),暖气排放喷嘴(11)的空气通道上的火源(6)。 进入空气管的冷空气被过滤并通过排气管和预热室引导(15),然后在加热室中被加热,并且在再次被过滤之后,最终通过分配系统被分配加热到 要加热的区域 本发明的优点在于,它允许以合理的成本,以低的安装和维护成本,低可燃材料成本,快速地更新待加热区域中的空气来更新任何区域。 在任何新的或现有的加热或火源(加热器,烟囱,加热体,专业烧烤炉,工业发热设备等)上的应用是容易的。 它的运输和重新安装也很容易。
    • 4. 发明申请
    • HEATING SYSTEM
    • 加热系统
    • WO2004088213A1
    • 2004-10-14
    • PCT/CA2004/000497
    • 2004-04-02
    • LACELLE, Jocelyne, FournierLACELLE, Jean-Guy
    • LACELLE, Jean-Guy
    • F24H3/12
    • F24D5/00F24H3/062
    • The present invention is for a radiator/hot water heating system (electric) which uses a single radiator. The single radiator is connected to a 4-inch pipe through which water is heated by means of electricity. The entire heating system contains approximately 3 gallons of water. This single radiator is placed inside the central forced air furnace (non-electric) of a building. The fan of the central forced air furnace then circulates heat from the radiator through-out the building. The burner of the forced air furnace is not required to be used. The invention can be used as a radiator/hot water heating system (electric) within a traditional forced-air furnace housing, which is connected to the existing central air ductwork of a building. The radiator/hot water heating system uses a single radiator which is connected to one or more 4-inch pipes through which water is heated by means of electricity. The entire heating system contains approximately 3 gallons of water. A fan circulates heat from the radiator through-out the building.
    • 本发明涉及一种使用单个散热器的散热器/热水加热系统(电动)。 单个散热器连接到4英寸的管道,水通过电力加热。 整个加热系统含有大约3加仑的水。 该单个散热器放置在建筑物的中央强制空气炉(非电动)内。 然后中央强制空气炉的风扇将散热器的热量循环通过建筑物。 强制空气炉的燃烧器不需要使用。 本发明可以用作传统强制空气炉壳体内的散热器/热水加热系统(电),其连接到建筑物的现有中央空气管道系统。 散热器/热水加热系统使用单个散热器,其连接到一个或多个4英寸的管道,水通过电力被加热。 整个加热系统含有大约3加仑的水。 风扇将散热器的热量循环通过建筑物。
    • 5. 发明申请
    • A METHOD AND MEANS AT A COMBINED VENTILATION AND HEATING SYSTEM PREFERABLY FOR DWELLINGS AND ADJUSTED ACCORDING TO A NEED
    • 组合通风和加热系统的方法和手段优先考虑并根据需要进行调整
    • WO00075574A2
    • 2000-12-14
    • PCT/SE2000/001198
    • 2000-06-08
    • F24D5/00F24F1/00F24F
    • F24D5/00F24F2001/0066
    • A method at a combined ventilation and heating system especially for dwellings and adjusted according to a need wherein the venting air to the separate rooms is fed by separate means for incoming air combined with water containing radiators having a big surface and of the cross flow type, whereby the heat effect transferred to the air by the radiators at a reached and pre-set comfort level is of an order essentially corresponding to the transmission losses. The invention is characterised in that after a temporary decrease of the indoor temperature the incoming air being conducted in the air channels is passing heat exchanger means connected to a heat accumulator or to a high temperature side of a combustion plant prior to being fed into the room.
    • 一种特别用于住宅的组合式通风和加热系统的方法,并且根据需要进行调节,其中通过用于与具有大表面和横流型的含水散热器组合的进入空气的单独装置供给到单独房间的排气, 由此散热器以达到和预设的舒适度传递到空气的热效应基本上对应于传输损耗。 本发明的特征在于,在室内温度暂时降低之后,在空气通道中传入的进入空气通过热交换器装置,在装入室内之前连接到蓄热器或燃烧设备的高温侧 。
    • 6. 发明申请
    • HEATING AND VENTILATION SYSTEM FOR A BUILDING
    • 加热和通风系统
    • WO1995032397A1
    • 1995-11-30
    • PCT/SE1995000569
    • 1995-05-19
    • RESARO ABWEGLER, George
    • RESARO AB
    • F24D05/02
    • F24F12/006E04B1/76F24D5/00F24D5/10F24F5/005F24F7/06Y02B10/40Y02B30/547Y02B30/563
    • A system for heating and ventilating a building which includes a generally peripheral foundation element (1) which supports the external walls (11) of the building. Room air is heated and circulated below the floor and up through floor openings (26) at the external walls (11). A barrier (15) is connected to the foundation wall (1) so as to span the area enclosed by the foundation wall (1) at a level beneath the floor (25). Exhaust air is conducted to a region (7) beneath the barrier (15) for surface-enlarged contact with the underside of the barrier (15). The foundation element and/or the base (17) that supports the foundation element is permeable to air along essentially its full length beneath where the foundation element connects with the barrier and exhaust air flows out through the foundation element or its supporting material while effecting an exchange of heat therewith.
    • 一种用于对建筑物进行加热和通风的系统,其包括支撑建筑物的外壁(11)的大致周边的基础元件(1)。 室内空气被加热并在地板下面向上延伸通过外壁(11)处的地板开口(26)。 障碍物(15)连接到基础壁(1),以便在地板(25)下方的水平面上覆盖由基础墙壁(1)包围的区域。 排气被传导到阻挡层(15)下方的区域(7),以与屏障(15)的下侧进行表面扩大接触。 支撑基础元件的基础元件和/或基部(17)可以在基础元件与阻挡件连接的基础上的整个长度的空气下渗透,排气通过基础元件或其支撑材料流出,同时实现 与之交换热量。
    • 8. 发明申请
    • 集合住宅用暖冷房換気システム
    • 多功能房屋复合加热和冷却通风系统
    • WO2015194450A1
    • 2015-12-23
    • PCT/JP2015/066864
    • 2015-06-11
    • パッシブホーム株式会社
    • 川多 弘也福島 明村田 さやか
    • F24F5/00E04H1/04F24D5/00F24F3/00
    • E04H1/04F24D5/00F24F3/00F24F5/00
    • 【課題】建築コストおよびランニングコストが安く、集合住宅全体の換気および暖房による快適性を向上させることができ、さらには集合住宅全体における圧力差や温度ムラの発生を抑制できる集合住宅用暖冷房換気システムを提供する。 【解決手段】集合住宅2内に外気を供給する外気供給口3と、この外気供給口3から供給された外気を予熱する共同予熱暖房器4と、この共同予熱暖房器4によって予熱された暖気を各階を経て最上階まで流通させる予熱暖気流通路5と、各住宅21に設けられて予熱暖気流通路5と連通されている予熱暖気供給口6と、各住宅21に供給された暖気を集合住宅2外へ排出する暖気排出路10とを有しており、各住宅21には、各予熱暖気供給口6が床下空間22に連通されているとともに、暖気を床上空間23へ吹き出す吹出口8と、住宅21内を循環した暖気の一部を床下空間22へ戻すリターン開口9とが設けられている。
    • [问题]为建筑成本低和运行成本低的多户住宅综合体提供加热和制冷通风系统,通过整个多户住宅综合体的通风和加热提高舒适感,并且能够 减少整个多户住宅综合体的压力差异和温度变化。 [解决方案]本发明具有:在多户住宅综合体(2)内供应外部空气的外部供气口(3); 预热从外部供气口(3)供应的外部空气的普通预热装置(4); 预热的暖空气流通道(5),其将由公共预热装置(4)预热的暖空气通过建筑物的每个故事循环到最上层的故事; 设置在每个住宅(21)中并与预热的暖风流动通道(5)连通的预热的暖气开口(6); 以及将供给到住宅(21)的暖空气排出到多户住宅复合体(2)的外部的暖空气排出路径(10)。 在每个住宅(21)中,预热的暖风开口(6)与地板下方的空间(22)连通,并且每个住宅设有排出口(8),其将暖空气吹入地板上空间(23), 以及返回开口(9),其将在所述住宅(21)中循环的一部分暖空气返回到地板下空间(22)。
    • 10. 发明申请
    • DEVICE FOR THE TEMPERATURE CONTROL OF BUILDINGS
    • 建筑物温度控制装置
    • WO99011982A1
    • 1999-03-11
    • PCT/EP1998/005225
    • 1998-08-18
    • F24D5/00F24D5/10
    • F24D5/00F24D5/10
    • The invention relates to a device for the temperature control of buildings, comprising a duct system (4) which is integrated into a storey ceiling (1) and through which a temperature-controlled fluid (21) is to flow, the fluid temperature being delivered to a surface of the storey ceiling (1). The device according to the invention achieves the object of providing cost-effective and agreeable temperature control of a building in that the fluid temperature is also delivered to the other surface of the storey ceiling (1), and in that essentially the same surface temperature is established on both surfaces (5, 6) of the storey ceiling (1).
    • 本发明涉及一种用于建筑物的温度控制的装置,包括管道系统(4),该管道系统(4)被集成到楼顶(1)中,温度控制流体(21)将通过该管道系统流动,所输送的流体温度 到楼顶(1)的表面。 根据本发明的装置实现了提供一种建筑物具有成本效益和令人满意的温度控制的目的,因为流体温度也被输送到楼顶(1)的另一个表面,并且基本上相同的表面温度 建立在楼顶(1)的两个表面(5,6)上。