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    • 1. 发明授权
    • Method for controlling the ventilation of an air-conditioning system
    • 控制空调系统通风的方法
    • US3927827A
    • 1975-12-23
    • US45831374
    • 1974-04-05
    • SVENSKA FLAEKTFABRIKEN AB
    • STRINDEHAG OVE
    • F24F3/052F24F3/044F24F13/14F24F13/26F24F7/00
    • F24F3/0442F24F13/26
    • A method and apparatus for supplying conditioned air to a room. The method utilizes a plurality of partial flows and the flows are controlled to assure a substantially constant impulse while accommodating varying heating or cooling demand in the room. This is accomplished by providing a primary flow from one outlet and a secondary flow from another outlet. The speed of the secondary flow is low compared to the primary flow so that variation in the secondary flow as to condition to accommodate to the heating or cooling demand in the room has no substantial effect upon the total impulse which is determined substantially by the constant primary air flow. The two outlets may be supplied from the same duct and may be positioned separately or adjoining one another. The secondary flow is preferably controlled by a thermostat which is connected to a throttling control device.
    • 一种用于向室内供应调节空气的方法和装置。 该方法利用多个部分流动,并且控制流量以确保基本上恒定的脉冲,同时容纳房间中不同的加热或冷却需求。 这是通过从一个出口提供主要流量和从另一个出口提供二次流来实现的。 二次流的速度与初级流相比较低,使得二次流的变化以适应室内的加热或冷却需求的条件对总脉冲没有实质影响,该总脉冲基本上由常数初级 气流。 两个出口可以从相同的管道供应,并且可以彼此分开或相邻地定位。 二次流优选地由连接到节流控制装置的恒温器控制。
    • 2. 发明授权
    • Device at supply air means with throttling member
    • 供气装置装有节流件
    • US3916772A
    • 1975-11-04
    • US46277874
    • 1974-04-22
    • SVENSKA FLAEKTFABRIKEN AB
    • LINDESTROM LARS-ERIKLARKFELDT BIRGER
    • F24F13/06F24F13/068F24F13/26F24F13/08
    • F24F13/26F24F13/06
    • Apparatus for supplying air from a high-pressure air duct to a room, for ventilation of the room. Air from the high-pressure source is passed through a set of nozzles spaced across the cross section of a flow chamber, the apertures of the nozzles being mutually spaced apart by a distance d and the aperture nearest the sidewalls of the chamber being spaced therefrom by substantially d/2. The length of the fluid chamber is at least 3 times d, and a grating is provided across its outlet end. In one embodiment, an adjustably-sized aperture is provided in a sidewall of the chamber near the nozzles to control the quantity of secondary air pulled into the chamber from the room, and hence the velocity of flow into the room. In another embodiment the chamber is a telescoping tube, adjustable to change the chamber length. The apparatus enables a smooth, nearly homogeneous, flow of air into the room, while permitting control of the velocity of air flow into the room, and without materially reacting on the high-pressure source of air.
    • 用于将空气从高压空气管道供应到房间的装置,用于房间的通风。 来自高压源的空气通过在流动室的横截面上间隔开的一组喷嘴,喷嘴的孔相互间隔开距离d,并且最靠近室的侧壁的孔与其间隔开距离通过 基本上d / 2。 流体室的长度至少为3倍,并且在其出口端设置有光栅。 在一个实施例中,在喷嘴附近的腔室的侧壁中设置了可调节大小的孔,以控制从房间吸入室中的二次空气的量​​,并因此控制流入房间的速度。 在另一个实施例中,腔室是伸缩管,其可调节以改变腔室长度。 该装置能够使空气平滑流动到室内,同时可以控制空气流入室内的速度,并且不会在高压空气源上产生重大的反应。
    • 3. 发明授权
    • Making continuous joint between flat sheets
    • 在平板之间连续连接
    • US3858540A
    • 1975-01-07
    • US31176672
    • 1972-12-04
    • SVENSKA FLAEKTFABRIKEN AB
    • BERG KNUT
    • B21D19/04B21D39/02B21D19/00
    • B21D39/02
    • A method and apparatus for making a continuous joint between the longitudinal marginal edges of co-planar sheets wherein the sheets are advanced into the apparatus in co-planar relation with their adjacent margins overlapped. At a first station, both margins are bent down to provide a space between the sheets. At the next station, one margin is bent back so that at its edge a down-turned lip engages the down-turned margin of the other sheet. At a following station, the latter margin is wrapped about the lip to form an interlocked seam, and at a final station, the seam is flattened against the first margin. The apparatus includes pressing rollers above and below the plane of the sheets, the upper and lower rolls being coupled together at the first station in the space formed between the sheets.
    • 一种用于在共面片材的纵向边缘之间进行连续接合的方法和装置,其中片材与其相邻边缘以共面关系推进到装置中,其重叠。 在第一站时,两个边缘都向下弯曲以在纸张之间提供一个空间。 在下一站,一个边缘向后弯曲,使得其边缘处有一个向下转动的唇缘接合另一张纸的向下翻转的边缘。 在随后的站,后边缘围绕唇缘缠绕以形成互锁接缝,并且在最终站处,接缝被压平在第一边缘上。 该设备包括在片材平面上方和下方的压辊,上辊和下辊在第一工位处联接在形成在片材之间的空间中。
    • 4. 发明授权
    • Device for air conditioning a number of rooms having mutually different heat requirements, preferably rooms having a heat requirement varying with time
    • 具有不同热量需求的房间数量的空调设备,具有随时间变化的热量要求的优选房间
    • US3812904A
    • 1974-05-28
    • US34618773
    • 1973-03-29
    • SVENSKA FLAEKTFABRIKEN AB
    • WESTERGREN F
    • F24F3/056F24F3/00
    • F24F3/056
    • A system for air conditioning buildings in which the heat generated by the bulbs in lighting fixtures selectively is used to heat the room, or is carried away with the exhaust air. The system injects central air into the room adjacent the fittings, and exhaust air from the room is conducted away first through the outside window area and then through the lighting fixtures either in a path in direct contact with the bulbs or in a path bypassing direct contact with the bulbs. Dampers are provided to control the proportion of flow through the two paths in the fixtures and thereby to control the proportion of the heat generated by the bulbs which is used to heat the room on one hand and the portion which is discharged with the exhaust air on the other hand. The dampers are controlled in accordance with the demand for heat in the room and an auxiliary heater is provided for the injected air, for operation when the bulbs do not supply sufficient heat to maintain the desired temperature in the space.
    • 一种用于空调建筑物的系统,其中使用灯具中的灯泡在灯具中选择性地产生的热量来加热房间,或者被排出空气。 系统将中央空气注入邻近配件的房间中,并且首先通过外部窗口区域将空气排出空气,然后通过与灯泡直接接触的路径或绕过直接接触的路径中的照明设备 与灯泡。 提供阻尼器以控制通过固定装置中的两个路径的流动比例,从而一方面控制用于加热房间的灯泡产生的热量与排出空气的部分的热量比例 另一方面。 阻尼器根据房间内的热量需求进行控制,为喷射空气提供辅助加热器,当灯泡不提供足够的热量以保持空间中所需的温度时进行操作。
    • 5. 发明授权
    • Device for electric precipitator
    • 电气设备装置
    • US3748831A
    • 1973-07-31
    • US3748831D
    • 1971-06-03
    • SVENSKA FLAEKTFABRIKEN AB
    • MAARTMANN SLAGERDAHL SMASCORD K
    • B03C3/08B03C3/76
    • B03C3/08
    • A device for electric precipitators designed for horizontal gas flow and having plane precipitation electrodes in a number of rows parallel to the direction of gas flow and with emission electrodes situated between said rows, and equipped with an impact device for cleaning at specific intervals the precipitation electrodes, the rows of precipitation electrodes being situated between a number of transverse bars at different heights of the precipitator, said bars having guides opposite each row of precipitation electrodes, said electrodes in each row being linked together and the impact device being designed in known manner to strike against the rows of linked precipitation electrodes to displace them one after the other in the plane of each row.
    • 一种用于水平气流设计的电除尘器装置,具有平行于气流方向排列的平行沉淀电极,并具有位于所述行之间的发射电极,并配有用于以特定间隔进行清洁的冲击装置,沉淀电极 沉淀电极列位于除尘器不同高度的多个横杆之间,所述杆具有与每排沉淀电极相对的引导件,每排中的所述电极连接在一起,冲击装置以已知的方式设计成 撞击连接的沉淀电极的行,使它们在每排的平面中一个接一个地移位。