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    • 1. 发明授权
    • Supply air terminal device
    • 供气终端设备
    • US06715538B2
    • 2004-04-06
    • US09994171
    • 2001-11-26
    • Pekka HorttanainenMarko HäkkinenMika RuponenReijo VillikkaMaija Virta
    • Pekka HorttanainenMarko HäkkinenMika RuponenReijo VillikkaMaija Virta
    • F28F2700
    • F24F1/01F24F2221/14
    • The invention concerns a supply air terminal device (10) including a supply chamber (11) for the supply air and in the supply chamber (11) nozzles (12a1, 12a2 . . . ; 12b1, 12b2 . . . ), through which the supply airflow (L1) is conducted into a side chamber (B1) of the supply air terminal device, which side chamber is a structure open at the top part and at the bottom part. The supply air terminal device (10) includes a heat exchanger (14), which can be used either to cool or to heat the circulated airflow (L2). In the device solution, fresh supply air, which is conducted through the nozzles to the side chamber (B1), induces the circulated airflow (L2) to flow through the heat exchanger (14). The combined airflow (L1+L2) of supply airflow (L1) and circulated airflow (L2) is conducted out of the supply air terminal device (10). The supply air terminal device includes an induction ratio control device (15), which is used to control how much circulated airflow (L2) joins the supply airflow (L1).
    • 本发明涉及一种供应空气终端装置(10),其包括用于供应空气的供应室(11)和供应室(11)中的喷嘴(12a1,122 ... 12b1,12b2 ...) 供给气流(L1)被传导到供气端子装置的侧室(B1),该侧室是在顶部和底部开口的结构。 供气终端装置(10)包括可用于冷却或加热循环气流(L2)的热交换器(14)。 在设备解决方案中,通过喷嘴传导到侧室(B1)的新鲜供气将引起循环气流(L2)流过热交换器(14)。 供气管(L1)和循环气流(L2)的组合气流(L1 + L2)从供气端子装置(10)中被导出。 供气终端装置包括感应比控制装置(15),其用于控制​​多少循环气流(L2)连接供应气流(L1)。
    • 2. 发明授权
    • Supply air terminal device
    • 供气终端设备
    • US07000688B2
    • 2006-02-21
    • US09990239
    • 2001-11-21
    • Pekka HorttanainenMarko HäkkinenMika RuponenReijo VillikkaMaija Virta
    • Pekka HorttanainenMarko HäkkinenMika RuponenReijo VillikkaMaija Virta
    • F24F3/04F24F13/04
    • F24F1/01F24F11/81
    • The invention concerns a supply air terminal device (10) including side plates (12) and an air guiding part (13). A heat exchanger (14) is fitted in the device below a supply air chamber (11) for supply air in between air guiding parts (13) located on both sides of the central axis (Y1) of the device. In the device, the supply air chamber (11) includes nozzle apertures (12a1, 12a2, . . . , 12b1, 12b2 . . . ) to conduct fresh supply air into a side chamber (B1) and to induce a flow of circulated air (L2) from the room space through the heat exchanger (14) into the side chamber (B1). Using the heat exchanger (14) the circulated air may be either cooled or heated. The equipment includes a control device (15) for the induction ratio of the supply air flow (L1) and the circulated air flow (L2) for controlling in which ratio there is fresh air (L1) and circulated air (L2) in the combined air flow (L1+L2).
    • 本发明涉及一种包括侧板(12)和空气引导部(13)的供气终端装置(10)。 一个热交换器(14)安装在供应空气室(11)下方的装置中,用于在位于中心轴线(Y 1 1 <2)两侧的空气引导部分(13)之间供应空气 装置。 在该装置中,供气室(11)包括喷嘴孔(12a,12a,12a,...,12b <1 >,12 b <2> ...),以将新鲜的供应空气进入侧室(B 1> 1)并引起循环空气流(L 2 从房间空间通过热交换器14进入侧室(B 1 N 1)。 使用热交换器(14),循环空气可以被冷却或加热。 该设备包括用于控制供给空气流(L 1> 1)和循环空气流(L SUB2)的感应比的控制装置(15) 在组合空气流(L 1 + L 2)中存在新鲜空气(L 1 1 H 2)和循环空气(L 2 2 N) )。
    • 3. 发明授权
    • Supply air terminal device
    • 供气终端设备
    • US06769477B2
    • 2004-08-03
    • US10008686
    • 2001-12-07
    • Marko HäkkinenLasse LaurilaPekka PulkkinenMika RuponenReijo VillikkaKari Äikäs
    • Marko HäkkinenLasse LaurilaPekka PulkkinenMika RuponenReijo VillikkaKari Äikäs
    • F24F101
    • F24F1/01F24F1/0059F24F2013/0616F24F2221/14
    • The invention concerns a supply air terminal device (10), which includes a supply air chamber (11) and therein nozzles (12a1, 12a2 . . . ), through which supply air is conducted into an internal side chamber (B1) of the device. In the device solution, the supply airflow (L1) induces a circulated airflow, that is a secondary airflow (L2), from the room space (H1) to flow through a heat exchanger (13) of the device into the side chamber (B1) to join the supply airflow (L1). In the device solution, the combined airflow (L1+L2) of supply air and circulated air is made to flow sideways from the device. The central axes (X1) of the nozzles (12a1, 12a2 . . . ) of the supply air chamber (11) are at an oblique angle (&agr;) in relation to the vertical axis (y1) of the device, whereby the supply airflow from the supply air chamber (11) is conducted obliquely from the nozzles towards a wall (14) limiting the side chamber (B1), whereby the combined airflow (L1+L2) of supply airflow (L1) and circulated airflow (L2) is conducted sideways from the device.
    • 本发明涉及一种供气终端装置(10),其包括供气室(11)和其中的喷嘴(12a1,122,2 ...),供应空气通过该供应空气室被引导到装置的内侧室(B1) 。 在设备解决方案中,供应气流(L1)从室内空间(H1)引导循环气流(即二次气流L2),以流经设备的热交换器(13)进入侧室(B1 )加入供气(L1)。 在设备解决方案中,使供气和循环空气的组合气流(L1 + L2)从设备侧向流动。 供气室(11)的喷嘴(12a1,12a2 ...)的中心轴线(X1)相对于装置的垂直轴线(y1)为倾斜角(α),由此供应气流 从供气室(11)从喷嘴倾斜地向限制侧室(B1)的壁(14)传导,由此供应气流(L1)和循环气流(L2)的组合气流(L1 + L2)为 从设备侧面进行。
    • 4. 发明申请
    • Supply Air Unit
    • 供气机组
    • US20130035029A1
    • 2013-02-07
    • US13515911
    • 2010-12-16
    • Mika RuponenPanu MustakallioRisto KosonenMaija VirtaHarri Itkonen
    • Mika RuponenPanu MustakallioRisto KosonenMaija VirtaHarri Itkonen
    • F24F13/00
    • F24F1/01F24F1/00075F24F1/0059F24F5/0089F24F5/0092F24F13/24F24F13/30
    • The supply air unit (100) comprises a supply air chamber (10), at least one mixing chamber (20a, 20b), which opens into the air-conditioned room space, nozzles (60a, 60b), through which a fresh airflow (L1) is conducted from the supply air chamber (10) into the mixing chamber, a first heat-transfer unit (A), which comprises at least one heat exchanger (30a, 30b), through which a circulated airflow (L2) is conducted from the room space into the mixing chamber. The supply air unit also comprises a second heat-transfer unit (B), which is formed by at least one radiating element (50), which has a radiating surface (51), to which heat is transferred from the air-conditioned room space for cooling or from which heat is transferred into the air-conditioned room space for heating, and which radiating surface also comprises openings, whereby the radiating surface becomes sound-absorbing.
    • 供气单元(100)包括供给空气室(10),通向空调房间空间的至少一个混合室(20a,20b),喷嘴(60a,60b),新鲜气流 L1)从供气室(10)进入混合室,第一传热单元(A),其包括至少一个热交换器(30a,30b),循环气流(L2)穿过该热交换器 从房间空间进入混合室。 供气单元还包括由至少一个辐射元件(50)形成的第二传热单元(B),其具有散热面(51),热量从空调室空间 用于冷却或从其传热到空调房间空间进行加热,并且该辐射表面还包括开口,由此辐射表面变得吸声。
    • 5. 发明申请
    • SUPPLY AIR TERMINAL DEVICE
    • 供应空气终端设备
    • US20110000566A1
    • 2011-01-06
    • US12821572
    • 2010-06-23
    • Mika RuponenRisto Paavilainen
    • Mika RuponenRisto Paavilainen
    • F28F13/12
    • F24F1/01F24F1/0011F24F2013/0616F24F2221/14F24F2221/46
    • A fresh airflow is conducted from a supply air chamber through nozzles into a ring-shaped mixing chamber. A circulated airflow is conducted from a room space into a cylindrical suction chamber inside a ring-shaped heat exchanger. From the suction chamber the circulated airflow travels through the heat exchanger into the mixing chamber. The nozzles are located in the upper part of the mixing chamber at a distance from each other on the periphery of at least one circle, whereby the mid-point of the circle is located on the vertical central axis of the supply air terminal device. The horizontal component of the direction vector of the fresh airflow discharging from each nozzle forms an angle β, which is in a range of 45-135 degrees, with the radius of said at least one circle, and the direction vector is directed downward, in relation to the horizontal plane at an angle α, which is in a range of 15-75 degrees, whereby a rotating airflow directed downward is formed in the mixing chamber.
    • 新鲜的气流从供气室通过喷嘴进入环形混合室。 循环的气流从室内空间进入环形热交换器内的圆筒形抽吸室。 循环空气从吸入室流过热交换器进入混合室。 喷嘴位于混合室的上部,在至少一个圆周的周围彼此间隔一定距离,由此圆的中点位于供气端子装置的垂直中心轴上。 从每个喷嘴排出的新鲜气流的方向矢量的水平分量形成角度&bgr,其在45-135度的范围内,所述至少一个圆的半径,并且方向向量指向下方, 相对于水平面,角度α在15-75度的范围内,从而在混合室中形成向下的旋转气流。
    • 8. 发明授权
    • Supply air terminal device
    • 供气终端设备
    • US09222683B2
    • 2015-12-29
    • US12821572
    • 2010-06-23
    • Mika RuponenRisto Paavilainen
    • Mika RuponenRisto Paavilainen
    • F24F7/00F24F1/01F24F1/00F24F13/06
    • F24F1/01F24F1/0011F24F2013/0616F24F2221/14F24F2221/46
    • A fresh airflow is conducted from a supply air chamber through nozzles into a ring-shaped mixing chamber. A circulated airflow is conducted from a room space into a cylindrical suction chamber inside a ring-shaped heat exchanger. From the suction chamber the circulated airflow travels through the heat exchanger into the mixing chamber. The nozzles are located in the upper part of the mixing chamber at a distance from each other on the periphery of at least one circle, whereby the mid-point of the circle is located on the vertical central axis of the supply air terminal device. The horizontal component of the direction vector of the fresh airflow discharging from each nozzle forms an angle β, which is in a range of 45-135 degrees, with the radius of said at least one circle, and the direction vector is directed downward, in relation to the horizontal plane at an angle α, which is in a range of 15-75 degrees, whereby a rotating airflow directed downward is formed in the mixing chamber.
    • 新鲜的气流从供气室通过喷嘴进入环形混合室。 循环的气流从室内空间进入环形热交换器内的圆筒形抽吸室。 循环空气从吸入室流过热交换器进入混合室。 喷嘴位于混合室的上部,在至少一个圆周的周围彼此间隔一定距离,由此圆的中点位于供气端子装置的垂直中心轴上。 从每个喷嘴排出的新鲜气流的方向矢量的水平分量形成角度&bgr,其在45-135度的范围内,所述至少一个圆的半径,并且方向向量指向下方, 相对于水平面,角度α在15-75度的范围内,从而在混合室中形成向下的旋转气流。