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    • 1. 发明申请
    • FIRED HEAT EXCHANGER
    • 燃烧热交换器
    • WO2017111636A1
    • 2017-06-29
    • PCT/PL2016/000153
    • 2016-12-20
    • AIC S.A.
    • SZCZEPAŃSKI, Krzysztof
    • F24H1/28F24H8/00F24H9/00
    • F24H1/287F24H8/006F24H9/0021F28F2009/226Y02B30/106
    • The fired heat exchanger fitted with a chamber for the liquid encased in an outer jacket (1) which features a liquid inlet (7) and outlet (8), where inside the chamber there is a set of vertical tubular elements (2) for the flow of the fumes and at least one transverse baffle, and where the ends of the tubular elements are anchored in the sieve bottom (3) of the combustion chamber (4) on the one side, and in the sieve wall (5) of the condensate tank (6) featuring gas and condensate discharge stub pipes on the opposite side is characterized in that mounted close to the sieve bottom (3) of the combustion chamber (4), inside the chamber for the liquid, is a horizontal top baffle (9) with a single central opening (12) for the flow of the liquid, fitted with at least one vertical spiral baffle (11) adhering tightly to the sieve bottom (3) and to the top horizontal baffle (9), where the spiral baffle forms spiral ducts (13) for the flow of the liquid under the sieve bottom (3).
    • 燃烧后的热交换器装有一个装在装有液体入口(7)和出口(8)的外套(1)中的液体的腔室,腔室内有一套 用于烟气流动的竖直管状元件(2)和至少一个横向挡板,并且管状元件的端部在一侧固定在燃烧室(4)的筛底(3)中,并且在其中 冷凝罐(6)的相对侧上具有气体和冷凝物排出短管的筛壁(5)的特征在于,安装在靠近燃烧室(4)的筛底(3)的位置, 液体,是具有用于液体流动的单个中央开口(12)的水平顶部挡板(9),其配备有至少一个垂直螺旋挡板(11),其紧密地粘附到筛底部(3)和顶部水平 挡板(9),其中螺旋挡板形成用于液体在筛底(3)下方流动的螺旋导管(13)。
    • 2. 发明申请
    • HEAT EXCHANGE DEVICE
    • 热交换装置
    • WO2017116251A1
    • 2017-07-06
    • PCT/PL2016/000154
    • 2016-12-22
    • AIC S.A.
    • SZCZEPAŃSKI, Krzysztof
    • F28D7/10F28D7/02
    • F28D7/103F28D7/022
    • The heat exchange device is provided with a coil heat exchanger with inlets and outlets for the heat exchanging agents and a tank (1) for one of the agents, where the tank is provided with an inlet and outlet stub pipes and characterized in that the coil heat exchanger consists of at least one coil (2A,2B) wound spirally around the tank (1} on its outside. The coil takes the form of three coaxial tubes, where at the first end of the coil (2A,2B) its outer tube (3) and inner tube (4) are connected by way of the first collector (6) to the in!et stub pipe (7) for the supply of the first agent, and the central tube (5) is connected by way of the second collector (8) to the outlet (9) of the second agent, while at the other end of the coil (2A,2B) its outer and inner tubes are connected with the inside of the tank (1) by way of the third collector (10) and a supply stub pipe (11), and the central tube is connected to the inlet (14) of the second agent by way of the fourth collector (12) and a supply pipe (13).
    • 热交换装置设置有具有用于热交换剂的入口和出口的盘管式热交换器和用于其中一种代理的罐(1),其中罐设有入口和出口 其特征在于,所述盘管式热交换器由至少一个盘管(2A,2B)组成,所述盘管在其外侧围绕所述罐(1)螺旋缠绕,所述盘管采用三个同轴管的形式,其中在所述罐 其外管(3)和内管(4)通过第一收集器(6)连接到内管(7)以供应第一试剂,并且中心管 (5)通过第二收集器(8)连接到第二试剂的出口(9),而在线圈(2A,2B)的另一端,其外管和内管与 (1)通过第三收集器(10)和供应短管(11)连接,并且中心管通过第四接头(12)连接到第二试剂的入口(14) ector(12)和供应管(13)。
    • 3. 发明申请
    • METHOD OF PROTECTING THE SIEVE WALL OF THE COMBUSTION CHAMBER OF A FIRED HEAT EXCHANGER, AND A FIRED HEAT EXCHANGER FITTED WITH PROTECTION OF THE SIEVE WALL OF THE COMBUSTION CHAMBER
    • 保护燃烧热交换器的燃烧室的壁面的方法以及安装在燃烧室的壁面上的燃烧热交换器
    • WO2016089233A1
    • 2016-06-09
    • PCT/PL2015/000192
    • 2015-11-30
    • AIC S.A.
    • SZCZEPAŃSKI, KrzysztofSIEMIEŃCZUK, Tomasz
    • F24H1/28F24H9/00F24H9/20G05D23/00F28F9/22
    • F24H1/287F23N5/022F23N5/242F23N2041/04F23N2041/08F24H9/0042F24H9/2035F28F19/00
    • The method of protecting the sieve wall of the combustion chamber of a fired heat exchanger is characterised in that before a fired heat exchanger (1) is started, the control unit (9) of the fired heat exchanger (1) is pre-programmed with a limit temperature T g adopted for the sieve wall (5) of the combustion chamber (3), whereupon, during the operation of the fired heat exchanger (1) the actual temperature Ta of the sieve wall (5) of the combustion chamber (3) is measured on the side of the water chamber (4) using an additional temperature sensor (T4), the signal from which is supplied to the control unit (9) and processed, following which the value of the actual temperature Ta is compared against the limit temperature Tg, and when both values are equal, the control unit (9) generates an alarm signal off. Once the fired heat exchanger is off, the limescale accumulated on the sieve wall (5) of the combustion chamber (3) is removed in any known way. The fired heat exchanger is fitted with additional sensor of temperature (T4) fixed in the socket (12) on the sieve wall (5} of the combustion chamber (3) on the side of the water chamber (4), and connected, either via a wire or wirelessly, to the control unit (9).
    • 保护燃烧热交换器的燃烧室的筛壁的方法的特征在于,在燃烧式热交换器(1)启动之前,燃烧式热交换器(1)的控制单元(9)被预编程 燃烧室(3)的筛壁(5)采用的极限温度Tg,因此,在燃烧式热交换器(1)的运转中,燃烧室(3)的筛壁(5)的实际温度Ta )使用额外的温度传感器(T4)在水室(4)的一侧测量,信号被提供给控制单元(9)并被处理,随后将实际温度Ta的值与 限制温度Tg,并且当两个值相等时,控制单元(9)产生报警信号。 一旦燃烧的热交换器关闭,堆积在燃烧室(3)的筛壁(5)上的石灰石以任何已知的方式被去除。 燃烧式热交换器装有固定在水箱(4)一侧的燃烧室(3)的筛壁(5)上的插座(12)中的温度(T4)附加传感器, 通过电线或无线连接到控制单元(9)。
    • 6. 发明申请
    • BOILER
    • 锅炉
    • WO2012158050A1
    • 2012-11-22
    • PCT/PL2011/000051
    • 2011-05-17
    • AIC S.A.PACHOLSKI, Adam
    • PACHOLSKI, Adam
    • F24H1/28F24H9/00
    • F24H1/287F24H1/28F24H9/0026
    • The fired heat exchanger comprising an outer jacket, which encases a set of vertically running pipe elements anchored in the sieve walls on both ends, a gas combustion chamber positioned over the upper sieve wall, and a baffle mounted crosswise to the pipe elements, with openings through which the pipe elements run, plus liquid, gas, and fume inlet and outlet pipe stubs, is characterised in that the upper sieve wall (2) has a central prominence (7) pointing down towards the bottom sieve wall (3), the baffle (5) has a central opening (6) positioned under the prominence (7) of the upper sieve wall (2), and its circumference matches the circumference of the outer jacket (8).
    • 所述燃烧式热交换器包括外套,其包围锚定在两端的筛壁上的一组垂直运行的管元件,位于上筛壁上方的气体燃烧室和与管道元件横向安装的挡板,开口 管道元件运行,加上液体,气体和烟雾入口和出口管桩,其特征在于上筛壁(2)具有向下朝向底部筛壁(3)的中心突出部(7), 挡板(5)具有位于上筛壁(2)的突出部(7)下方的中心开口(6),并且其圆周与外护套(8)的圆周相匹配。
    • 8. 发明申请
    • Heat Exchanger
    • 热交换器
    • US20120080172A1
    • 2012-04-05
    • US12957760
    • 2010-12-01
    • Adam Pacholski
    • Adam Pacholski
    • F28F99/00
    • F24H9/0015F24H1/287F24H8/00F28D7/1676F28D7/1692F28F9/00F28F9/22Y02B30/102
    • A heat exchanger comprising an outer jacket (9) with an inner set of vertical pipe elements (1) fastened at their opposing ends in upper and lower sieve walls (2, 3), and having a gas combustion chamber (4) located above the upper sieve wall, as well as partitions (5, 6, 7) mounted crosswise of the pipe elements. The partitions have openings for the pipe elements. The heat exchanger is also provided with liquid, gas and exhaust fumes inlet and outlet stub pipes. The outer jacket is conically shape with its diameter increasing upwards. An upper sieve wall (2), as well as an upper partition (5) situated below the wall, are shaped as cones with their vertexes pointing down. The upper partition (5) has a central opening (8) in its central region and an outer diameter corresponding to a diameter of the outer jacket (9).
    • 一种热交换器,其包括外护套(9),所述外护套(9)具有内组的垂直管元件(1),所述内套件在其相对端处紧固在上筛壁和下筛壁(2,3)中,并且具有位于 上筛壁,以及横跨管道元件的隔板(5,6,7)。 隔板具有用于管道元件的开口。 热交换器还设有液体,气体和废气烟气入口和出口短管。 外套是圆锥形,其直径向上增加。 上筛壁(2)以及位于壁下方的上隔板(5)成形为锥体,顶点指向下。 上隔板(5)在其中心区域具有中心开口(8),外径对应于外护套(9)的直径。
    • 9. 发明授权
    • Heat exchanger
    • 热交换器
    • US08720387B2
    • 2014-05-13
    • US12957760
    • 2010-12-01
    • Adam Pacholski
    • Adam Pacholski
    • F28D7/00F22B1/02
    • F24H9/0015F24H1/287F24H8/00F28D7/1676F28D7/1692F28F9/00F28F9/22Y02B30/102
    • A heat exchanger comprising an outer jacket (9) with an inner set of vertical pipe elements (1) fastened at their opposing ends in upper and lower sieve walls (2, 3), and having a gas combustion chamber (4) located above the upper sieve wall, as well as partitions (5, 6, 7) mounted crosswise of the pipe elements. The partitions have openings for the pipe elements. The heat exchanger is also provided with liquid, gas and exhaust fumes inlet and outlet stub pipes. The outer jacket is conically shape with its diameter increasing upwards. An upper sieve wall (2), as well as an upper partition (5) situated below the wall, are shaped as cones with their vertexes pointing down. The upper partition (5) has a central opening (8) in its central region and an outer diameter corresponding to a diameter of the outer jacket (9).
    • 一种热交换器,其包括外护套(9),所述外护套(9)具有内组的垂直管元件(1),所述内套件在其相对端处紧固在上筛壁和下筛壁(2,3)中,并且具有位于 上筛壁,以及横跨管件的隔板(5,6,7)。 隔板具有用于管道元件的开口。 热交换器还设有液体,气体和废气烟气入口和出口短管。 外套是圆锥形,其直径向上增加。 上筛壁(2)以及位于壁下方的上隔板(5)成形为锥体,其顶点指向下。 上隔板(5)在其中心区域具有中心开口(8),外径对应于外护套(9)的直径。
    • 10. 发明授权
    • Heat exchanger
    • 热交换器
    • US08813688B2
    • 2014-08-26
    • US13088835
    • 2011-04-18
    • Adam Pacholski
    • Adam Pacholski
    • F28D7/00F22B1/02
    • F28D7/10F24H1/287F24H8/00F24H9/0015F28D7/1676F28D7/1692F28F9/22Y02B30/102
    • A heat exchanger comprising an outer jacket (9) with an inner set of vertical pipe elements (1) fastened at their opposing ends in upper and lower sieve walls (2, 3), and having a gas combustion chamber (4) located above the upper sieve wall, as well as partitions (5, 6, 7) mounted crosswise of the pipe elements. The partitions have openings for the pipe elements. The heat exchanger is also provided with liquid, gas and exhaust fumes inlet and outlet stub pipes. The outer jacket is conically shape with its diameter increasing upwards. An upper sieve wall (2), is essentially flat as viewed from the side, while an upper partition (5) situated below the wall, is shaped as a cone with its vertex pointing down. The upper partition (5) has a central opening (8) in its central region and an outer diameter corresponding to a diameter of the outer jacket (9).
    • 一种热交换器,其包括外护套(9),所述外护套(9)具有内组的垂直管元件(1),所述内套件在其相对端处紧固在上筛壁和下筛壁(2,3)中,并且具有位于 上筛壁,以及横跨管道元件的隔板(5,6,7)。 隔板具有用于管道元件的开口。 热交换器还设有液体,气体和废气烟气入口和出口短管。 外套是圆锥形,其直径向上增加。 上部筛壁(2)从侧面观察基本上是平的,而位于壁下方的上隔板(5)成形为锥形,其顶点指向下。 上隔板(5)在其中心区域具有中心开口(8),外径对应于外护套(9)的直径。