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    • 62. 发明公开
    • SYSTEM FOR PRODUCING HEAT FOR DOMESTIC HOT WATER OR CENTRAL HEATING
    • EP4043801A1
    • 2022-08-17
    • EP21156224.4
    • 2021-02-10
    • DAIKIN INDUSTRIES, LTD.Daikin Europe N.V.
    • Kirschner, Timo
    • F24D3/08F24D13/04F24D17/00F24D19/10
    • The present application relates to a system (100) for producing domestic hot water and heat for central heating comprising a heat generator (1) for obtaining heat from a heat source, the heat generator having a generator outlet port (1.1) and a generator return port (1.2); a central heating circuit (3) having a heating feed port (3.1) and a heating return port (3.2); and a tank (16) having an inlet port (7), an upper port (8) and a lower port (9), the tank (16) containing a fluid which is a heat storing fluid, and the inlet port (7) being configured to feed the heat storing fluid (15) into the tank (16). The heat generator (1), the central heating circuit (3), and the tank (16) are fluidly connected in series so as to allow the fluid (15) to flow from the heat generator (1) via at least one of the central heating circuit (3) and the tank (16) back to the heat generator (1), and the system (100) further comprises a first three-way valve (4) fluidly connected to the heating feed port (3.1) and the heating return port (3.2) and configured to selectively let the fluid bypass, or flow through, the central heating circuit (3); a second three-way valve (6) fluidly connected to the first three-way valve (4), the generator return port (1.2), and the inlet port (7), and configured to selectively let the fluid bypass, or flow through, the tank (16) via the inlet port (7); and a third three-way valve (10) fluidly connected to the upper port (8), the lower port (9), and the generator return port (1.2), and configured to set a relative proportion by which the fluid flows through the upper port (8) and the lower port (9), respectively, to the generator return port (1.2).
    • 63. 发明公开
    • CONTROL DEVICE FOR A RADIATOR, RADIATOR OF THE ELECTRO-HYDRAULIC TYPE COMPRISING SAID CONTROL DEVICE, METHOD FOR CONTROLLING SAID RADIATOR
    • 用于散热器的控制装置,包括所述控制装置的电液式散热器,用于控制所述散热器的方法
    • EP3315868A1
    • 2018-05-02
    • EP17199025.2
    • 2017-10-27
    • Ideal Clima S.r.l.
    • RUFFINI, MarcoRUFFINI, Vittorio
    • F24D13/04F24D19/00F24D19/10
    • F24D13/04F24D19/0012F24D19/1018F24D2220/0271
    • A control device (30) for a radiator (10) having an inlet mouth (11) and an outlet mouth (12) that can be connected to respective hydraulic fittings of a hydraulic system comprising: a three-way junction element (31) having a first (32) and a second (33) mouth coaxial to one another between which a main duct extends, and a third mouth (34), the first mouth (32) being arranged to be connected to at least one of the mouths of the radiator (10), the third mouth being arranged to be connected to one of the hydraulic system fittings such that such fitting is substantially coaxial with the first (32) and the second (33) mouth; an electric heater (35), the electric heater (35) having an end coupled to the second mouth (33) and extending within the three-way junction element (31) until passing through the first mouth (32), and protruding outside, the electric heater (35) being selectively connectable to a power supply line; an electrovalve unit (37, 38) arranged to selectively open a fluid connection between the three-way junction element (31) and the hydraulic system; an electronic control unit (40) configured to drive the electrovalve unit (37, 38) and control the selective connection between the electric heater (35) and the power supply line.
    • 1。一种用于散热器(10)的控制装置(30),所述散热器具有能够连接到液压系统的相应液压配件的入口嘴(11)和出口嘴(12),包括:三通接头元件(31) 彼此同轴的第一口(32)和第二口(33),主管道在所述第一口(32)和第二口(33)之间延伸;以及第三口(34),所述第一口(32)布置成连接到至少一个 所述散热器(10),所述第三口布置成连接至所述液压系统配件中的一个,使得所述配件与所述第一口(32)和所述第二口(33)基本共轴; (35),所述电加热器(35)具有连接到所述第二嘴部(33)并且在所述三通连接元件(31)内延伸直到穿过所述第一嘴部(32)并且向外突出的端部, 电加热器(35)可选择性地连接到电源线; 电动阀单元(37,38),其布置成选择性地打开三通接头元件(31)和液压系统之间的流体连接; 电子控制单元(40),所述电子控制单元(40)构造成驱动所述电阀单元(37,38)并控制所述电加热器(35)和所述电源线之间的选择性连接。
    • 64. 发明公开
    • TOWEL HEATER OF THE HYDRAULIC OR ELECTRO-HYDRAULIC TYPE WITH DIFFERENTIATED HEATING AREAS
    • HANDTUCHWÄRMERVOM HYDRAULISCHEN ODER ELEKTROHYDRAULISCHEN TYP MIT DIFFERENZIERTEN HEIZBEREICHEN
    • EP3067638A1
    • 2016-09-14
    • EP16159514.5
    • 2016-03-09
    • Deltacalor S.r.L.
    • PASTORINO, Giovanni
    • F24H3/04F24D13/04F24D19/00
    • F24D19/0087F24D13/04F24H3/0411
    • Towel heater (10) of the hydraulic or electro-hydraulic type with differentiated heating areas, comprising a hydraulic circuit for circulation of a thermovector liquid, said circuit comprising at least one first radiator section (11) and at least one second convector section (12) in which said thermovector liquid circulates, wherein the hydraulic circuit comprises an inlet manifold (21), which is provided with an inlet (14) associable with a supply source of the hot thermovector liquid, and an outlet manifold (22), which is provided with an outlet (15) associable with a discharge of the cold thermovector liquid, wherein the inlet manifold (21) and the outlet manifold (22) consist of a respective column element, a plurality of heating bodies (16) forming the first radiator section (11) and that extend horizontally between the inlet manifold (21) and the outlet manifold (22), wherein the heating bodies (16) act as element on which to hang towels, and a battery of finned tubes (17) forming the second convector section (12), the finned tubes (17) extending between the inlet manifold (21) and the outlet manifold (22) and the battery of finned tubes (17) being in communication in inlet with the inlet manifold (21) and in outlet with the outlet manifold (22).
    • 具有不同加热区域的液压或电液型的毛巾加热器(10),包括用于循环热动液体的液压回路,所述回路包括至少一个第一散热器部分(11)和至少一个第二对流部分(12) ),其中所述热动液体循环,其中所述液压回路包括入口歧管(21),所述入口歧管(21)设置有与所述热热动液体的供应源相关联的入口(14)和出口歧管(22),所述出口歧管 设置有与冷热动液体的排放相关联的出口(15),其中入口歧管(21)和出口歧管(22)由相应的列元件组成,多个加热体(16)形成第一散热器 (11),并且在入口歧管(21)和出口歧管(22)之间水平延伸,其中加热体(16)用作悬挂毛巾的元件,并且一组翅片管(17)形成 g第二对流部分(12),在入口歧管(21)和出口歧管(22)之间延伸的翅片管(17)和翅片管(17)的电池与入口歧管(21)的入口连通 )和出口歧管(22)的出口。
    • 68. 发明公开
    • HEART-TYPE CIRCULATION DEVICE
    • 心跳ZIRKULATIONSVORRICHTUNG
    • EP2724647A1
    • 2014-04-30
    • EP13787824.5
    • 2013-05-10
    • Zhao, Henglai
    • Zhao, Henglai
    • A47G9/06F24D13/04A47C21/04
    • A61F7/0097A47C21/048A47G9/0215A61F2007/0054F04B17/04F04B23/02F04B43/04F24H1/101F24H9/14F24H2250/08Y10T137/6606
    • A heart-type circulation device comprises a power system, a cover plate (16), an elastic plate (5), a pressing contact ring (6), a water inlet (13), a check valve A (9), a self-pressing liquid storage tank (12), a check valve B (10), a water outlet (11), and a pipeline (17). The elastic plate (5) is disposed above the power system, the pressing contact ring (6) is disposed on the periphery of a bottom surface of the elastic plate (5), and the pressing contact ring (6), the elastic plate (5), and the cover plate (16) are fixedly connected in sequence from bottom to top. The water inlet (13) and the water outlet (11) are in communication with each other between the cover plate (16) and the elastic plate (5) via the cover plate (16) respectively. The water inlet (13), the check valve A (9), the self-pressing liquid storage tank (12), the check valve B (10), and the water outlet (11) are connected in sequence via the pipeline (17), wherein the direction of the check valve A (9) is the direction of a fluid flowing to the cover plate (16), and the direction of the check valve B (10) is the direction of the fluid flowing out of the cover plate (16). The space where the whole pipeline (17) is in communication with the self-pressing liquid storage tank (12) is filled up with a liquid. The heart-type circulation device has a simple structure, makes no noise, and has no leakage and a low maintenance rate, and is energy-saving, environment-friendly, green and efficient.
    • 心脏型循环装置包括动力系统,盖板(16),弹性板(5),按压接触环(6),进水口(13),止回阀A(9),自身 按压液体储存罐(12),止回阀B(10),出水口(11)和管道(17)。 弹性板(5)设置在动力系统的上方,压接环(6)设置在弹性板(5)的底面的周围,压接环(6),弹性板 5),并且盖板(16)从下到上依次固定连接。 进水口(13)和出水口(11)分别通过盖板(16)彼此连接在盖板(16)和弹性板(5)之间。 进水口(13),止回阀A(9),自压液体储存箱(12),止回阀B(10)和出水口(11)依次通过管道(17 ),其中止回阀A(9)的方向是流向盖板(16)的流体的方向,止回阀B(10)的方向是流体从盖板流出的方向 板(16)。 整个管道(17)与自压液体储存罐(12)连通的空间用液体填充。 心型循环装置结构简单,无噪音,无渗漏,维护率低,节能环保,绿色高效。