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    • 2. 发明公开
    • Valve control actuator
    • 阀门控制执行器
    • EP2896858A1
    • 2015-07-22
    • EP14151581.7
    • 2014-01-17
    • Esbe AB
    • Kårhammer, Martin
    • F16K31/05
    • F16K31/055
    • The present invention relates to a valve control actuator for a fluid control valve (3), the valve control actuator comprising a valve shaft connector (5) arranged for connecting the valve control actuator (1) to a valve control shaft (7) of the fluid control valve (3) and turning the valve control shaft (7), The valve shaft connector (5) comprises a connector shaft (9) having an axial opening (11) adapted to receive at least a portion (7a) of the valve control shaft (7), and a resilient locking member (13) extending through at least a portion of said axial opening (11) and arranged to co-operate with a retaining shoulder (15) of said valve control shaft (7) for axial locking of the connector shaft (9) to the valve control shaft (7).
    • 本发明涉及用于流体控制阀(3)的阀控制致动器,该阀控制致动器包括阀轴连接器(5),该阀轴连接器布置成用于将阀控制致动器(1)连接到阀控制致动器(1)的阀控制轴(7) 所述阀轴连接器(5)包括具有轴向开口(11)的连接器轴(9),所述轴向开口适于接收所述阀(3)的至少一部分(7a) 控制轴(7)以及延伸穿过所述轴向开口(11)的至少一部分并布置成与所述阀控制轴(7)的保持肩部(15)配合以轴向地延伸的弹性锁定构件(13) 将连接器轴(9)锁定到阀控制轴(7)。
    • 3. 发明公开
    • Temperature adjustment valve
    • Temperaturstellventil
    • EP2821679A1
    • 2015-01-07
    • EP13175350.1
    • 2013-07-05
    • Esbe AB
    • Johansson, Christer
    • F16K5/04F16K11/085
    • F16K5/0407F16K11/0853
    • The present invention relates to a temperature adjustment valve (1) for adjusting liquid flow in a heating and/or cooling system, the valve comprising a cylindrical valve chamber (5) having at least two valve ports (9, 11, 13) distributed around a circumferential chamber wall (15) of the valve chamber (5), and a rotor (23), which is rotatably seated inside said valve chamber (5) and rotatable around a rotor center axis (25), wherein the rotor (23) comprises an adjustment body (31) having a closing sector (33) arranged to sealingly contact the circumferential chamber wall (15) and to close at least one of said valve ports (9, 11, 13). The adjustment body (31) further comprises a first adjusting sector (35) arranged adjacent to the closing sector (33), wherein a distance (L1) between the chamber wall (15) and an adjusting surface (36) of the first adjusting sector (35) gradually increases with increasing distance from the closing sector (33).
    • 本发明涉及一种用于调节加热和/或冷却系统中的液体流量的温度调节阀(1),该阀包括一个圆柱形阀室(5),其具有分布在其周围的至少两个阀口(9,11,13) 阀室(5)的周向室壁(15)和转子(23),其可旋转地安置在所述阀室(5)内并且可围绕转子中心轴线(25)旋转,其中转子(23) 包括具有封闭扇形部分(33)的调节体(31),所述闭合扇形部分(33)布置成密封地接触周向室壁(15)并且关闭至少一个所述阀口(9,11,13)。 调节体(31)还包括邻近闭合扇区(33)设置的第一调节扇区(35),其中室壁(15)与第一调节扇区(35)的调节表面(36)之间的距离(L1) (35)随着与闭合部分(33)的距离的增加而逐渐增加。
    • 4. 发明公开
    • MIXING VALVE
    • 混合阀
    • EP1281014A1
    • 2003-02-05
    • EP01930391.6
    • 2001-05-10
    • ESBE AB
    • BRUNNSGARD, Karl-Oskar
    • F16K11/085
    • F16K11/0853
    • A mixing valve (1) has a housing (3), defining a circular-cylindrical chamber (4) with several ports (10) arranged around the circumference of a cylinder casing (5), and with a first end wall (7) perpendicular to a cylinder axis (6) and an opposite second end wall (8) perpendicular to the cylinder axis (6). Inside the chamber (4) a turning slide (11) is rotatingly mounted by means of at least one O-ring (17, 18) arranged on an operating spindle (16), and by means of a circular seating (20) for an O-ring (21), which makes a tight seal with the inside of the cylinder casing (5). By both the operating spindle (16) and the seating (20) being radially displaced in a direction away from a casing wall (14) of the turning slide (11), which casing wall (14) is arranged to close at least partially one or two of the ports (10) depending upon the rotational position of the turning slide (11), the O-rings (21) are compressed when the casing wall (14) makes contact with the inside of the cylinder casing (5) and the casing wall (14) is thus pressed against the inside of the cylinder casing to make a tight seal with this.
    • 混合阀(1)具有壳体(3),该壳体限定了圆柱形腔室(4),该圆柱形腔室具有围绕圆柱壳体(5)的圆周布置的多个端口(10),并且具有垂直的第一端壁(7) 到气缸轴线(6)和垂直于气缸轴线(6)的相对的第二端壁(8)。 在腔室(4)内部借助于布置在工作主轴(16)上的至少一个O形环(17,18)和通过圆形座(20)旋转地安装转动滑块(11) O形环(21)与缸套(5)的内部紧密密封。 通过操作轴(16)和座(20)沿远离转动滑动件(11)的壳体壁(14)的方向径向移动,该壳体壁(14)布置成至少部分地关闭一个 或两个端口(10),这取决于转动滑块(11)的旋转位置,当套管壁(14)与缸套(5)的内部接触时,O形环(21)被压缩,并且 因此壳体壁14被压向缸体内部以与其紧密密封。
    • 6. 发明公开
    • A DOMESTIC HEATING SYSTEM AND A LOADING UNIT THEREFORE
    • 国内加热系统及其装载单元
    • EP3264007A1
    • 2018-01-03
    • EP17178100.8
    • 2017-06-27
    • ESBE AB
    • BENGTSSON, Dan
    • F24H9/12F24D3/10F24D19/10
    • F24D3/1083F24D19/1021F24D19/1024F24D2200/07F24D2220/0242F24D2220/0257F24H9/126F24H2230/00
    • The invention concerns a domestic heating system (1) and a loading unit (20) therefore. The domestic heating system (1) comprises a solid fuel boiler (2), a storage tank (3) to store heated water, and a loading arrangement (10) interconnecting the two. The loading arrangement (10) comprises a first 3-way valve (15), which is arranged in a supply line (11) and is connected to a shunt line (13), and a second 3-way valve (16), which is arranged in a return line (12) and is connected to the shunt line (13). The first 3-way valve (15) is set to keep the shunt line (13) open and the supply line (11) past the first 3-way valve (15) to the storage tank (3) closed as long as water temperature is below a set first temperature level T1 and to start opening of the supply line (11) past the first 3-way valve (15) to the storage tank (3) as soon as water temperature rises above said first temperature level T1, and the second 3-way valve (16) is set to keep the shunt line (13) open as long as water temperature is below a set second temperature level T2, which is lower than said first temperature level T1, and to start closing of the shunt line (13) and opening of the return line (12) from the storage tank (3) past the second 3-way valve (16) as soon as water temperature rises above said second temperature level T2.
    • 因此,本发明涉及家用加热系统(1)和加载单元(20)。 家用加热系统(1)包括固体燃料锅炉(2),储存加热水的储罐(3)和将两者连接的加载装置(10)。 装载装置(10)包括布置在供应管线(11)中并连接到分流管线(13)的第一三通阀(15)和第二三通阀(16),所述第二三通阀 布置在返回线(12)中并连接到分流线(13)。 第一三通阀(15)被设定为保持分流管线(13)打开并且供应管线(11)越过第一三通阀(15)到储罐(3),只要水温度 低于设定的第一温度水平T1,并且一旦水温升高到所述第一温度水平T1以上,就开始通过第一三通阀(15)向储罐(3)打开供应管线(11),并且 只要水温低于低于所述第一温度水平T1的设定的第二温度水平T2,第二三通阀(16)被设定为保持分流管线(13)打开,并且开始关闭 一旦水温升高到超过所述第二温度水平T2时,分流管线(13)和回流管线(12)从储罐(3)打开通过第二三通阀(16)。
    • 7. 发明公开
    • VALVE AND ACTUATOR ASSEMBLY
    • VENTIL- UND AKTUATORANORDNUNG
    • EP3109525A1
    • 2016-12-28
    • EP15173288.0
    • 2015-06-23
    • Esbe AB
    • KÅRHAMMER, Martin
    • F16K31/04F16K31/05
    • F16K31/055F16K31/041
    • The present invention relates to a valve and actuator assembly (1) comprising a valve (3), a valve actuator (5) and a connecting device (27, 29), the connecting device comprising at least two male connecting members (25) and at least two female connecting members (29) and being configured for mounting of the valve actuator (5) in at least two different positions relative to the valve (3).
      The valve and actuator assembly (1) further comprises a coding element (31) which is selectively presettable in at least two different coding element positions, and at least a first cavity (41) configured for receiving the coding element (31), wherein the valve and actuator assembly (1) is configured for, when the coding element (31) has been preset in one of said at least two coding element positions, mounting of the actuator (5) in one and only one position relative to the valve (3), which position corresponds to the preset coding element position.
    • 本发明涉及一种阀和致动器组件(1),其包括阀(3),阀致动器(5)和连接装置(27,29),所述连接装置包括至少两个阳连接构件(25)和 至少两个阴连接构件(29)并且构造成用于将阀致动器(5)相对于阀(3)安装在至少两个不同的位置。 阀和致动器组件(1)还包括编码元件(31),其被选择性地置于至少两个不同的编码元件位置中,以及至少第一空腔(41)被配置为接收编码元件(31),其中 阀和致动器组件(1)被构造成当编码元件(31)已经被预设为所述至少两个编码元件位置中的一个时,将致动器(5)相对于阀门单独地安装在一个位置 3),该位置对应于预设的编码元件位置。
    • 8. 发明公开
    • Setting of cam for valve
    • NockeneinstellungfürVentil
    • EP2017512A1
    • 2009-01-21
    • EP07111912.7
    • 2007-07-06
    • Esbe AB
    • Kårhammar, MartinTagesson, Leif
    • F16K31/04
    • F16K31/041F16K11/0873
    • An actuator device is intended to be connected to a mixing valve (2) via a valve stem (3) for controlling a valve mixing ratio by rotating the stem (3) around its centre axis and to operate a switch (4) included in said device. The actuator device comprises a housing (5) accommodating a motor (6). The housing further accommodates a stem rotating means (7), coupled to the motor (6) to be rotated thereby and intended to be coaxially, non-rotatably connected to the stem (3), an indicating member (8), which in a mounted position is non-rotatably connected to the stem rotating means (7), for indicating the rotational position of the stem (3), the housing (5) having an opening (9) allowing reading of the rotational position of the indicating member (8), and a cam member (10), which is mounted on the stem rotating means (7) and intended to operate the switch (4). The cam member (10) is arranged on the stem rotating means (7) such that it is accessible via said opening (9), when the indicating member (8) is in a cam access position, for manual setting in an desired angle position.
    • 致动器装置旨在经由阀杆(3)连接到混合阀(2),用于通过围绕其中心轴旋转阀杆(3)来控制阀混合比,并且操作包括在所述阀杆中的开关(4) 设备。 致动器装置包括容纳马达(6)的壳体(5)。 所述壳体还容纳一个与所述马达(6)连接的杆旋转装置(7),从而旋转,并且与所述杆(3)同轴,不可旋转地连接,所述指示构件(8) 安装位置不可旋转地连接到杆旋转装置(7),用于指示杆(3)的旋转位置,壳体(5)具有允许读取指示构件的旋转位置的开口(9) 8)和安装在杆旋转装置(7)上并用于操作开关(4)的凸轮构件(10)。 凸轮构件(10)设置在杆旋转装置(7)上,使得当指示构件(8)处于凸轮进入位置时,可以经由所述开口(9)抵接,用于在期望的角度位置进行手动设置 。
    • 10. 发明公开
    • Thermostatic mixing valve
    • 恒温混合阀
    • EP1739333A1
    • 2007-01-03
    • EP05105924.4
    • 2005-06-30
    • ESBE AB
    • Bengtsson, DanHallberg, Henrik
    • F16K31/00F16K11/10
    • G05D23/1393
    • A thermostatic mixing valve comprises a valve housing (2) with a hot fluid inlet (3), a cold fluid inlet (4), a fluid mixing chamber (5) and a fluid outlet (6). The valve has a spring biased valve body (7) comprising a valve cone (8) and a thermoresponsive control member (9) responding to the temperature in the mixing chamber (5) by means of a piston (10) slidably engaged with said member (9). An actuator (11) is used for presetting the desired fluid temperature in the mixing chamber by defining an end position (12) for the piston (10), and the valve body (7) is adapted to be moved by the piston (10) in response to the preset temperature during a normal operating mode. The actuator (11) further comprises a means (13) for overriding the operation of the piston (10) by moving the valve body (7) irrespective of temperature in the mixing chamber (5) during an overriding mode, said means comprising a plunger (13) adapted to act on a surface of the valve body (7) without affecting the piston (10).
    • 恒温混合阀包括具有热流体入口(3),冷流体入口(4),流体混合室(5)和流体出口(6)的阀壳体(2)。 该阀具有包括阀锥体(8)和响应于混合室(5)中的温度的温度响应控制构件(9)的弹簧偏置阀体(7),所述阀体借助于与所述构件滑动接合的活塞(10) (9)。 致动器(11)用于通过限定活塞(10)的端部位置(12)来预设混合室中的期望流体温度,并且阀体(7)适于由活塞(10)移动, 响应于正常操作模式期间的预设温度。 致动器(11)还包括用于在超越模式期间通过移动阀体(7)而不管混合室(5)中的温度如何超越活塞(10)的操作的装置(13),所述装置包括柱塞 (13)适于在不影响活塞(10)的情况下作用在阀体(7)的表面上。