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    • 35. 发明申请
    • MULTI-FONCTION VALVE UNIT FOR CONTROLLING THE SUPPLY OF A COMBUSTIBLE GAS TO A BURNER APPARATUS
    • 用于控制向燃烧器装置供应可燃气体的多功能阀组件
    • WO2005073632A1
    • 2005-08-11
    • PCT/IT2004/000020
    • 2004-01-28
    • SIT LA PRECISA S.P.A.ZANELLA, StefanoTURRIN, Gianpiero
    • ZANELLA, StefanoTURRIN, Gianpiero
    • F23N1/00
    • F23N1/002F23N2035/14F23N2035/16F23N2035/20
    • A multi-function valve unit for controlling the supply of a combustible gas to a burner apparatus comprises a gas supply pipe (2) extending from an inlet aperture (3) to an outlet aperture (4) of the unit, a solenoid valve (5) positioned on the pipe (2) with an on-off function, and a pressure regulator device (6) including a valve seat (7) in the pipe associated with an obturator (8) controlled by a diaphragm (10), the diaphragm being subjected on one side to the pressure regulated by the regulator device and on the other side to a predetermined load. The valve unit additionally comprises the following means, associated with the obturator (8) of the pressure regulator device (6): a means (17; 24) for returning the obturator (8) to a position in which it shuts off the corresponding valve seat (7) and an operating means (14) for moving the obturator (8) with respect to the corresponding valve seat (7), in opposition to the return means, to regulate the supply pressure by modulation, in such a way that the on-off control and modulation functions are both integrated in the pressure regulator (6).
    • 用于控制向燃烧器装置供应可燃气体的多功能阀单元包括从入口孔(3)延伸到单元的出口孔(4)的气体供应管(2),电磁阀(5) ),其具有开关功能,以及压力调节器装置(6),其包括在与由隔膜(10)控制的闭塞器(8)相关联的管道中的阀座(7),所述隔膜 在一侧受到由调节器装置调节的压力,另一侧受到预定的负载。 阀单元还包括与压力调节器装置(6)的闭孔器(8)相关联的以下装置:用于将闭塞器(8)返回到其关闭相应阀门的位置的装置(17; 24) 座部(7)和用于相对于相应的阀座(7)相对于返回装置移动闭塞器(8)的操作装置(14),以通过调制来调节供给压力,使得 开关控制和调制功能都集成在压力调节器(6)中。
    • 37. 发明申请
    • GAS PRESSURE REGULATOR
    • 燃气调压器
    • WO01079951A1
    • 2001-10-25
    • PCT/EP2001/004301
    • 2001-04-17
    • F23N1/00G05D16/06G05D16/20
    • G05D16/0669F23N1/005F23N2027/22F23N2035/14F23N2035/20Y10T137/2278Y10T137/7801Y10T137/87394Y10T137/87507
    • The aim of the invention is to provide a gas pressure regulator which functions with repetitive accuracy even with the smallest possible throughputs and which simultaneously maintains a zero cut-off. In addition, the invention should allow gas burners which are operated within a wide modulation range to be ignited, while keeping the internal pressure loss as minimal as possible. The production costs and the number of sealing points should also be as low as possible. To achieve these aims, the chamber (19) on the inlet side and the chamber on the outlet side (22) of the gas pressure regulator, together with the passage that is available for regulating the pressure, are also connected by one or several separate openings (34) which respectively form a seat (35) for a closure body (33) that is allocated to said openings and that is displaced in an axial direction against the seat. Said closure body is, in turn, connected to an armature (31) of a solenoid valve. The gas pressure regulator, which regulates the initial pressure in a gas line that supplies a gas burner, can also feed the gas burner the required initial quantity of gas for ignition.
    • 它旨在提供气体压力调节器,它显示出良好的重现性,即使在非常低的流量,并在同一时间允许零个财务报表的维护。 它还旨在气体燃烧器,其具有大的调制范围内操作可以被点燃。 在这种情况下,内部的压力损失应保持尽可能低。 另外,制造成本和密封的点的数量是最小的。 对于此,入口侧腔室(19)和所述气体压力调节器的出口室(22)被另外连接到偶数通过一个或多个分离的开口(34),每一个都具有分配给他们的座椅(35),并在压力控制通道中的现有 形成于座引导闭合体(33),其又被连接到其相关联的电磁阀的电枢(31)的轴向方向。 用于控制通向气体燃烧器气体管线的气体压力调节器的线的输出压力的服务另外具有供给气体燃烧器提供必要的气体释放到点燃的能力。
    • 38. 发明申请
    • MAGNETIC VALVE FOR CONTROLLING A GAS SUPPLY
    • 燃气电磁
    • WO1998011387A1
    • 1998-03-19
    • PCT/DK1997000369
    • 1997-09-05
    • BM CONTROLS A/SJENSEN, Soren, HegelundWINDING, Poul, Falch
    • BM CONTROLS A/S
    • F23N01/00
    • F23N1/007F23N2035/14F23N2035/20
    • The invention concerns a device for controlling and regulating a supply of a compressed gas to gas burner for heating water in a boiler, the device having a duct for the compressed gas and a controlled regulator which is provided with a controllable gas valve whose valve disc (8) is urged by a spring (11) against a valve seat (12). The ducts and the gas valve seats of some of the shut-off valves are formed as an extruded body which was previously cut into pieces of predetermined length and provided with end parts. The extruded body comprises four elongate mutually separate chambers, at least two or more of these chambers being separated from one anotehr by Z-shaped webs which simultaneously act as valve seat faces for the shut-off valves. A gas magnetic valve is thus produced which can be manufactured for more economically than valves known hitherto.
    • 一种用于控制和调节的加压气体的一种气体燃烧器供给用于在锅炉中加热水,具有用于压缩气体的管道并且其上设置有一个可控的气体阀控制的调节器装置,所述阀板(8)(通过弹簧11的装置 )压靠在阀座(12)。 通道,并在挤出的本体形成有各种截止阀的气体阀座切割成预定长度的片段并且设置有端盖。 所述挤出的本体具有四个细长的,单独的腔室,其中,由Z形腹板装置中的至少两个或更多个这些室彼此隔开,其同时充当截止阀的阀座表面上。 以这种方式,提供了一种燃气电磁阀,其便宜得多比先前已知的制造阀。
    • 39. 发明申请
    • 휴대용 가스레인지의 과압 방지를 위한 유로차단 및 복귀장치를 갖춘 안전조정기
    • 提供流量通道切断和恢复装置的安全控制器,以防止易燃气体范围超压
    • WO2015129982A1
    • 2015-09-03
    • PCT/KR2014/010117
    • 2014-10-27
    • 주식회사 다복코리아
    • 이영준
    • F24C3/12F24C3/14
    • F24C3/126F23N1/007F23N2035/20F23N2035/24F24C3/14
    • 본 발명은 액화 부탄가스를 연료로 사용하는 휴대용 가스레인지의 과압으로 인한 사고발생 시 유로를 차단시켜 위험을 방지하고 유로차단 후 재사용 시 유로를 개방시킬 수 있게 한 휴대용 가스레인지의 과압 방지를 위한 유로차단 및 복귀장치를 갖춘 안전조정기에 관한 것으로 가스유입로(20)의 내측 단에 몸체(10) 측부로부터 삽입되는 리셋버튼(41)과 3단 구조의 차단밸브(46)를 갖는 차폐수단(40)을 형성하고 점화 및 소화용 손잡이 노브(50)의 내측 중앙에 일측으로 돌출되는 캠(51)을 형성하며 상기 리셋버튼(41)과 캠(51)의 사이에 몸체(10)에 리턴레버(60)을 힌지 구조로 설치하되 리턴레버(60)의 일측은 리셋버튼(41)의 후단에 위치하게 하고 타측은 손잡이 노브(50)의 회전작동 시 내측에 돌설된 캠(51)에 의해 밀릴 수 있게 한 것을 특징으로 한다.
    • 本发明涉及一种安全控制装置,该安全控制装置具有防止便携式气体范围的超压的流路切断和回收装置,安全控制装置在使用便携式气体范围的超压发生事故时切断流路 作为燃料的液体丁烷气体,从而消除了危险,并且允许流通道在切断之后重新打开以便重新使用。 本发明包括:具有从主体(10)侧插入气体入口通道(20)的端部的复位按钮(41)的屏蔽装置(40)和截止阀(46),其具有 三阶段结构; 凸轮(51),突出到手柄/旋钮(50)的内部的中心的一侧,用于照明和熄灭火焰; 以及在复位按钮(41)和凸轮(51)之间的主体(10)上的铰接的返回杆(60),其中,复位杆(60)的一侧位于复位按钮(41)的后端 ),并且另一侧被定位成当手柄/旋钮(50)旋转时被突出在内部的凸轮(51)推动。
    • 40. 发明申请
    • A DEVICE FOR REGULATING THE DELIVERY PRESSURE OF COMBUSTIBLE GASES
    • 用于调节可燃气体输送压力的装置
    • WO2010109509A1
    • 2010-09-30
    • PCT/IT2010/000116
    • 2010-03-17
    • SIT LA PRECISA S.p.A. con socio unicoBENVENUTO, MicheleROSSO, Giordano
    • BENVENUTO, MicheleROSSO, Giordano
    • F23N1/00G05D16/06
    • F23N1/007F23N2035/20F23N2035/24G05D16/0661G05D16/163
    • A device for regulating the delivery pressure of a combustible gas comprises at least one valve seat (5) and a corresponding closure element (4) which is controlled by a diaphragm (6), associated with the seat, and can be moved to open and/or close the seat along a predetermined axis (X), resilient actuator means including a first adjustable spring (9) acting on the diaphragm (6) to subject the latter to a predetermined resilient load, and means of regulating the resilient load exerted by said first spring on the diaphragm comprising a first stop means (10) of the spring, which is axially displaceable in an adjustable way along the axis, a male and female thread coupling (13, 14) being provided between the first stop means and a stationary structure of the device, in such a way that the resilient load of the spring (9) is adjustable by movements of the first stop means (10) relative to the stationary structure, rotary movements of the first stop means about said axis being converted into corresponding translational movements along the axis by the corresponding male and female thread coupling (13, 14). The regulating means comprise a second stop means (16) which can be fixed to said first stop means (10) with respect to rotation about the axis (X), and means and counter-means are provided to limit the angular rotation of the second stop means (16) relative to the stationary structure of the device, in such a way that the translational travel of the first stop means is thus limited between two opposing predetermined end stop positions determining, respectively, the minimum resilient load and the maximum resilient load that can be exerted on the diaphragm (6) of the device.
    • 用于调节可燃气体的输送压力的装置包括至少一个阀座(5)和相应的闭合元件(4),其由与该座椅相关联的隔膜(6)控制,并且可以移动到开口和 /或沿着预定轴线(X)关闭座椅,弹性致动器装置包括作用在隔膜(6)上的第一可调节弹簧(9),以使其处于预定的弹性载荷,以及调节由 所述隔膜上的第一弹簧包括弹簧的第一止动装置(10),所述第一止动装置(10)可沿轴线以可调节的方式轴向移动;阳螺纹联接件(13,14),设置在第一止动装置和第一弹簧 固定结构,使得弹簧(9)的弹性载荷可通过第一止动装置(10)相对于固定结构的运动来调节,第一止动装置围绕所述轴线的旋转运动被转换 在 通过相应的公螺纹联接器(13,14)沿轴线对应的平移运动。 调节装置包括第二止动装置(16),该第二止动装置可相对于围绕轴线(X)的旋转而固定到所述第一止动装置(10),并且提供装置和反向装置以限制第二 止动装置(16)相对于装置的固定结构,使得第一止动装置的平移行程在两个相对的预定终止位置之间被限制,这两个相对的预定终止位置分别确定最小弹性载荷和最大弹性载荷 可以施加在装置的隔膜(6)上。