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    • 1. 发明授权
    • Arrangement of an air filter and a membrane carburetor
    • 空气过滤器和膜式化油器的布置
    • US06293981B1
    • 2001-09-25
    • US09548631
    • 2000-04-13
    • Hans HolderleStefan KummermehrJohannes MenzelHelmut ZimmermannBernd KnödlerHorst Denner
    • Hans HolderleStefan KummermehrJohannes MenzelHelmut ZimmermannBernd KnödlerHorst Denner
    • B01D3530
    • F02M35/024F02B63/02F02B2075/025F02B2075/027F02M17/04Y10S55/28
    • The invention is directed to an arrangement of an air filter (1) and a membrane carburetor (2). The membrane carburetor (2) has an intake channel section (3) configured in the carburetor housing (4) and fuel-conducting channels (6) open into the intake channel section (3). The channels (6) are supplied from a fuel-filled control chamber (7) which is configured in the carburetor housing (4). The control chamber (7) is partitioned from a compensation chamber (11) via a control membrane (10). The compensation chamber (11) communicates with the housing (14, 16) of the air filter (1) via a compensation channel (13) downstream of an air filter element (39). The air filter housing (14) engages over the membrane carburetor (2) essentially on the side of the compensation chamber (11) and the clean chamber (24) of the air filter housing (14) communicates with the intake channel section via a connecting stub (37) which lies approximately at right angles to the intake channel section (3). The connecting stub (37) is used as a connection between the clean chamber (24) of the air filter (1) and a flow space (26) mounted forward of the intake channel section (3) in order to ensure a reliable compensation where available space is tight. The volume of the flow space (26) is greater than the volume of the connecting stub (37) and the compensation channel (13) branches away from the flow space (26).
    • 本发明涉及一种空气过滤器(1)和膜式化油器(2)的布置。 膜化油器(2)具有构造在化油器壳体(4)中的进气通道部分(3)和通向进气通道部分(3)的燃料传导通道(6)。 通道(6)由配置在化油器壳体(4)中的燃料填充控制室(7)供给。 控制室(7)经由控制膜(10)与补偿室(11)分隔开。 补偿室(11)通过空气过滤元件(39)下游的补偿通道(13)与空气过滤器(1)的壳体(14,16)连通。 空气过滤器壳体(14)基本上在补偿室(11)的侧面上接合在膜化油器(2)上,并且空气过滤器壳体(14)的清洁室(24)通过连接 短柱(37)大致与进气通道部分(3)成直角。 连接短管(37)用作空气过滤器(1)的清洁室(24)和安装在进气通道部分(3)前方的流动空间(26)之间的连接,以确保可靠的补偿 可用空间紧张。 流动空间(26)的容积大于连接短管(37)的体积,并且补偿通道(13)远离流动空间(26)分支。
    • 2. 发明授权
    • Combination of an air filter and a membrane carburetor
    • 空气过滤器和膜式化油器的组合
    • US06395049B2
    • 2002-05-28
    • US09741864
    • 2000-12-22
    • Bernd KnödlerAndreas Bähner
    • Bernd KnödlerAndreas Bähner
    • B01D3530
    • F02M35/10019F02M17/04F02M35/04F02M35/10196F05C2225/08Y10S55/28
    • The invention relates to the combination of an air filter and a membrane carburetor (1). The membrane carburetor (1) has an intake channel section (3) configured in the carburetor housing (2) into which the fuel-conducting channels (4, 4′) open which are fed from a control chamber (5) of the carburetor housing (2). The control chamber (5) is separated by a control membrane (6) from the compensation chamber (7). A compensation channel (11) leads from the compensation chamber (7) into a flow space (9). A connecting piece (8) is led into the flow space (9) as a connection of the intake channel section (3) of the membrane carburetor (1) with the flow space (9). The compensation channel (11) and the connecting piece (8) open into the housing (21) on the clean air side (23). The housing (21) forms the flow space (9). The compensation channel (11) is guided into the housing (21) via a segment (10) in the connecting piece (8) to provide a simpler assembly and constructive configuration of the compensation connection. The opening (15) of the compensation channel (11) defines a first plane (17). The opening (16) of the connecting piece (8) defines a second plane (18). The planes (17, 18) are separated from each other and these planes preferably intersect.
    • 本发明涉及空气过滤器和膜式化油器(1)的组合。 膜化油器(1)具有配置在化油器壳体(2)中的进气通道部分(3),燃料传导通道(4,4')打开的进气通道部分(3)从化油器壳体(2)的控制室(5) (2)。 控制室(5)由补偿室(7)与控制膜(6)分开。 补偿通道(11)从补偿室(7)引入流动空间(9)。 连接片(8)作为膜化油器(1)的进气通道部分(3)与流动空间(9)的连接被引导到流动空间(9)中。 补偿通道(11)和连接件(8)打开到清洁空气侧(23)上的壳体(21)中。 壳体(21)形成流动空间(9)。 补偿通道(11)通过连接件(8)中的段(10)被引导到壳体(21)中,以提供补偿连接的更简单的组装和构造配置。 补偿通道(11)的开口(15)限定第一平面(17)。 连接件(8)的开口(16)限定第二平面(18)。 平面(17,18)彼此分离,并且这些平面优选相交。
    • 3. 发明授权
    • Diaphragm carburetor
    • 隔膜化油器
    • US06769396B2
    • 2004-08-03
    • US10422048
    • 2003-04-23
    • Werner GeyerClaus FleigJörg SchlossarczykBernd Knödler
    • Werner GeyerClaus FleigJörg SchlossarczykBernd Knödler
    • F02D100
    • F02M23/03F02B61/02F02B2075/025F02D9/109F02D2009/0279F02M17/04Y02T10/146
    • A diaphragm carburetor for an internal combustion engine that operates with scavenging is provided, especially for the two-cycle engine in a manually guided implement. The carburetor has a housing in which is formed an intake channel portion in which is disposed a butterfly valve that is rotatably held via a butterfly valve shaft. The carburetor has at least one air channel that supplies additional combustion air and that is provided with an air valve that is rotatably held via an air valve shaft. The air valve is, at least in one angular range, coupled to the movement of the butterfly valve, whereby the coupling includes a butterfly valve lever that is fixedly connected with the butterfly valve shaft, and an air valve lever that is fixedly connected with the air valve shaft. Disposed on one of the levers is a driver member that at least in one angular range slides upon the other lever between an outer contact point and an inner contact point.
    • 提供了一种用于具有清扫作用的内燃机的隔膜式化油器,特别是用于手动导向的工具中的两冲程发动机。 化油器具有壳体,其中形成有进气通道部分,其中设置有通过蝶阀轴可旋转地保持的蝶阀。 化油器具有至少一个空气通道,其供应额外的燃烧空气,并且设置有经由空气阀轴可旋转地保持的空气阀。 空气阀至少在一个角度范围内与蝶阀的运动耦合,由此联接器包括与蝶阀轴固定连接的蝶阀杆和与蝶阀轴固定连接的空气阀杆 空气阀轴。 在其中一个杠杆上设置的是驱动器构件,至少在一个角度范围内,在另一个杠杆之间在外部接触点和内部接触点之间滑动。
    • 4. 发明授权
    • Portable hand-guided work apparatus
    • 便携式手动导向作业装置
    • US06880515B2
    • 2005-04-19
    • US10385530
    • 2003-03-12
    • Werner GeyerClaus FleigBernd KnödlerJörg Schlossarczyk
    • Werner GeyerClaus FleigBernd KnödlerJörg Schlossarczyk
    • F02B63/00F02B63/02F02B67/00F02B75/02F02M35/04F02M35/10F02B77/00
    • F02B63/02F02B2075/025
    • A portable hand-guided work apparatus (1), such as a motor-driven chain saw, cutoff machine or the like, includes an internal combustion engine (2) and an air filter (10). At least one air channel (8) and an intake channel (7) are provided which fluidly connect the internal combustion engine (2) to the clean side of the air filter (10). The intake channel (7) is configured at least partially in a carburetor (9). The air channel (8) opens at an air channel opening (13, 13′, 13″) and the intake channel (7) opens at an intake opening (12) at the clean side of the air filter (10). Air channel opening (13, 13′, 13″) and intake opening (12) open spatially separate from each other at the clean side of the air filter (10). To prevent the entry of fuel into the air channel (8) from the intake channel (7), the intake opening (12) in the normal work position of the work apparatus (1), seen in the effective direction (17) of the gravity force, has an elevation offset (a, a′, a″) relative to the air channel opening (13, 13′, 13″).
    • 诸如电动链锯,切断机等的便携式手动导向作业装置(1)包括内燃机(2)和空气过滤器(10)。 提供至少一个空气通道(8)和进气通道(7),其将内燃机(2)流体连接到空气过滤器(10)的清洁侧。 进气通道(7)至少部分配置在化油器(9)中。 空气通道(8)在空气通道开口(13,13',13“)处开口,并且进气通道(7)在空气过滤器(10)的清洁侧的进气口(12)处打开。 在空气过滤器(10)的清洁侧,空气通道开口(13,13',13“)和进气口(12)在空间上彼此分开开放。 为了防止燃料从进气通道(7)进入空气通道(8),工作装置(1)的正常工作位置的进气口(12)在 重力相对于空气通道开口(13,13',13“)具有高度偏移(a,a',a”)。