会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 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
    • Membrane carburetor for a portable handheld work apparatus
    • 用于便携式手持式工作装置的膜式化油器
    • US06149139A
    • 2000-11-21
    • US217835
    • 1998-12-22
    • Hans Holderle
    • Hans Holderle
    • F02B63/02F02B75/02F02M17/04F02M19/02F02M19/03
    • F02M19/0221F02M17/04F02M19/03F02B2075/025F02B2075/027F02B63/02Y10S261/39Y10S261/68Y10T137/7909
    • The invention relates to a membrane carburetor for an internal combustion engine in a portable handheld work apparatus such as a motor-driven chain saw. A throttle flap is arranged in the intake channel for the combustion air. The throttle flap is pivotally journalled downstream of a venturi section of the intake channel. A main nozzle for supplying fuel from a fuel-filled control chamber of the carburetor is provided in the region of the venturi section. The control chamber is delimited by a membrane which actuates a control valve controlling the fuel inflow into the control chamber. The main nozzle includes a check valve which includes a valve seat with a valve platelet assigned thereto. In order to avoid a dripping of the main nozzle even under unfavorable operating conditions, a sieve platelet is provided which effects an additional capillary sealing of the main nozzle during idle. The sieve platelet substantially completely covers the outlet cross section of the main nozzle downstream of the check valve.
    • 本发明涉及一种便携式手持式工作装置如电动链锯的内燃机的膜式化油器。 用于燃烧空气的进气通道中设有节流阀。 节气门瓣在进气通道的文氏管部分的下游枢轴旋转。 在文丘里管部分的区域设置有用于从燃料填充的化油器控制室供应燃料的主喷嘴。 控制室由膜驱动,该膜致动控制阀来控制进入控制室的燃料。 主喷嘴包括止回阀,其包括具有分配给其的血小板的阀座。 为了避免在不利的操作条件下主喷嘴的滴落,提供了一个在空闲期间对主喷嘴进行附加毛细管密封的筛板。 筛板基本上完全覆盖止回阀下游的主喷嘴的出口横截面。
    • 4. 发明授权
    • Two-stroke engine
    • 二冲程发动机
    • US06932032B2
    • 2005-08-23
    • US10986115
    • 2004-11-12
    • Andreas LingenMatthias HehnkeJoachim BaumhauerAndreas BähnerMichael JoosAxel KlimmekHans Holderle
    • Andreas LingenMatthias HehnkeJoachim BaumhauerAndreas BähnerMichael JoosAxel KlimmekHans Holderle
    • F02B25/20F02B33/04F02B63/02F02B75/02F02D9/02F02M35/108
    • F02D9/109F02B25/20F02B33/04F02B63/02F02B2075/025F02D2009/0279F02M35/1019F02M35/108
    • A two-stroke engine (1) has a combustion chamber (3) disposed in a cylinder (2). The combustion chamber (3) is delimited by a reciprocating piston (5). The piston (5) drives a crankshaft (7) via a connecting rod (6) and the crankshaft (7) is rotatably journalled in a crankcase (4). The two-stroke engine (1) has an intake channel (8) for the supply of fuel into the crankcase (4), an outlet (13) for exhaust gases from the combustion chamber (3) and an air channel (10) for the supply of substantially fuel-free air. A throttle element (18) is mounted in the air channel (10). At pregiven positions of the piston (5), the crankcase (4) is connected via at least one transfer channel (14) to the combustion chamber (3). In order to prevent air from being drawn by suction into the air channel because of leakages during idle or at low rpm, a fluid connection is provided between the air channel (10) downstream of the throttle element (18) and the crankcase (4) for underpressure compensation which connection is present at least partially for a position of the piston from 90° ahead of bottom dead center to 90° after bottom dead center. A connection between the crankcase (4) and the intake channel (8) can be provided in lieu of, or in addition to, the connection to the air channel (10).
    • 二冲程发动机(1)具有设置在气缸(2)中的燃烧室(3)。 燃烧室(3)由往复活塞(5)限定。 活塞(5)通过连杆(6)驱动曲轴(7),曲轴(7)可旋转地支承在曲轴箱(4)中。 二冲程发动机(1)具有用于向曲轴箱(4)供应燃料的进气通道(8),用于来自燃烧室(3)的废气的出口(13)和用于 供应基本上无燃料的空气。 节流元件(18)安装在空气通道(10)中。 在活塞(5)的预制位置,曲轴箱(4)经由至少一个输送通道(14)连接到燃烧室(3)。 为了防止由于怠速或低转速下的泄漏而吸入空气而吸入空气,在节气门元件(18)下游的空气通道(10)和曲轴箱(4)之间设有流体连接, 对于负压补偿,至少部分地将活塞的位置从下死点之前90°至下死点之后的90°存在。 可以提供曲轴箱(4)和进气通道(8)之间的连接来代替或除了与空气通道(10)的连接。