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    • 6. 发明申请
    • Protective shield for a free-cutting tool
    • 防切割工具
    • US20070022614A1
    • 2007-02-01
    • US11487381
    • 2006-07-17
    • Helmut ZimmermannRoland SchierlingJohannes MenzelKai-Ulrich Machens
    • Helmut ZimmermannRoland SchierlingJohannes MenzelKai-Ulrich Machens
    • B26B29/02
    • A01D34/828A01D34/4167A01D34/90
    • A protective shield (2) is provided for a free-cutting tool (1). The free-cutting tool has a cutterhead (4) rotatable about a rotational axis (3) and carries a cutting filament (5). For a rotating cutterhead (4), the cutting filament (5) rotates in a rotational direction (10), aligns itself approximately radially to the rotational axis (3) and defines a cutting circle (6) having a constructively pregiven nominal radius (R). The cutting radius (6) is at least partially covered by the protective shield (2). A cut-to-length knife (7) having a cutting edge (8) for cutting the cutting filament (5) to length is mounted on the protective shield (2) in the peripheral region thereof. The cut-to-length knife (7) is mounted on the protective shield (2) to be moveable back and forth between a cutting position (11) and a rest position (12). The cutting edge (8) lies in the plane of the cutting circle (6) in the cutting position (11) and has the nominal radius (R) to the rotational axis (3) and, in the rest position (12), the cutting edge (8) lies outside of the cutting circle (6).
    • 为自由切削工具(1)提供防护罩(2)。 自由切割工具具有可围绕旋转轴线(3)旋转并且承载切割细丝(5)的刀架(4)。 对于旋转的刀架(4),切割细丝(5)沿旋转方向(10)旋转,其自身大致径向对齐于旋转轴线(3)并且限定具有建设性预制的标称半径(R )。 切割半径(6)至少部分地被保护罩(2)覆盖。 具有用于将切割细丝(5)切割成长度的切割刃(8)的切割刀(7)安装在其周边区域中的防护罩(2)上。 切割刀(7)安装在防护罩(2)上,以在切割位置(11)和静止位置(12)之间来回移动。 切割刃(8)位于切割位置(11)中的切割圆(6)的平面中,并且具有到旋转轴线(3)的标称半径(R),并且在静止位置(12)中 切割刃(8)位于切割圆(6)的外侧。
    • 7. 发明授权
    • Protective shield for a free-cutting tool
    • 防切割工具
    • US07406771B2
    • 2008-08-05
    • US11487381
    • 2006-07-17
    • Helmut ZimmermannRoland SchierlingJohannes MenzelKai-Ulrich Machens
    • Helmut ZimmermannRoland SchierlingJohannes MenzelKai-Ulrich Machens
    • A01D34/416A01D75/18
    • A01D34/828A01D34/4167A01D34/90
    • A protective shield (2) is provided for a free-cutting tool (1). The free-cutting tool has a cutterhead (4) rotatable about a rotational axis (3) and carries a cutting filament (5). For a rotating cutterhead (4), the cutting filament (5) rotates in a rotational direction (10), aligns itself approximately radially to the rotational axis (3) and defines a cutting circle (6) having a constructively pregiven nominal radius (R). The cutting radius (6) is at least partially covered by the protective shield (2). A cut-to-length knife (7) having a cutting edge (8) for cutting the cutting filament (5) to length is mounted on the protective shield (2) in the peripheral region thereof. The cut-to-length knife (7) is mounted on the protective shield (2) to be moveable back and forth between a cutting position (11) and a rest position (12). The cutting edge (8) lies in the plane of the cutting circle (6) in the cutting position (11) and has the nominal radius (R) to the rotational axis (3) and, in the rest position (12), the cutting edge (8) lies outside of the cutting circle (6).
    • 为自由切削工具(1)提供防护罩(2)。 自由切割工具具有可围绕旋转轴线(3)旋转并且承载切割细丝(5)的刀架(4)。 对于旋转的刀架(4),切割细丝(5)沿旋转方向(10)旋转,其自身大致径向对齐于旋转轴线(3)并且限定具有建设性预制的标称半径(R )。 切割半径(6)至少部分地被保护罩(2)覆盖。 具有用于将切割细丝(5)切割成长度的切割刃(8)的切割刀(7)安装在其周边区域中的防护罩(2)上。 切割刀(7)安装在防护罩(2)上,以在切割位置(11)和静止位置(12)之间来回移动。 切割刃(8)位于切割位置(11)中的切割圆(6)的平面中,并且具有到旋转轴线(3)的标称半径(R),并且在静止位置(12)中 切割刃(8)位于切割圆(6)的外侧。
    • 8. 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。
    • 9. 发明授权
    • Removal of thermal stable salts from organic solvents
    • 从有机溶剂中去除热稳定盐
    • US09427696B2
    • 2016-08-30
    • US13580904
    • 2011-01-29
    • Johannes Menzel
    • Johannes Menzel
    • B01D1/14B01D3/14B01D3/38B01D53/14
    • B01D53/1425B01D1/14B01D3/14B01D3/143B01D3/148B01D3/38B01D2252/204
    • Process for removal of salts thermally non-regenerable in a temperature range from 0° C. to 200° C., from organic solvents in an aqueous solution by evaporation, the normal boiling point of organic solvents being higher than that of water, and by enriching the organic constituents existing in the solvent as well as the heat stable salts existing therein in a liquid phase forming by evaporation of water and a portion of the organic constituents of a first vessel, and discharging an evolving vaporous phase from the first vessel. In particular, the liquid phase formed in the first vessel is passed into a second vessel, water in vaporous and/or liquid form being passed into the second vessel, water and another portion of the organic constituents contained in the solvent being evaporated and forming a vaporous phase which is discharged from the second vessel, the heat stable salts being enriched in concentration in the liquid phase forming in the second vessel, and wherein a partial stream of the liquid phase formed in the second vessel is discharged from the second vessel.
    • 在0℃至200℃的温度范围内去除不可再生的盐的方法,通过蒸发从水溶液中的有机溶剂中除去有机溶剂的常沸点,有机溶剂的标准沸点高于水,以及通过 通过蒸发水和第一容器的一部分有机成分,使存在于溶剂中的有机成分以及存在于其中的热稳定盐在形成液相中富集,并从第一容器排出放出的气相。 特别地,在第一容器中形成的液相进入第二容器,将蒸气和/或液体形式的水送入第二容器中,将水和溶剂中所含有机组分的另一部分蒸发并形成 从第二容器排出的气相,热稳定盐在第二容器中形成的液相中富集浓度,并且其中形成在第二容器中的液相的部分流从第二容器排出。
    • 10. 发明授权
    • Handheld work apparatus
    • 手持式工作装置
    • US09216517B2
    • 2015-12-22
    • US13333796
    • 2011-12-21
    • Jan KurzenbergerJohannes MenzelHelmut Lux
    • Jan KurzenbergerJohannes MenzelHelmut Lux
    • B25F5/00B27B17/00
    • B27B17/0033B25F5/006
    • A handheld work apparatus has a drive motor (8) that is held in a motor housing (2). At least one handle (4) is provided, with a vibration gap (12) being formed between the handle (4) and the motor housing (2). The vibration gap (12) permits a relative movement between handle (4) and motor housing (2). The handle (4) is connected to the motor housing (2) via at least one anti-vibration device (13, 14, 15, 16, 31, 49, 50, 63) that bridges the vibration gap (12). The anti-vibration device (15, 16, 31, 49, 50, 63) has a longitudinal center axis (23, 24). The anti-vibration device (15, 16, 31, 49, 50, 63) bridges the vibration gap (12) via at least one tension element. The anti-vibration device (15, 16, 31, 49, 50, 63) also has a spring (17, 32, 33, 51, 55, 72, 73) arranged functionally in series with the tension element.
    • 手持式工作装置具有保持在电动机壳体(2)中的驱动电动机(8)。 提供至少一个手柄(4),在手柄(4)和马达壳体(2)之间形成有振动间隙(12)。 振动间隙(12)允许手柄(4)和电动机壳体(2)之间的相对运动。 手柄(4)通过桥接振动间隙(12)的至少一个防振装置(13,14,15,16,31,49,50,63)连接到电动机壳体(2)。 防振装置(15,16,31,49,50,63)具有纵向中心轴线(23,24)。 防振装置(15,16,31,49,50,63)经由至少一个张紧元件桥接振动间隙(12)。 防振装置(15,16,31,49,50,63)还具有与张力元件串联地布置的弹簧(17,32,33,51,55,72,73)。