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    • 31. 发明申请
    • SLIP-CONTROLLED HYDRAULIC VEHICLE BRAKE SYSTEM
    • SLIP控液压车辆制动系统,
    • WO1998017516A1
    • 1998-04-30
    • PCT/DE1997002084
    • 1997-09-18
    • ROBERT BOSCH GMBHSIEGEL, Heinz
    • ROBERT BOSCH GMBH
    • B60T08/40
    • B60T8/4872B60T8/348B60T8/3655B60T8/4059B60T8/4063B60T8/4208B60T8/5006B60T8/5025B60T8/5075B60T8/5093Y10S303/90Y10S303/901
    • A traction-slip-controlled hydraulic vehicle brake system (10) has brake lines (17, 18) running between a dual-circuit brake master cylinder (13) and one wheel-brake cylinder each (19, 20), a cut-off valve (21) in the respective brake line (17, 18), a bypass line (24, 25) bypassing the respective cut-off valve (21) and a pump (30) in the respective bypass line (24, 25) to pump hydraulic fluid from the associated wheel-brake cylinder (19, 20) to the brake master cylinder (13). The pump (30) is designed for pumping hydraulic fluid from the brake master cylinder (13) to the wheel-brake cylinder (19, 20), as well. It is a rotary positive-displacement pump, in particular a vane pump. The pumps (30) in the bypass lines (24, 25) have a common reversing drive motor (38). The vehicle brake system (10) is designed for anti-blocking and automatic traction control operation without additional apparatus.
    • 双回路主制动缸(13)和相应的车轮制动缸(19,20)延伸的制动管路(17,18),在各制动管路截止阀(21)(17,18)之间的滑动控制的车辆液压制动系统(10),一个 相应的截止阀(21),绕过用于输送从压力介质到主缸(13)采取的相关联的车轮制动缸(19,20)的旁通管线(24,25)和在各自的旁路管线的泵(30)(24,25)。 所述泵(30)也从主制动缸(13),用于车轮制动缸(19,20)的输送压力介质。 她是一个Umlaufverdrängerpumpe,特别是叶片泵。 在旁路线路(24,25),所述泵(30),具有旋转驱动马达(38)的一个共同的,可逆的方向。 如果没有额外的装置,所述车辆制动系统(10),形成有用于防抱死和牵引力控制模式。
    • 35. 发明申请
    • ATMOSPHERIC-TYPE BURNER
    • 大气式燃气燃烧器
    • WO1998015781A1
    • 1998-04-16
    • PCT/DE1997001938
    • 1997-09-04
    • ROBERT BOSCH GMBH
    • ROBERT BOSCH GMBHSTOSCHEK, JuergenBIENZLE, MarcusJANTZER, MichaelMAUCHER, BeateFRIELING, Thomas-Eckart
    • F23D14/10
    • F23D14/583F23D14/045F23D14/105F23D14/78F23D2203/108
    • The present invention relates to an atmospheric-type burner intended for use in heaters such as a hot water apparatus, with a) a gas supply device (14) comprising a) a plurality of flow nozzles (12), b) an injector unit (16) including at least one discharge pipe (18) for the air-gas mixture, c) a reversing area (22) connecting, in the direction of flow, with the injector unit and opening out into a mixture distributor (24) which tapers out (24), and d) a mixture distributor (4) outlet associated with blades (830, 31) through a cooling pipe system (32) and defining between them channels or slots (34) for the passage of the air-gas mixture, which is ignited on a burner plate (36) turned to the combustion chamber. Thus, a burner can be built which is compact, of a small height and with a low NOx and Co emission rate.
    • 本发明涉及一种与用于Brenngs - 空气混合物,c。至少一个流动通道(18)的环境气体燃烧器的加热器,特别是热水器,(a)多个具有喷嘴12)的气体供给装置(14),b)中的喷射器(16) )A是(在流动方向上的Injectoranordnung 16)随后的偏转区(22),其过渡到加宽混合物分配器(24),并布置成与D)一个(在该混合物分配器的有肋的出口24)燃烧器板(26)( 30,31)被构造,其(通过冷却管道系统32)连接到彼此和(它们之间的通道或间隙34)的限制,其包括燃烧气体 - 空气混合物的流路(在面向燃烧器板26的燃烧室侧的一侧) 是易燃的。 因此,紧凑的气体燃烧器具有低的总高度的构造是可能的,其具有在同一时间低NOx和CO水平。
    • 38. 发明申请
    • ELECTRICAL CIRCUIT TO DETECT LOAD CURRENT
    • 电路用于确定负载电流
    • WO1998014788A1
    • 1998-04-09
    • PCT/DE1997001888
    • 1997-08-29
    • ROBERT BOSCH GMBHKESSLER, Martin
    • ROBERT BOSCH GMBH
    • G01R19/00
    • G01R19/0092H02M2001/0009H02P7/288
    • The invention relates to an electrical circuit to detect load current for a clocked, controlled load having at least one inductive component associated to a free-wheeling circuit. The circuit comprises a shunt resistor whose voltage drop is taken into account in order to detect current. According to the invention the shunt resistor (SH) is located in the free-wheeling circuit (4) in order to detect free-wheeling current (IF) which is taken as a measure for determining the load current (motor current IM). In another embodiment the shunt is series-connected with the load and the free-wheeling circuit is parallel to the series connection of load and shunt.
    • 本发明涉及一种电气电路,用于检测一个时钟驱动的,至少一个电感具有组分与续流电路相关联的负载的负载电流,它包括一个分流电路,该电压降被用于电流检测。 可以预期的是在用于确定的续流电流(IF)的续流回路(4)的分流器(SH)被布置,其作为负载电流的确定(电机电流IM)的量度,被使用。 此外,它可以根据一个进一步的实施方案,所述分流器串联连接到负载和续流电路被布置为与所述负载和并联的串联电路并联设置。
    • 39. 发明申请
    • PRESSURIZED LIQUID DRAWING-OFF DEVICE
    • 装置用于填充加压流体
    • WO1998014372A1
    • 1998-04-09
    • PCT/DE1997001727
    • 1997-08-14
    • ROBERT BOSCH GMBHMAYER, WernerLUDWIG, Helmut
    • ROBERT BOSCH GMBH
    • B65B03/00
    • B65B3/003
    • A drawing-off device (10) for a pressurized liquid (1) in a storage vessel such as ampoules, vials, etc. Said device comprises a liquid (1) storage vessel (11) connected to a distributor (15, 15a) via a supply tube (14, 14a). A sterile filter (18) is inserted into the supply tube (14, 14a). According to the invention a separate pressure connection (19; 19a) is provided for the distributor (15, 15a) so that the latter can be emptied completely and the liquid (1) located in the distributor (15, 15a) is pressurized by a second gas pressure (P2).
    • 压力(1)到包装容器,如安瓿,管形瓶或类似物下分配液体,具有存储容器(11),用于所述液体的装置(10)(1)和一个通过输送管道(14; 14A)具有 连接到所述贮存器(11)分配器(15; 15A)。 在供应管线(14; 14A)是插入的无菌过滤器(18)。 为了允许所述歧管(15; 15A)可被完全排空,本发明提出,在分配器(15,15A)单独的压力连接(19; 19A)被形成,使得在分配器(15; 15A)的液体存在( 1)(从第二气体压力P2)被施加。