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    • 143. 发明申请
    • DEVICE FOR THE TIME-DEPENDENT CONTROL OF THE DURATION OF REGENERATION OF AN AIR DRIER
    • 装置为一个空气干燥器中的再生一段时间相关的控制
    • WO1997001473A1
    • 1997-01-16
    • PCT/DE1996000561
    • 1996-03-30
    • ROBERT BOSCH GMBHWOLZ, DieterSCHNÄKER, AloisKARTHÄUSER, KlausWELLER, RolfLEOPOLD, RüdigerHEIZMANN, Klaus
    • ROBERT BOSCH GMBH
    • B60T17/00
    • B60T17/004
    • The disclosed control device (20) has a check valve (21) arranged in a pipe (24) between a regeneration air container (17) and an air drier (14) that can be regenerated by a counter-flow process. To regenerate the air drier (14), the check valve (21) may be switched by a control pressure into its open position and may be returned to its closing position that stops the regeneration process by the force of a spring that acts against a pneumatic delaying device (22). In the pneumatic delaying device (22), air is pushed through a throttle designed as a permeable membrane, made for example of porous polytetrafluoroethylene. This device for the time-dependent control of the duration of regeneration of an air drier is particularly suitable for compressed air installations of motor vehicles.
    • 所述控制装置(20)具有设置在再生空气提供容器(17)和在逆流空气干燥器可再生之间的线(24)的止回阀(21),(14)被布置。 截止阀(21)是用于通过控制压力到其通道位置的空气干燥器(14)的再生切换的,并且通过对在其阻挡位置的充气延迟装置(22)再生的弹簧力终止可回收利用。 在此,在气动延迟装置(22)是由一个限流器在可透膜的形式移动,例如多孔聚四氟乙烯的空气。 用于空气干燥器的再生的持续时间的依赖于时间的控制的装置的目的是尤其是用于机动车辆的压缩空气系统。
    • 144. 发明申请
    • PROCESS FOR PRODUCING AND EVALUATING A VIDEO DATA STREAM FOR VIDEO TRANSMISSION
    • 一种用于生成和当前图像数据的视频传送评价
    • WO1997001247A1
    • 1997-01-09
    • PCT/DE1996000690
    • 1996-04-20
    • ROBERT BOSCH GMBHFISCHER, RalfNITSCHE, Gunnar
    • ROBERT BOSCH GMBH
    • H04N07/64
    • H04N7/54H04N19/89
    • A process is proposed for producing a video data stream destined for transmission over a data channel such as a radio telephone channel. The images are divided into a number of macro blocks and the video data is also divided into classes based on data type. The video data from at least some of the classes are incorporated in the stream in macro blocks. By contrast with the proposed standard H.263, video data of fixed length, in particular the DQUANT- and INTRADC values, are combined by macro block in a class intended for that purpose (ADMIN + DC-INTRA) and incorporated sequentially into the stream, without transmitting variable-length video data between them. Also proposed is a process for evaluating a video data stream: a first set of coded macro blocks is decoded starting from the video data bits transmitted first and a second set of coded macro blocks is decoded starting from the bits of the class transmitted last.
    • 它提出了一种用于产生图像数据流通过数据信道传输,特别是移动无线电信道的方法。 图像被划分成多个宏块。 此外,图像信息被划分成的类似的信息类。 的类中的至少一个部分的图像数据是插入到流中的宏块。 在所提出的H.263标准的修改,特别是具有固定长度的每宏块的图像数据中的指定类(ADMIN + DC-INTRA)的DQUANT-和INTRADC值,被组合并依次插入到流中,而不 该图像之间的数据以可变长度传送。 此外,评估图像数据的流的方法,提出了 在这种情况下,从所述图像数据的第一发送比特的侧编码的宏块的第一数量被所述解码和编码的宏块的第二数从所述类的最后发送的比特的侧解码。
    • 145. 发明申请
    • HYDRAULIC CONTROL UNIT FOR CHANGING THE HYDRAULIC-FLUID PRESSURE TO MODIFY THE LOCKING FORCE IN THE MITRE-WHEEL AXIAL-ADJUSTMENT UNIT OF A CONTINUOUSLY VARIABLE WRAP-AROUND TRANSMISSION
    • 液压控制液压油压在了液压KEGELSCHEIBENAXIALVERSTELLUNG的变化的连续可变的皮带变化电源端子
    • WO1997001050A1
    • 1997-01-09
    • PCT/DE1996000952
    • 1996-05-31
    • ROBERT BOSCH GMBHLUH, Joachim
    • ROBERT BOSCH GMBH
    • F16H61/00
    • F16H61/66272F16H61/66259Y10T477/6243
    • The invention concerns a hydraulic control unit for changing the hydraulic-fluid pressure to modify the locking force in the mitre-wheel axial-adjustment unit in a continuously variable wrap-around transmission (10). A pump (20) in an open hydraulic circuit supplies the piston space (17) in the secondary axial-adjustment unit with hydraulic fluid, and the hydraulic-fluid pressure in the secondary piston space (17) is controlled by individual pressure-limiting valves, at least one (50) of which is electrically actuated, in dependence on a pressure-sensor signal, to control a proportioning pressure-relief valve (30) designed to limit the secondary-fluid pressure. Current is supplied to the actuator (51) of the corresponding valve (50) by a control device (95) which determines by means of the pressure sensor (90) the fluid pressure in the control line (34) leading to the proportioning pressure-relief valve (30). The control device (95) includes a multiplier unit whose multiplier represents the ratio of the area on the control-fluid side and the area on the secondary-fluid side of the contact surfaces of the proportioning pressure-relief valve slide. This enables a pressure sensor (90) to be used which only needs to be designed for a low control-fluid pressure.
    • 本发明涉及一种液压控制用于改变夹紧力,其中,在一个开放的液压回路(20)的泵,至少二次轴向调节的活塞腔(17)供给液压油的液压Kegelscheibenaxialverstellung在液压油压力的变化的连续可变皮带(10), 用于次级活塞空间(17)的液压油的压力由单独的阀控制油压力释放,其中至少一个阀(50),用于控制二次油限压压力级阀(30)响应于一个压力传感器(90)的信号电致动的。 相应的阀(50)的电致动器(51)的通电,执行由经由所述压力传感器(90)的控制油压的压力级阀(30),从而导致所述控制线(34)的控制单元(95)检测。 所述控制单元(95)包括I.A. 一个乘法部分,其乘数表示控制油压和压力级阀芯的次级侧油压侧压力施加表面之间的关系。 因此,可以使用一个压力传感器(90),其必须被设计用于低控制油压。
    • 146. 发明申请
    • ELECTRO-HYDRAULIC CONTROL DEVICE FOR A DOUBLE ACTING CONSUMER
    • 电液控制装置双作用CONSUMER
    • WO1997001041A1
    • 1997-01-09
    • PCT/DE1996000314
    • 1996-02-24
    • ROBERT BOSCH GMBHSANDAU, Hartmut
    • ROBERT BOSCH GMBH
    • F15B13/044
    • F15B13/0402F15B13/0405F15B13/0433
    • the invention pertains to an electro-hydraulic control device (10) for a double-acting consumer (11). With two proportionally-operating 4/2-solenoid valves (12, 13), each with a seat valve function (26), and with the aid of two non-return valves (29, 38) of seat-valve design, a continuous adjustment of the volume to and from the consumer (11) is possible, a free-passage position being attainable as a fourth working position. The solenoid valves (12, 13) are of identical design and are connected in the volume flow to or from the consumer as appropriate. Each consumer connection (28, 36) is sealed by a seat valve function (26) of the solenoid valves (12, 13) and a non-return valve (29, 38). The solenoid valves (12, 13) have a main control member (57) and a precontrol member (58) which co-operate in the manner of a sequence control and require no separate pilot oil supply, so that large hydraulic efforts can be controlled continuously and with short response times.
    • 它提出了一种用于一个双作用消费者(11),一个电动液压控制装置(10),其中具有两个成比例地操作4/2-电磁阀(12,13)每一个具有座阀功能(26)和由两个止回阀(29,38)中的装置 座阀型,稳定的流量控制,并从负载(11)是可能的,由此作为第四工作位置获得的间隙。 电磁阀(12,13)是相同的,在流入到消费者和在流出物中每一个都连接从它通过电磁阀的座阀功能(26)(12,13)和单向阀流出,每个消费者端口(28,36)( 29,38)被紧密固定。 电磁阀(12,13)具有一个主控制构件(57)和导频构件(58)中的序列控制的方式相协作,并且不需要单独的控制供油,使大的液压性能可以连续并具有短的响应时间来控制。
    • 148. 发明申请
    • DRIVE-AWAY BLOCKING DEVICE
    • 防窃
    • WO1996039317A1
    • 1996-12-12
    • PCT/DE1996000942
    • 1996-05-30
    • ROBERT BOSCH GMBHDENZ, HelmutWICHTERICH, Johannes-DieterWALTER, KlausKOHLER, FrankBURGER, WilfriedDIEBOLD, Bernd
    • ROBERT BOSCH GMBH
    • B60R25/04
    • B60R25/04
    • Proposed is a drive-away blocking device with a locking control unit and a motor control unit, wherein the drive-away blocking device is operational only when the motor control unit has received from the locking control unit an encoded release signal that matches a preset reference code. The motor control unit (10) has storage means (13) into which a reference code can be written. Upon receiving a release code (V-code) the unit checks whether there is a reference code in the storage means (13). If there is a reference code matching the release code the motor control unit (10) becomes operational. If a reference code is not present, the unit takes the release code (V-code) into the storage means (13) as reference code.
    • 提出了一种具有安全控制单元和发动机控制单元中,当所述发动机控制单元已经接收的加密解锁代码从安全控制单元,其与预定的参考码一致这仅准备用于操作的防盗。 发动机控制单元(10)具有存储装置(13)在其中它可以写一个参考代码。 一旦接收的使能码(V代码),它检查参考码是否存在于所述存储器装置(13)。 如果与基准代码匹配的释放代码之前,所述发动机控制单元(10)准备好进行操作。 是基准代码不存在时,它负责的释放代码(V代码)作为基准码存储到存储装置(13)。
    • 150. 发明申请
    • DEVICE FOR RECOGNIZING THE CLOSURE FORCE OF AN ELECTRIC DISPLACEMENT MOTOR
    • DEVICE FOR A SCHLIESSKRAFTERKENNUNG电动调节
    • WO1996038645A1
    • 1996-12-05
    • PCT/DE1996000875
    • 1996-05-18
    • ROBERT BOSCH GMBHBERTSCH, Hans
    • ROBERT BOSCH GMBH
    • E05F15/16
    • G01L5/22E05F15/41E05F15/697E05Y2400/55E05Y2900/55G01L5/12
    • A device for recognizing the closure force of an electric displacement motor (1) drives the worm wheel (2) of a gear by means of a motor shaft (3). In continuation of the motor shaft, a force sensor (5) is fixed between the motor shaft and a housing (6) at least at the gear-side stop (4). At the other end the motor shaft abuts at the pot-side stop (7) against the fixed wall (8) of a frame. An armature assembly (10) mounted on the motor shaft drives the motor shaft. The motor shaft is mounted at both ends on two bearings (11). Another bearing (13) or a position sensor may be arranged on the motor shaft (3) between the armature assembly (10) and the endless screw (12). Parts are displaced by rotating the driven shaft (13) that carries the worm wheel to the right (RL) or to the left (LL). The force sensor (5) directly measures and recognizes the closure force of the displacement motor (1) by means of the axial reaction force of the motor shaft (3).
    • 用于Schliesskrafterkennung电动伺服马达(1)驱动器的传动装置的蜗轮(2)的装置,通过马达轴(3)。 在延伸的电动机轴的至少在发送侧助跑(4)固定地安装在电动机轴和壳体部分(6)之间的力传感器(5)。 在电动机轴的另一端抵接于插头侧助跑(7)极壳的所述固定壁(8)。 电枢组件(10)上的马达轴驱动后者。 马达轴在两个端部的区域通过的(11)安装在两个轴轴承装置。 电枢铁心(10)和在马达轴(3)的蜗杆螺纹(12)之间,另一轴承(13)可以被提供,或位置传感器。 通过携带在逆时针旋转的蜗轮(RL)或(LL)的输出轴(13)来调节在顺时针方向上的部分。 力传感器(5)的措施和直接由马达轴(3)的轴向反作用力检测调整用电动机(1)的闭合力。