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
    • 52. 发明授权
    • Method of using an areal array of tubular electron sources
    • 使用管状电子源的面阵列的方法
    • US4438557A
    • 1984-03-27
    • US343023
    • 1982-01-27
    • Donald L. ParkerWilbur A. PorterRobert C. Rogers
    • Donald L. ParkerWilbur A. PorterRobert C. Rogers
    • H01J1/13H01J29/46H01J31/12H01J37/06G01N23/00H01J37/00
    • H01J1/13B82Y10/00B82Y40/00H01J29/46H01J31/128H01J37/06H01J37/3177H01J2237/061
    • An areal array of tubular electron sources is disclosed for producing multiple directed electron beams. Sources (10) are located in a parallel array between a conductive back plate (12) at a closed end of the tubes and a conductive face plate (14) having holes therein aligned with the second open end of each of the electrode tubes (10). An electrical current source (30) is connected between the back plate (12) and face plate (14) to resistively heat each of the sources (10) to a temperature high enough for thermionic electron emission. Electron beams (34) are produced from within each of the tubular electrodes (10). Extraction means which may include a magnetic field from a coil (29) and an extraction lens (18) tends to withdraw the electrons from within the sources (10) in an intense, collimated beam (34). Beams (34) are accelerated toward a target (28) through a beam deflection unit (22) having holes (24) associated with each of the electron beams (34 ). Beam deflection plates (26) within each of the holes (24) deflect the electron beams (34) to impact selected points on a target (28).
    • 公开了一种用于产生多个定向电子束的管状电子源的面阵列。 源(10)位于管的封闭端的导电背板(12)和导电面板(14)之间的平行阵列中,导电面板(14)具有与每个电极管(10)的第二开口端对准的孔 )。 电流源(30)连接在背板(12)和面板(14)之间,以将每个源(10)电阻加热到足够高的热电子发射温度。 从每个管状电极(10)内产生电子束(34)。 可以包括来自线圈(29)和提取透镜(18)的磁场的提取装置倾向于在强烈的准直光束(34)中从源(10)内撤出电子。 光束(34)通过具有与每个电子束(34)相关联的孔(24)的光束偏转单元(22)朝向目标(28)加速。 每个孔(24)内的光束偏转板(26)使电子束(34)偏转以冲击目标(28)上的选定点。
    • 54. 发明授权
    • Dual power brake booster system
    • 双动力制动助力系统
    • US4199947A
    • 1980-04-29
    • US929346
    • 1978-07-31
    • Thomas P. MathuesDonald L. Parker
    • Thomas P. MathuesDonald L. Parker
    • B60T13/16B60T13/565B60T13/577B60T13/12B60T13/56
    • B60T13/577B60T13/163B60T13/565
    • A vehicle brake booster and master cylinder assembly has a vacuum suspended booster section which is controlled by movement of the vehicle brake pedal. A hydraulic booster section is in series with the vacuum suspended booster section, and a master cylinder unit is in series with the hydraulic booster section. The assembly is so arranged that in normal operation the vehicle operator obtains boosted brake actuating pressures by operation of the vacuum suspended booster which acts through the hydraulic booster mechanism without operating the hydraulic booster. When greater brake actuating pressures are required, as indicated by increased brake pedal force exerted by the operator, the vacuum booster reaches its limit or runout condition and the hydraulic booster is operated so as to continue the increase in master cylinder output pressure. If still further master cylinder output pressure is required when the hydraulic booster has reached its runout condition, the master cylinder is actuated manually through mechanical force transmitting elements which are parts of the booster sections. In one embodiment the assembly utilizes a single hydraulic fluid for the hydraulic booster section and for the master cylinder and brake apply circuitry. In another embodiment the hydraulic booster section is operated by a separate fluid circuit which is fluidly independent of the master cylinder and brake apply pressure circuitry.
    • 车辆制动助力器和主缸组件具有由车辆制动踏板的运动控制的真空悬架增压器部分。 液压助力部分与真空悬架助力部分串联,主缸单元与液压助力部分串联。 组件被布置成使得在正常操作中,车辆操作者通过操作通过液压助力机构而不操作液压助力器的真空悬架助力器的操作来获得升高的制动器致动压力。 当需要更大的制动器致动压力时,如由操作者施加的制动踏板力增加所示,真空助力器达到其极限或跳动状态,并且操作液压助力器以继续主缸输出压力的增加。 如果在液压助力器达到其跳动状态时还需要进一步的主缸输出压力,则通过作为增压器部件的部件的机械力传递元件手动致动主缸。 在一个实施例中,组件利用用于液压助力器部分的单个液压流体和主缸和制动器应用电路。 在另一个实施例中,液压助力器部分由独立于主缸和制动施加压力回路的流体独立的流体回路操作。
    • 56. 发明授权
    • Power brake booster system
    • 动力制动助力系统
    • US4069742A
    • 1978-01-24
    • US697953
    • 1976-06-21
    • Robert L. GephartDonald L. Parker
    • Robert L. GephartDonald L. Parker
    • B60T13/563B60T13/569F01B19/00F15B9/10
    • B60T13/563B60T13/569
    • A single-piece piston in a dual diaphragm brake booster provides mounting for both diaphragms and support and guide sections for the primary and secondary piston bearings while eliminating the threaded assembly of prior two-piece pistons, or other interlocking arrangements, to make a piston assembly out of a plurality of pieces. The secondary support plate and the secondary diaphragm slip over one end of the piston without requiring piston parts to be interlocked afterward. The diaphragm seals on the outside of the piston. The primary support plate and primary diaphragm are similarly installed. The booster chamber divider and bearing are installed between the two support plate and diaphragm sub-assemblies. A reaction chamber containing reaction means is positioned radially inwardly of one guide and support section of the piston located between the two diaphragm and mounting plate means. A control valve chamber is similarly positioned radially inwardly of the other support and guide section of the piston. The chambers are separated by an apertured wall in which the air valve is reciprocably mounted, the air valve also acting to transmit force mechanically from the input push rod to the reaction means and thereafter to the output member. In one arrangement the reaction means is a reaction disc of a well-known type, and in the other arrangement the reaction means is a reaction lever system, also of a well-known type.
    • 双隔膜制动助力器中的单件活塞为两个隔膜和主活塞和次级活塞轴承的支撑和导向部分提供了安装,同时消除了现有的两件式活塞或其他联锁装置的螺纹组件,以制造活塞组件 在多个片段中。 次级支撑板和次级隔膜在活塞的一端滑动,而不需要活塞部件之后互锁。 隔膜密封在活塞外侧。 主支撑板和初级隔膜同样安装。 增压室分隔件和轴承安装在两个支撑板和隔膜子组件之间。 包含反应装置的反应室位于位于两个隔膜和安装板装置之间的活塞的一个引导和支撑部分的径向内侧。 控制阀室类似地位于活塞的另一个支撑和引导部分的径向内侧。 这些室由多孔壁分开,空气阀可往复运动地安装在其中,空气阀还用于将力从输入推杆机械地传递到反作用装置,此后传递到输出构件。 在一种布置中,反应装置是公知类型的反应盘,在另一种布置中,反应装置也是众所周知的反应杆系统。