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    • 2. 发明申请
    • BATTERY WITH DEGASSING SYSTEM AND METHOD FOR DISSIPATING EMERGING SUBSTANCES
    • 具有脱水系统的电池和用于消除新兴物质的方法
    • US20130059175A1
    • 2013-03-07
    • US13505503
    • 2010-09-21
    • Florian EngelRalf AngerbauerHolger Fink
    • Florian EngelRalf AngerbauerHolger Fink
    • H01M2/12
    • H01M2/12H01M2/1252H01M10/0413H01M10/0422
    • The invention relates to a battery with a degassing system and to a method for dissipating substances emerging from a battery, by which means the gases and electrolytes which result from chemical activity can be dissipated using simple means in this way, and battery cells are protected against damage. The invention provides that the battery with the degassing system comprises a base plate (22) and at least one cell module (12) which is arranged on the base plate (22) and has at least one battery cell (16), wherein the battery cell (16) has an upper face (34), which is provided with cell terminals (14), and a lower face (36), which is provided with at least one degassing opening (18), and the base plate (22) has at least one aperture to a catchment area at the location of the at least one degassing opening (18), wherein the lower face (36) is arranged opposite the upper face (34) and the lower face (36) is arranged below the upper face (34) in the direction of the force of gravity.
    • 本发明涉及一种具有脱气系统的电池和用于耗散从电池出来的物质的方法,通过这种方法可以通过这种方式使用简单的手段消除由化学活性产生的气体和电解质,并且保护电池单元 损伤。 本发明提供具有脱气系统的电池包括基板(22)和布置在基板(22)上并具有至少一个电池单元(16)的至少一个电池模块(12),其中电池 电池(16)具有设置有电池端子(14)的上表面(34)和设置有至少一个脱气开口(18)的下表面(36)和基板(22), 在所述至少一个脱气开口(18)的位置处具有至少一个到所述集水区的孔,其中所述下表面(36)与所述上表面(34)相对设置,并且所述下表面(36) 上面(34)在重力方向上。
    • 3. 发明授权
    • Stripline laser
    • 条纹激光
    • US08331416B2
    • 2012-12-11
    • US13480983
    • 2012-05-25
    • Hermann HageVolker ScholzFlorian Engel
    • Hermann HageVolker ScholzFlorian Engel
    • H01S3/097
    • H01S3/0315H01S3/038H01S3/0388H01S3/08081H01S3/2232H01S2302/00
    • In a stripline laser, a gas mixture containing carbon dioxide is situated as a laser-active medium between two plate-type electrodes lying with their flat sides opposite one another. The electrodes define a discharge space, at whose end sides lying opposite one another a resonator mirror is respectively arranged. The resonator mirrors form an unstable resonator. To operate the stripline laser in the 9.3 μm band and/or in the 9.6 μm band, the electrodes are provided with a passivation layer on their flat sides. The passivation layer, of at least one electrode, contains silicon dioxide in a region covering a partial area of a flat side. A distance between the electrodes is set such that the attenuation of laser beams in the 10.3 μm band and in the 10.6 μm band is greater than the attenuation of laser beams in the 9.3 μm band and/or in the 9.6 μm band.
    • 在带状线激光器中,含有二氧化碳的气体混合物作为激光活性介质设置在两个彼此相对的平板侧的平板型电极之间。 电极限定放电空间,其端侧彼此相对地分别布置有谐振镜。 谐振器反射镜形成不稳定的谐振器。 为了在9.3μm带和/或9.6μm带中操作带状线激光器,电极在其平坦侧面上设置有钝化层。 至少一个电极的钝化层在覆盖平坦部分区域的区域中含有二氧化硅。 设置电极之间的距离,使得在10.3μm波段和10.6μm波段中的激光束的衰减大于9.3μm波段和/或9.6μm波段中激光束的衰减。
    • 4. 发明申请
    • STRIPLINE LASER
    • 条纹激光
    • US20120236897A1
    • 2012-09-20
    • US13480983
    • 2012-05-25
    • HERMANN HAGEVOLKER SCHOLZFLORIAN ENGEL
    • HERMANN HAGEVOLKER SCHOLZFLORIAN ENGEL
    • H01S3/097
    • H01S3/0315H01S3/038H01S3/0388H01S3/08081H01S3/2232H01S2302/00
    • In a stripline laser, a gas mixture containing carbon dioxide is situated as a laser-active medium between two plate-type electrodes lying with their flat sides opposite one another. The electrodes define a discharge space, at whose end sides lying opposite one another a resonator mirror is respectively arranged. The resonator mirrors form an unstable resonator. To operate the stripline laser in the 9.3 μm band and/or in the 9.6 μm band, the electrodes are provided with a passivation layer on their flat sides. The passivation layer, of at least one electrode, contains silicon dioxide in a region covering a partial area of a flat side. A distance between the electrodes is set such that the attenuation of laser beams in the 10.3 μm band and in the 10.6 μm band is greater than the attenuation of laser beams in the 9.3 μm band and/or in the 9.6 μm band.
    • 在带状线激光器中,含有二氧化碳的气体混合物作为激光活性介质设置在两个彼此相对的平板侧的平板型电极之间。 电极限定放电空间,其端侧彼此相对地分别布置有谐振镜。 谐振器反射镜形成不稳定的谐振器。 为了在9.3μm带和/或9.6μm带中操作带状线激光器,电极在其平坦侧面上设置有钝化层。 至少一个电极的钝化层在覆盖平坦部分区域的区域中含有二氧化硅。 设置电极之间的距离,使得在10.3μm波段和10.6μm波段中的激光束的衰减大于9.3μm波段和/或9.6μm波段中激光束的衰减。