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    • 2. 发明授权
    • Dosing device for liquids
    • 液体给药装置
    • US06739480B1
    • 2004-05-25
    • US10149254
    • 2002-06-10
    • Eberhard AlbrechtThomas BeehPeter Mahler
    • Eberhard AlbrechtThomas BeehPeter Mahler
    • B67D552
    • B67D1/1288B67D1/105
    • A dosing device with which several, preferably two, liquids can be measured and dispensed in precise quantities. In this dosing device, two bottle-top dispensers with integrated suction valves, discharge valves and a bottle-top mechanism are attached in a housing. A liquid-reservoir bottle can be affixed to the bottle-top mechanism of each bottle-top dispenser. In particular, affixing of the respectively associated reservoir bottles is ensured without confusion. Activation of the pistons of the bottle-top dispensers takes place with working strokes which differ depending on the spacing. In addition, the housing comprises a blow-out device by means of which, after each dispensing procedure, the discharge device for the liquids can be blown out and cleared of any liquid residues.
    • 可以精确量测量和分配几种,优选两种液体的计量装置。 在这种配料装置中,具有集成吸入阀,排放阀和瓶盖机构的两个瓶顶分配器附接在壳体中。 每个瓶顶分配器的瓶顶机构可以固定液体储存瓶。 特别地,确保分别相关联的储存瓶的固定而不会混淆。 瓶顶分配器的活塞的激活是根据间隔而不同的工作冲程发生的。 此外,壳体包括吹出装置,通过该吹出装置,在每个分配程序之后,用于液体的排出装置可被吹出并清除任何液体残留物。
    • 4. 发明授权
    • Apparatus for coating substrates especially with magnetizable materials
    • 用于涂覆基材,特别是可磁化材料的设备
    • US5922182A
    • 1999-07-13
    • US960386
    • 1997-10-29
    • Wolfram MaassPeter MahlerMichael Scherer
    • Wolfram MaassPeter MahlerMichael Scherer
    • C23C14/35C23C14/50H01F41/18H01J37/34C23C14/34
    • H01J37/3266C23C14/505H01F41/18H01J37/3402H01J37/3426
    • In an apparatus for coating substrates (9), especially with magnetizable materials such as NiFe, with a circular, disk-shaped, rotatably supported substrate holder (3), which is subjected to an HF bias voltage, which is provided around its circumference and on the back with dark-space shield (1), and which rotates under at least one opposing cathode (7), and with a device for generating a magnetic field (13) parallel to the plane of the substrate (9), the magnetic field is generated by an electromagnet, the exciter coil of which, together with the lower part of the yoke (10), is housed in the dark-space shield (1), whereas the extended pole pieces (12, 12'), which are electrically insulated from the coil yoke (10) via the dark space gap (2), are housed in the substrate holder (3) in proximity to the substrate (9).
    • 在用于涂覆基板(9)的装置中,特别是用可磁化材料(例如NiFe)涂覆圆形盘形可旋转支撑的基板保持器(3),该基板保持器(3)在其周围设置有HF偏置电压, 在具有暗空间屏蔽(1)的背面上,并且在至少一个相对的阴极(7)下方旋转,并且与用于产生平行于衬底(9)的平面的磁场(13)的装置,磁性 磁场由电磁体产生,其激励线圈与轭(10)的下部一起被容纳在暗空间屏蔽(1)中,而延伸极片(12,12'),其中 经由暗空间间隙(2)与线圈轭(10)电绝缘,容纳在靠近基板(9)的基板保持器(3)中。
    • 6. 发明授权
    • Method and device for detecting the type of replaceable piston-cylinder units for pipetting or dosing apparatus
    • 用于检测用于移液或给药装置的可更换活塞 - 气缸单元类型的方法和装置
    • US06740295B2
    • 2004-05-25
    • US09780678
    • 2001-02-12
    • Ralf BraunPeter MahlerJürgen Schraut
    • Ralf BraunPeter MahlerJürgen Schraut
    • B01L302
    • B01L3/0234G01F23/242G01F23/243G01N35/00732G01N2035/00772
    • A method for detecting the type of replaceable piston-cylinder unit mounted in pipetting or dosing apparatus with the help of a code marking on the piston rod head, so as to eliminate the influence of the chain of tolerances piston rod head/piston rod/piston/cylinder bottom/cylinder flange so that, to a certain extent, larger tolerances may be tolerated for the parts of the piston-cylinder units involves generating relative movement between the piston rod head and a detection device, and thereby detecting a reference point on the piston head with the detection device from laterally of the piston head, and generating relative movement between the piston rod head and the detection device and thereby detecting a code marking of the piston rod head in order to determine the type of piston-cylinder unit mounted. Apparatus is provided with which relative movement is produced between the piston rod head and the detection device by a drive device, and during this movement, a reference point on the side of the piston head as well as the code marking are detected by the detection device, and the code marking is evaluated with respect to the reference point. Also, a replaceable piston-cylinder unit for a pipetting or dosing system is provided which has a code marking on the piston rod head by which the type of the piston-cylinder unit is identifiable, the code marking being detectable by a detector positioned laterally of the piston rod head when the the piston-cylinder unit is mounted in a pipetting or dosing apparatus.
    • 一种用于通过活塞杆头上的代码标记来检测安装在移液器或计量装置中的可更换活塞 - 气缸单元的类型的方法,以消除公差链的影响活塞杆头/活塞杆/活塞 /气缸底部/气缸凸缘,使得在一定程度上,活塞 - 气缸单元的部件可能容许产生更大的公差,从而产生活塞杆头和检测装置之间的相对运动,从而检测在 活塞头与活塞头侧面具有检测装置,并且在活塞杆头和检测装置之间产生相对运动,从而检测活塞杆头的代码标记,以便确定安装的活塞 - 气缸单元的类型。 设置有通过驱动装置在活塞杆头和检测装置之间产生相对运动的装置,并且在该运动期间,活塞头侧的参考点以及代码标记由检测装置检测 并且相对于参考点评估代码标记。 此外,提供了一种用于移液或定量给料系统的可更换的活塞 - 气缸单元,其在活塞杆头上具有代码标记,活塞 - 气缸单元的类型可通过该代码标记识别,代码标记可由位于 当活塞 - 气缸单元安装在移液器或计量装置中时,活塞杆头。
    • 9. 发明授权
    • Apparatus for transporting substrates in a vacuum coating system
    • 用于在真空涂料系统中运输基材的装置
    • US5097794A
    • 1992-03-24
    • US616342
    • 1990-11-21
    • Peter MahlerKlaus MichaelRainer GegenwartMichael Scherer
    • Peter MahlerKlaus MichaelRainer GegenwartMichael Scherer
    • B65G49/07C23C14/50C23C14/56H01L21/677
    • H01L21/67706C23C14/50C23C14/568H01L21/67712
    • In a device for transporting substrates in vacuum coating systems with several stations, comprising several substrate holders 16 of plate-like configurations which can e moved across the stations along a prescribed path of transportation in a vertical position and which interact with rails 13, 14 being provided in the area of their foot part 15 below the substrates 22, 23 to be mounted to the substrate holders 16, the foot part 15 of the substrate holder 16 has a pair of rails 13, 14 spaced parallel apart and disposed in a vertical plane. The smaller sides thereof, which face one another, have longitudinal grooves 13a, 14 which correspond with rollers 7, 8 or sliding pads being disposed stationary on the bottom part of the device and being provided in rows corresponding to the course of the grooves and in planes that are on top of each other and spaced vertically apart. The substrate holder 16 has a shaft-like recess 24 which extends from the top downward into the area of the foot part 15 parallel to the rails and into which, while passing the station, extends a flat heating device 11 extending vertically toward the bottom and disposed above the substrate holder 16 at the top wall part 4a. The substrate holder 16 surrounds the heating device 11 in a U-shaped manner.
    • 在用于在具有多个工位的真空涂覆系统中传送衬底的装置中,包括几个板状构造的衬底保持器16,其可以沿着垂直位置的规定的运输路径跨过工位移动,并且与轨道13,14相互作用 设置在其底部22,23下方的要安装到基板保持器16的底部部分15的区域中,基板保持器16的底部15具有平行间隔开并且设置在垂直平面中的一对导轨13,14 。 其彼此面对的较小侧面具有纵向槽13a,14,其对应于辊7,8或滑动垫片固定地设置在装置的底部上并且设置成与槽的过程相对应的行,并且 相互垂直分开的平面。 衬底保持器16具有轴状凹部24,其从顶部向下延伸到平行于轨道的脚部15的区域中,并且在通过所述工位的同时延伸朝向底部垂直延伸的平坦加热装置11, 设置在顶壁部4a的基板保持件16的上方。 基板保持件16以U形的方式围绕加热装置11。
    • 10. 发明授权
    • Vacuum vapor-deposition installation with a vacuum chamber, a vaporizing
chamber and an evaporizing chamber
    • 具有真空室,蒸发室和蒸发室的真空蒸镀装置
    • US4338883A
    • 1982-07-13
    • US181456
    • 1980-08-25
    • Peter Mahler
    • Peter Mahler
    • C23C14/32C23C14/00C23C14/24C23C14/56C23C13/08
    • C23C14/24C23C14/56Y10S414/139
    • A vacuum vapor-deposition installation for batchwise operation has a horizontal valve chamber which is arranged in the middle and on which are fitted, by way of suitable openings, a top vaporizing chamber and a lower evaporizing chamber. The two openings are aligned with each other and can be sealed simultaneously in a vacuum-tight manner by a two-way valve movable horizontally in the valve chamber. For the purpose of charging the vaporizing chamber with substrates, this chamber can be lifted from the valve chamber. To solve the problem of increasing the number of production cycles per unit of time, the interior of the evaporizing chamber is accessible from the exterior without interrupting the vacuum in the valve chamber. This measure renders it unnecessary to charge the evaporizer in the evaporizing chamber through the valve chamber, for which purpose the entire chamber would have to admit air.
    • 用于间歇操作的真空气相沉积设备具有设置在中间的水平阀室,并且通过合适的开口装配有顶部蒸发室和下部蒸发室。 两个开口彼此对准,并且可以通过在阀室中水平移动的双向阀以真空密封的方式同时密封。 为了将蒸发室与基板一起充电,该室可以从阀室提升。 为了解决增加每单位时间的生产周期数量的问题,蒸发室的内部可从外部进入,而不会中断阀室内的真空。 该措施使得不需要通过阀室对蒸发室中的蒸发器进行充电,为此,整个室将不得不承认空气。