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    • 2. 发明授权
    • Dipping device
    • 浸渍装置
    • US4299189A
    • 1981-11-10
    • US147157
    • 1980-05-06
    • Lars HagbergAke Jonsen
    • Lars HagbergAke Jonsen
    • B05C3/10B65G49/04B65G49/02
    • B65G49/025B05C3/10B65G49/0413
    • A device for dipping plates (40) in a liquid (70) includes a plurality of elements (20) which form a number of disc-like devices secured at a certain distance from each other on a rotatable shaft (30). Each element is provided with several evenly spaced recesses for receiving the plates and each plate received rests in at least two recesses. The elements are partially immersed in the liquid. The drive mechanism rotates the shaft in steps and the recesses, together with the plates contained in them, then pass through the liquid. During the pauses between the elements rotating, a feeder device (51) pushes the plates into the recesses (21') in the elements from a feeder table (52), whereas the dipped plates are moved by an ejector device (61) to a receiving device (62. The receiving device has a number of compartments (64) with surfaces (60) located above one another, and these compartments are gradually moved into position for receiving the dipped plates. A control and computing device deducts the number of plates delivered from the number of compartments in the receiving device, so that the storage capacity of the latter will not be exceeded.
    • 用于将板(40)浸在液体(70)中的装置包括多个元件(20),其形成在旋转轴(30)上彼此固定一定距离的多个盘状装置。 每个元件设置有几个均匀间隔的凹部,用于接纳板,并且每个板在至少两个凹部中接收。 元件部分浸入液体中。 驱动机构使轴逐步旋转,并且凹部与其中包含的板一起通过液体。 在旋转元件之间的暂停期间,馈送装置(51)将板推入来自进料台(52)的元件中的凹槽(21'),而浸渍板通过喷射器装置(61)移动到 接收装置(62)。接收装置具有多个具有彼此位于上方的表面(60)的隔室(64),并且这些隔间逐渐移动到用于接收浸渍板的位置。控制和计算装置扣除板数 从接收设备中的隔间数量传送,从而不会超过后者的存储容量。
    • 3. 发明授权
    • Output regulation in hydraulic and hydropneumatic systems
    • 液压和液压气动系统的输出调节
    • US4118149A
    • 1978-10-03
    • US764472
    • 1977-01-31
    • Lars Hagberg
    • Lars Hagberg
    • F04B49/06F04B49/20G05D7/03F16D31/02
    • F04B49/20G05D7/03
    • Apparatus for regulating the output of a system feed with a fluid medium irrespective of the instantaneous pressure in the system comprising a regulating device including an adjustable throttling connected in the inlet line of the system. A preset non-return valve is connected downstream of the throttling and a spring loaded non-return valve is connected in series with the preset non-return valve and is fitted with a leakage connection extending to a reservoir tank. A control line is connected between the pre-set non-return valve and the spring loaded non-return valve and it senses pressure drop at the throttling so that when the pressure drop reaches a predetermined value the non-return valve opens so that fluid medium is transferred and pressure in the control line increases. A central device is connected in the control line for regulating a quantity of flow to the primary line and the control device comprises a spring loaded piston actuated by increased pressure in the control line.
    • 用于通过流体介质调节系统进料的输出的装置,而与系统中的瞬时压力无关,包括调节装置,该调节装置包括连接在系统的入口管线中的可调节流。 预调节止回阀连接在节流器的下游,弹簧加载的止回阀与预设的止回阀串联连接,并配有延伸到储罐的泄漏连接。 控制线连接在预设的止回阀和弹簧加载的止回阀之间,并且其感测节流时的压降,使得当压降达到预定值时,止回阀打开,使得流体介质 被控制线上的压力增加。 一个中央装置连接在控制管线中,用于调节到一条线路的流量,并且该控制装置包括由控制线路中增加的压力致动的弹簧加载的活塞。