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    • 4. 发明授权
    • Methods of controlling the operation of mineral mining installations
    • 控制矿山开采设施运行的方法
    • US4708394A
    • 1987-11-24
    • US868017
    • 1986-05-29
    • Uwe TroxWilly Kussel
    • Uwe TroxWilly Kussel
    • E21C35/14E21C41/18E21D23/12
    • E21C35/14
    • As is known mineral, e.g. coal, is won from a mineral face with the aid of a winning machine guided for movement along a conveyor composed of individual pans joined end-to-end. The conveyor is advanced towards the face behind the machine by shifting rams linked to the pans. In accordance with the invention, the rams are connected to and disconnected from a supply of pressure fluid in a controlled manner to form a group composed of a predetermined number of rams which are simultaneously charged with pressure fluid and this group progresses along the working behind the machine step-by-step in a sliding fashion within and over larger bank-push groups of rams.
    • 如已知的矿物,例如 煤炭是通过一个获胜的机器从一个矿物面上赢得的,该机器被引导,沿着由端到端连接的单个平底锅组成的输送机运动。 通过移动连接到平底锅的公柱,输送机朝着机器后方的面前进。 根据本发明,压杆以受控的方式与压力流体供应装置连接和断开,以形成由预定数量的同时带有压力流体的柱塞组成的组,并且该组沿着后面的工作进行 机器以一个滑动的方式一步一步地在更大的银行推送组的公羊内和之外。
    • 5. 发明授权
    • Extraction controller for mining—extraction machines
    • 采矿机提取控制器
    • US06535771B1
    • 2003-03-18
    • US09582157
    • 2000-06-14
    • Willy Kussel
    • Willy Kussel
    • G05B1500
    • E21D23/26E21C35/24E21D23/14Y10S715/965
    • A machine control system for a machine or plant controls a plurality of functions within an operating cycle. The start signals and stop signals for releasing and ending respectively the function can be preselected with respect to their mutual relative time slot by means of a data processor (computer) with a display screen. To this end, the functions of the machine or plant are listed in parallel lines on the display screen. Each of the functions can be represented in a graphic quantifying the duration of the function by inputting display screen signals with the limits, which correspond to the times of connection (start limit) and disconnection (stop limit) of the respective function. After starting up the operating cycle, the display screen signals are scanned by a switching signal, which advances in time in the direction from the start limit to the stop limit. The connection signal and disconnection signal, respectively are supplied to the machine control system, when the switching signal coincides with a display screen signal. The graphic of each function can be a bar diagram with bars, which are each associated to the functions, and the start and end of which mark the times of connection and disconnection of the respective function on a time axis parallel to the bars.
    • 用于机器或设备的机器控制系统在操作周期内控制多个功能。 可以通过具有显示屏的数据处理器(计算机)相对于它们的相对相对时隙预先分配用于释放和结束功能的起始信号和停止信号。 为此,机器或设备的功能在显示屏上以平行线列出。 通过输入与相应功能的连接时间(开始限制)和断开(停止限制)相对应的限制的显示屏幕信号,可以以图形量化功能的持续时间来表示每个功能。 在启动操作周期之后,通过切换信号对显示屏信号进行扫描,该切换信号在从开始限制到停止极限的方向上时间延长。 当切换信号与显示屏幕信号一致时,分别将连接信号和断开信号提供给机器控制系统。 每个功能的图形可以是带条的条形图,它们各自与功能相关联,其起始和结束标记了平行于条的时间轴上相应功能的连接和断开的时间。
    • 6. 发明授权
    • Cable assembly for mineral mining installations
    • 矿山采矿设备用电缆组件
    • US4874335A
    • 1989-10-17
    • US212378
    • 1988-06-27
    • Willy KusselReiner Frank
    • Willy KusselReiner Frank
    • G02B6/38H01R13/52
    • H01R13/5221G02B6/3889
    • A cable assembly for use in electro-hydraulic control systems of mineral mining installations is composed of a cable with a plurality of electrical wires encased in a multi-layered armoured sheath and connectors at the ends of the cable. The cable is bonded to sealing bodies which fit in the connectors. The connectors are one-piece components each with a sleeve for coupling to the cable and a plug which fits into a socket of a complementary connector. The sealing bodies locate in the sleeves of the connectors and the wires pass through the sealing bodies to join with contacts supported by carriers in the plugs of the connectors. A screw-threaded ring clamps the cable to the sleeve of each connector.
    • 用于矿物采矿设备的电液控制系统的电缆组件由具有多层电线的电缆组成,多根电线包裹在多层铠装护套中,电缆末端处为连接器。 电缆连接到适合连接器的密封体。 连接器是单件式部件,每个部件均具有用于联接到电缆的套筒和插入到互补连接器的插座中的插头。 密封体定位在连接器的套筒中,并且电线穿过密封体以与由连接器的插头中的载体支撑的触点连接。 螺纹环将电缆夹紧到每个连接器的套筒上。
    • 9. 发明申请
    • Hydraulic pressure sensor
    • 液压传感器
    • US20050092094A1
    • 2005-05-05
    • US10996688
    • 2004-11-24
    • Willy Kussel
    • Willy Kussel
    • G01L9/00G01L19/06B60T8/24
    • G01L19/0609G01L9/0089
    • A hydraulic pressure sensor for measuring the pressure in a hydraulic pressure chamber 1. A reservoir housing 9 is connected to the pressure chamber, and the interior of the housing is divided by a slideable partition 13 which defines a reservoir chamber 8 which is connected to the pressure chamber and a sensor chamber 7 which is connected to a sensor element 5. The partition 13 is constructed as a piston and extends for sliding movement along the walls of the reservoir housing while exerting a frictional force. A spring 11 supports the partition relative to the reservoir housing against the pressure in the reservoir chamber 8. The partition 13 may be constructed as a differential piston, and consist of two or more piston sections 13.1, 13.2, 13.3, which extend independently of one another in a sliding and sealing manner, and mutually support one another by an intermediate spring 14.
    • 用于测量液压室1中的压力的​​液压传感器。储存器壳体9连接到压力室,并且壳体的内部由可滑动分隔件13分隔开,该可滑动分隔件限定储存室8,该储存室8连接到 压力室和连接到传感器元件5的传感器室7.分隔件13构造为活塞并且在施加摩擦力的同时沿着储存器壳体的壁延伸以滑动运动。 弹簧11克服储存室8内的压力而相对于储存器壳体支撑分隔件。分隔件13可以构造为差动活塞,并且由两个或更多个活塞部分13.1,13.2,13.3组成,活塞部分13.1,13.2,13.3独立于一个 另一个以滑动和密封的方式,并通过中间弹簧14彼此相互支撑。