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    • 3. 发明申请
    • CRANE HAVING A CRANE JIB, IN PARTICULAR A BRACKET CRANE
    • 具有起重机的起重机,特别是支架起重机
    • US20140001137A1
    • 2014-01-02
    • US13988682
    • 2011-11-18
    • Timo GryzanPeter KöhnEberhard BeckerDieter EichlerBjörn WinterMichael Kaminski
    • Timo GryzanPeter KöhnEberhard BeckerDieter EichlerBjörn WinterMichael Kaminski
    • B66C19/00
    • B66C19/00B66C11/04B66C23/24
    • A crane comprising a laterally projecting crane jib on which a hoisting device is arranged and which is connected to at least one carrier body, which, together with the crane jib, can travel along an upper guide rail and a lower guide rail by way of traveling gears, wherein in each case the upper and the lower guide rails, and correspondingly, the traveling gears, are arranged spaced vertically from one another. In order to provide a crane comprising a laterally projecting crane jib, in particular a bracket crane or a traveling crane, the manufacture, transport and installation of which are optimized, according to the invention the at least one carrier body is designed as one component and connecting surfaces are arranged on said carrier body, to which a respective traveling gear and the crane jib can be detachably fastened.
    • 一种起重机,包括横向突出的起重机吊臂,其上布置有提升装置,并且连接到至少一个承载体,所述载体主体与起重臂臂一起可以通过行进方式沿着上导轨和下导轨行进 齿轮,其中在每种情况下,上和下导轨以及相应地,行进齿轮被布置成彼此垂直间隔开。 为了提供一种起重机,其包括横向突出的起重机吊臂,特别是托架起重机或行走起重机,根据本发明,其制造,运输和安装被优化,至少一个承载体被设计为一个部件, 连接表面布置在所述托架主体上,相应的行进齿轮和起重机吊臂可以可拆卸地紧固在该承载体上。
    • 5. 发明申请
    • SYSTEM FOR SEISMIC DETECTION AND ANALYSIS
    • 地震检测与分析系统
    • US20090108845A1
    • 2009-04-30
    • US12257297
    • 2008-10-23
    • Michael Kaminski
    • Michael Kaminski
    • G01V3/38
    • G01V3/082
    • A system and method for detecting and processing electromagnetic signals from seismic activity, wherein the system and method includes an antenna configured to receive electromagnetic signals. The antenna includes a coiled electrical conduit having a length equal to about the diameter of the Earth. The antenna also includes a plurality of center taps disposed about critical resonant frequencies of a compound or element. The system and method also includes a signal processing module in communication with the antenna and configured to receive and process electromagnetic signals. The system and method further includes a impulse generation device configured to generate seismic activity. Furthermore, the system and method includes a control module in communication with the signal processing module and the impulse generation module and configured to provide instruction signals to each.
    • 一种用于从地震活动中检测和处理电磁信号的系统和方法,其中所述系统和方法包括被配置为接收电磁信号的天线。 该天线包括具有等于大约地球直径的长度的螺旋电导管。 天线还包括围绕化合物或元件的临界共振频率设置的多个中心抽头。 该系统和方法还包括与天线通信并被配置为接收和处理电磁信号的信号处理模块。 该系统和方法还包括被配置为产生地震活动的脉冲发生装置。 此外,系统和方法包括与信号处理模块和脉冲生成模块通信的控制模块,并且被配置为向每个模块提供指令信号。
    • 6. 发明申请
    • Magnetic particle-based therapy
    • 磁性粒子治疗
    • US20060025713A1
    • 2006-02-02
    • US10844180
    • 2004-05-12
    • Alex RosengartMichael Kaminski
    • Alex RosengartMichael Kaminski
    • A61M37/00A61K49/00
    • A61K41/00A61K9/0009A61K9/5094Y02A50/469
    • The invention provides materials and methods for the administration of an effectively magnetic medication or diagnostic reagent, or for the removal, sequestration, or effective conversion to a non-deleterious condition of a deleterious substance such as a toxin (e.g., biological, chemical, or radiological compound or composition) in vivo by administering a biocompatible magnetic particle to an organism in need, e.g., by delivery to the bloodstream, with the organism optionally having an internal magnetizable stent or magnetizable seed. The materials and methods are useful in the diagnosis and treatment of a variety of acute and chronic diseases, disorders and conditions afflicting man and other organisms, as well as for the removal of a variety of deleterious substances, including toxins, with the optional aid of an external magnetic generator and an optional magnetic filtration device.
    • 本发明提供了用于施用有效磁性药物或诊断试剂的物质和方法,或用于去除,螯合或有效转化为有害物质如毒素(例如生物学,化学物质或化学物质)的非有害状态 放射性化合物或组合物),其通过向生物相容的磁性颗粒施用生物相容的磁性颗粒,例如通过递送至血流,生物体任选地具有内部可磁化的支架或可磁化的种子。 这些材料和方法可用于诊断和治疗各种急性和慢性疾病,疾病和病症,影响人和其他生物体,以及除去各种有害物质,包括毒素,可选择的辅助 外部磁力发生器和可选的磁性过滤装置。
    • 9. 发明授权
    • Door lock design
    • 门锁设计
    • US5577783A
    • 1996-11-26
    • US422132
    • 1995-04-13
    • Michael Kaminski
    • Michael Kaminski
    • E05B17/00E05B45/00E05C17/16
    • E05C17/166E05B17/0041E05B45/005Y10T292/28Y10T292/289Y10T292/293
    • A door lock that has a locking member which cooperates with a latching mechanism to secure a door in a closed position. The locking member also cooperates with a U-shaped plate to limit the movement of the door in a partially opened position. The locking member is attached to the door. The U-shaped plate and latching mechanism are coupled to a wall by a mounting bracket and a hinge. The hinge has an inner sleeve that is attached to a hinge pin and a rotatable outer sleeve which has a slot and a spring loaded button. The spring loaded button can cooperate with a notch in the inner sleeve to lock the position of the outer sleeve. When the door is closed, the locking member rotates the outer sleeve until the button is captured by the notch of the inner sleeve. The slot of the outer sleeve captures the locking member and prevents the door from being opened until the button is released from the inner sleeve notch.
    • 一种门锁,其具有与闭锁机构配合的锁定构件,以将门固定在关闭位置。 锁定构件还与U形板配合以限制门处于部分打开位置的运动。 锁定构件附接到门。 U形板和闩锁机构通过安装支架和铰链连接到壁上。 铰链具有内套筒,其连接到铰链销和可旋转的外套筒,其具有狭槽和弹簧加载的按钮。 弹簧加载按钮可以与内套筒中的凹口配合以锁定外套筒的位置。 当门关闭时,锁定构件旋转外套筒直到按钮被内套筒的凹口捕获。 外套筒的槽捕获锁定构件并防止门打开,直到按钮从内套筒凹口释放。
    • 10. 发明授权
    • Crane having a crane jib, in particular a bracket crane
    • 起重机有起重机吊臂,特别是吊架起重机
    • US09096413B2
    • 2015-08-04
    • US13988682
    • 2011-11-18
    • Timo GryzanPeter KöhnEberhard BeckerDieter EichlerBjörn WinterMichael Kaminski
    • Timo GryzanPeter KöhnEberhard BeckerDieter EichlerBjörn WinterMichael Kaminski
    • B66C19/00B66C23/24
    • B66C19/00B66C11/04B66C23/24
    • A crane comprising a laterally projecting crane jib on which a hoisting device is arranged and which is connected to at least one carrier body, which, together with the crane jib, can travel along an upper guide rail and a lower guide rail by way of traveling gears, wherein in each case the upper and the lower guide rails, and correspondingly, the traveling gears, are arranged spaced vertically from one another. In order to provide a crane comprising a laterally projecting crane jib, in particular a bracket crane or a traveling crane, the manufacture, transport and installation of which are optimized, according to the invention the at least one carrier body is designed as one component and connecting surfaces are arranged on said carrier body, to which a respective traveling gear and the crane jib can be detachably fastened.
    • 一种起重机,包括横向突出的起重机吊臂,其上布置有提升装置,并且连接到至少一个承载体,所述载体主体可与起重臂臂一起沿着上导轨和下导轨行进 齿轮,其中在每种情况下,上和下导轨以及相应地,行进齿轮被布置成彼此垂直间隔开。 为了提供一种起重机,其包括横向突出的起重机吊臂,特别是托架起重机或行走起重机,根据本发明,其制造,运输和安装被优化,至少一个承载体被设计为一个部件, 连接表面布置在所述托架主体上,相应的行进齿轮和起重机吊臂可以可拆卸地紧固在该承载体上。