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    • 4. 发明申请
    • RELEASABLE LOCKING MECHANISM
    • 可释放的锁定机构
    • WO2010005911A2
    • 2010-01-14
    • PCT/US2009/049721
    • 2009-07-06
    • FIN QUIVER, INC.KOELLING, FredSUBRAMANYAM, Venugopal
    • KOELLING, FredSUBRAMANYAM, Venugopal
    • A44B99/00
    • A63C17/01A43C15/161A63C17/017B63B35/7909B63B35/793
    • Devices and methods based upon the concept of a split ring having certain multiple interior angles to engage a stem or post having annular ring(s) with angular geometries that are complimentary to those of the split ring. The disclosure provides designs for a wide range of insertion and desertion forces between latch engagement stems and latch engagement bodies. Changes to insertion contact angles and contact area on engagement stems and corresponding changes to insertion contact angles and engagement areas on engagement bodies can significantly modify insertion forces required to engage various devices. Similarly, changes in degrees of angle between desertion angles and contact areas on engagement stems with corresponding changes in desertion angles and contact areas on engagement bodies will significantly modify the total desertion forces required to disengage various devices. Accordingly, the instant latching mechanism provides insertion and desertion forces that can be controlled independently of each other.
    • 基于具有特定多个内角的开口环的概念的装置和方法,以接合具有与分裂环的互补的角几何形状的环形环的杆或柱。 本公开提供了用于在闩锁接合杆和闩锁接合体之间的宽范围的插入和释放力的设计。 插入接触角和接合杆上的接触面积的变化以及接合体上插入接触角和接合面积的相应变化可以显着地改变接合各种设备所需的插入力。 类似地,接合杆上的脱离角度和接触面积之间的角度角度的变化与接合体上的脱离角度和接触面积的相应变化将显着地改变使各种装置脱离所需的总离散力。 因此,瞬时锁定机构提供可以彼此独立地控制的插入和释放力。
    • 5. 发明申请
    • LATCHING SYSTEM
    • 锁定系统
    • WO2010085454A3
    • 2010-09-16
    • PCT/US2010021425
    • 2010-01-19
    • FIN QUIVER INCKOELLING FREDSUBRAMANYAM VENUGOPAL
    • KOELLING FREDSUBRAMANYAM VENUGOPAL
    • F16B21/07A43C15/16A44B99/00B63B35/79
    • F16B2/14A43C15/161A63C17/01A63C17/017B63B35/7909B63B35/793F16B21/18Y10T24/45262Y10T24/45984Y10T29/4995Y10T29/53943Y10T403/7037
    • Devices and methods based upon the concept of a split ring (604) having certain multiple interior angles (604a, 604b) to engage a stem or post (608) having annular ring(s) with angular geometries that are complimentary to those of the split ring. The disclosure provides designs for a wide range of insertion and desertion forces between latch engagement stems and latch engagement bodies. Changes to insertion contact angles and contact area on engagement stems and corresponding changes to insertion contact angles and engagement areas on engagement bodies can significantly modify insertion forces required to engage various devices. Similarly, changes in degrees of angle between desertion angles and contact areas on engagement stems with corresponding changes in desertion angles and contact areas on engagement bodies will significantly modify the total desertion forces required to disengage various devices. Accordingly, the instant latching mechanism provides insertion and desertion forces that can be controlled independently of each other.
    • 基于具有特定多个内角(604a,604b)的开口环(604)的概念的装置和方法,以接合具有环形环的杆或柱(608),所述环或环具有与所述裂缝的角几何互补的角几何形状 环。 本公开提供了用于在闩锁接合杆和闩锁接合体之间的宽范围的插入和释放力的设计。 插入接触角和接合杆上的接触面积的变化以及接合体上插入接触角和接合面积的相应变化可以显着地改变接合各种设备所需的插入力。 类似地,接合杆上的脱离角度和接触面积之间的角度角度的变化与接合体上的脱离角度和接触面积的相应变化将显着地改变使各种装置脱离所需的总离散力。 因此,瞬时锁定机构提供可以彼此独立地控制的插入和释放力。
    • 8. 发明申请
    • RELEASABLE LOCKING MECHANISM
    • 可释放的锁定机构
    • WO2010005911A3
    • 2010-08-26
    • PCT/US2009049721
    • 2009-07-06
    • FIN QUIVER INCKOELLING FREDSUBRAMANYAM VENUGOPAL
    • KOELLING FREDSUBRAMANYAM VENUGOPAL
    • F16B21/07A43C15/16A44B99/00B63B35/79
    • A63C17/01A43C15/161A63C17/017B63B35/7909B63B35/793
    • Devices and methods based upon the concept of a split ring (604) having certain multiple interior angles (624a, 624b) to engage a stem or post (600) having annular ring(s) with angular geometries that are complimentary to those of the split ring. The disclosure provides designs for a wide range of insertion and desertion forces between latch engagement stems and latch engagement bodies. Changes to insertion contact angles and contact area on engagement stems and corresponding changes to insertion contact angles and contact area on engagement stems and corresponding changes to insertion contact angles and engagement areas on engagement bodies can significantly modify insertion forces required to engage various devices. Similarly, changes in degrees of angle between desertion angles and contact areas on engagement stems with corresponding changes in desertion angles and contact areas on engagement bodies will significantly modify the total desertion forces required to disengage various devices. Accordingly, the instant latching mechanism provides insertion and desertion forces that can be controlled independently of each other.
    • 基于具有确定的多个内角(624a,624b)的开口环(604)的概念的装置和方法,以接合具有环形环的杆或柱(600),所述环或环具有与所述分开的角度互补的角几何形状 环。 本公开提供了用于在闩锁接合杆和闩锁接合体之间的宽范围的插入和释放力的设计。 插入接触角和接合杆上的接触面积的变化以及插入接触角和接合杆上的接触面积的相应变化以及接合体上的插入接触角和接合面积的相应变化可以显着地改变接合各种设备所需的插入力。 类似地,接合杆上的脱离角度和接触面积之间的角度角度的变化与接合体上的脱离角度和接触面积的相应变化将显着地改变使各种装置脱离所需的总离散力。 因此,瞬时锁定机构提供可以彼此独立地控制的插入和释放力。
    • 9. 发明申请
    • LATCHING SYSTEM
    • 锁定系统
    • WO2010085454A2
    • 2010-07-29
    • PCT/US2010/021425
    • 2010-01-19
    • FIN QUIVER, INC.KOELLING, FredSUBRAMANYAM, Venugopal
    • KOELLING, FredSUBRAMANYAM, Venugopal
    • F16B21/07
    • F16B2/14A43C15/161A63C17/01A63C17/017B63B35/7909B63B35/793F16B21/18Y10T24/45262Y10T24/45984Y10T29/4995Y10T29/53943Y10T403/7037
    • Devices and methods based upon the concept of a split ring having certain multiple interior angles to engage a stem or post having annular ring(s) with angular geometries that are complimentary to those of the split ring. The disclosure provides designs for a wide range of insertion and desertion forces between latch engagement stems and latch engagement bodies. Changes to insertion contact angles and contact area on engagement stems and corresponding changes to insertion contact angles and engagement areas on engagement bodies can significantly modify insertion forces required to engage various devices. Similarly, changes in degrees of angle between desertion angles and contact areas on engagement stems with corresponding changes in desertion angles and contact areas on engagement bodies will significantly modify the total desertion forces required to disengage various devices. Accordingly, the instant latching mechanism provides insertion and desertion forces that can be controlled independently of each other.
    • 基于具有特定多个内角的开口环的概念的装置和方法,以接合具有与分裂环的互补的角几何形状的环形环的杆或柱。 本公开提供了用于在闩锁接合杆和闩锁接合体之间的宽范围的插入和释放力的设计。 插入接触角和接合杆上的接触面积的变化以及接合体上插入接触角和接合面积的相应变化可以显着地改变接合各种设备所需的插入力。 类似地,接合杆上的脱离角度和接触面积之间的角度角度的变化与接合体上的脱离角度和接触面积的相应变化将显着地改变使各种装置脱离所需的总离散力。 因此,瞬时锁定机构提供可以彼此独立地控制的插入和释放力。
    • 10. 发明专利
    • LATCHING SYSTEM
    • CA2787728C
    • 2017-06-27
    • CA2787728
    • 2010-01-19
    • FIN QUIVER INC
    • KOELLING FREDSUBRAMANYAM VENUGOPAL
    • F16B21/07A43C15/16A44B99/00B63B35/79
    • Devices and methods based upon the concept of a split ring (604) having certain multiple interior angles (604a, 604b) to engage a stem or post (608) having annular ring(s) with angular geometries that are complimentary to those of the split ring. The disclosure provides designs for a wide range of insertion and desertion forces between latch engagement stems and latch engagement bodies. Changes to insertion contact angles and contact area on engagement stems and corresponding changes to insertion contact angles and engagement areas on engagement bodies can significantly modify insertion forces required to engage various devices. Similarly, changes in degrees of angle between desertion angles and contact areas on engagement stems with corresponding changes in desertion angles and contact areas on engagement bodies will significantly modify the total desertion forces required to disengage various devices. Accordingly, the instant latching mechanism provides insertion and desertion forces that can be controlled independently of each other.