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    • 3. 发明申请
    • ORTHOTIC LOAD ASSISTANCE DEVICE
    • 正负载辅助装置
    • WO2014127386A3
    • 2014-11-06
    • PCT/US2014026109
    • 2014-03-13
    • BAE SYSTEMS AEROSPACE & DEFENSE GROUP INCAYYAR ADARSH
    • AYYAR ADARSH
    • A45F3/08
    • A61H3/00A45F3/08A61F5/0102
    • A load assistance device (10) in which the soldier moves the device, not vice versa, includes a load receptor (12) for receiving load from the mass; a boot clamp (44) for transmitting the load to the user's boot (46); and a linkage connected between the load receptor and the boot clamp, the linkage having an actuated condition in which the linkage transmits load downward from the load receptor into the boot clamp (44) and having an unactuated condition in which the linkage does not transmit load downward from the load receptor into the boot clamp. At least, one sensor (47) senses the user's stride. A computer (48) is responsive to the sensor for controlling movement of the linkage between the actuated and unactuated conditions. The linkage is moved into the actuated condition upon sensing of the commencement of the stance phase of the user's stride and is moved into the unactuated condition in response to sensing of the heel lift phase of the user's stride.
    • 一种负载辅助装置(10),其中所述士兵移动所述装置,反之亦然,所述装载辅助装置包括用于从所述物体接收负载的载荷受体; 用于将所述负载传送到所述用户的所述引导件(46)的引导夹(44); 以及连接在所述负载接收器和所述护罩夹具之间的连杆,所述连杆具有致动状态,其中所述连杆将所述负载从所述负载接收器向下传递到所述保护夹具(44)中并且具有未致动状态,其中所述连杆不传递负载 从负载接收器向下到引导夹。 至少一个传感器(47)感测到用户的步幅。 计算机(48)响应于传感器来控制联动装置在致动和非致动状态之间的移动。 当感测到使用者步幅的立场阶段的开始时,连杆被移动到致动状态,并且响应于感觉到使用者步幅的脚后跟提升阶段而移动到未致动状态。
    • 4. 发明申请
    • ORTHOTIC LOAD ASSISTANCE DEVICE
    • 正负载辅助装置
    • WO2014127386A2
    • 2014-08-21
    • PCT/US2014/026109
    • 2014-03-13
    • BAE SYSTEMS AEROSPACE & DEFENSE GROUP INC.AYYAR, Adarsh
    • AYYAR, Adarsh
    • A45F3/08
    • A61H3/00A45F3/08A61F5/0102
    • A load assistance device in which the soldier moves the device, not vice versa, includes a load receptor for receiving load from the mass; a boot clamp for transmitting the load to the user's boot; and a linkage connected between the load receptor and the boot clamp, the linkage having an actuated condition in which the linkage transmits load downward from the load receptor into the boot clamp and having an unactuated condition in which the linkage does not transmit load downward from the load receptor into the boot clamp. At least, one sensor senses the user's stride, A computer is responsive to the sensor for controlling movement of the linkage between the actuated and unactuated conditions. The linkage is moved into the actuated condition upon sensing of the commencement of the stance phase of the user's stride and is moved into the unactuated condition in response to sensing of the heel lift phase of the user's stride.
    • 一种负载辅助装置,其中士兵移动装置,反之亦然,包括负载接收器,用于从该质量块接收负载; 用于将负载传输到用户的引导的引导夹; 以及连接在负载接收器和引导夹具之间的联动装置,所述联动装置具有致动状态,其中联动装置将负载从负载接收器向下传送到引导夹具中并且具有未致动状态,其中联动装置不向下传送负载 负载受体进入引导夹。 至少一个传感器感测到用户的步幅,计算机响应于传感器来控制联动装置在致动和非致动状态之间的移动。 当感测到用户步幅的立场阶段的开始时,连杆被移动到致动状态,并且响应于感觉到使用者的步幅的脚后跟提升阶段而被移动到未致动状态。
    • 9. 发明专利
    • ORTHOTIC LOAD ASSISTANCE DEVICE
    • CA2900613A1
    • 2014-08-21
    • CA2900613
    • 2014-03-13
    • BAE SYSTEMS AEROSPACE & DEFENSE GROUP INC
    • AYYAR ADARSH
    • A45F3/08
    • A load assistance device (10) in which the soldier moves the device, not vice versa, includes a load receptor (12) for receiving load from the mass; a boot clamp (44) for transmitting the load to the user's boot (46); and a linkage connected between the load receptor and the boot clamp, the linkage having an actuated condition in which the linkage transmits load downward from the load receptor into the boot clamp (44) and having an unactuated condition in which the linkage does not transmit load downward from the load receptor into the boot clamp. At least, one sensor (47) senses the user's stride. A computer (48) is responsive to the sensor for controlling movement of the linkage between the actuated and unactuated conditions. The linkage is moved into the actuated condition upon sensing of the commencement of the stance phase of the user's stride and is moved into the unactuated condition in response to sensing of the heel lift phase of the user's stride.