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    • 3. 发明申请
    • HUMAN GRASP ASSIST DEVICE WITH EXOSKELETON
    • 具有EXOSKELETON的人格辅助装置
    • US20130219585A1
    • 2013-08-29
    • US13408656
    • 2012-02-29
    • Bryan J. BergelinChris A. IhrkeDonald R. DavisDouglas Martin LinnLyndon B.J. Bridgwater
    • Bryan J. BergelinChris A. IhrkeDonald R. DavisDouglas Martin LinnLyndon B.J. Bridgwater
    • A41D19/00
    • B25J9/0006
    • A grasp assist system includes a glove, actuator assembly, and controller. The glove includes a digit, i.e., a finger or thumb, and a force sensor. The sensor measures a grasping force applied to an object by an operator wearing the glove. Phalange rings are positioned with respect to the digit. A flexible tendon is connected at one end to one of the rings and is routed through the remaining rings. An exoskeleton positioned with respect to the digit includes hinged interconnecting members each connected to a corresponding ring, and/or a single piece of slotted material. The actuator assembly is connected to another end of the tendon. The controller calculates a tensile force in response to the measured grasping force, and commands the tensile force from the actuator assembly to thereby pull on the tendon. The exoskeleton offloads some of the tensile force from the operator's finger to the glove.
    • 抓握辅助系统包括手套,致动器组件和控制器。 手套包括数字,即手指或拇指,以及力传感器。 传感器测量穿戴手套的操作者施加到物体的抓握力。 齿轮环相对于数字定位。 柔性腱在一端与其中一个环连接,并通过其余的环路。 相对于数字定位的外骨骼包括各自连接到对应环的铰接互连构件和/或单个开槽材料。 致动器组件连接到腱的另一端。 控制器响应于测量到的抓持力计算拉力,并且指示来自致动器组件的拉力从而拉动腱。 外骨骼从操作者的手指向手套卸载一些张力。
    • 4. 发明授权
    • Human grasp assist device with exoskeleton
    • 人体把握辅助装置与外骨骼
    • US08849453B2
    • 2014-09-30
    • US13408656
    • 2012-02-29
    • Bryan J BergelinChris A. IhrkeDonald R. DavisDouglas Martin LinnLyndon B. J. Bridgwater
    • Bryan J BergelinChris A. IhrkeDonald R. DavisDouglas Martin LinnLyndon B. J. Bridgwater
    • G07F19/00A61B5/103
    • B25J9/0006
    • A grasp assist system includes a glove, actuator assembly, and controller. The glove includes a digit, i.e., a finger or thumb, and a force sensor. The sensor measures a grasping force applied to an object by an operator wearing the glove. Phalange rings are positioned with respect to the digit. A flexible tendon is connected at one end to one of the rings and is routed through the remaining rings. An exoskeleton positioned with respect to the digit includes hinged interconnecting members each connected to a corresponding ring, and/or a single piece of slotted material. The actuator assembly is connected to another end of the tendon. The controller calculates a tensile force in response to the measured grasping force, and commands the tensile force from the actuator assembly to thereby pull on the tendon. The exoskeleton offloads some of the tensile force from the operator's finger to the glove.
    • 抓握辅助系统包括手套,致动器组件和控制器。 手套包括数字,即手指或拇指,以及力传感器。 传感器测量穿戴手套的操作者施加到物体的抓握力。 齿轮环相对于数字定位。 柔性腱在一端与其中一个环连接,并通过其余的环路。 相对于数字定位的外骨骼包括各自连接到对应环的铰接互连构件和/或单个开槽材料。 致动器组件连接到腱的另一端。 控制器响应于测量到的抓持力计算拉力,并且指示来自致动器组件的拉力从而拉动腱。 外骨骼从操作者的手指向手套卸载一些张力。
    • 9. 发明申请
    • HUMAN GRASP ASSIST DEVICE AND METHOD OF USE
    • 人格辅助装置及其使用方法
    • US20110071664A1
    • 2011-03-24
    • US12564095
    • 2009-09-22
    • Douglas Martin LinnChris A. IhrkeMyron A. Diftler
    • Douglas Martin LinnChris A. IhrkeMyron A. Diftler
    • B65G7/12G06F19/00A41D19/00
    • B25J9/104B25J9/0006B25J13/025B25J13/085
    • A grasp assist device includes a glove portion having phalange rings, contact sensors for measuring a grasping force applied by an operator wearing the glove portion, and a tendon drive system (TDS). The device has flexible tendons connected to the phalange rings for moving the rings in response to feedback signals from the sensors. The TDS is connected to each of the tendons, and applies an augmenting tensile force thereto via a microcontroller adapted for determining the augmenting tensile force as a function of the grasping force. A method of augmenting a grasping force of an operator includes measuring the grasping force using the sensors, encoding the grasping force as the feedback signals, and calculating the augmenting tensile force as a function of the feedback signals using the microcontroller. The method includes energizing at least one actuator of a tendon drive system (TDS) to thereby apply the augmenting tensile force.
    • 抓握辅助装置包括具有棘爪环的手套部分,用于测量穿戴手套部分的操作者施加的抓握力的接触传感器和腱驱动系统(TDS)。 该装置具有连接到齿根环的柔性腱,用于响应于来自传感器的反馈信号来移动环。 TDS连接到每个腱上,并且经由适于根据抓握力的确定增强张力的微控制器向其施加增强张力。 增加操作者的把持力的方法包括使用传感器测量抓握力,将抓握力编码为反馈信号,并且使用微控制器计算增强张力作为反馈信号的函数。 该方法包括激励腱驱动系统(TDS)的至少一个致动器,从而施加增强张力。