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    • 3. 发明申请
    • MEASUREMENT DEVICE
    • 测量装置
    • US20120172763A1
    • 2012-07-05
    • US13380145
    • 2010-07-01
    • Marcus James KingLan Le-NgocJulian Kyle Verkaaik
    • Marcus James KingLan Le-NgocJulian Kyle Verkaaik
    • A61B5/22A61B5/11
    • A61B5/4528A61B5/1071A61B5/224A61B2560/0425
    • A handheld measurement device (10) for enabling a user to measure a person's muscle strength and range of motion associated with a limb movement about a joint in a movement plane. The device comprises a contact surface (28) that is arranged to contact a part of the person's limb, a 3D orientation sensor that is arranged to sense the 3D orientation of the device in 3D space and generate representative 3D orientation signals during the limb movement, and a force sensor that is arranged to sense the force applied by the person's limb to the contact surface and generate representative force signals. A control system receives the 3D orientation and force signals and processes those signals to generate force data and angular rotation data.
    • 一种手持式测量装置(10),用于使用户能够测量人的肌肉力量和与围绕运动平面中的关节的肢体运动相关联的运动范围。 该装置包括布置成接触人的肢体的一部分的接触表面(28),被布置成在3D空间中感测装置的3D取向并在肢体运动期间产生代表性的3D取向信号的3D取向传感器, 以及力传感器,其被布置成感测由人的肢体施加到接触表面的力并产生代表性的力信号。 控制系统接收3D取向并强制信号并处理这些信号以产生力数据和角旋转数据。
    • 4. 发明申请
    • Angle and Force Measurement Instrument
    • 角度和力测量仪器
    • US20080202233A1
    • 2008-08-28
    • US11576397
    • 2005-10-04
    • Le-Ngoc LanAndrew Brent LintottMarcus James KingJulian Kyle Verkaaik
    • Le-Ngoc LanAndrew Brent LintottMarcus James KingJulian Kyle Verkaaik
    • A61B5/22A61B5/103
    • A61B5/4528A61B5/1071A61B5/22A61B5/6831
    • A portable handheld device (20) for use by a therapist to measure angles and forces associated with a joint of a patient. The device (20) comprises a housing (22) with a contact pad (26) that is arranged to contact a body part associated with the joint and a hand piece (24) for the therapist to grip. A goniometer is mounted within the housing (22) and is arranged to measure the angular position of the body part when it is in contact with the contact pad (26) and generate representative angle data. A force sensor is coupled to the contact pad (26) and is arranged to measure the force applied by the body part to the contact pad (26) and generate representative force data. A control system is also provided and is arranged to operate the goniometer and force sensor simultaneously to capture measurements of angle data and force data simultaneously.
    • 便携式手持设备(20),用于由治疗师使用以测量与患者的关节相关联的角度和力。 设备(20)包括具有接触垫(26)的壳体(22),接触垫(26)被布置成接触与关节相关联的身体部分和用于治疗者抓握的手部件(24)。 测角仪安装在壳体(22)内并被布置成当与接触垫(26)接触时测量身体部分的角位置并产生代表性的角度数据。 力传感器耦合到接触垫(26)并且被布置成测量由身体部分施加到接触垫(26)的力并产生代表性的力数据。 还提供了一种控制系统,并且被配置为同时操作测角器和力传感器以同时捕获角度数据和力数据的测量。
    • 5. 发明授权
    • Angle and force measurement instrument
    • 角度和力测量仪器
    • US07661309B2
    • 2010-02-16
    • US11576397
    • 2005-10-04
    • Le-Ngoc LanAndrew Brent LintottMarcus James KingJulian Kyle Verkaaik
    • Le-Ngoc LanAndrew Brent LintottMarcus James KingJulian Kyle Verkaaik
    • G01L5/00
    • A61B5/4528A61B5/1071A61B5/22A61B5/6831
    • A portable handheld device (20) for use by a therapist to measure angles and forces associated with a joint of a patient. The device (20) comprises a housing (22) with a contact pad (26) that is arranged to contact a body part associated with the joint and a hand piece (24) for the therapist to grip. A goniometer is mounted within the housing (22) and is arranged to measure the angular position of the body part when it is in contact with the contact pad (26) and generate representative angle data. A force sensor is coupled to the contact pad (26) and is arranged to measure the force applied by the body part to the contact pad (26) and generate representative force data. A control system is also provided and is arranged to operate the goniometer and force sensor simultaneously to capture measurements of angle data and force data simultaneously.
    • 便携式手持设备(20),用于由治疗师使用以测量与患者的关节相关联的角度和力。 设备(20)包括具有接触垫(26)的壳体(22),接触垫(26)被布置成接触与关节相关联的身体部分和用于治疗者抓握的手部件(24)。 测角仪安装在壳体(22)内并被布置成当与接触垫(26)接触时测量身体部分的角位置并产生代表性的角度数据。 力传感器耦合到接触垫(26)并且被布置成测量由身体部分施加到接触垫(26)的力并产生代表性的力数据。 还提供了一种控制系统,并且被配置为同时操作测角器和力传感器以同时捕获角度数据和力数据的测量。
    • 6. 发明申请
    • Orthosis
    • 矫形
    • US20100217168A1
    • 2010-08-26
    • US12089227
    • 2006-06-23
    • Marcus James KingJulian VerkaalkLan Le-Ngoc
    • Marcus James KingJulian VerkaalkLan Le-Ngoc
    • A61F5/00
    • A61F5/0118
    • A hand orthosis for assisting gripping by persons with a disability affecting hand function, comprises a thumb part, a hand part which fits around a user's hand between the thumb and knuckles, a forearm part which fits to a user's forearm above the hand. The orthosis includes a flexible connecting element connected at one end to the thumb part and which is movably coupled to the hand part and connected at another end to the forearm part such that when the orthosis is fitted to a user, extension of the user's wrist draws the user's thumb towards the user's index finger to form a grip. A powered embodiment of the orthosis is also disclosed.
    • 用于帮助患有手功能的残疾人握手的手矫形器包括拇指部分,在拇指和关节之间围绕用户的手配合的手部,与手上的使用者前臂配合的前臂部分。 矫形器包括在一端连接到拇指部分并且可移动地联接到手部并且在另一端连接到前臂部分的柔性连接元件,使得当矫正器被安装到使用者时,使用者手腕的延伸部分 用户的拇指朝向使用者的食指形成抓地力。 还公开了矫形器的动力实施例。