The phrase "arm joint" is correct and commonly used in written English.
It refers to the point where two bones in the arm meet and form a joint. Example: "The doctor examined my arm joint and determined that I had a dislocated elbow."
To conduct a pilot study to characterize the hand loads, arm joint angles and external moments corresponding to five activities of daily living demanding of the shoulder, for healthy subjects over 50 years of age.
Fig. 11 Position and angular velocity of the arm joint.
After four arms contacted ground, on the basis of each arm joint angle and forward kinematics, the 3D coordinates of four EPRA can be obtained.
Posture of the ePaddle, or in other word, positions and orientations of ePaddle's components with respect to the wheel coordinates, is determined by angular positions of the wheel joint, the base joint, and the arm joint, respectively, denoted by three joint parameters, (theta _0), (theta _1), and (theta _2).
In the case of the direct teach motion, the slave arm is moved by the operator's hands to drive the robot arm joint from the output side without using a human-machine interface such as the master arm or a teaching pendant.
Table 1 Specifications of Robot arm Joint Min [deg] Max [deg] Max speed [deg/s] Shoulder Revolution - 45 135 75 Turning 0 120 113 Upper arm Revolution - 90 135 340 Elbow Turning 0 120 93 Front arm Revolution - 90 90 250 Wrist Roll - 180 180 280 Pitch - 80 80 280.
The Super Models, however, advertise their artifice from the start, with visible arm joints and missing nipples, their images overlaid with all manner of digital effluvia.
Two spiral drawings, namely a circular and a square spiral, are designed to, respectively, represent the continuous and discrete arm motions, and the size of the spiral is decided so that both the distal and proximal arm joints are involved.
Measurements were made of x- (horizontal), y- (lateral) and z- (vertical) co-ordinates of the wrist, elbow shoulder and hip joints in space throughout the motions, using a CODA MPX30 optical 3D measurement system and both linear and angular displacements of the arm joints and trunk were computed.
The rules of the sport of judo are complex; the objective is to cleanly throw, to pin, or to master the opponent, the latter being done by applying pressure to arm joints or to the neck to cause the opponent to yield.
Otherwise we are able to find all the arm joints that are in (P).
