Abstract: In the present invention, a first information processing apparatus displays a window for the content on a display device depending on operations to an input device; the first information processing apparatus obtains feedback operation logs including assessment information for the window and date-time information when the assessment information has been input; the first information processing apparatus obtains operation logs including operation information to the input device and date-time information when the operation has been input; the first information processing apparatus obtains communication logs including date-time information when the window has been displayed and information for identifying the window; the first information processing apparatus sends to a second information processing apparatus the feedback operation logs, the operation logs and the communication logs; the second information processing apparatus receives from the first information processing apparatus the feedback operation logs, th

Abstract: Provided is a robot arm mechanism that conveys and supports a work, which requires neither a traveling axis that demand a high installation accuracy nor a jig for fixedly supporting a work. A robot 1 includes: a parallel link mechanism 6 having a lower link 2 and an upper link 3, in which the lower link 2 and the upper link 3 are coupled with an arm 4 and an auxiliary link 5; a driving portion for driving one joint 12 of the lower link 2 in the parallel link mechanism; a parallel link mechanism 11 having a lower link 7 and an upper link 8 fixed on the upper link 3 in the parallel link mechanism 6, in which the lower link 7 and the upper link 8 are coupled with an arm 9 and an auxiliary link 10; a driving portion for driving one joint 15 of the upper link 8 in the parallel link mechanism 11; and an arm 17 fixed on the lower link 7 in the parallel link mechanism 11 and holding up an object for support.

Abstract: A robot is disclosed in which load torque imposed on motors is reduced and therefore small-sized motors can be used. In the robot, an arm member, a first link, a second link and a third link constitute a parallel linkage, and the first link and the third link are coaxially pivotally supported on a base. With a pivotal shaft for pivotally connecting the second link and the third link, one end of a fourth link having shorter link length than the link length of the third link is pivotally connected to the second and third links and one end of a fifth link having the same link length as that of the fourth link is pivotally connected to the other end of the fourth link. The other end of the fifth link is pivotally supported on the base with a pivotal shaft to which the rotary shaft of the motor is coupled, so that the fifth link can move according to the rotation of the motor.

Abstract: Provided is a robot arm mechanism that conveys and supports a work, which requires neither a traveling axis that demand a high installation accuracy nor a jig for fixedly supporting a work. A robot 1 includes: a parallel link mechanism 6 having a lower link 2 and an upper link 3, in which the lower link 2 and the upper link 3 are coupled with an arm 4 and an auxiliary link 5; a driving portion for driving one joint 12 of the lower link 2 in the parallel link mechanism; a parallel link mechanism 11 having a lower link 7 and an upper link 8 fixed on the upper link 3 in the parallel link mechanism 6, in which the lower link 7 and the upper link 8 are coupled with an arm 9 and an auxiliary link 10; a driving portion for driving one joint 15 of the upper link 8 in the parallel link mechanism 11; and an arm 17 fixed on the lower link 7 in the parallel link mechanism 11 and holding up an object for support.

Abstract: A robot is disclosed in which load torque imposed on motors is reduced and therefore small-sized motors can be used. In the robot, an arm member, a first link, a second link and a third link constitute a parallel linkage, and the first link and the third link are coaxially pivotally supported on a base. With a pivotal shaft for pivotally connecting the second link and the third link, one end of a fourth link having shorter link length than the link length of the third link is pivotally connected to the second and third links and one end of a fifth link having the same link length as that of the fourth link is pivotally connected to the other end of the fourth link. The other end of the fifth link is pivotally supported on the base with a pivotal shaft to which the rotary shaft of the motor is coupled, so that the fifth link can move according to the rotation of the motor.

Abstract: When a “window automatic opening mode” is set in advance by a window automatic opening mode setting switch (14), and the user who carries a portable unit (1A) approaches an onboard unit, doors are automatically unlocked, and a window of a predetermined door is opened when the electric field strength of a radio signal from the portable unit (1A) becomes larger than a predetermined value. This function can be disabled by the window automatic opening mode setting switch (14).

Abstract: A vehicle drive control system performs a speed control, in which the vehicle is controlled to travel at a desired cruising speed, and a distance control, in which the vehicle is controlled to keep a safe distance from a vehicle ahead of the vehicle with the drive control. The system is equipped with a feature in which a speed of the preceding vehicle is estimated when a range finder, which monitors a distance from the preceding vehicle, loses sight of the preceding vehicle during the distance control so as to establish a target cruising speed which the subject vehicle ought to attain according to the estimated speed of the preceding vehicle.

Abstract: A traveling control system for a motor vehicle includes a detector for detecting an object which exists in front of the motor vehicle to follow a vehicle traveling ahead. The system further includes a first course determination device for estimating a first course on which the motor vehicle will travel hereafter, an identification device for identifying an first target vehicle among the objects existing on the first course, and a second course estimation device for estimating, based on the first target vehicle, a second course on which the motor vehicle will travel hereafter at least while the first target vehicle is outside of the first course. The identification device identifies a second target vehicle among vehicles which travel on the first or second courses while the first target vehicle is outside of the first course.

Abstract: In a vehicle which sets a target vehicle-interval distance, and can execute auto-cruise control for controlling the vehicle speed so as to maintain the target vehicle-interval distance, when the auto-cruise control is not executed, a vehicle-interval distance to be set by a driver is detected together with the vehicle speed at that time. A plurality of sets of the vehicle speed and vehicle-interval distance data are accumulated, and the relationship between the vehicle speed and the vehicle-interval distance is calculated. Upon execution of the auto-cruise control, a vehicle-interval distance corresponding to the vehicle speed at that time is obtained from the calculated relationship, and the obtained vehicle-interval distance is set to be the target vehicle-interval distance.

Abstract: A base end portion of a lower arm is mounted on a revolutionarily drivable revolution portion at a specific offset from the revolutionary axis thereof, and an upper arm is mounted in the lower arm, with the lower and upper arms being rotationally drivable within a plane parallel to the revolutionary axis. In a motor casing, three motors for driving three dimensional motions of a wrist are disposed in a vertical direction with their axes being in parallel. Since the upper arm is offset from the revolutionary axis, both right-handed operation and left-handed operation can be easily selected, and the work range of this robot can be increased while its installation space can be reduced. The lower arm has a motor for driving the upper arm at the lower part thereof apart from a gearbox for the upper arm. Power of the motor for driving the upper arm is transmitted to the gearbox through a power transmission member. Such structure enables to reduce thickness of the lower arm.

Abstract: A wrist mechanism mounted on an arm of a robot has a wrist flange to which a spray gun is mounted. Coaxially with the arm are provided concentric and relatively rotatable cylinders. From the outermost cylinder extends forward a housing in which gears and shafts are enclosed and operate as follows. Rotations of second and third inner cylinders are transmitted via spur gear trains to respective power transmission shafts extending in parallel to the axis of the cylinders. Bevel gears fixed to respective far ends of the transmission shafts mesh with other bevel gears which have a second axis transverse to the axis of the cylinders. A cylindrical member fixed to one of the other bevel gears is therefore swingable about the second axis. Rotation of the other bevel gear is transmitted to a further gear to rotate the spray gun. A cover besides the housing has an opening through which a flexible paint-supply hose is led into the mechanism to be connected to the spray gun.