41results about How to "Reduce scrolling speed" patented technology

Methods for displaying and moving data and systems using the same are provided. First, a first movement of an object on or near a touch-sensitive display unit is detected, and in response to the first movement, data displayed in the touch-sensitive display unit is moved in a first direction. In response to an edge of the data being reached while the data is moving in the first direction and the object is still detected on or near the touch-sensitive display unit, the movement of the data is stopped. Then, a second movement of the object on or near the touch-sensitive display unit is detected, and in response to the second movement, an area beyond the edge of the data is displayed in the touch-sensitive display unit. In response to detecting that the second movement of the object is no longer on or near the touch-sensitive display unit, the data is moved in a second direction until the area beyond the edge of the data is no longer displayed in the touch-sensitive display unit.

Disclosed is an information display method whereby an information processing apparatus displays a map on a display screen such that a cursor is displayed at a position measured as the current position of a position indication object on the map. The method includes the steps of, when the moving speed of the position indication object is equal to or less than a threshold speed, scrolling the map on the display screen in accordance with the movement of the position indication object in a first display mode, and when the moving speed of the position indication object is greater than the threshold speed, fixing the map on the display screen in a second display mode or reducing the speed of scrolling the map on the display screen so that the scrolling speed is less than that in the first display mode.

The invention discloses a hen house used for a field scattered-feeding hen coop. The hen house comprises a hen house body; the interior of the hen house body is hollow; an opening in the front face ofthe hen house body is hinged with a door; a laying house integral with the hen house body is arranged at the top part of the hen house body; a hole is formed in the center of the bottom part of the laying house; mesh openings are formed in the surface of the laying house, and the outer surface of the laying house is covered with a layer of fluffs; a sensor A is arranged on the inner wall of the laying house; a pipeline is arranged in the hen house body, and communicates with the hole in the center of the bottom part of the laying house; a sensor B is arranged at an exit of the pipeline; an egg receiving trough is placed at the inner bottom part of the hen house body; an air bag is arranged in the egg receiving trough; a fan is arranged outside the hen house body; a heater is arranged at an air outlet of the fan; a hen house roof is arranged at the top part of the hen house body; a driving mechanism is arranged below the hen house roof; and a controller is arranged on the side face ofthe hen house body. The hen house can absorb water on surface shells of eggs, can dry the laying house and the pipeline, and can drive off the scattered-feeding hens after laying eggs.

The invention discloses an automatic ball loading device of a ball mill. The ball mill is included, and a table body is arranged on one side of a bin door of the ball mill; an obliquely arranged track is fixedly supported to the upper end of the table body; the higher end of the track is fixedly provide with a ball containing disk; the side edge of the ball containing disk is provided with a ball outflow port used in cooperation with the track; a sliding plate is arranged at the end, away from the ball containing disk, of the track in a penetrating manner; the middle of the sliding plate is provided with a rectangular hole; the middle portion of the sliding plate is further fixedly sleeved with a stopping rod; the bottom faces of the two ends of the stopping rod and the upper surface of the track are fixedly connected a spring; the upper end of the sliding plate is further fixedly connected with an L-shaped ejecting block; the lower end of the sliding plate is further fixedly connected with an L-shaped partition plate; and the end, away from the sliding plate, of the L-shaped partition plate and the bottom of the track are also in penetrating sliding connection. Due to the automatic ball loading device of the ball mill, grinding balls can be automatically loaded into the bin door of the ball mill one by one, the time and energy of manual ball loading are saved, and the work efficiency is higher; and damage to the interior of a tank body of the ball mill when the grinding balls are loaded in can be lowered.

The embodiment of the invention discloses a barrage display method, device and system. A barrage display method, comprising: acquiring an image captured by a camera installed on a display device at the current moment, judging whether the image contains human eye pupils, and if so, determining that the human eye pupils in the image are on the display device the focus point on the screen; determine whether the focus point is located in the first barrage currently displayed by the display device, and if so, send a deceleration command to the display device to reduce the display speed of the barrage, wherein, on the display device The current display has at least one barrage. The present invention determines the focus point of the user on the screen in front of the screen playing the bullet chat by acquiring the face image of the user watching the bullet chat, and performs visual focus calculation on the face image, and then determines the user's browsing intention. When the user's When the focus point is inside the bullet chatting, the scrolling speed of the bullet chatting is automatically reduced for the user, which realizes the matching of the scrolling speed of the bullet chatting with the user's browsing intention.

The invention discloses a roll ball type shock insulation damper. The roll ball type shock insulation damper comprises a rolling mechanism (1). The upper end and the lower end of the rolling mechanism(1) are provided with damping seats (2) correspondingly. The rolling mechanism (1) comprises a retainer (101). The retainer (101) is provided with a plurality of through holes (102). Each through hole (102) is internally provided with a roll ball (103). The upper ends and the lower ends of the roll balls (103) make contact with the damping seats (2) correspondingly. Each damping seat (2) comprises a roll ball friction plate (201). Each roll ball friction plate (201) is provided with a check ring (202). The roll ball type shock insulation damper has the characteristics of being convenient to install and capable of improving the damping effect.

The invention discloses a CVT stepless speed changer. A clamping speed reduction motor rotates to drive a clamping nut to rotate, so that a clamping screw and a roller are driven to move upwards or downwards to adjust the tightness degree and the slipping degree of a metal belt, and the rotating speed ratio of a driving rotating shaft to a driven rotating shaft is adjusted. If the needed rotating speed is not reached through a roller type clamping device, the rotating speed will be adjusted through two AT stepless speed changers. The adjusting process of the AT stepless speed changer on the driving rotating shaft includes the steps that an input speed reduction motor rotates and drives an input gear nut to rotate on an input annular screw through an input driving gear, and the input gear nut drives an input spline to move through an input rear thrust bearing, so that an input thrust disc on the input spline moves to adjust pressure exerted on input conical rollers, the rolling speed of the input conical rollers is adjusted, and then the rotating speed difference between a driving grooved wheel and a driving belt wheel is adjusted. The adjusting process of the AT stepless speed changer on the driven rotating shaft is the same as that of the AT stepless speed changer on the driving rotating shaft.