32results about How to "Transfer size reduction" patented technology

An input shaft 10 is connected rotationally with a first countershaft 40 through a second main drive gear GM2V and a second main driven gear GM2N, and a second countershaft 50 is provided externally, coaxially and rotatably with respect to the first countershaft 40. A first main drive gear GM1V which is provided on the input shaft 10, always meshes with a first main driven gear GM1N, which is provided rotatably over the second countershaft 50. A fourth, sixth and seventh speed drive gear G467V, which is provided rotatably over the input shaft 10, always meshes both with a fourth speed drive gear G4V, which is provided rotatably over the second countershaft 50, and with a fourth, fifth, sixth and seventh speed driven gear G4567N, which is provided on the output shaft 60.

A transmission has a movable transmission part movably connected to a fixed transmission part via a shaft to undergo pivotal movement relative to the fixed transmission part about an axis of the shaft. Each of the transmission parts has a hollow cylindrical connecting portion through which the shaft extends. One of the connecting portion of the movable transmission part and the connecting portion of the fixed transmission part is received in the other of the connecting portions with a single seal member disposed therebetween so that an internal space of the fixed transmission part and an internal space of the movable transmission part communicate with each other to thereby form a single hermetically-sealed space for holding therein a lubricating oil.

Provided is a radio access network system in which a master unit compresses control management data to be allocated to a sub-channel of a public air interface (CPRI), and transmits the compressed control management data to a radio unit through a sub-channel of a public air interface, and the radio unit receives the compressed control management data through a sub-channel of a public air interface, and restores the compressed control management data.

The present disclosure discloses a terminal device, a system for providing picture and a method for transmitting picture and pertains to the field of network communications technologies. The method comprises: obtaining a URL of a picture to be transmitted according to a picture request initiated by a terminal device; determining the picture quality value of the picture to be transmitted according to the state of the network where the terminal device is located; determining the maximum resolution value of the picture to be transmitted according to the state of the network where the terminal device is located and the resolution value supported by the terminal device; sending the URL of the picture to be transmitted, the picture quality value of the picture to be transmitted and the maximum resolution value of the picture to be transmitted to a picture bed server; receiving the returned picture which had been processed by the picture bed server according to these parameters, and displaying it on the terminal device. Under the premise of not affecting the experience of viewing a picture by a user, the technical solution of the present disclosure realizes the beneficial effects of reducing the transmission size of the picture, increasing the transmission speed of the picture, and at the same time guaranteeing the picture quality as much as possible.

The invention discloses an image dragging transmission display method which is applied to the remote control process. The image dragging transmission display method includes the steps of detecting that the position of an existing window is changed on the local side, and displaying the existing window at the new position in a substituted mode on the network side. According to the image dragging transmission display method, the occupancy rate of processing resources and the occupancy rate of transmission resources can be effectively reduced, and the processing speed and the transmission speed can be increased.