3results about How to "Achieve technical effect" patented technology

A communication method and apparatus are disclosed to avoid unnecessary authentication procedures in a dual 3GPP access type scenario. The method includes: a terminal device sending a registration request to a second AMF, the registration request including indication information for dual 3GPP access; the second AMF sending a first message to a first AMF, the first message including the registration request; a first NAS connection based on the 3GPP access type existing between the terminal device and the first AMF; the first AMF generating a second AMF key corresponding to the second NAS connection based on the first AMF key corresponding to the first NAS connection; the second NAS connection being a 3GPP access type-based connection between the terminal device and the second AMF; and the first AMF sending a second message to the second AMF, the second message including the second AMF key.

This application provides a lock screen display method and an electronic device. In this method, the electronic device enters a lock screen state, and a first service within a first application of the electronic device is running. The first application sends first information, including multimedia content or user interface information related to the first service, to a first service module through a first service interface. The first service module then sends the first information to a lock screen function module. The lock screen function module creates a first window on the lock screen interface and displays the first content of the first application in the first window based on the first information. This solution enables the electronic device to display application content on the lock screen interface, allowing users to view the content provided by the running application even when the electronic device is in a lock screen state, enriching the display scenarios of the electronic device and improving the user experience.

The present application relates to the technical field of motor stator production, and discloses an automatic pin inserting equipment and process for motor stator shot production, which comprises an operating table, a clamping device for clamping and rotating the stator shot, a pin pushing device for pin inserting operation, the pin pushing device being installed on the operating table and comprising a sliding block, a top block and a dredging needle, a needle feeding device for automatically feeding PIN needles into the pin pushing device, a driving device for driving the pin pushing device and the needle feeding device, and a supporting assembly for supporting the needle body of the PIN needle during pin inserting operation. The setting of the pin pushing device enables the dredging needle to dredge the reserved hole before each PIN needle is inserted into the stator shot, and the impurities adhering to the inner wall of the reserved hole are cut off by the scraping piece on the surface of the dredging needle, so that the PIN needle can be smoothly inserted into the reserved hole, and the PIN needle is prevented from being deformed due to the existence of impurities in the reserved hole.