Abstract: One or more implementations of the present specification provide information processing methods, apparatuses, and devices, and computer readable storage mediums. In an implementation, an information processing method includes: when a user is in a non-login state, receiving an account operation request and identity identification information sent by a terminal device of the user; querying account information corresponding to the identity identification information in response to the account operation request; sending a first display instruction to the terminal device when the account information is found, so that the terminal device displays an account operation interface for the account operation request, where the account operation interface is used to receive account operation interaction data of the user and an identity credential corresponding to the identity identification information.

Abstract: One or more implementations of the present specification provide information processing methods, apparatuses, and devices, and computer readable storage mediums. In an implementation, an information processing method includes: when a user is in a non-login state, receiving an account operation request and identity identification information sent by a terminal device of the user; querying account information corresponding to the identity identification information in response to the account operation request; sending a first display instruction to the terminal device when the account information is found, so that the terminal device displays an account operation interface for the account operation request, where the account operation interface is used to receive account operation interaction data of the user and an identity credential corresponding to the identity identification information.

Abstract: The present invention discloses a method for sending a scan response based on a multi-carrier system, and a base station, wherein the method comprises: a base station receives a scan request signaling sent by a terminal; and responding to the scan request signaling, the base station determines a carrier the terminal needs to scan and sends a scan response message to the terminal.

Abstract: A method and terminal for sending a scan report based on a multi-carrier system are provided. The method comprises the following steps: a terminal acquiring a first configuration parameter of carrier(s) indicated by a base station and a second configuration parameter needed for the terminal to send a scan report, wherein the carrier(s) indicated by the base station is one of or a plurality of carriers of the base station and/or a neighboring base station of the base station; and the terminal scanning the carrier(s) indicated by the base station according to the first configuration parameter, generating a scan report, and sending the scan report to the base station according to the second configuration parameter.

Abstract: The present invention relates to a post extraction process for preparing low acyl gellan, comprising the steps: deacylation treatment of gellan gum-containing fermentation broth, enzyme treatment, flocculation of low acyl gellan gum with divalent or polyvalent metal cations, clarification treatment of gellan gum solution, dehydration treatment of gellan gum solution, removal of divalent or polyvalent cations and decoloration, and drying and milling. Preferably, the process comprises the step of formulating a proper amount of chelating agent/acid system before the drying and milling step to chelate the added additional divalent cations added during the use of gellan gum, and at the same time to keep the pH value in a relatively stable condition. The present invention also provides the various low acyl gellan gums prepared by the above methods. The product has the following characteristics: a good appearance, a high transmittancy, and high gel strength.

Abstract: A method and system for mobility management of a User Equipment (UE) in a radio relay system is used for resolving the technical problem of performing a UE handover between different relay stations belonging to a same Donor eNodeB (DeNB). The method comprises that: an X2 interface link is established between the relay stations belonging to one DeNB; a source relay station transmits a handover request to a target relay station, and the target relay station performs admission control; when the target relay station permits the UE to access, the source relay station performs forwarding of UE context and cached data; after the UE has successfully accessed the target relay station, the target relay station notifies the DeNB that the path has changed, and the DeNB performs a path handover.

Abstract: A random access method and a base station are provided, wherein the method comprises: a base station assigning a relay-dedicated random access preamble to a relay, wherein the relay-dedicated random access preamble indicates an access priority of the relay to be higher than that of an ordinary UE (S502); the base station receiving the relay-dedicated random access preamble sent from the relay and a random access preamble sent from the ordinary UE (S504); and the base station performing, when determining the relay-dedicated random access preamble is received, a non-contention-based random access preferentially for the relay (S506). Through the above processes, the time taken by random access of the relay to the network can be saved, and the success ratio of random access of the relay to the network is increased.

Abstract: The present invention discloses a method for sending a scan response based on a multi-carrier system, and a base station, wherein the method comprises: a base station receives a scan request signaling sent by a terminal; and responding to the scan request signaling, the base station determines a carrier the terminal needs to scan and sends a scan response message to the terminal.

Abstract: The present invention discloses a method for transmitting a scanning request based on a multicarrier system, wherein the method comprises: a terminal obtaining multicarrier information transmitted by a service base station; and when a handover is needed to be performed, the terminal transmitting a scanning request signaling to the service base station, to request for scanning carriers. By the above-mentioned process, the terminal can transmit the scanning request signaling as required to request for performing the handover within the base station.

Abstract: The present invention relates to a post extraction process for preparing low acyl gellan, comprising the steps: deacylation treatment of gellan gum-containing fermentation broth, enzyme treatment, flocculation of low acyl gellan gum with divalent or polyvalent metal cations, clarification treatment of gellan gum solution, dehydration treatment of gellan gum solution, removal of divalent or polyvalent cations and decoloration, and drying and milling. Preferably, the process comprises the step of formulating a proper amount of chelating agent/acid system before the drying and milling step to chelate the added additional divalent cations added during the use of gellan gum, and at the same time to keep the pH value in a relatively stable condition. The present invention also provides the various low acyl gellan gums prepared by the above methods. The product has the following characteristics: a good appearance, a high transmittancy, and high gel strength.

Abstract: A method and terminal for sending a scan report based on a multi-carrier system are provided. The method comprises the following steps: a terminal acquiring a first configuration parameter of carrier(s) indicated by a base station and a second configuration parameter needed for the terminal to send a scan report, wherein the carrier(s) indicated by the base station is one of or a plurality of carriers of the base station and/or a neighboring base station of the base station; and the terminal scanning the carrier(s) indicated by the base station according to the first configuration parameter, generating a scan report, and sending the scan report to the base station according to the second configuration parameter.