2 results about "Appointment time" patented technology

Various embodiments of the present invention include a display (160), a memory (130) for storing instructions, and a processor (120). When the instructions are executed by the processor, the electronic device receives a schedule from a user, identifies a destination based on information included in the schedule, identifies a means of transportation to the destination based on personalized information stored in the memory, calculates the time required to reach the destination using the identified means of transportation, determines whether the current time of the electronic device falls within a specified time from the scheduled appointment time based on the calculated time, and if the current time of the electronic device falls within a specified time from the scheduled appointment time, recalculates the time required to reach the destination from the current location of the electronic device, and provides a departure time related to the schedule through the display based on the recalculated time. Various embodiments are possible.

This invention discloses a standardized management method, device, and medium for the entire customer follow-up process. The method includes: establishing an initial communication association between the target user and the target instant messaging terminal; based on the initial communication association, sending initial contact content according to preset standardized rules and generating an interaction completion status identifier; initiating a standardized multi-round interaction mechanism, sequentially launching multiple rounds of interaction requests, using the response status of each round of interaction as a branch condition, and pushing differentiated demand guidance content, including appointment invitation information, at preset time points; if appointment confirmation feedback is obtained, matching a reminder time point based on the confirmed appointment time information and sending an appointment reminder message. This application, by constructing a standardized mechanism for the entire process, breaking down data barriers between multiple systems, and building an intelligent closed-loop workflow, overcomes the reliance on experience in traditional operations, reduces operating costs, avoids strategy mismatch problems, and improves operational efficiency and service quality stability, achieving a dual improvement in operational efficiency and service quality.