The invention discloses a direct pushing type buried waste sorted collection station and relates to the technical field of waste collection sorting equipment. The station comprises an outer frame arranged in a pit, an inner frame used for accommodating waste bins and a lifting mechanism. A cover plate used for mounting landscape feeding boxes is arranged at the top of the inner frame. Feeding doors used for opening and closing feeding inlets are hinged to the landscape feeding boxes correspondingly. An isolation hood and an electric push rod used for driving the corresponding feeding door to open and close are mounted in each landscape feeding box, wherein the isolation hood is arranged below the corresponding feeding inlet, a time delay switch used for starting the electric push rod is mounted in the isolation hood, and a pedal plate used for triggering the time delay switch is arranged on the lower portion of a box body of each landscape feeding box. Ultrasonic detectors used for detecting to make sure the feeding doors are locked when the waste bins are fully loaded are mounted in the positions, located above the waste bins, on the bottom surface of the cover plate correspondingly. The time delay switches and the ultrasonic detectors are connected with the electric push rods and alerters on the landscape feeding boxes through controllers correspondingly. By means of the direct pushing type buried waste sorted collection station, the problem that an existing buried waste collection station fails to make sure waste bins are replaced before waste overflows is solved.