Abstract: This invention provides a foot reflex zones identification method, device, rehabilitation robot, and storage medium. The method comprises the following steps: inputting a foot image into a multi-task deep learning network model, and obtaining foot part reflex zones and foot organ reflex zones; the foot part reflex zones include a head reflex zone, a neck reflex zone, a shoulder-back reflex zone, a chest reflex zone, an abdominal reflex zone, and a genital reflex zone; judging whether the foot organ reflex zones and the foot part reflex zones satisfy a theoretical position relationship, if the relationship is satisfied, determining the foot organ reflex zones as target foot organ reflex zones; wherein, the theoretical position relationship is that the foot organ reflex zones are sub-regions of each of the foot part reflex zones. This invention improves the accuracy of the identified target foot organ reflex zones.

Abstract: A method and apparatus for locating head side acupuncture points, a moxibustion robot, and a storage medium are provided. The method includes: training an acupuncture point identification model based on a head side acupuncture point sample set to obtain a target acupuncture point identification model, where the head side acupuncture point sample set includes a plurality of acupuncture point sample points and a plurality of support sample points in a curve of gallbladder meridian of foot-shaoyang; inputting a head side image to be identified to the target acupuncture point identification model to obtain a plurality of acupuncture points and a plurality of support points; fitting the plurality of acupuncture points and the plurality of support points to obtain a fitted curve; and determining whether the acupuncture points require correction based on the fitted curve, if yes, correcting the acupuncture points based on the fitted curve to obtain target acupuncture points.

Abstract: The present disclosure belongs to the technical field of wastewater treatment, and discloses an electrochemical nitrogen and phosphorus removal device and a method.

Abstract: An information embedded method is used with a broadcast source and a broadcast signal receiver using a unidirectional transmission medium. The information embedded method includes steps of: storing information-push files in the broadcast signal receiver during a first time period; the broadcast source delivering broadcast signals to the broadcast signal receiver through the unidirectional transmission medium during a second time period posterior to the first time period; and the broadcast signal receiver selecting one of the information-push files according to a predetermined rule and combining the broadcast signals and information content of the selected information-push file to form an information embedded program. An information embedded system includes the broadcast source and the broadcast signal receiver.

Abstract: A signal analysis system is provided that includes master DSP circuitry, slave DSP circuitry, a LVDS bus, wherein the LVDS bus couples the master DSP circuitry to the slave DSP circuitry, and a USB interface, wherein the USB interface is coupled to the master DSP circuit.