Abstract: An ultrasound imaging system that performs real-time ultrasound imaging of tissue to be imaged, generates a series of ultrasound images and parameter measurement results; displays a decision tree regarding the tissue to be imaged, the decision tree comprising nodes, the nodes comprising a root node, a plurality of internal nodes and a plurality of leaf nodes, the root node linking separately to each of the plurality of leaf nodes by means of a predetermined number of internal nodes to form a plurality of links, and each of the plurality of leaf nodes corresponding to a diagnostic result respectively; automatically matches the parameter measurement results with each of the nodes according to the at least one decision condition; and automatically updates the display of the decision tree according to the results of the automatic matching.

Abstract: Disclosed herein are methods and systems for automatically validating evidence of traffic violations. One instance of a method comprises receiving an evidence package comprising video frames showing a vehicle involved in a potential traffic violation. The video frames can be input into one or more deep learning models to obtain a plurality of classification results. The method can further comprise generating a score based in part on the classification results and evaluating the score against one or more thresholds to determine whether the evidence package is automatically approved, is automatically rejected, or requires further review.

Abstract: A method including performing a simulation to evaluate a plurality of metrology targets and/or a plurality of metrology recipes used to measure a metrology target, identifying one or more metrology targets and/or metrology recipes from the evaluated plurality of metrology targets and/or metrology recipes, receiving measurement data of the one or more identified metrology targets and/or metrology recipes, and using the measurement data to tune a metrology target parameter or metrology recipe parameter.

Abstract: A foldable frame assembly includes two main frame units on which two seats can be mounted so as to permit two babies to sit on the front and rear parts of the stroller in a face-to-face relationship. The main frame units are designed so as to enable the seats to be turned to horizontal positions at the same time, thus permitting the babies to lie on the seats simultaneously. A spacer unit is interposed between the main frame units. The main frame units are interconnected by means of two aligned pairs of crossed links so as to perform the same operation when either is actuated in order to fold or unfold the stroller. A locking unit is provided on one of the main frame units for preventing the main frame units from movement relative to the spacer unit, and can be operated so as to permit one of the handle frames to move toward the other one in order to fold the frame assembly. Two handle frames are provided on the front and rear end portions for pushing the stroller in opposite directions.

Abstract: A foldable two-seater stroller includes a U-shaped seat frame, front and rear backrest members mounted to the seat frame. Two rear reclining adjuster units and two front reclining adjuster units are connected respectively to the lower ends of the front and rear backrest members. Front and rear legs are connected pivotally to the front and rear sections of the seat frame. A U-shaped handrail member is connected pivotally to the upper ends of the front legs. A pair of middle connecting rods are connected pivotally to the intermediate sections of the handrail member and the seat frame. A pair of rear connecting rods are connected pivotally to the rear sections of the handrail member and the seat frame. An inverted U-shaped handle unit is connected pivotally to the middle connecting rods by means of coupling members. The intermediate sections of the handle unit are connected pivotally to the upper ends of the rear legs.