35results about How to "Implement auto-fulfillment" patented technology

The embodiment of the invention provides a case grouping method and device, electronic equipment and a storage medium. The method comprises the steps of determining a disease treatment category of a to-be-grouped case, and obtaining data of a first disease treatment category, wherein the first disease treatment category is the disease treatment category where the to-be-grouped case is located, andis obtained based on the main diagnosis type and the main operation type of the to-be-grouped case; calculating a CCI index of the to-be-grouped case according to the data of the first disease treatment category; determining expense influence characteristic of the to-be-grouped case, wherein the expense influence characteristic is a characteristic that the influence of the medical expense of theto-be-grouped case is higher than a preset threshold value; and inputting the CCI index and the expense influence characteristic of the to-be-grouped case into a case grouping model, and determining aDIP disease severity degree group where the to-be-grouped case is located, wherein the case grouping model is obtained by training based on the CCI index of the sample case and the expense influencecharacteristic.

A drop testing machine and a method for adjusting a drop angle belong to the technical field of drop tests, aiming to solve the problems in the prior art that it is troublesome to adjust the posture of a test object, the angle control cannot be realized, and the drop test effect is poor. The drop testing machine of the present invention includes: a drop frame, which performs a rotary motion relative to its own rotating shaft; a lifting mechanism arranged on one side of the drop frame along the vertical direction; and a manipulator fixedly connected by a crank arm and the lifting mechanism. plate, an attitude adjustment unit connected between one end surface of the fixed plate and the crank arm, and two sets of grasping units symmetrically arranged on the other end surface of the fixed plate; the attitude adjustment unit drives the manipulator as a whole to realize horizontal and vertical rotations, The relative opening and closing movement of the two grasping units realizes the flexible grasping or releasing of the sample. The invention can realize the adjustment of arbitrary drop height and drop posture, realize the flexible grasping of the test object, and prevent the test object from being damaged or falling off due to the magnitude of the clamping force.

The present application provides a method and device for locating a lesion, which detects the position parameters of the spine from the medical image, and determines the intersection of the extension line of the spine and the edge of the trunk in the medical image. The line connecting the center point and the intersection point is used as the dividing line between the left area and the right area of ​​the medical image, and the dividing line of the torso in the front and rear directions in the medical image is determined according to the target vertical line of the line connecting the center point and the intersection point. According to the demarcation line, determine the area where the lesion is located. Based on the physiological structure characteristics of the spine, determine the intersection point of the extension line of the spine and the edge of the trunk, and further determine the connection line between the center point and the intersection point of the area occupied by the spine and the vertical line of the connection line, so as to determine the dividing line of different regions. The demarcation line is the purpose of determining the area where the lesion is located. Because the physiological structure of the spine is relatively stable, it has higher accuracy compared with manual labeling, and because it is automatically realized, it has higher accuracy than manual labeling high efficiency.

The invention provides a concrete distribution production method and relates to the technical field of automatic control of prefabricated component concrete distribution machines in building industrialization. Including: determining the X-axis, Y-axis and the origin of the coordinate system; measuring the walking speed of the distribution machine along the X-axis and Y-axis; determining the coordinate position of the distribution machine on the coordinate system; marking the closest distance to the central control room and the starting side of the distribution when parking A right-angle vertex O' of the bottom mold tray; mark the pre-marked point O' on the surface of the bottom mold tray 1 , and determine the pre-calibration point O’ 1 The position coordinates; through the PLC controller to control the cloth machine to walk to the pre-marked point, ready for cloth production. This method has the characteristics of low transformation cost, good compatibility with the existing distribution system and easy implementation. After the calibration point parameters are input in the controller, the pre-calibration of the concrete distribution machine can be automatically realized, which improves the efficiency of determining the pre-calibration point of the concrete distribution machine. .