Dynamic image ultrasound computer management syste

xp574088

Dynamic image ultrasound computer management system

Name:; Edit component with the input at run time to find the name; with two BitBtn make sure the input button and exit and then right or not, the uses of the mainform added and the library to use the unit name of the form . Finally, under the menu item in the mainform programming. Animated simulation of 2.4 in the B-picture in order to achieve the image management system for dynamic effects, full use of Delphi3.0 this powerful image processing functions, the use of the Timer program components and Image components to B-series images can be No. 5 in the calculation of Zheng Hui-Ju et al: Ultrasonic dynamic image management system computer to generate 27 * the dynamic effect of local basic idea is: use Timer component to control both the time interval between frames, using Image component to display B- images, using the dialog box can be set image size, the number of plays, the interval between each frame, just click a button on the screen, the image will be possible play, freeze, playback, zoom in, return to the previous frame and many other features. 1) Timer control to create a timer for real-time control of the event, Timer Control with Interval (time interval) properties of events in real time control. Interval property unit is ms. Timer with the Enabled property to control whether or effective. 2) Image of a window controls the location for placing the image of its main attributes are Autosize, Picture, Stretch, Autosize used to control the size of the component changes with the image size,[link widoczny dla zalogowanych], Picture to display the image, Stretch to Set whether to automatically adapt the image transferred to the control size. Image use Timer component design components and simulation results, up to 25 frames per second animation image, and will not produce flicker. 3 Results and discussion Dynamic Ultrasound image management system is a highly practical disease management system, to overcome the deficiencies of traditional methods of image storage. The system easy to operate, user friendly, more than 486 computer can run with good performance and low cost. Can also be achieved using existing B-network image transfer and remote consultation. But the current system uses an analog animated images, there are image files and more hard disk space occupied by a big disadvantage for further improvement