초록 ▼

The present invention relates to a device for operating technical medical apparatus, especially dialysis apparatus, with a display screen and a touch screen surface and with a means for displaying and/or altering characteristic treatment data. The invention simplifies handling of technical medical a

The present invention relates to a device for operating technical medical apparatus, especially dialysis apparatus, with a display screen and a touch screen surface and with a means for displaying and/or altering characteristic treatment data. The invention simplifies handling of technical medical apparatus and reduces the probability of operating errors by providing a second means for displaying characteristic symbols for the components of the apparatus, thereby allowing manipulation of the characteristic treatment data by touching the symbols on the touch screen surface. The invention also entails a method of operating technical medical apparatus.

대표청구항 ▼

The present invention relates to a device for operating technical medical apparatus, especially dialysis apparatus, with a display screen and a touch screen surface and with a means for displaying and/or altering characteristic treatment data. The invention simplifies handling of technical medical a

The present invention relates to a device for operating technical medical apparatus, especially dialysis apparatus, with a display screen and a touch screen surface and with a means for displaying and/or altering characteristic treatment data. The invention simplifies handling of technical medical apparatus and reduces the probability of operating errors by providing a second means for displaying characteristic symbols for the components of the apparatus, thereby allowing manipulation of the characteristic treatment data by touching the symbols on the touch screen surface. The invention also entails a method of operating technical medical apparatus. rmined pixel processing paths; and (c) using the neighborhood region of cleaning pixels and the value of the pixel of interest to replace the original value of the pixel of interest with a noise cleaned pixel value. 6. The method of claim 5 wherein step (c) further comprises calculating a noise cleaned pixel value based on the difference between the value of the pixel of interest and the values of the pixels contained in the neighborhood of cleaning pixels.7. The method of claim 5 wherein step (c) further comprises calculating a noise cleaned pixel value based on the statistical mean of the values of the pixels contained in the neighborhood of cleaning pixels.8. A method for removing noise from a pixel of a digital image channel comprising the steps of: (a) storing an original value of the pixel of interest; (b) using the value of the pixel of interest and neighboring contiguous pixels to determine a variable shape neighborhood region of cleaning pixels; and (c) using the neighborhood region of cleaning pixels and the value of the pixel of interest to replace the original value of the pixel of interest with a noise cleaned pixel value and calculating a noise cleaned pixel value based on the difference between the value of the pixel of interest and the values of the pixels contained in the neighborhood of cleaning pixels. 9. A method for removing noise from a pixel of a digital image channel comprising the steps of: (a) storing an original value of the pixel of interest; (b) using the value of the pixel of interest and neighboring contiguous pixels to determine a variable shape neighborhood region of cleaning pixels; wherein the neighborhood region of cleaning pixels is chosen from one or more predetermined pixel processing paths contiguous with the pixel of interest; and (c) using the neighborhood region of cleaning pixels and the value of the pixel of interest to replace the original value of the pixel of interest with a noise cleaned pixel value based on the difference between the value of the pixel of interest and the values of the pixels contained in the neighborhood of cleaning pixels. 10. A method for removing noise from a pixel of a digital image channel comprising the steps of: (a) storing an original value of the pixel of interest; (b) using the value of the pixel of interest and neighboring contiguous pixels to determine a variable shape neighborhood region of cleaning pixels; wherein the neighborhood region of cleaning pixels is chosen from one or more predetermined pixel processing paths contiguous with the pixel of interest that are contiguous with the pixel of interest and disposed along radial directions in relation to the pixel of interest; and (c) using the neighborhood region of cleaning pixels and the value of the pixel of interest to replace the original value of the pixel of interest with a noise cleaned pixel value based on the difference between the value of the pixel of interest and the values of the pixels contained in the neighborhood of cleaning pixels.