4 results about "Weight range" patented technology

A computerized method and related apparatus for providing drug infusion values to an infusion pump. A computer database is provided containing a plurality of predetermined drugs, precalculated indication-specific treatment dosages and precalculated infusion rates based on the weight or weight range of a patient to be infused with the drug. An input device in communication with the computer database is provided for inputting the patient's weight, and the drug to be administered. An electronic display communicates with the computer database for displaying a coded image representing a drug infusion rate for the drug to be administered based on the patient's weight. A drug infusion pump is provided and adapted for accepting a digital data input representing a drug infusion rate to be administered to the patient automatically in real time and for adjusting the drug infusion rate to correspond to the digital data input.

The invention discloses a combination which expresses a 2.5P 5.25/5 pigment and a technical method for preparing a color characterization matter by the combination. The compositions in portion by weight of the combination are: 995 to 1005 portions of CSC-B base material, 12.6 to 13.6 portions of PV23 pigment (with the content equal to 30 percent) and 2.2 to 2.3 portions of PBK7 pigment (with the content equal to 9 percent), wherein the essential component of the CSC-B base material is an acrylic acid polymer with the content of between 30 and 40 percent and the average molecular weight ranging from 150,000 to 200,000; TiO2 is selected as main white pigment with the content of between 8 and 12 percent; moreover, the contrast ratio of the base material is between 0.78 and 0.82, while the Stormer viscosity is between 90 and 100KU; and when an incident angle is equal to 85, the glossiness of the base material is between 5 and 10. The color characterization matter has ideal weathering resistance and stability and excellent proportioning reproducibility, and the raw materials and the technological process adopted by the color characterization matter accord with the requirements and the standards of environmental protection for low VOC and zero VOC; moreover, the color characterization matter has less color difference as compared with a standard value in the national standard theoretical model of the Chinese Color System as well as higher accuracy in color realization, and can be widely used in a plurality of color-related fields.