39 results about "Density dependent" patented technology

Changes in tissue stiffness have long been associated with disease. Systems and methods for determining the stiffness of tissues using ultrasonography may include a device for inducing a propagating shear wave in tissue and tracking the speed of propagation, which is directly related to tissue stiffness and density. The speed of a propagating shear wave may be detected by imaging a tissue at a high frame rate and detecting the propagating wave as a perturbance in successive image frames relative to a baseline image of the tissue in an undisturbed state. In some embodiments, sufficiently high frame rates may be achieved by using a ping-based ultrasound imaging technique in which unfocused omni-directional pings are transmitted (in an imaging plane or in a hemisphere) into a region of interest. Receiving echoes of the omnidirectional pings with multiple receive apertures allows for substantially improved lateral resolution.

A method for separating seeds of different densities in a process stream, wherein the seeds are introduced into a magnetic process fluid for the formation of the process stream, which process stream is subjected to a magnetic field for the realization of a density stratification in the process stream, such that the individual seeds in the process stream assume a density-dependent position, after which the seeds located in or near a predetermined position or positions in the process stream, are separated from the remaining seeds in the process stream.

A method (100) of controlling an outdoor lighting system, a computer program product, a controlling device for controlling an outdoor lighting system and an outdoor lighting system are provided. The outdoor lighting system comprises outdoor lamps which are distributed over spatial segments of an outdoor space. The emitted light intensity of the outdoor lamps is controllable per spatial segment, and references are used to refer to specific spatial segments. The method (100) comprises the steps of (i) receiving (102) from a detection system an indication of a sub-area of the outdoor space and receiving at least one activity property or the sub-area, the detection system being arranged for detecting activity in the sub-area, the sub-area being different from all the spatial segments, and the indication being used to refer to the sub-area, and the at least one activity property being related to a traffic density in the sub-area (ii) mapping (104) the at least one indication to at least one reference of a respective spatial segment, (iii) determining (106) a light intensity level for the respective at least one spatial segment in dependence on the received at least one activity property, (iv) providing (108) the at least one reference together with the respective determined light intensity to the outdoor lighting system.

A method for automatically compensating deactivated printing nozzles by means of a control computer in an inkjet printing machine has the steps of: printing a test form for a certain combination of materials; analyzing the printing of the test form, and constructing a look-up table including the values ​​from 0 to 1 Compensation probability; detecting inactivated printing nozzles; reading the rated droplet size to be compensated at the position of inactivated printing nozzles from the printing data; calculating the local area density at the position of inactivated printing nozzles; reading from the lookup table by calculating the local area density Compensation probability; calculate the pseudo-random number between 0 and 1 for the right and left adjacent pixels of the pixel to be compensated; if the corresponding pseudo-random number of the right and left adjacent pixels of the pixel to be compensated is less than the pseudo-random number read from the lookup table When the compensation probability is reached, increase the drop size of adjacent pixels; calculate the size of all the rated drop points and adjacent drop points to be compensated on the position of the deactivated printing nozzle, and apply the changed drop point size to the printing data; use the changed printing data Execute printing tasks.

A medical diagnostic method and instrumentation system for analyzing noncovalently bonded agglomerated biological particles is described. The method and system comprises: a method of preparation for the biological particles; an electrospray generator; an alpha particle radiation source; a differential mobility analyzer; a particle counter; and data acquisition and analysis means. The medical device is useful for the assessment of human diseases, such as cardiac disease risk and hyperlipidemia, by rapid quantitative analysis of lipoprotein fraction densities. Initially, purification procedures are described to reduce an initial blood sample to an analytical input to the instrument. The measured sizes from the analytical sample are correlated with densities, resulting in a spectrum of lipoprotein densities. The lipoprotein density distribution can then be used to characterize cardiac and other lipid-related health risks.

The invention discloses a method for correcting expanding influence of coalbed methane reservoir density logging. The method comprises the following steps of 1, analyzing a correlation between the coalbed methane reservoir density logging and a caliper; 2, analyzing a correlation between the coalbed methane reservoir density logging and mud density; 3, constructing a coalbed methane reservoir density logging expanding influence correcting model; 4, calculating satellite surveillance dilution of mud; 5, correcting the expanding influence of the coalbed methane reservoir density logging. Based on a satellite surveillance dilution theory, internal relations of an expanding ratio, the mud density and a density logging value are fully utilized, the coalbed methane reservoir density expanding influence is corrected, the accuracy of correcting the expanding influence of the coalbed methane reservoir density logging is improved and a guarantee is provided for improving prediction accuracy of coalbed gas content density logging.