6 results about "Biological condition" patented technology

The invention belongs to the technical field of assembly type shoreline component design optimization, and particularly relates to an assembly type shoreline component design optimization system. According to the method, the environmental conditions, biological conditions and future demands of the river and lake shoreline are comprehensively considered, rapid optimization of assembly type shoreline component design is achieved by utilizing an intelligent analysis technology, river and lake condition parameters and biological condition parameters of the target shoreline can be automatically obtained and analyzed, future demand parameters are predicted, and the design efficiency is improved. According to the method, the optimal component material, size and connection mode meeting the target shoreline requirement can be screened out through material optimization and structure optimization, an optimal assembly scheme is generated, in addition, a feedback mechanism is further provided, the optimized component design parameters can be comprehensively evaluated, and the optimal assembly scheme is obtained. And carrying out iterative optimization according to an evaluation result until a preset comprehensive feasibility score and an ecological friendliness index are reached, and outputting a final design scheme.

To provide a mechanism for stabilizing a brain state with an application.SOLUTION: A living body state stabilization support device includes: a living body information acquisition unit 11 for acquiring biological information generated when a patient and a healthy person having close relationships with the patient execute an assignment jointly from both the patient and the healthy person; and a stabilization evaluation unit 12 for evaluating a stabilization degree of the patient's brain state from the viewpoint of whether or not the patient's biological information and the healthy person's biological information are tuned or synchronized with each other. A degree of stabilization of the patient's brain state is evaluated using the character of the biological information generated from the healthy person whose brain state is stabilized and the biological information generated from the patient sympathizing with the healthy person becoming tuned or synchronized with each other, and joint experiences are repeated while the patient and the healthy person change the assignments properly, thereby enabling the patient's brain state to be stabilized more.SELECTED DRAWING: Figure 2

The present disclosure provides two-dimensional barcodes with dynamic environmental data systems, methods and apparatus. The sensor information can be environmental, physical or biological properties and record changes in the state of environmental or biological conditions to which a tagged product is exposed. Sensor dye chemistry is employed and causes a change in the color state of a sensor dye module encoding sensor digital information embedded within a sensor-enhanced two-dimensional barcode when a specified condition of the sensed property occurs. Error correction functionality is utilized during the barcode reading process to recover the sensor information.

A biological condition measurement apparatus has: a transmitting section that transmits a transmission signal in a frequency band equal to or higher than a millimeter wave band at predetermined time intervals; a receiving section that receives a plurality of reflection signals generated by reflection of the transmission signal on a plurality of measurement subjects; a measuring section that measures a plurality of times of flight from the transmission of the transmission signal by the transmitting section until the reception of the plurality of reflection signals by the receiving section; and an identifying section that identifies a biological condition of each of a plurality of the measurement subjects on the basis of a mode of change of times of flight represented by a plurality of pieces of time-of-flight data representing times of flight that fluctuate in a time range equal to or lower than a first threshold.

The subject matter of this disclosure relates to systems, kits, and methods for determining biological conditions, and more specifically, to flow cytometry systems and methods for determining biological conditions.