Abstract: A data analysis method determines the deviation of measurement data from a regression line and detects abnormalities. A computer system acquires reaction process data that includes device information, reagent information, and measurement data from automatic analysis systems as reference data. The computer system acquires label data that includes, for each piece of reaction process data, an abnormality determination and an abnormality source that have been inputted by an operator. On the basis of an analysis of the reference data and the included label data relative to a distribution map for evaluation parameters for the reaction process data, the computer system calculates overall regression line information that can be commonly applied to the automatic analysis systems and overall deviation determination reference line information for determining deviation from the overall regression line information.

Abstract: For a vehicle interior compartment defined by a vehicle floor, opposing sidewalls, a forward end and a rearward end, and a vehicle ceiling covering at least part of the compartment, an end zone overhead display structure includes bulkhead forming attachment elements coupled to a roof strut spanning from sidewall to sidewall of the vehicle roof. The display structure includes an open box-like upper bracket and an open box-like lower bracket coupled together with the roof strut interposed to provide an assembly that reduces unwanted motion, rotation or vibration of the display assembly.

Abstract: An overhead display system for a vehicle is disclosed. The system includes a central strut channel extending across the vehicle ceiling, and front and rear arches also extending across the vehicle ceiling in spaced relation to the central strut channel and in generally parallel relationship thereto. A central bracket has an upward channel attached to the central strut channel and angled surfaces and horizontal surfaces emanating forward and rearward from the central channel. The horizontal surfaces attach to the front strut or the rear strut respectively to provide anchoring stability to the central bracket. Matingly received in the central upward channel is a central fixture which is attached to a display housing at both the front and rear sections. The resulting upside down T-shaped structure provides stability and vibration management to the overhead display mount.

Abstract: For a vehicle interior compartment defined by a vehicle floor, opposing sidewalls, a forward end and a rearward end, and a vehicle ceiling covering at least part of the compartment, an end zone overhead display structure includes bulkhead forming attachment elements coupled to a roof strut spanning from sidewall to sidewall of the vehicle roof. The display structure includes an open box-like upper bracket and an open box-like lower bracket coupled together with the roof strut interposed to provide an assembly that reduces unwanted motion, rotation or vibration of the display assembly.

Abstract: For a vehicle interior compartment defined by a vehicle floor, opposing sidewalls, a forward end and a rearward end, and a vehicle ceiling covering at least part of the compartment, an end zone overhead display structure includes bulkhead forming attachment elements coupled to a roof strut spanning from sidewall to sidewall of the vehicle roof. The display structure includes an open box-like upper bracket and an open box-like lower bracket coupled together with the roof strut interposed to provide an assembly that reduces unwanted motion, rotation or vibration of the display assembly.

Abstract: An arrangement of antennas on a roof of a vehicle is described to minimize radio wave interference. The roof includes an outer panel, a first structural component extending in a lateral direction across the roof, and a second structural component extending in the lateral direction across the roof. The first structural component is closer to a rear edge of the roof than the second structural component. The roof also includes an antenna configuration attached to the roof. The antenna configuration includes a first set of antennas mounted to the first structural component and a second set of antennas mounted to the second structural component. The first set of antennas are spaced apart from the rear edge of the roof by a first distance. The second set of antennas are spaced apart from the edge of the roof by a second distance. The second distance is greater than the first distance.

Abstract: An overhead display system for a vehicle is disclosed. The system includes a central strut channel extending across the vehicle ceiling, and front and rear arches also extending across the vehicle ceiling in spaced relation to the central strut channel and in generally parallel relationship thereto. A central bracket has an upward channel attached to the central strut channel and angled surfaces and horizontal surfaces emanating forward and rearward from the central channel. The horizontal surfaces attach to the front strut or the rear strut respectively to provide anchoring stability to the central bracket. Matingly received in the central upward channel is a central fixture which is attached to a display housing at both the front and rear sections. The resulting upside down T-shaped structure provides stability and vibration management to the overhead display mount.

Abstract: An arrangement of antennas on a roof of a vehicle is described to minimize radio wave interference. The roof includes an outer panel, a first structural component extending in a lateral direction across the roof, and a second structural component extending in the lateral direction across the roof. The first structural component is closer to a rear edge of the roof than the second structural component. The roof also includes an antenna configuration attached to the roof. The antenna configuration includes a first set of antennas mounted to the first structural component and a second set of antennas mounted to the second structural component. The first set of antennas are spaced apart from the rear edge of the roof by a first distance. The second set of antennas are spaced apart from the edge of the roof by a second distance. The second distance is greater than the first distance.

Abstract: A scale inhibition method for injecting an alkaline agent and a chelating agent into a fluid containing at least silica and calcium ions, and inhibiting generation of scale, includes feeding the chelating agent and the alkaline agent into piping channeling the fluid, mixing the fluid while causing the fluid to flow in a chemical-mixing part provided in the piping, and when either a pressure difference between the pressures or a flow rate difference between the rates of fluid flow at an inlet and an outlet of the chemical-mixing part exceeds a preset upper threshold, increasing the amount of the chelating agent fed, and feeding the chelating agent at an increased feed amount until the pressure difference or flow rate difference falls below a preset lower threshold.

Abstract: A scale inhibition method for injecting an alkaline agent and a chelating agent into a fluid containing at least silica and calcium ions, and inhibiting generation of scale, includes feeding the chelating agent and the alkaline agent into piping channeling the fluid, mixing the fluid while causing the fluid to flow in a chemical-mixing part provided in the piping, and when either a pressure difference between the pressures or a flow rate difference between the rates of fluid flow at an inlet and an outlet of the chemical-mixing part exceeds a preset upper threshold, increasing the amount of the chelating agent fed, and feeding the chelating agent at an increased feed amount until the pressure difference or flow rate difference falls below a preset lower threshold.

Abstract: A semiconductor device includes a memory cell region and a peripheral circuit region. The memory cell region includes a first region and a second region surrounding the first region. The first region includes a plurality of first electrodes, a plurality of first support portions, and a second support portion. The plurality of first electrodes upwardly extends. The plurality of first support portions upwardly extends along the plurality of first electrodes. Each of the plurality of first support portions mechanically supports corresponding one of the plurality of first electrodes. The second support portion contacts with the plurality of the first support portions. The second support portion connects between each of the plurality of first electrodes.