ONO SOKKI CO., LTD.
|ONO SOKKI CO., LTD. Patent applications|
|Patent application number||Title||Published|
|20100305921||Response Surface Modeling Device, Response Surface Modeling Method, and Response Surface Modeling Program - A response surface model is created without a drawback of creating a linear model that does not approximate to samples belonging to a partitioned region. Provided are: an input unit||12-02-2010|
|20100122574||SIMULATION WHEEL AND VEHICLE TESTING APPARATUS - A shaft receiving section of a simulation wheel is attached to a hub of a vehicle such that the shaft receiving section is located outside the vehicle. A tire mounting section surrounding the shaft receiving section concentrically with the shaft receiving section with a bearing being interposed between the shaft receiving section and the tire mounting section and further surrounding the peripheral surface of the hub to allow a tire to be mounted at a portion surrounding the peripheral surface of the hub is provided. The tire is mounted on the tire mounting section. The shaft receiving section is made rotatable with the rotation of the tire mounting section being stopped. Load is applied to an axle from a dynamometer.||05-20-2010|
|20090222245||Method, computer, and recording medium storing a program for computing engine design variables - For a plurality of combinations of a plurality of operating states included in an operating range of an engine and for a plurality of combinations of a plurality of objective variables, a system, which calculates design variables, includes a calculating device for obtaining global optimal solutions of the design variables that minimize or maximize a sum of the plurality of objective variables, which respectively correspond to the plurality of combinations of the plurality of operating states; a receiving device for receiving designation of an upper limit or a lower limit of the plurality of objective variables; and a searching device for searching for global optimal solutions that result in the smoothest change in the design variables when changing the operating states in a range of the received upper limit to the received lower limit of the objective variables, with one of the global optimal solutions as an initial value set.||09-03-2009|
|20090133484||VEHICLE LOCKING DEVICE AND VEHICLE LOCKING METHOD - A vehicle locking device locking a vehicle on a chassis dynamometer, equipped with rollers allowing driving wheels of the vehicle placed thereon, while keeping the driving wheels thereof placed on the rollers, was configured so as to detect angles of traction, to determine traction forces optimum for hauling the vehicle based on the detected angles, and to control the vehicle locking device based on thus-determined traction forces so as to take up a belt, aiming at readily and stably locking a test vehicle under optimum traction forces.||05-28-2009|
|20090108853||MEASUREMENT APPARATUS AND MEASUREMENT METHOD - There are provided a measurement apparatus and a measurement method capable of stably measuring the physical quantity involved in a measurement object. Two or more electrostatic capacity type displacement sensing devices are mutually connected in their earths and apply to the measuring heads carrier signals each including a sinusoidal wave of a same frequency wherein a sum total of phases becomes 0°, respectively, so that a thickness of the measurement object is measured.||04-30-2009|
|20080319928||Method, computer, and recording medium storing a program for computing an optimal solution to engine design variables - A method, computer, and recording medium storing a program are provided which, based on local optimal solutions, more efficiently calculate an optimal global optimal solution in a global operating area. System calculates the global optimal solution by solving, using a genetic algorithm based on the local optimal solutions and the initial values, an equation, which should be satisfied by the plurality of design variables, by obtaining the plurality of combinations of design variables composing local optimal solutions for each design variable respectively calculated for each of a plurality of combinations of a plurality of operating states, and by obtaining initial values for the plurality of combinations of design variables used for calculating the global optimal solution.||12-25-2008|
|20080219146||Spectrum interpolation method, spectrum interpolation apparatus, and spectrum interpolation program storage medium - A spectrum interpolation method obtains a spectrum value at an arbitrary frequency by interpolating discrete spectra obtained through sampling one period of a periodic function at N sampling points to perform a Fourier transform. The spectrum value F||09-11-2008|
Patent applications by ONO SOKKI CO., LTD.