Patent application number | Description | Published |
20100217515 | ELECTRONIC APPARATUS AND NAVIGATION IMAGE DISPLAY METHOD - According to one embodiment, an electronic apparatus comprises a storage module, a location measuring module, a communication module, and a navigation image generating module. The storage module stores image data corresponding to respective symbols, and data of simplified diagram templates in each of which positions are set on an image showing a shape of a road, symbols being placed at the respective positions. The location measuring module measures a current location. The communication module transmits the current location to an external communication apparatus and receives navigation information on a navigation point corresponding to the current location, the navigation information including a simplified diagram template identification number, symbol identification numbers, and position specification numbers. The navigation image generating module generates the navigation image by reading the simplified diagram template and the image data of the symbols, and placing the image data at positions on the simplified diagram template. | 08-26-2010 |
20150062135 | DISPLAY APPARATUS AND DISPLAY METHOD - According to one embodiment, a display apparatus includes a receiver, a display controller, a camera, a processor, and a generator. The receiver receives data corresponding to a plurality of images. The display controller displays different images to a plurality of viewpoints, respectively. The processor assigns a number of viewpoints to each of the plurality of display images based on an image captured by the camera. The generator generates a signal for displaying the plurality of images according to the number of viewpoints assigned to each of the images. | 03-05-2015 |
Patent application number | Description | Published |
20110207570 | VEHICLE POWER TRANSMISSION DEVICE - A vehicle power transmission device includes: an input shaft; a planetary gear type speed reducer disposed concentrically to the input shaft to reduce and output rotation input to the input shaft; and a differential gear device disposed adjacently to the input shaft in a shaft center direction, the differential gear device being rotationally driven by the speed reducer to transmit a drive force to a pair of axles disposed on the shaft center while allowing a rotational difference between the axles, the speed reducer including a sun gear that is fit with a shaft end portion of the input shaft in a relatively non-rotatable manner, the sun gear being prevented from relatively moving toward the differential gear device by an annular snap ring fit and attached to an annular snap ring groove formed on an outer circumferential surface of the shaft end portion of the input shaft on the differential gear device side of the sun gear, the differential gear device including a differential case having a cylindrical end portion formed on the sun gear side or a member fixed thereto that is extended to the outer circumferential side of the snap ring, the differential case having a radial distance of an annular gap formed between the cylindrical end portion or the member fixed thereto and the snap ring set smaller than a groove depth of the snap ring groove. | 08-25-2011 |
20120299419 | LUBRICATION STRUCTURE OF POWER TRANSMISSION APPARATUS - PROBLEM TO BE SOLVED: A lubrication structure of a power transmission apparatus is provided with a lubricating liquid transport pipe for cooling a rotating electrical machine used to allow a lubricated member positioned axially outwardly of the rotating electrical machine to be lubricated in the axial direction. | 11-29-2012 |
20130225356 | DIFFERENTIAL AND DIFFERENTIAL ASSEMBLY METHOD - A differential includes a pinion shaft holder, a differential case, a first side gear, a second side gear, a first spring and a second spring. The differential case includes a first side boss portion and a second side boss portion. The first spring is interposed between the first side boss portion and the first side gear. The second spring is interposed between the second side boss portion and the second side gear. A recessed portion is provided on the pinion shaft holder and is configured to avoid interference with an auxiliary tool. The auxiliary tool maintains one of the first spring and the second spring in the compressed state. | 08-29-2013 |
Patent application number | Description | Published |
20130282341 | COST-ESTIMATION SYSTEM, METHOD, AND PROGRAM - A method for estimating a probability density function of values in a link from a distribution of values associated with the link in graph data includes fitting, with a processor, according to the link, a basis function representing the distribution of values in the link; determining an importance scalar representing a weighting of values associated with the link on the basis of a plurality of basis functions corresponding to the link by optimizing a predetermined objective function; and providing the probability density function corresponding to the link by mixing the basis functions with the importance scalar so as to interpolate the basis functions between links similar to the link in the graph data. | 10-24-2013 |
20150278725 | AUTOMATED OPTIMIZATION OF A MASS POLICY COLLECTIVELY PERFORMED FOR OBJECTS IN TWO OR MORE STATES AND A DIRECT POLICY PERFORMED IN EACH STATE - An information processing apparatus that optimizes a policy in a transition model in which the number of targeted objects in each state transits according to the policy includes a cost constraint acquisition unit configured to acquire a cost constraint that constrains a total cost of the policy; a mass policy setting unit configured to set the number of objects targeted by a mass policy in each state, based on the predefined number of objects to belong to each state and a reach rate at which the mass policy reaches to an object, with respect to the mass policy collectively executed for the object in two or more states; and a processing unit configured to assume the reach rate of the mass policy as a variable of an optimization and maximize an objective function based on a total reward in a whole period while satisfying the cost constraint. | 10-01-2015 |
20150278735 | INFORMATION PROCESSING APPARATUS, INFORMATION PROCESSING METHOD AND PROGRAM - An information processing apparatus optimizes an action in a transition model in which a number of objects in each state transits according to the action. A cost constraint acquisition unit acquires multiple cost constraints including one that constrains a total cost of the action over at multiple timings and/or multiple states. A processing unit assumes action distribution in each state at each timing as a decision variable in an optimization problem and maximizes an objective function subtracting a term based on an error between an actual number of objects with the action in each state at each timing and an estimated number of objects in each state at each timing based on state transition by the transition model, from a total reward in a whole period, satisfying the multiple cost constraints. An output unit outputs the action distribution in each state at each timing that maximizes the objective function. | 10-01-2015 |
20150294226 | INFORMATION PROCESSING APPARATUS, INFORMATION PROCESSING METHOD AND PROGRAM - An information processing apparatus optimizes an action in a transition model in which a number of objects in each state transits according to the action. A cost constraint acquisition unit acquires multiple cost constraints including one that constrains a total cost of the action over at multiple timings and/or multiple states. A processing unit assumes action distribution in each state at each timing as a decision variable in an optimization problem and maximizes an objective function subtracting a term based on an error between an actual number of objects with the action in each state at each timing and an estimated number of objects in each state at each timing based on state transition by the transition model, from a total reward in a whole period, satisfying the multiple cost constraints. An output unit outputs the action distribution in each state at each timing that maximizes the objective function. | 10-15-2015 |
20150294350 | AUTOMATED OPTIMIZATION OF A MASS POLICY COLLECTIVELY PERFORMED FOR OBJECTS IN TWO OR MORE STATES AND A DIRECT POLICY PERFORMED IN EACH STATE - An information processing apparatus that optimizes a policy in a transition model in which the number of targeted objects in each state transits according to the policy includes a cost constraint acquisition unit configured to acquire a cost constraint that constrains a total cost of the policy; a mass policy setting unit configured to set the number of objects targeted by a mass policy in each state, based on the predefined number of objects to belong to each state and a reach rate at which the mass policy reaches to an object, with respect to the mass policy collectively executed for the object in two or more states; and a processing unit configured to assume the reach rate of the mass policy as a variable of an optimization and maximize an objective function based on a total reward in a whole period while satisfying the cost constraint. | 10-15-2015 |
20150339680 | ANALYSIS DEVICE, ANALYSIS PROGRAM, ANALYSIS METHOD, ESTIMATION DEVICE, ESTIMATION PROGRAM, AND ESTIMATION METHOD - An analysis device including a substitution unit for substituting each event in an impulse-like event series with rectangular windows; a dividing unit for dividing the event series timewise at least at one transition point in the rectangular windows; a state vector generation unit for generating a state vector corresponding to the state of the rectangular windows in response to each of the divided time periods; and an analysis unit for performing Poisson regression using the state vectors corresponding to the time periods. A method comprising computer-executable steps is provided that substitutes each event in the inputted event series with rectangular windows; divides the event series timewise at least at one transition point in the rectangular pulses; generates a state vector corresponding to the state of the rectangular pulses in response to each of the divided time periods; and performs a Poisson regression using the state vectors corresponding to the time periods. | 11-26-2015 |