35results about How to "Improve inaccuracy" patented technology

First terminals and second terminals, which are terminals of adjacent terminal wires, are staggered in the direction in which wires run, and transparent conductive films provided to the first terminals and second terminals extend so as to overlap the terminal wires outside the regions in which contact holes are created and are formed so as to have a width narrower than the width of the terminal wires in the regions where contact holes are created.

A vessel hull robot navigation subsystem and method for a robot including a drive subsystem onboard the robot for driving the robot about the hull. A sensor subsystem onboard the robot outputs data combining robot and vessel motion. A memory onboard the robot includes data concerning the configuration of the hull and a desired path of travel for the robot. A fix subsystem communicates position fix data to the robot. A navigation processor onboard the robot is responsive to the memory data, the sensor subsystem, the position fix data, and the data concerning vessel motion. The navigation processor is configured to determine the position of the robot on the hull by canceling, form the sensor subsystem output data combining both robot and vessel motion, the determined vessel motion. The navigation processor controls the drive subsystem to maneuver the robot on the hull based on the fix data, the configuration of the hull, the desired path of travel for the robot, and the determined position of the robot on the hull.

A method transmits and receives signals in a cooperative, multi-user, multi-input, multi-output network. The network includes base stations (BSs) and mobile stations (MSs). Each BS has at least two antennas, and each MS has at least one antenna. At a first base station and a second base station using linear pre-coding matrices, a plurality of data streams are jointly pre-coded to produce first signals and second signals. The first signals are transmitted synchronously from the first BS and the second BS to a first MS, and the second signals are transmitted synchronously from the first BS and the second BS to a second MS, and in the first signal and the second signal are asynchronous with respect each other.

A microscope is disclosed in which a specimen is arranged between two objectives and can be observed with reflected light as well as with transmitted light. In a microscope with field transmission, two objectives have substantially identical optical characteristics and at least one of the two objectives is followed by a mirror which reflects the light transmitted through the specimen back into itself exactly. In this way, there is twofold transmission through the specimen with optimum illumination of the solid angle. In a laser scanning microscope, there are likewise two objectives with identical optical characteristics and at least one of the objectives is followed by a phase-conjugating or adaptive mirror.

An autonomous driving device may include: a sensor configured to sense a surrounding object of an own vehicle, a controller configured to generate an autonomous driving path of the own vehicle based on movement data of the surrounding object sensed by the sensor unit, and a surrounding object analyzer configured to receive the movement data of the surrounding object from the controller and stochastically analyze an expected movement trajectory of the surrounding object. The controller may generate the autonomous driving path based on the expected movement trajectory of the surrounding object that is stochastically analyzed by the surrounding object analyzing unit.

First terminals and second terminals, which are terminals of adjacent terminal wires, are staggered in the direction in which wires run, and transparent conductive films provided to the first terminals and second terminals extend so as to overlap the terminal wires outside the regions in which contact holes are created and are formed so as to have a width narrower than the width of the terminal wires in the regions where contact holes are created.

With regard to a setting reference for X-ray irradiation range and image generation range, which differs by hospital or technician, a structure to automatically set a desired X-ray irradiation range and an image generation range infallibly, is provided. In an X-ray CT apparatus, a scan range automatic setting unit extracts an inspection target as an arbitrary body part designated by an operator before inspection from a positioning image, and generates an extraction region range including it. The operator sets an arbitrary margin value by line operation or numerical input using a GUI with respect to the extraction region range (S104). The scan range automatic setting unit generates and stores a range setting pattern in which the inspection target and the margin value are made to correspond to each other (S105), and links the range setting pattern to an inspection protocol (S106). Then immediately after positioning-image image sensing (S109), the scan range automatic setting unit extracts the inspection target from the positioning image (S112), and automatically sets a scan range, in accordance with the range setting pattern made to correspond to the inspection target and linked to the inspection protocol (S114).

The embodiment of the invention provides a method and device for obtaining information from court documents. The information obtaining method comprises the steps of extracting trial and ascertainmenttext blocks from the court documents according to a first rule; extracting at least one case fact text block from the trial ascertainment text block according to a second rule; and extracting fact elements of the at least one case fact text block. According to the technical scheme provided by the embodiment of the invention, the fact element information of the legal case can be extracted from thecourt document, and structural management and query of the court document are facilitated.

The invention relates to a remote-control system and control method for a 4D cinema. The control terminal of the remote-control system transmits a directive command aiming at terminal equipment to a central control main machine; the central control main machine analyzes the directive command and transmits one or more control commands which correspond to the directive command to terminal equipment appointed by the directive command; and the terminal equipment which receives one or more control commands executes the control commands and feeds back the executive information of one or more control commands to the central control main machine. The remote-control system disclosed by the invention has the beneficial effects that the inaccuracy of open-loop control is improved because the terminal equipment executes accurate information feedback on the control commands every time, thereby achieving the WYSIWYG (What You See Is What You Get) effect; and the using conditions of the terminal equipment and the parts thereof are fed back through feedback information, the statistic operation time and the status information in the executing process are transmitted to the central control main machine, and the replacement time of the terminal equipment or the parts thereof is defined one by one, so that the fault hidden trouble is previously eliminated and the operating cost is lowered.

An autonomous driving device may include: a sensor configured to sense a surrounding object of an own vehicle, a controller configured to generate an autonomous driving path of the own vehicle based on movement data of the surrounding object sensed by the sensor unit, and a surrounding object analyzer configured to receive the movement data of the surrounding object from the controller and stochastically analyze an expected movement trajectory of the surrounding object. The controller may generate the autonomous driving path based on the expected movement trajectory of the surrounding object that is stochastically analyzed by the surrounding object analyzing unit.

A guided drill for osteotomy for a dental implant is provided. The guided drill includes a guide body configured to fit within a guide sleeve attached to a surgical template. A surgical kit includes a series of guided drills with each guided drill having a different combination of a drilling diameter and a drilling length, a container containing the series of guided drills in a form of an array, and a chart comprising a map of the array and graphical indications. The graphical indications are configured to indicate to a user of the surgical kit a suggested order of sequentially using the series of guided drills from the array to perform a part of osteotomy procedure and obtain a hole, having a prescribed diameter and a prescribed length, for a dental implant.

The invention discloses a calculation method for back-to-back tapered roller bearing configurations. According to the calculation method, the width of a bearing outer ring distance ring of a bearing seat (5) is fixed, pre-tightening of a bearing is determined according to the width of an inner distance ring (4). A metering tool and a subtraction calculation method are adopted, so that the inaccuracy problem of a plurality of measuring points of a plurality of measuring units is improved; the influence of the interference amount of a shaft sleeve and the bearing and the interference amount of the shaft sleeve and a shaft on bearing pre-tightening is calculated, so that the problem of accurate calculating of back-to-back tapered roller bearing configuration pre-tightening is solved; and the adopted calculation method is simple, scientific and effective, and batch production of the back-to-back tapered roller bearing configurations is achieved.