218results about How to "Reduce the necessary time" patented technology

Method for informing a mobile terminal (MN), which is located in a first cell, on system information of a second cell. In particular, pointers to the system information are transmitted from the base station of the first cell to the mobile node, while the mobile node is located in the first cell. The MN processes said pointer, comprising e.g. information on the transmission format and timing of system information in the second cell. Using an acquisition gap assigned by the network, the MN changes the frequency to the second frequency so as to acquire the system information based on the previously received scheduling information. Thus, the acquisition time for important system information may be reduced, as no Master Information Block on the second frequency has to be processed first, in order to acquire the system information.

A session table includes one or more records, where each record represents a session. Session record information is stored in various fields, such as key fields, value fields, and timestamp fields. Session information is described as keys and values in order to support query/lookup operations. A session table is associated with a filter, which describes a set of keys that can be used for records in that table. A session table is populated using data contained in security information/events. Rules are created to identify events related to session information, extract the session information, and use the session information to modify a session table. A session table is partitioned so that the number of records in each session table partition is decreased. A session table is processed periodically so that active sessions are moved to the current partition.

PCT No. PCT/EE97/00001 Sec. 371 Date Sep. 24, 1998 Sec. 102(e) Date Sep. 24, 1998 PCT Filed Mar. 21, 1997 PCT Pub. No. WO97/35521 PCT Pub. Date Oct. 2, 1997The method and device for recording mechanical oscillations in soft biological tissues consists of the following: biological tissue is mechanically influenced by means of the testing end (6) of the device and its mechanical responses are subsequently recorded as a graph representing the evoked oscillations. Prior to that, an inflexible plane means (12) is fastened onto the biological tissue in order to designate the area under investigation and connect the testing end with the tissue, causing no harm to the latter. After that the testing end will be inflexibly connected with the inflexible plane means for the time period it takes to influence the tissue mechanically and record its mechanical response. The device consists of a frame (1), a pivotable double-armed lever (2), an electromechanical transducer (3), a shutter (4), a grip, an electromechanical pickup (5), a testing end (6), a pivot (7), a testing end driver (8, 9), a control switch (11), a control panel (10), and an inflexible plane means (12) for marking on the tissue the area under investigation and for connecting the testing end with the tissue permanently and inflexibly, causing no harm to the biological tissue. The length of the testing end (6) is adjustable by means of, for instance, a bayonet joint.

Disclosed herein is a financial card system. The system includes a communications device on which a non-contact integrated circuit chip is installed; and an authentication terminal having a reader/writer allowing reading/writing information on the communications device and capable of transmission and reception of information with the communications device through the reader/writer. The communications device has a storage block, a common area information transmission block, and an individual area information transmission block. The reader/writer of the authentication terminal has a storage block, a common area information reception block, and an individual area information reception block.

A method of transmitting position information of a digital map capable of transmitting a position on a digital map efficiently and accurately in which a transmitting side transmits position information including coordinate series information for specifying a vector shape on a digital map and a receiving side execute map matching by the coordinate series information to the thereby identify the vector shape on the digital map, the coordinate series information is transmitted by adding azimuth information of a coordinate point included in the information thereto. By transmitting shape data by adding the azimuth information thereto, accuracy of matching can be promoted and necessary time for matching can be shortened.

An imaging section inputs rays of light from a subject through a lens and forms an image of the subject. A display screen of a display section displays an image of a subject focused by the lens. A focus area selecting section selects one of a plurality of focus areas displayed on the display screen. A focus adjusting section adjusts a focus on the subject in the selected focus area. A crop section automatically selects a crop area corresponding to the selected focus area and captures as a crop image an image in the selected crop area. The photographer can easily obtain a crop image by photographing a subject according to a conventional procedure.

A flash memory including a flash memory cell array, a page buffer, a comparator circuit, and a verify flag buffer. The flash memory cell array includes a plurality of blocks. The page buffer temporarily stores therein write data received from an external system. The page buffer includes pages. The comparator circuit executes pre-verification through comparing data stored in the page buffer with data stored in addressed one of the blocks. The verify flag buffer stores therein verify flags respectively associated with the pages. Each of the verify flags is switched in response to update of associated one of the pages. The comparator circuit executes pre-verification with respect to one of the pages, the one being associated with unswitched one of the verify flags, while skipping pre-verification with respect to another of the pages associated with the switched one of the verify flags.

Travel information of a target vehicle is stored in time sequence and, on the basis of the travel information and pre-stored travel information of a professional driver's vehicle, a travel position of the target vehicle and a travel position of the professional driver's vehicle are displayed in animation. In such a manner, the driver can visually recognize the travel positions of the displayed target vehicle and the reference vehicle and understand how much the target vehicle is deviated from the ideal travel position.

Provided is a DNN learning method that can reduce DNN learning time using data belonging to a plurality of categories. The method includes the steps of training a language-independent sub-network 120 and language-dependent sub-networks 122 and 124 with training data of Japanese and English. This step includes: a first step of training a DNN obtained by connecting neurons in an output layer of the sub-network 120 with neurons in an input layer of sub-network 122 with Japanese training data; a step of forming a DNN by connecting the sub-network 124 in place of the sub-network 122 to the sub-network 120 and training it with English data; repeating these steps alternately until all training data ends; and after completion, separating the first sub-network 120 from other sub-networks and storing it as a category-independent sub-network in a storage medium.

A mold for in-mold decorating simultaneously with molding manufacturable at low cost in a short delivery period in manufacturing the mold and capable of stably mass-producing molded article in molding the molded articles, wherein cavity forming blocks having molding cavities into which an in-mold decoration film is to be inserted are mounted on diesets on a fixed side and a movable side. Pockets into which the cavity forming blocks are fitted are not formed in the diesets, the diesets and cavity forming blocks are positioned by engaging projections formed on one of the contact faces thereof and engaging recesses formed in the other before installation, and a plurality of mold clamping force receiving parts are installed on the outside of a film passing area around the cavity forming blocks.

In a power semiconductor device, a joint between the power semiconductor element and frame plated with Ni is composed of a laminated structure comprising, from the power semiconductor element side, an intermetallic compound layer having a melting point of 260° C. or higher, a Cu layer, a metal layer having a melting point of 260° C. or higher, a Cu layer and an intermetallic layer having a melting point of 260° C. or higher. The structure of the joint buffers the stress generated by the secondary mounting and temperature cycle at the bond for the semiconductor element and the frame having a large difference in thermal expansion coefficient from each other.

A seat belt apparatus includes a belt reel having a belt wound thereon, a motor for driving the reel to take up the belt; a control section for adjusting an amount of electric current supply to the motor to thereby control a belt-taking-up driving force of the motor, a current detection section for detecting the current supplied to the motor, and a rotation detection section for detecting a rotational position of the reel. The control section includes a constant current control section for executing a constant current control mode so that the current supply to the motor takes a target value, and a target current supply value change section for changing the target value when a detection signal from the rotation detection section has satisfied a predetermined condition in the constant current control mode.

Disclosed is a communication network management system for converting action parameters contained in abstract requirements (abstract policy information) regarding a network to parameters conforming to the network technology (ATM, SDH, WDM, etc.) and type of network element to be set, and setting these parameters in the element. Specifically, a policy administration portion converts action parameters contained in abstract policy information to parameters dependent upon network technology and a policy enforcement portion converts the parameters obtained by this conversion to parameters dependent upon type of network element to be set and sets these parameters in the element.

A reciprocating drive mechanism for converting motor rotation into linear motions to produce a reciprocating drive force, and a press machine using the mechanism. The rotation of a first motor (20A) out of two motors (20A) and (20B) is converted into a high-speed low-torque rotational output and transmitted to a ball screw mechanism (50) by a first power transmission mechanism (30). The rotation of the second motor (20B) is converted into a low-speed high-torque rotational output and transmitted to the ball screw mechanism (50) by a second power transmission mechanism (40). The ball screw mechanism (50) is made of a feed screw (52) supported in a screw hole of a nut member (51) so as to be capable of screw-fed rotation. The feed screw (52) and the nut member (51) are coupled with the first power transmission mechanism (30) and the second power transmission mechanism (40), respectively. A corotation prevention mechanism (80) prevents the feed screw (52) from rotating together with the rotation of the nut member (51).

An object of the present invention is to simplify a calibration operation of a camera and to shorten a time necessary for calibration. A camera calibration device 10 is mounted on a predetermined position of a movable object 100 and includes a camera 11 configured to take an image including an index 41 provided outside the movable object 100, an image superimposing unit 122 configured to generate a superimposed image by superimposing a calibration object 42 having a position adjustment part and a rotation adjustment part on the image taken by the camera 11, and a calculation unit 124 configured to calculate, based on a position of the calibration object 42 after being shifted in the superimposed image such that an end or a center of the index 41 meets the position adjustment part and a part of the index other than the end or the center overlaps the rotation adjustment part, parameters relative to a pan angle, a tilt angle and a roll angle for calibration of the camera mounting position.