33results about How to "Possible to achieve" patented technology

A hypertext checking apparatus comprises: a hypertext database 21 which stores the information about a page and a link; an information collecting unit 11 which collects an information about the page and the link in the hypertext obtained from the hypertext database 21; a condition detecting unit 13 which refers to the hypertext database 21 to detect a part including logically mismatched link; a candidate providing unit 12 that provides a correction candidate related to the parts detected by the condition detecting unit 13; and a correction reflecting unit 14 which corrects the hypertext based on the part detected by the condition detecting unit 13 and the correction candidate provided by the correction providing unit 12.

Using as a texture of an image to be placed in a virtual world an image included in a predetermined area in a captured image captured by a real camera, a virtual world image is generated, in which the object placed in the virtual world is viewed from a virtual camera. Then, the captured image captured by the real camera is combined with the virtual world image, and the combined image is displayed on a display device.

An information processing apparatus that achieves both power supply to an external device and information processing. Power supply capability to be presented to the external device is determined based on a state of the information processing apparatus. Power is supplied to the external device, based on a request from the external device as to the power supply capability to be presented to the external device. In a case where the state of the information processing apparatus has changed, the power supply capability to be presented to the external device is changed based on the changed state.

Replication between master storage and replica storage is performed via an arbitration apparatus. The arbitration apparatus controls transmission of update information from the master storage to the replica storage to thereby rationalize the updating sequence of replica storage.

A portable data storage device (1) is disclosed to be used for organizing content (10, 11, 18) available to the data storage device (1). The device comprises means (12) for setting an information source (6) for a storage profile (9), a means (3) for receiving storage profile update data (7) from the information source (6), a means (4) for updating the storage profile (9) based upon the storage profile update data (7), a means (2) for organizing content (10, 11) based upon the storage profile (9) and a means (12, 13) for triggering the means (3) for receiving storage profile update data (7) from the information source (6). The device (1) is capable of organizing content in a dynamic manner based on data storage profiles that are also dynamic in nature whilst requiring minimum user intervention.

The present invention discloses a depth sensing method, device and system based on symbols array plane structured light. The coded symbols array pattern is projected by the laser pattern projector to the target object or space, and the image sensor collects and obtains the successive sequence of the encoded image of the input symbols. Firstly, the input image encoded with the symbols is decoded. The decoding process includes preprocessing, symbols location, symbols recognition and symbols correction. Secondly, the disparity of the decoded symbols are calculated by the symbols match calculation between the decoded image of the input symbols with completed symbols recognition and the decoded image of the reference symbols with the known distance. Finally the depth calculation formula is combined to generate depth point cloud information of the target object or projection space that is represented in the form of grid. The present invention can quickly obtain high-resolution and high-precision depth information of the target object or projection space in dynamic scenes, which facilitates the porting or insertion as a module into the intelligent device for 3D modeling, 3D mapping, etc.

A capacitance type touch screen includes a cover lens and a film sensor. The film sensor includes a base film, first transparent electrodes arranged side by side extending in an A direction, second transparent electrodes insulated from the first electrodes and arranged side by side extending in B direction while crossing the first electrodes, a plurality of first lead wirings connected to the first electrodes and drawn to connection terminals, and a plurality of second lead wirings connected to the second electrodes and drawn to connection terminals. The first and second wirings are hidden by the cover lens decorated area. The film sensor includes a top-plate-corresponding-portion facing the cover lens top plate rear surface, and rising portions facing a rear surface of at least one of the first and second side plates. All or most of the second wirings is positioned in the rising portions.

A method for manufacturing a magnetic recording medium is provided, by which the magnetic recording medium having a recording layer formed into a predetermined concavo-convex pattern and an adequately flat surface can be efficiently and certainly manufactured. Particles of a non-magnetic material are applied to a member to be processed from a direction relatively inclined with respect to a normal to the surface of the member to be processed. Also, the member to be processed is rotated around a central axis which is inclined with respect to an application direction of the particles of the non-magnetic material, to fill recessed portions of the concavo-convex pattern with the non-magnetic material.

A mobile communication method according to the present invention includes a step A of transmitting, by a radio base station eNB, “RRC Connection Reconfiguration” including setting information on a plurality of CCs and PDCCHs to a mobile station UE, and a step B of transmitting, by the mobile station UE, “RRC Connection Reconfiguration Complete” to the radio base station eNB using a contention-based channel in response to the received “RRC Connection Reconfiguration”.

A downhole fluid properties analysis device (51) is connectable to a downhole sampling flow line (8). The downhole sampling flow line (8) has an internal diameter between 2 to 15 mm adapted to let flow the fluid (3) to be analyzed. The fluid (3) is a hydrocarbon multiphase fluid mixture from a hydrocarbon subsurface reservoir (4). The downhole fluid properties analysis device (51) comprises:

• • an analysis pipe portion (52); and
  • a first optical probe and a second optical probe (30, 30A, 30B, 70), the first optical probe being a light emitting probe adapted to be coupled to a light source and arranged to transmit a light into the fluid (3), and the second optical probe being a light receiving probe adapted to be connected to a spectrometer and arranged to produce a signal resulting from an interaction of the fluid with said light indicative of the downhole fluid properties;

Each of said optical probes (30, 30A, 30B, 70) comprises an elongated body mounted through the wall of the analysis pipe portion in a sealed manner and having a tip (36, 36A, 36B, 72), the tip being needle shaped and having an external diameter less than 1 mm. The first tip of the first optical probe and the second tip of the second optical probe (30, 30A, 30B, 70) project into a flow section of the analysis pipe portion such that the first tip (36A, 72) faces the second tip (36B) at a defined distance ranging from 10 μm to 99 mm.

A device for combining force between two control units includes force feedback, each control unit including a control stick (21, 31) and at least one force sensor (24, 34) suitable for providing a value of the control force (Fp, Fcp) exerted by a pilot, the device being suitable for forming a force feedback value from the sum of the values of the control forces of each control unit. A correction device limits the force feedback value (Fcor_p) according to at least one parameter taken from the absolute value of the control force (Fcp) of the second control unit and the difference between the control force values of each control unit. A control unit including such a device for combining forces, and an aircraft provided with such control units are also described.

A method and apparatus for producing carbon monoxide by cryogenic distillation is presented.

Disclosed is a resistance-measurement apparatus, including: multiple measurement chambers for holding powdery materials; multiple first electrodes that press the respective powder materials in the measurement chambers; at least one second electrode that faces the first electrodes and that presses the powdery materials; and a measuring device that measures a resistance between the first electrodes and the at least one second electrode. Further disclosed is a resistance-measurement method, including: (i) placing at least one powdery material between a number N of first electrodes and at least one second electrode, and pressing the at least one powdery material therebetween; (ii) measuring an impedance between the number N of the first electrodes and the at least one second electrode; and (iii) measuring an impedance between a number M of the first electrodes and the at least one second electrode, wherein the number N is different from the number M.

The present invention relates to a rotation detection apparatus configured to detect a rotation state of a gear based on a magnetic field change that occurs as the gear is rotated. The rotation detection apparatus includes: a first sensor portion and a second sensor portion each having a magnetic detection element and a covering member configured to cover the magnetic detection element; one permanent magnet arranged between the first sensor portion and the second sensor portion; and a housing portion configured to accommodate the first sensor portion, the second sensor portion and the permanent magnet.