43results about How to "Case blocked" patented technology

A device and method for operating an in vivo imaging device (10A) wherein the illumination produced by the device may be varied in intensity and/or duration, and/or the gain level or other parameters may be varied, according to, for example, the amount of illumination produced by the device which is reflected back to the device. In addition, a method is provided for detecting problematic pixels in an imaging device. This method may define and exclude non-functional pixels, based on for example an initial short exposure that enables a threshold saturation level to be reached only for problematic pixels. Moreover, a method is described for determining when an in vivo device enters the body, for example by calculating the progress of a dark frame, based on the light saturation threshold of the dark frame.

A device and method for for example operating an in vivo imaging device wherein the illumination is operated at a certain rate or range of rates, and images are transmitted from the device.

A contents generating apparatus generates balloon data required for providing video contents with balloon captions. Balloon data includes at least one piece of information among information about time to display a balloon, information about an area where the balloon is to be displayed, information about a shape of the balloon, and information about caption text to be inserted in the balloon. A contents transmitting apparatus multiplexes balloon data and contents data, and causes a broadcast apparatus to broadcast the multiplexed data. A contents playback apparatus analyzes the balloon data to generate a signal for a balloon image and a signal for caption text, combines these signals with a signal for a video image, and then causes a contents display apparatus to display the video with balloon captions.

The invention has the object of notifying a caller terminal when it is not possible to connect with a call destination terminal in a portable telephone system, in order to avoid further calls to the call destination terminal while it is still not possible to achieve a connection with the call destination terminal. With the invention, it is possible to confirm whether or not the call destination terminal is capable of connecting, continually monitor the status of the call destination terminal, and to be informed immediately when it becomes possible to achieve a connection due to the activation of a ringer. Additionally, even if the ringer which gives notification that connection is possible is activated while the caller is away from the caller terminal, the caller is able to be notified that connection is possible later by looking at a display on the caller terminal.

A synchronization apparatus and method in a mobile communication system. The apparatus and method include measuring transmission delay time by a Packet Control Function (PCF) or an Access Network Controller (ANC) by exchanging packets with each ANTS, and selecting via the PCF or the ANC the longest transmission delay time of the measured time as an initial wireless transmission time, transmitting by the PCF or the ANC the wireless transmission time of the packet to said each ANTS together with packets, calculating a packet waiting time, which is a difference between the time at which said each ANTS has received the packets and the time at which the corresponding packets has been actually transmitted wirelessly, and reporting the calculated packet waiting time to the PCF or the ANC, and updating via the PCF or the ANC the wireless transmission time of next packets by means of information for the packet waiting time from each ANTS, and transmitting via the PCF or the ANC the updated wireless transmission time to the ANTSs.

A method and system for obtaining path maximum transfer unit in network, include first, at the path start node sending the second layer message which carries the path MTU field for carrying path MTU value and at each node which the second layer message passed renewing the MTU value in the field according to the values preserved in each node; then, when the second layer message arrives at the path terminal node, regarding the MTU value being carried in the path MTU field in the second layer message as the path MTU value corresponding with the path. The present invention acquires the size of path MTU by use of Ethernet network OAM process, avoids the failure of transmitting the OAM message to object end caused by the reason that the size of transmitted OAM message exceeds the MTU of path when the route itself is normal. Therefore, the present invention can increase the reliability of OAM message transmission effectively, and assure the reliability of OAM function realization in Ethernet network.

An electric steering system is provided with: a steering torque detection unit which detects a steering torque acting on the shaft; a brushless motor which includes a rotor and a stator having multi-phase stator coils, and generates an assisting torque for assisting the steering torque; a current supply switching unit which drives the brushless motor; a rotary angle estimation unit which outputs an estimated rotary angle; a determination unit which determines whether or not the estimated rotary angle is appropriate by comparison with a direction of the steering torque; and a steering control unit which drives the brushless motor in accordance with the estimated rotary angle determined to be appropriate by the determination unit to control generation of the assisting torque.

Embodiments of the present invention disclose a method, terminal and system for caption transmission for telepresence, relating to the field of telepresence technologies and solving the problem that caption display on each display terminal cannot be coordinated in the prior art. Some embodiments include acquiring entire caption content and attribute information corresponding to the caption content; determining, according to the entire caption content and the attribute information corresponding to the caption content, caption content to be displayed on each display terminal and a display timing; and transmitting the determined caption content to each corresponding display terminal according to the display timing so that each display terminal superposes the determined caption content to an image.

The present invention discloses a method for realizing accurate billing in digital rights management, including: sending, by a rights issuing system, to a Device a rights object acquisition response message including a rights object; sending, by the Device, a rights object acquisition acknowledgement message to the rights issuing system, after validation of the rights object acquisition response message is passed; and initiating, by the rights issuing system, a billing function after receiving the rights object acquisition acknowledgement message. The invention also discloses an apparatus and a rights issuing system. With the inventive method and system, billing will be initiated only in the event that the Device has obtained the rights object successfully or has joined the domain successfully, thereby avoiding effectively the problem of billing error and improving the Quality of Service.

This disclosure provides an automatic ship discrimination apparatus, which includes a transceiver for transceiving ship information in a predetermined format, a storing module for storing the ship information received from a ship, and a data processor for processing transceived ship information data. The data processor refers to the ship information in the storing module, determines whether an item is missing from the ship information, and, if an item is missing, transmits a message for requesting the item.

The present invention discloses a spherical or spherical-like layered structure lithium-nickel-cobalt-manganese composite oxide cathode material as well as preparation methods and applications thereof. A chemical formula of the cathode material is: Li_aNi_xCo_yMn_zO₂, wherein, 1.0≦a≦1.2, 0.30≦x≦0.90, 0.05≦y≦0.40, 0.05≦z≦0.50, and x+y+z=1. The cathode material powder is a single α-NaFeO₂ type layered structure, and full width at half maximum of 110 diffraction peak which is in the vicinity of the X-ray diffraction angle 2 theta of 64.9° is usually 0.07 to 0.15, and the crystal grain size is usually greater than 900 Å and less than 2000 Å. Under scanning electron microscope, it can be seen that the cathode material is mainly consisted of spherical or spherical-like primary mono-crystal particles and a small amount of secondary agglomerated particles, and wherein, the particle diameter of the primary mono-crystal particles is 0.5 to 10 μm and a cumulative percentage of particles with a particle diameter of less than 0.5 μm is usually greater than 60%. The cathode material provided by the present invention has a integral structure and will not crack or break in a long process of circulation. The material processing performance is good. And the lithium ion battery prepared has excellent high temperature stability, safety and high voltage cycling performance.

A hospital identification bracelet includes a flexible strip (1) with several self-adhesive labels (2) for receiving printed or printable bar codes, a writable area (5) for patient data and the label codes, together with a simple closing device, and a RFID transponder (6) of Identification by Radio Frequency, fixed to the flexible strip (1) and on which the corresponding code is printed with the self-adhesive label codes (2) in a biunivocal manner. The flexible strip (1) presents perforation lines (3) for the independent separation of the self-adhesive labels (2) with the printed or printable codes.

A communication system includes a station-side terminal apparatus and multiple subscriber-side terminal apparatuses connected to the station-side terminal apparatus. The station-side terminal apparatus is configured to, in response to receipt of a packet from a subscriber-side terminal apparatus, a packet indicating whether data distribution is required, identify the subscriber-side terminal apparatus that has transmitted the packet, and transmit a packet indicating an address for which whether the transfer of distribution data is required is designated to the subscriber-side terminal apparatus based on whether data distribution is required. Each subscriber-side terminal apparatus is configured to, in response to receipt of a distribution packet, if the distribution packet has the address for which whether the transfer of distribution data is required is designated, transfer the distribution packet to host apparatuses accommodated thereto or prohibit the distribution packet from being transferred to the host apparatuses accommodated thereto.

The present invention provides a personal mini-intelligent terminal with a combined verification electronic lock, which comprises: a micro-terminal and a locking device. The locking device is connected with the micro-terminal and provided with a mechanical lath. The micro-terminal is locked on a human body or unlocked by the mechanical lath, includes an electronic latch, and is configured to communicate with another uniquely corresponding micro-terminal so as to verify information about each other. When a user sets the micro-terminal to be in a single state, the locking or unlocking of the locking device is controlled by the mechanical latch; and when the user sets the micro-terminal to be in a married or love state and passes the verification, the locking or unlocking of the locking device is controlled by the electronic latch and the mechanical latch together.

A device is described for detecting and wirelessly transmitting at least one measurement signal of the state of a vehicle tire of a vehicle (e.g., tire pressure and/or tire air temperature), which has at least one sensor module arranged in/on the vehicle tire and at least one sensor for detecting the measurement signal, and an energy store which supplies the sensor module with electrical energy, the sensor module having an apparatus for checking the functional capability of the sensor module, having at least one test routine and activating arrangement to activate the test routine, which includes: an apparatus which activates the start of the test routine as a function of the field strength of a magnetic field acting in the area of the sensor module, and/or an apparatus which has an electric circuit and which activates the start of the test routine as a function of a current flowing through the electric circuit, and/or c) an apparatus having an acceleration sensor which activates the start of the test routine as a function of the acceleration acting on the sensor module.