mhurhangee/ep-ind-claims huggingface dataset:
An endoscope head comprising an endoscope head body in which a working channel is formed, the endoscope head further comprising a pivotable Albarran lever provided distally of the distal end of the working channel; a pivot member on the endoscope head body, said pivot member is actuatable from the proximal side and said pivot member is arranged on an end portion of a pivot axis element for pivoting the Albarran lever; a pulling wire; a pulling wire channel extending in the endoscope head body and configured to guide the pulling wire for actuating the pivot member; a sliding member having a first surface and a second surface; wherein the pivot member has a protrusion, and wherein the pulling wire is capable of displacing the sliding member on which the protrusion is supported, so that the pivot member is rotated by displacing the sliding member, and wherein the protrusion comprises a first cam surface and a second cam surface for rolling on respectively the first surface of the sliding member and the second surface of the sliding member. a pivotable Albarran lever provided distally of the distal end of the working channel; a pivot member on the endoscope head body, said pivot member is actuatable from the proximal side and said pivot member is arranged on an end portion of a pivot axis element for pivoting the Albarran lever; a pulling wire; a pulling wire channel extending in the endoscope head body and configured to guide the pulling wire for actuating the pivot member; a sliding member having a first surface and a second surface; wherein the pivot member has a protrusion, and wherein the pulling wire is capable of displacing the sliding member on which the protrusion is supported, so that the pivot member is rotated by displacing the sliding member, and wherein the protrusion comprises a first cam surface and a second cam surface for rolling on respectively the first surface of the sliding member and the second surface of the sliding member.
A turbocharger comprising: a housing; a rotor with a shaft that is housed within the housing; a bearing structure that supports rotation of the shaft within the housing; a lubricant area that is configured to receive a lubricant; a locating fastener that retains the bearing structure in a position relative to the housing, wherein the locating fastener is exposed to the lubricant; area, characterised in that it further comprises a heating system with a power source, an electrical heating element supported within the locating fastener, and a connecting line that operatively connects the heating element to the power source, the power source configured to provide electrical power to the heating element for selectively heating the heating element within the locating fastener and for selectively heating the lubricant within the lubricant area. a housing; a rotor with a shaft that is housed within the housing; a bearing structure that supports rotation of the shaft within the housing; a lubricant area that is configured to receive a lubricant; a locating fastener that retains the bearing structure in a position relative to the housing, wherein the locating fastener is exposed to the lubricant; area, characterised in that it further comprises a heating system with a power source, an electrical heating element supported within the locating fastener, and a connecting line that operatively connects the heating element to the power source, the power source configured to provide electrical power to the heating element for selectively heating the heating element within the locating fastener and for selectively heating the lubricant within the lubricant area.
A method for detecting HTML-modifying malware present in a computer, comprising the steps of: providing a server which serves an original web page (HTML) to a browser in said computer; determining whether a modified string exists in the page received by said browser by detecting with a scanning engine the presence of changes in portions of said original web page after being received by said browser; and if a modified string is found as change in a portion of said original web page, determining that said malware is present in the computer, wherein a Participating Site, which hosts an HTML page to be requested by a client, a Client Machine that communicates with the PS via a browser and a Service Provider, which carries out the active part in the malware discovery process, cooperate in the detection of malware by carrying out the following steps: the PS hosts an HTML page, which contains an invisible IFrame provided by (or coordinated with) the SP; when the CM receives the HTML page in its browser the IFrame sends a request to the SP server; the SP server supplies to the iFrame a Java Script, which collects all or parts of the HTML and sends it to the SP; and the SP analyzes said HTML to determine whether it contains malware. providing a server which serves an original web page (HTML) to a browser in said computer; determining whether a modified string exists in the page received by said browser by detecting with a scanning engine the presence of changes in portions of said original web page after being received by said browser; and if a modified string is found as change in a portion of said original web page, determining that said malware is present in the computer, wherein a Participating Site, which hosts an HTML page to be requested by a client, a Client Machine that communicates with the PS via a browser and a Service Provider, which carries out the active part in the malware discovery process, cooperate in the detection of malware by carrying out the following steps: the PS hosts an HTML page, which contains an invisible IFrame provided by (or coordinated with) the SP; when the CM receives the HTML page in its browser the IFrame sends a request to the SP server; the SP server supplies to the iFrame a Java Script, which collects all or parts of the HTML and sends it to the SP; and the SP analyzes said HTML to determine whether it contains malware. the PS hosts an HTML page, which contains an invisible IFrame provided by (or coordinated with) the SP; when the CM receives the HTML page in its browser the IFrame sends a request to the SP server; the SP server supplies to the iFrame a Java Script, which collects all or parts of the HTML and sends it to the SP; and the SP analyzes said HTML to determine whether it contains malware.
A method of providing fingerprinted position estimates by a UE in an LTE wireless communication network to one or more other wireless communication networks, (32, 34) comprising: receiving signals from a plurality of transmitters in the LTE network; performing OTDOA positioning measurements from the received signals; obtaining an estimate of the UE position based on the OTDOA measurements; performing inter-RAT measurements on at least one of a WCDMA network and GSM network; said method being characterized in that it further comprises the step of transmitting the UE position estimate based on the OTDOA measurements, and one or more associated inter-RAT measurements, to the WCDMA/GSM network(s) on which the inter-RAT measurements were performed. receiving signals from a plurality of transmitters in the LTE network; performing OTDOA positioning measurements from the received signals; obtaining an estimate of the UE position based on the OTDOA measurements; performing inter-RAT measurements on at least one of a WCDMA network and GSM network; said method being characterized in that it further comprises the step of transmitting the UE position estimate based on the OTDOA measurements, and one or more associated inter-RAT measurements, to the WCDMA/GSM network(s) on which the inter-RAT measurements were performed.
An image processing apparatus for obtaining difference information between two planar images A and B acquired at two different time points, the planar images being produced based on data indicative of transmission amounts of X-rays transmitted through an object, wherein an X-ray imaging apparatus radiates the X-rays to the object and detects the transmitted X-rays as the data, the image processing apparatus comprising: first registration means for producing two planar images fa and gb by applying a registration process to overall areas of the two planar images A and B based on curves decided from positions designated on the two planar images A and B respectively, wherein the registration process is performed such that the positions which are set on each of the planar images A and B are aligned along a straight line, both the straight lines corresponding to each other in a horizontal direction, and a scale factor for the registration is changed position by position on the straight lines; second registration means for searching one, gb, of the two planar images produced by the first registration means, for a match of each of a plurality of local regions composing the other planar image fa, to any of regions of the one planar image gb, and re-projecting images of the matched regions to produce a planar image hb; and difference calculating means for calculating the difference information between the planar image hb produced by the second registration means and the other planar image fa produced by the first registration means. first registration means for producing two planar images fa and gb by applying a registration process to overall areas of the two planar images A and B based on curves decided from positions designated on the two planar images A and B respectively, wherein the registration process is performed such that the positions which are set on each of the planar images A and B are aligned along a straight line, both the straight lines corresponding to each other in a horizontal direction, and a scale factor for the registration is changed position by position on the straight lines; second registration means for searching one, gb, of the two planar images produced by the first registration means, for a match of each of a plurality of local regions composing the other planar image fa, to any of regions of the one planar image gb, and re-projecting images of the matched regions to produce a planar image hb; and difference calculating means for calculating the difference information between the planar image hb produced by the second registration means and the other planar image fa produced by the first registration means.
A backlight unit comprising: a bottom cover; a light emitting module arranged in a predetermined area of the bottom cover; a reflective sheet provided on the bottom cover, spaced apart a predetermined distance from the bottom cover; a plurality of elongated first heat radiating members provided between the reflective sheet and the bottom cover and placed on a surface of the bottom cover, each first heat radiating member extending in the same first direction of the bottom cover, the plurality of the first heat radiating members spaced apart a predetermined distance from each other; an elongated second heat radiating member arranged between the light emitting module and the first heat radiating members and extending in a second direction of the bottom cover, the second direction being orthogonal to the first direction; wherein the second heat radiating member includes: a first heat radiating part arranged in contact with the first heat radiating members and in parallel to a respective surface of the first heat radiating members facing the reflective sheet; a second heat radiating part arranged perpendicular to said respective surfaces of the first heat radiating members and in contact with the light emitting module; and projected parts provided in the first heat radiating part and projected from a predetermined area of a respective first heat radiating member towards the reflective sheet to support the reflective sheet; and wherein the reflective sheet is spaced apart a predetermined distance from the first heat radiating member by the projected parts. a bottom cover; a light emitting module arranged in a predetermined area of the bottom cover; a reflective sheet provided on the bottom cover, spaced apart a predetermined distance from the bottom cover; a plurality of elongated first heat radiating members provided between the reflective sheet and the bottom cover and placed on a surface of the bottom cover, each first heat radiating member extending in the same first direction of the bottom cover, the plurality of the first heat radiating members spaced apart a predetermined distance from each other; an elongated second heat radiating member arranged between the light emitting module and the first heat radiating members and extending in a second direction of the bottom cover, the second direction being orthogonal to the first direction; wherein the second heat radiating member includes: a first heat radiating part arranged in contact with the first heat radiating members and in parallel to a respective surface of the first heat radiating members facing the reflective sheet; a second heat radiating part arranged perpendicular to said respective surfaces of the first heat radiating members and in contact with the light emitting module; and projected parts provided in the first heat radiating part and projected from a predetermined area of a respective first heat radiating member towards the reflective sheet to support the reflective sheet; and
A computer-implemented method for announcing the presence of a vehicle, the method comprising: issuing a command by a driver of the vehicle to announce the presence of the vehicle; upon issuance of the command, determining a direction of interest which is of interest to said driver of the vehicle; identifying a target region associated with the direction of interest; and transmitting, via a wireless communication link, a first signal (132, 362, 426, 436) towards the target region, wherein the first signal causes a device (350, 422, 432) within the target region to generate an alert to announce the presence of the vehicle. issuing a command by a driver of the vehicle to announce the presence of the vehicle; upon issuance of the command, determining a direction of interest which is of interest to said driver of the vehicle; identifying a target region associated with the direction of interest; and transmitting, via a wireless communication link, a first signal (132, 362, 426, 436) towards the target region, wherein the first signal causes a device (350, 422, 432) within the target region to generate an alert to announce the presence of the vehicle.
A vacuum device, namely a turbomolecular pump, comprising at least one connector for an accessory unit; and a control unit for the accessory unit, wherein the connector comprises at least one communication contact for a communicative connection of the accessory unit to the control unit, characterized in that the control unit is configured to recognize an accessory unit connected to the connector in terms of its type from a signal which originates from the accessory unit and/or from a recognition unit for the accessory unit and which is made available to the control unit via the communication contact of the connector.
An electro hydrostatic actuator comprising: - a single-rod cylinder including a fixed end positioned on one end side of the single-rod cylinder in an axial direction and a movable end positioned on the other end side of the single-rod cylinder in the axial direction, and configured so as to be compressed/extended by supply of operation oil to cause the movable end to reciprocate in the axial direction; - a hydraulic supply source configured to supply the operation oil to the single-rod cylinder, and including a hydraulic pump and an electric motor; a reservoir provided between the single-rod cylinder and the hydraulic supply source in a hydraulic circuit and capable of storing the operation oil; and - a hydraulic manifold (48, 481) provided in the hydraulic circuit and configured to control hydraulic supply between the hydraulic supply source and the single-rod cylinder, the single-rod cylinder including a cylinder body (51, 52, 53) and a cylinder end protruding from an end part of the cylinder body (51, 52, 53) in the axial direction and having a diameter smaller than that of the cylinder body (51, 52, 53), the fixed end being provided at a protruding end of the cylinder end, the reservoir being formed in a double cylindrical shape, and is, at a position close to the movable end relative to the hydraulic supply source, integrated with the cylinder body (51, 52, 53) in a state in which the cylinder body (51, 52, 53) is inserted into the reservoir so as to be coaxial with the reservoir, characterized in that - at the periphery of the cylinder end, a space is formed between the cylinder body (51, 52, 53) and the fixed end, and that - in the space at the periphery of the cylinder end, the hydraulic manifold (48, 481) and the hydraulic supply source are disposed between the cylinder body (51, 52, 53) and the fixed end to be integrated with each other. - a single-rod cylinder including a fixed end positioned on one end side of the single-rod cylinder in an axial direction and a movable end positioned on the other end side of the single-rod cylinder in the axial direction, and configured so as to be compressed/extended by supply of operation oil to cause the movable end to reciprocate in the axial direction; - a hydraulic supply source configured to supply the operation oil to the single-rod cylinder, and including a hydraulic pump and an electric motor; - a hydraulic manifold (48, 481) provided in the hydraulic circuit and configured to control hydraulic supply between the hydraulic supply source and the single-rod cylinder, - at the periphery of the cylinder end, a space is formed between the cylinder body (51, 52, 53) and the fixed end, and that - in the space at the periphery of the cylinder end, the hydraulic manifold (48, 481) and the hydraulic supply source are disposed between the cylinder body (51, 52, 53) and the fixed end to be integrated with each other.
A method for controlling transmit power of a wireless transmit/receive unit, WTRU, comprising: determining (800, 801, 802) a transmit power spectral density, wherein the transmit power spectral density comprises a combination of an open loop uplink, UL, power control, PC, component, a closed loop UL PC component and a power offset, wherein the open loop UL PC component is based on a pathloss measurement, wherein the closed loop UL PC component comprises a correction factor, and wherein the power offset is related to a modulation coding set, MCS; determining a transmit power based on the determined transmit power spectral density and a number of assigned resource blocks, RBs; and applying a minimum of a maximum transmit power level and the transmit power. determining (800, 801, 802) a transmit power spectral density, wherein the transmit power spectral density comprises a combination of an open loop uplink, UL, power control, PC, component, a closed loop UL PC component and a power offset, wherein the open loop UL PC component is based on a pathloss measurement, wherein the closed loop UL PC component comprises a correction factor, and wherein the power offset is related to a modulation coding set, MCS; determining a transmit power based on the determined transmit power spectral density and a number of assigned resource blocks, RBs; and applying a minimum of a maximum transmit power level and the transmit power.
A steam separation unit for separation of steam from lignocellulosic biomass material in a hydrolysis process comprising: a vessel comprising a separation section arranged with at least one inlet for receiving at least partly hydrolyzed biomass material mixed with steam and at least one control outlet for discharging the steam from the vessel, wherein said vessel is configured to operate at overpressure; characterized in that the vessel further comprises a biomass collection section arranged to be filled at least partly with liquid during operation and to collect the biomass material after separation from steam, wherein the biomass collection section includes a mixing element for mixing the biomass material with liquid and at least one control valve for discharging biomass material mixed with liquid. a vessel comprising a separation section arranged with at least one inlet for receiving at least partly hydrolyzed biomass material mixed with steam and at least one control outlet for discharging the steam from the vessel, wherein said vessel is configured to operate at overpressure; characterized in that the vessel further comprises a biomass collection section arranged to be filled at least partly with liquid during operation and to collect the biomass material after separation from steam, wherein the biomass collection section includes a mixing element for mixing the biomass material with liquid and at least one control valve for discharging biomass material mixed with liquid.
An electronic device, connected to an authentication device through a first communication network, and further connected to another electronic device through a second communication network, the electronic device comprising: authentication start processing means for transmitting an authentication start signal configured to start authentication of the electronic device and the other electronic devices (4, 5) through the first communication network; authentication request transfer means for, when an authentication request signal is received from the authentication device, transferring the authentication request signals to the plurality of other electronic devices (4, 5) through the second communication network; and authentication data delivery/receipt means for, regarding delivery/receipt of data for authentication between the authentication device and the other electronic devices (4, 5), thereafter aggregating data associated with the electronic device, and data items received from the plurality of other electronic devices (4, 5) with each other to transmit the aggregated data to the authentication device, and transmitting data from the authentication device to each of the plurality of other electronic devices (4, 5). authentication start processing means for transmitting an authentication start signal configured to start authentication of the electronic device and the other electronic devices (4, 5) through the first communication network; authentication request transfer means for, when an authentication request signal is received from the authentication device, transferring the authentication request signals to the plurality of other electronic devices (4, 5) through the second communication network; and authentication data delivery/receipt means for, regarding delivery/receipt of data for authentication between the authentication device and the other electronic devices (4, 5), thereafter aggregating data associated with the electronic device, and data items received from the plurality of other electronic devices (4, 5) with each other to transmit the aggregated data to the authentication device, and transmitting data from the authentication device to each of the plurality of other electronic devices (4, 5).