mhurhangee/ep-ind-claims huggingface dataset:
Rotor of an electrical machine, comprising - a ferromagnetic carrier; and - a multiplicity of magnets which in relation to the rotation axis of the rotor are disposed in a spoke-shaped manner such that the magnetic poles (N, S) of the magnets are oriented in the circumferential direction and magnetic poles (N, S) of identical orientation face one another; - wherein two mutually facing magnetic poles (N, S) and the intervening portion of the carrier form in each case one pole of the rotor; - wherein at least two poles form one pole group, wherein the pole group is completely repeated in the circumferential direction; and - wherein at least two poles in the pole group differ from one another; - wherein at least two poles in the pole group in terms of the pole width (a) thereof differ from one another; and - wherein at least two poles in the pole group in terms of the pole external sides thereof have dissimilar geometries. - a ferromagnetic carrier; and - a multiplicity of magnets which in relation to the rotation axis of the rotor are disposed in a spoke-shaped manner such that the magnetic poles (N, S) of the magnets are oriented in the circumferential direction and magnetic poles (N, S) of identical orientation face one another; - wherein two mutually facing magnetic poles (N, S) and the intervening portion of the carrier form in each case one pole of the rotor; - wherein at least two poles form one pole group, wherein the pole group is completely repeated in the circumferential direction; and - wherein at least two poles in the pole group differ from one another; - wherein at least two poles in the pole group in terms of the pole width (a) thereof differ from one another; and - wherein at least two poles in the pole group in terms of the pole external sides thereof have dissimilar geometries.
A method of making a photovoltaic module with an edge seal, the photovoltaic module comprising a front cover, a back cover, and an active layer disposed between the front and back covers (110, 120), the method being characterised in that it comprises: extruding one or more materials onto both the front cover and the back cover to form an edge seal on the top, bottom, and side edge of the photovoltaic module simultaneously, such that the active layer is sealed.
A wireless communication method, comprising: canceling or suspending, by a terminal device, an operation of Beam Failure Recovery, BFR, corresponding to a first secondary cell in response to deactivation of the first secondary cell; characterized in that canceling or suspending, by the terminal device, the operation of BFR corresponding to the first secondary cell comprises: at a physical layer, stopping by the terminal device, reporting a measurement status of a beam failure detection reference signal resource corresponding to the first secondary cell to a Media Access Control, MAC, layer; and/or at the MAC layer, stopping by the terminal device, receiving the measurement status of the beam failure detection reference signal resource corresponding to the first secondary cell reported by the physical layer. canceling or suspending, by a terminal device, an operation of Beam Failure Recovery, BFR, corresponding to a first secondary cell in response to deactivation of the first secondary cell; characterized in that canceling or suspending, by the terminal device, the operation of BFR corresponding to the first secondary cell comprises: at a physical layer, stopping by the terminal device, reporting a measurement status of a beam failure detection reference signal resource corresponding to the first secondary cell to a Media Access Control, MAC, layer; and/or at the MAC layer, stopping by the terminal device, receiving the measurement status of the beam failure detection reference signal resource corresponding to the first secondary cell reported by the physical layer.
An aircraft passenger compartment suite, comprising: a privacy shell element proximate to an aircraft seat installed within the aircraft passenger compartment suite, a first section of the privacy shell element being configured to conform to a primary section of the aircraft seat, a second section of the privacy shell element being configured to conform to an auxiliary section of the aircraft seat, the privacy shell element including a first profile configured to conform with the aircraft seat when the aircraft seat is in a first position, the privacy shell element including a second profile configured to conform with the aircraft seat when the aircraft seat is in a second position, the second profile of the privacy shell element being configured to occupy a greater amount of passenger aircraft living space surrounding the aircraft passenger compartment suite than an amount of passenger aircraft living space occupied by the first profile of the privacy shell element. a privacy shell element proximate to an aircraft seat installed within the aircraft passenger compartment suite, a first section of the privacy shell element being configured to conform to a primary section of the aircraft seat, a second section of the privacy shell element being configured to conform to an auxiliary section of the aircraft seat, the privacy shell element including a first profile configured to conform with the aircraft seat when the aircraft seat is in a first position, the privacy shell element including a second profile configured to conform with the aircraft seat when the aircraft seat is in a second position, the second profile of the privacy shell element being configured to occupy a greater amount of passenger aircraft living space surrounding the aircraft passenger compartment suite than an amount of passenger aircraft living space occupied by the first profile of the privacy shell element.
An electric connection box that is configured to relay power of power supply supplied from an input-side power supply line and to supply the relayed power of power supply to an output-side load on a vehicle, that includes a first circuit unit having a relatively large heat generation characteristic, a second circuit unit that has a heat generation amount smaller than that of the first circuit unit and is influenceable by a temperature rise, and an air blower configured to blow air to the first circuit unit, and in which the first circuit unit and the second circuit unit are arranged in a state of being close to each other, the electric connection box further comprising: a gap portion that is a space formed on a boundary between the first circuit unit and the second circuit unit, and is configured to allow air to flow through the space; and an airflow guide portion configured to guide an airflow blown by the air blower to both the first circuit unit and the gap portion. a gap portion that is a space formed on a boundary between the first circuit unit and the second circuit unit, and is configured to allow air to flow through the space; and an airflow guide portion configured to guide an airflow blown by the air blower to both the first circuit unit and the gap portion.
A display device comprising: a first substrate on which gate lines and data lines are disposed; a second substrate facing the first substrate; a pixel disposed between the first substrate and the second substrate, and connected to the gate line and the data line; a light blocking layer disposed between the first substrate and the second substrate, and defining a light emission area of the pixel; a polarizer on the outer surface of the second substrate; and a first pattern layer disposed on the polarizer, and comprising a plurality of first protruding portions, characterized in that the number of first protruding portions that overlap the light emission area and/or a pixel electrode among the plurality of first protruding portions is in a range from 3 to 15, and an angle between the data line and each of the plurality of first protruding portions is in a range from about 5 degrees to about 10 degrees. a first substrate on which gate lines and data lines are disposed; a second substrate facing the first substrate; a pixel disposed between the first substrate and the second substrate, and connected to the gate line and the data line; a light blocking layer disposed between the first substrate and the second substrate, and defining a light emission area of the pixel; a polarizer on the outer surface of the second substrate; and a first pattern layer disposed on the polarizer, and comprising a plurality of first protruding portions, characterized in that the number of first protruding portions that overlap the light emission area and/or a pixel electrode among the plurality of first protruding portions is in a range from 3 to 15, and an angle between the data line and each of the plurality of first protruding portions is in a range from about 5 degrees to about 10 degrees.
A method for handling a handover of a wireless communication system located onboard a moving vehicle between a source base station and a target base station of a wireless communication infrastructure, wherein: - initially, the wireless communication system and the source base station are connected using at least one first common communication bearer with which both critical communications and non-critical communications are exchanged between the wireless communication system and the source base station, - during a splitting step, a dual connectivity configuration is enabled, in which the critical communications and the non-critical communications are split between at least one critical communication bearer configured to bear the critical communications and at least one non-critical communication bearer (NCCB) configured to bear the non-critical communications, the critical and non-critical communication bearers (CCB, NCCB) being connected to the source base station, - during a handover step, a handover of the non-critical communication bearer (NCCB) between the source base station and the target base station is carried out, - a release step performed after the handover step, in which the dual connectivity configuration is disabled, whereby the non-critical and critical communication bearers (NCCB, CCB) are regrouped into at least one second common bearer through which the target base station and the wireless communication system exchange both the critical and non-critical communications. - initially, the wireless communication system and the source base station are connected using at least one first common communication bearer with which both critical communications and non-critical communications are exchanged between the wireless communication system and the source base station, - during a splitting step, a dual connectivity configuration is enabled, in which the critical communications and the non-critical communications are split between at least one critical communication bearer configured to bear the critical communications and at least one non-critical communication bearer (NCCB) configured to bear the non-critical communications, the critical and non-critical communication bearers (CCB, NCCB) being connected to the source base station, - during a handover step, a handover of the non-critical communication bearer (NCCB) between the source base station and the target base station is carried out, - a release step performed after the handover step, in which the dual connectivity configuration is disabled, whereby the non-critical and critical communication bearers (NCCB, CCB) are regrouped into at least one second common bearer through which the target base station and the wireless communication system exchange both the critical and non-critical communications.
A wind turbine power generation facility, comprising: a wind turbine blade; a pitch driving part which includes a hydraulic device having a hydraulic cylinder, a hydraulic valve, and a pressurized-oil source, and which is configured to change a pitch angle of the wind turbine blade by the hydraulic device; and a controller configured to provide the hydraulic device with a command value to control the pitch driving part so as to adjust the pitch angle, wherein the controller includes: a first-signal calculation part for calculating a first signal based on a difference between a pitch-angle demand value and an actual value of the pitch angle; characterized in that the controller further includes: a second-signal calculation part for calculating a second signal by subtracting a signal based on a pitch-angular acceleration of the wind turbine blade from the first signal; and a command-value calculation part for calculating the command value to be provided to the hydraulic device on the basis of the second signal. a wind turbine blade; a pitch driving part which includes a hydraulic device having a hydraulic cylinder, a hydraulic valve, and a pressurized-oil source, and which is configured to change a pitch angle of the wind turbine blade by the hydraulic device; and a controller configured to provide the hydraulic device with a command value to control the pitch driving part so as to adjust the pitch angle, wherein the controller includes: a first-signal calculation part for calculating a first signal based on a difference between a pitch-angle demand value and an actual value of the pitch angle; characterized in that the controller further includes: a second-signal calculation part for calculating a second signal by subtracting a signal based on a pitch-angular acceleration of the wind turbine blade from the first signal; and a command-value calculation part for calculating the command value to be provided to the hydraulic device on the basis of the second signal. a first-signal calculation part for calculating a first signal based on a difference between a pitch-angle demand value and an actual value of the pitch angle; characterized in that the controller further includes: a second-signal calculation part for calculating a second signal by subtracting a signal based on a pitch-angular acceleration of the wind turbine blade from the first signal; and a command-value calculation part for calculating the command value to be provided to the hydraulic device on the basis of the second signal.
A flame resistant hose comprising: a rubber inner tube layer; two reinforcing plies of fiberglass unidirectional cord fabric (16, 17) helically wrapped at a helix angle in the range of 40-60 degrees with respect to the hose longitudinal axis and with the edges of each reinforcing ply overlapping up to about 1.27 cm which is about 0.5 inches; one or more insulating plies of fiberglass unidirectional cord fabric (21, 22, 23, 24) helically wrapped at a helix angle in the range of 40-60 degrees with respect to the hose longitudinal axis and with the edges of each ply overlapping up to about 1.27 cm which is about 0.5 inches; and a rubber outer cover layer. a rubber inner tube layer; two reinforcing plies of fiberglass unidirectional cord fabric (16, 17) helically wrapped at a helix angle in the range of 40-60 degrees with respect to the hose longitudinal axis and with the edges of each reinforcing ply overlapping up to about 1.27 cm which is about 0.5 inches; one or more insulating plies of fiberglass unidirectional cord fabric (21, 22, 23, 24) helically wrapped at a helix angle in the range of 40-60 degrees with respect to the hose longitudinal axis and with the edges of each ply overlapping up to about 1.27 cm which is about 0.5 inches; and a rubber outer cover layer.
A makeup assisting apparatus comprising: an image acquiring section that acquires a captured moving image of a face, to which a makeup is applied, of a person; a makeup selecting section that selects a way of makeup for each face of a person; and a makeup presenting section that prints an image corresponding to the selected way of makeup to be held on a surface on a side of a sheet closely attachable to a skin of the face, the sheet having a predetermined shape relative to the region of the facial part concerned, the side being opposite to a side of the sheet where the sheet is closely attached to the skin using a printer, and sequentially generates guide images obtainable by superimposing on the image, guide information indicating a position on the face at which the sheet is to be closely attached for each image making up the moving image, and displays the guide images using a display. an image acquiring section that acquires a captured moving image of a face, to which a makeup is applied, of a person; a makeup selecting section that selects a way of makeup for each face of a person; and a makeup presenting section that prints an image corresponding to the selected way of makeup to be held on a surface on a side of a sheet closely attachable to a skin of the face, the sheet having a predetermined shape relative to the region of the facial part concerned, the side being opposite to a side of the sheet where the sheet is closely attached to the skin using a printer, and sequentially generates guide images obtainable by superimposing on the image, guide information indicating a position on the face at which the sheet is to be closely attached for each image making up the moving image, and displays the guide images using a display.
Tyre having a radial carcass reinforcement for a vehicle of the heavy-duty type comprising a crown reinforcement comprising at least three working crown layers (41, 42, 43) of reinforcing elements, crossed from one layer to the other, making with the circumferential direction angles of between 10° and 45°, which is itself capped radially by a tread, the said tread being connected to two beads by two sidewalls, at least two layers Ci of rubber compound being arranged between the ends of the said at least three working crown layers (41, 42, 43), wherein, in a meridian plane, the thickness of the said at least three working crown layers (41, 42, 43), measured in the equatorial plane, is less than 5 mm, wherein the axial width (L 41, L 42, L 43) of each of the said at least three working crown layers is greater than 60% of the axial width (L 5) of the tread, characterized, in that the reinforcing elements of the said at least three working crown layers (41, 42, 43) are individual metal threads of diameter less than 0.50 mm, in that the distance between the reinforcing elements, measured along the normal to the direction of the mean line of the thread, is strictly less than 1 mm, and in that the elastic modulus under tension at 10% elongation of at least one layer Ci is less than 8 MPa measured according to Standard AFNOR-NFT-46002 of September 1988and in that the maximum value for tan(δ), denoted tan(δ) max, of the said at least one layer Ci is less than 0.100 measured according to Standard ASTM D5992-96.
A vehicle comprising a body structure defining a trunk, a tailgate constituting a delimiting surface for the trunk in a closed position, and a working cylinder for moving the tailgate relative to the body structure to an opened position for enabling access to the trunk, the body structure having a wall, an attachment means mounted to the wall at a first side of the wall and a component for reinforcement of the wall, the working cylinder being arranged on the first side of the wall and a first end of the working cylinder being connected to the attachment means and a second end of the working cylinder being connected to the tailgate, wherein the reinforcement component is mounted to the wall at a second side of the wall, which second side is opposite to the first side of the vehicle wall, and the attachment means and the reinforcement component are mechanically connected to each other via a through hole of the wall, wherein the reinforcement component comprises a bracket and a spacer for positioning the bracket at a distance from the wall, characterized in that the spacer has a first end which abuts the wall on a surface of the wall facing away from the first side of the wall and a second end having a flange which abuts the bracket, the spacer being arranged for transferring load from the attachment means to the bracket, thereby reducing the stress caused by the working cylinder in the wall at a position where the attachment means is arranged, wherein at the position where the attachment means is arranged, the wall is made of a single plate and the first end of the spacer is arranged to abut said plate.
A method for near-real time encoding of a signal comprising at least a video signal, the method comprising the step of: - acquiring said video signal included in a linear stream, said linear stream comprising at least two units of content without a logical distinction between them, wherein each unit of content comprises at least one among audio, video and data services, and wherein without a logical distinction indicates that the two units of content are sequential without temporal or logical interruption; - dividing the video signal into at least a first segment and a second segment of respective preset durations, at least one of said segments being capable of containing at least a part of said two contents and comprising recomposing information; - executing a first encoding of said first segment using an off-line encoding to obtain a first encoded segment, wherein the off-line encoding includes an off-line compression having parameters set so as to complete the entire encoding process on the first segment within a preset time interval; - executing a second encoding of said second segment using an off-line encoding to obtain a second encoded segment, said second encoding being executed at least partially in parallel with the first encoding, wherein the off-line encoding includes an off-line compression having parameters set so as to complete the entire encoding process on the first segment within a preset time interval; - recomposing, using said recomposing information, said first encoded segment and said second encoded segment to obtain a continuous encoded signal. - acquiring said video signal included in a linear stream, said linear stream comprising at least two units of content without a logical distinction between them, wherein each unit of content comprises at least one among audio, video and data services, and wherein without a logical distinction indicates that the two units of content are sequential without temporal or logical interruption; - dividing the video signal into at least a first segment and a second segment of respective preset durations, at least one of said segments being capable of containing at least a part of said two contents and comprising recomposing information; - executing a first encoding of said first segment using an off-line encoding to obtain a first encoded segment, wherein the off-line encoding includes an off-line compression having parameters set so as to complete the entire encoding process on the first segment within a preset time interval; - executing a second encoding of said second segment using an off-line encoding to obtain a second encoded segment, said second encoding being executed at least partially in parallel with the first encoding, wherein the off-line encoding includes an off-line compression having parameters set so as to complete the entire encoding process on the first segment within a preset time interval; - recomposing, using said recomposing information, said first encoded segment and said second encoded segment to obtain a continuous encoded signal.