mhurhangee/ep-ind-claims huggingface dataset:
A method for a User Equipment, UE, the UE comprising interaction areas including at least a non-display area and a display area, the method comprising: responsive, at least in part, to an ATtention, AT, command for orientation information, providing orientation information; prior to reporting, emulation, or receiving touch commands, providing a list with identifiers that identify the interaction areas; providing a command to enable sending of unsolicited result codes or enable sending of unsolicited events depending on the interaction area; responsive, at least in part, to an AT command for touch-sensitive input device action, emulating a meta-navigation gesture for a touch-sensitive input device including a display area and a non-display area; and wherein the meta-navigation gesture is a gesture that has an origin point that is outside the display area and that moves to a position on the display area. responsive, at least in part, to an ATtention, AT, command for orientation information, providing orientation information; prior to reporting, emulation, or receiving touch commands, providing a list with identifiers that identify the interaction areas; providing a command to enable sending of unsolicited result codes or enable sending of unsolicited events depending on the interaction area; responsive, at least in part, to an AT command for touch-sensitive input device action, emulating a meta-navigation gesture for a touch-sensitive input device including a display area and a non-display area; and wherein the meta-navigation gesture is a gesture that has an origin point that is outside the display area and that moves to a position on the display area.
A delay regulating device configured to be used in a distortion compensation device for calculating an error signal between a reference signal and a feedback signal and updating a distortion compensation coefficient from the error signal, and for adjusting an amount of delay of the reference signal and the feedback signal, the delay regulating device comprising: correlation value calculation means configured to calculate a correlation value between the reference signal and the feedback signal; error signal calculation means configured to calculate an error signal between the reference signal and the feedback signal; first delay means configured to adjust a relative amount of delay between the reference signal and the feedback signal in a first adjustment unit which is a clock unit; second delay means configured to adjust the relative amount of delay between the reference signal and the feedback signal in a second adjustment unit which is smaller than the first adjustment unit; and control means configured to: adjust the relative amount of delay in the first adjustment unit using the first delay means such that the correlation value is maximum, adjust the relative amount of delay in the second adjustment unit using the second delay means such that the correlation value is maximum, and readjust the relative amount of delay in the second adjustment unit, on the basis of the error signal, using the second delay means such that the error signal is minimum. correlation value calculation means configured to calculate a correlation value between the reference signal and the feedback signal; error signal calculation means configured to calculate an error signal between the reference signal and the feedback signal; first delay means configured to adjust a relative amount of delay between the reference signal and the feedback signal in a first adjustment unit which is a clock unit; second delay means configured to adjust the relative amount of delay between the reference signal and the feedback signal in a second adjustment unit which is smaller than the first adjustment unit; and control means configured to: adjust the relative amount of delay in the first adjustment unit using the first delay means such that the correlation value is maximum, adjust the relative amount of delay in the second adjustment unit using the second delay means such that the correlation value is maximum, and readjust the relative amount of delay in the second adjustment unit, on the basis of the error signal, using the second delay means such that the error signal is minimum.
A method of determining the speed of a walking or running person from foot motion comprising the steps of - providing at least one pressure sensor (2; 32) between a first foot of the person and a support surface so as to determine the centre of pressure position, the pressure sensor being configured for transmitting pressure data to a communication unit coupled to a processing unit, followed by - the processing unit determining a centre of pressure gait line by connecting determined sequential centre of pressure positions and calculating a centre of pressure speed from said gait line, and - using means for automatically detecting whether the person is walking or running, by detecting whether or not there are time intervals when the person has both feet on the support surface, using said at least one pressure sensor and an additional sensor (8; 31) provided for a second foot of the person and comparing the signal of the pressure sensor and the signal of the additional sensor to detect whether or not there are time intervals when the person has both feet on the support surface; - the processing unit obtaining a correlation between the speed of a walking or running person and the centre of pressure speed, followed by - the processing unit deducing the speed of the person from said correlation and the calculated centre of pressure speed. - providing at least one pressure sensor (2; 32) between a first foot of the person and a support surface so as to determine the centre of pressure position, the pressure sensor being configured for transmitting pressure data to a communication unit coupled to a processing unit, followed by - the processing unit determining a centre of pressure gait line by connecting determined sequential centre of pressure positions and calculating a centre of pressure speed from said gait line, and - using means for automatically detecting whether the person is walking or running, by detecting whether or not there are time intervals when the person has both feet on the support surface, using said at least one pressure sensor and an additional sensor (8; 31) provided for a second foot of the person and comparing the signal of the pressure sensor and the signal of the additional sensor to detect whether or not there are time intervals when the person has both feet on the support surface; - the processing unit obtaining a correlation between the speed of a walking or running person and the centre of pressure speed, followed by - the processing unit deducing the speed of the person from said correlation and the calculated centre of pressure speed.
Escapement mechanism for a watch movement including a pallet lever with a pallet fork and a roller device with an impulse pin coupled to a balance wheel, the fork including a first horn and a second horn, the impulse pin including a first cam portion (12a, 12b) configured to engage the first horn, and a second cam portion (14a, 14b) configured to engage the second horn, characterized in that the first cam portion includes a first cam surface configured to engage the first horn on a first level (10a, 13a) and the second cam portion includes a second cam surface configured to engage the second horn on a second level (10b, 13b), the first and second levels being staggered in a direction parallel to the axis of rotation of the roller device.
A wind turbine comprising a tower, a nacelle mounted on the tower via a yaw system, a hub mounted rotatably on the nacelle, the hub comprising a blade carrying structure, and one or more wind turbine blades connected to the blade carrying structure, wherein each of the wind turbine blades extends along a longitudinal direction between an inner tip end and an outer tip end, and defines an aerodynamic profile with a suction side and a pressure side, each extending between a leading edge and a trailing edge, the leading edge and the trailing edge each extending between the inner tip end and the outer tip end, the aerodynamic profile further having a thickness which varies along the longitudinal direction of the wind turbine blade between the inner tip end and the outer tip end, and wherein each of the wind turbine blades is connected to the blade carrying structure at a single hinge position of the wind turbine blade via a hinge, each wind turbine blade thereby being arranged to perform pivot movements relative to the blade carrying structure, via the hinge, about a pivot axis arranged substantially perpendicular to the longitudinal direction of the wind turbine blade, between a minimum pivot angle and a maximum pivot angle, the hinge position being arranged at a distance from the inner tip end and at a distance from the outer tip end, and wherein the thickness at the hinge position is larger than the thickness at the inner tip end and larger than the thickness at the outer tip end.
A medical device for treating a blood clot in a blood vessel, comprising: a catheter having first and second lumens (120, 124), a balloon member positioned on a distal portion of said catheter and having inner and outer balloons (154, 142) defining inner and outer balloon cavities (162, 150), and an ultrasound emitting element positioned within said inner balloon cavity; said first and second lumens extending from a proximal end region of said catheter to a distal end region of said catheter and communicating with said inner and outer balloon cavities (162, 150); and wherein said ultrasound emitting element actively emits ultrasound through said inner balloon cavity, into said outer balloon cavity, and out of said outer balloon cavity into the blood clot adjacent to said outer balloon; characterised by a temperature-control lumen within said catheter and arranged to transmit a temperature-control fluid between a proximal end region and a distal end region of said catheter; wherein said temperature-control lumen cooperates with said first lumen to circulate a fluid between the proximal and distal end regions of said catheter. a catheter having first and second lumens (120, 124), a balloon member positioned on a distal portion of said catheter and having inner and outer balloons (154, 142) defining inner and outer balloon cavities (162, 150), and an ultrasound emitting element positioned within said inner balloon cavity; said first and second lumens extending from a proximal end region of said catheter to a distal end region of said catheter and communicating with said inner and outer balloon cavities (162, 150); and wherein said ultrasound emitting element actively emits ultrasound through said inner balloon cavity, into said outer balloon cavity, and out of said outer balloon cavity into the blood clot adjacent to said outer balloon; characterised by a temperature-control lumen within said catheter and arranged to transmit a temperature-control fluid between a proximal end region and a distal end region of said catheter; wherein said temperature-control lumen cooperates with said first lumen to circulate a fluid between the proximal and distal end regions of said catheter.
A method of electrodynamically finishing a plain bearing assembly, comprising: electrically separating a bearing housing from a journal shaft with a lubricant disposed on a bearing surface of the bearing housing; rotating one of the bearing housing and the journal shaft relative to the other of the bearing housing and the journal shaft; applying a voltage differential across the bearing housing and the journal shaft; and eroding an asperity disposed on the bearing surface with an electric discharge event across a gap between the bearing housing and the journal shaft. electrically separating a bearing housing from a journal shaft with a lubricant disposed on a bearing surface of the bearing housing; rotating one of the bearing housing and the journal shaft relative to the other of the bearing housing and the journal shaft; applying a voltage differential across the bearing housing and the journal shaft; and eroding an asperity disposed on the bearing surface with an electric discharge event across a gap between the bearing housing and the journal shaft.
A computer-implemented method performed by an apparatus, comprising receiving, using a mobile platform, from a first network, information regarding one or more traffic signals and information regarding one or more intersections, wherein at least one traffic signal is associated with a respective intersection; and identifying a first switching condition; the method being characterized in that it comprises receiving, using the mobile platform, from a second network different from the first network, the information regarding the one or more traffic signals and the information regarding the one or more intersections following identification of the first switching condition. receiving, using a mobile platform, from a first network, information regarding one or more traffic signals and information regarding one or more intersections, wherein at least one traffic signal is associated with a respective intersection; and identifying a first switching condition;
A resource measurement method executed by a user equipment, wherein the method comprises: obtaining (802, 803) competitive resource configuration information for sending communication service data, wherein the competitive resource configuration information comprises a competitive resource style; wherein the competitive resource style comprises a distribution rule of multiple competitive resources; determining, according to the competitive resource style, the multiple competitive resources; measuring, a load amount of the multiple competitive resources to obtain a measurement result; determining, according to the obtained measurement result and a measurement configuration information, whether sending the measurement result to a network device; and sending a measurement result report including the measurement result to the network device if determining to send the measurement result report to the network device. obtaining (802, 803) competitive resource configuration information for sending communication service data, wherein the competitive resource configuration information comprises a competitive resource style; wherein the competitive resource style comprises a distribution rule of multiple competitive resources; determining, according to the competitive resource style, the multiple competitive resources; measuring, a load amount of the multiple competitive resources to obtain a measurement result; determining, according to the obtained measurement result and a measurement configuration information, whether sending the measurement result to a network device; and sending a measurement result report including the measurement result to the network device if determining to send the measurement result report to the network device.
A waste tank comprising a waste compartment for waste liquid and, separated from the waste compartment in a liquidproof manner, a technical compartment for technical equipment, at least part of the technical compartment being arranged inside the body of the waste tank, the technical compartment being divided into an electric equipment compartment for electric equipment and a chemical equipment compartment for chemical equipment, the technical compartment being provided with a cover, which is arranged to be opened to the open air, without the waste compartment having to be opened at the same time, characterized in that the cover is provided with hinges such that the electric equipment compartment and the chemical equipment compartment are both provided with a separately openable cover (6a, 6b) so as to allow both compartments (4, 5) to be opened separately, without the other compartment (4, 5) having to be opened at the same time, the chemical equipment compartment being detachable from the electric equipment compartment.
A thermoplastic polyurethane obtainable or obtained by converting at least components (i) to (iii): (i) a polyisocyanate composition, (ii) at least one chain extender, and (iii) at least one polyol composition, wherein the polyol composition comprises at least one polyol which has a molecular weight Mw in the range from 500 to 2000 g/mol and has at least one aromatic polyester block, wherein the hard segment content in the thermoplastic polyurethane is < 75%. (i) a polyisocyanate composition, (ii) at least one chain extender, and (iii) at least one polyol composition,
A method for transmitting a position reference signal, the method comprising: transmitting a position reference signal in frequency domain positions of n physical resource blocks, the value of n being obtained according to signaling; and transmitting the position reference signal in time domain positions of remaining orthogonal frequency division multiplexing symbols in a subframe except for orthogonal frequency division multiplexing symbols for transmitting a physical downlink control channel and orthogonal frequency division multiplexing symbols for transmitting a cell-specific reference signal; wherein the physical resource blocks are n contiguous physical resource blocks, the n contiguous physical resource blocks are n contiguous physical resource blocks starting from a physical resource block with lowest frequency, or n contiguous physical resource blocks with zero frequency as their center, or n contiguous physical resource blocks with highest frequency as a cut-off; allocating a corresponding index value to a combination of a period and its corresponding subframe offset which are used for transmitting a position reference signal, and establishing a corresponding correlation of the combination and the corresponding index value; transmitting the position reference signal according to the established corresponding correlation, the allocated index value, the frequency domain position and the time domain position. transmitting a position reference signal in frequency domain positions of n physical resource blocks, the value of n being obtained according to signaling; and transmitting the position reference signal in time domain positions of remaining orthogonal frequency division multiplexing symbols in a subframe except for orthogonal frequency division multiplexing symbols for transmitting a physical downlink control channel and orthogonal frequency division multiplexing symbols for transmitting a cell-specific reference signal; wherein the physical resource blocks are n contiguous physical resource blocks, the n contiguous physical resource blocks are n contiguous physical resource blocks starting from a physical resource block with lowest frequency, or n contiguous physical resource blocks with zero frequency as their center, or n contiguous physical resource blocks with highest frequency as a cut-off; allocating a corresponding index value to a combination of a period and its corresponding subframe offset which are used for transmitting a position reference signal, and establishing a corresponding correlation of the combination and the corresponding index value; transmitting the position reference signal according to the established corresponding correlation, the allocated index value, the frequency domain position and the time domain position.
Sensor for detecting a periodic magnetic field comprising a measuring assembly integrating at least one magnetoresistive element the electrical resistance of which varies as a function of the amplitude of the component of said magnetic field in a direction X, said magnetoresistive element comprising a stack of two conductive magnetic layers, respectively reference and sensitive between which a separation layer is disposed so that the electrical resistance of said stack is dependent on the relative orientation of the magnetisation of the reference and sensitive layers, said sensor comprising an electronic circuit arranged so as to exploit the variations of said electrical resistance in order to deliver a signal representing the magnetic field to be detected, the reference layer having magnetic anisotropy following the direction X and the sensitive layer having a direction Y perpendicular to the direction X, said sensor further comprising a permanent polarisation magnet having a surface extending in a plane of directions X and Y and having a symmetry plane of directions X and Z, the direction Z being perpendicular to the directions X and Y and being the direction along which the magnetic field of said magnet mainly extends, the measuring assembly being disposed with respect to the symmetry plane of the polarisation magnet so that the layers of the magnetoresistive element are disposed in a plane parallel to the surface while being offset from the symmetry plane following the direction Y by a distance (Δy), said sensor being characterised in that the distance (Δy) lies between 5 and 15% of the dimension (Dy) of the surface of the polarisation magnet in the direction Y by being arranged so that the magnetic field of the polarisation magnet orients the magnetisation of the sensitive layer following the direction Y by allowing variations of the orientation of said magnetisation according to the component in the direction X of the magnetic field to be detected, said variations in magnetisation causing a linear variation of the electrical resistance of the magnetoresistive element over a magnetic field range to be detected.
A wall of a hot gas part of a gas turbine, comprising - a first surface subjectable to a cooling fluid, - a second surface located opposite of the first surface and subjectable to a hot gas and, - at least one film cooling hole extending from an inlet area located within the first surface to an outlet area located within the second surface for leading the cooling fluid from the first surface to the second surface, wherein the at least one film cooling hole comprises a diffusor section located upstream of the outlet area with regard to a direction of a cooling fluid flow through the film cooling hole, wherein the diffusor section is bordered at least by a diffusor bottom, a downstream edge and two opposing diffusor side walls, wherein the diffusor section comprises a delta wedge element for dividing the cooling fluid flow into two subflows (17a, 17b), wherein the delta wedge element - extends from a leading edge to a trailing end with regard to the direction of the cooling fluid flow, - protrudes in a stepwise manner from the diffusor bottom and - is, in a top view, triangular-shaped, wherein the delta wedge element comprises a top surface and two side surfaces, characterized in that the trailing end of the delta wedge element is located upstream of the downstream edge of the diffusor bottom and/or the trailing end i about a distance to the downstream edge of the diffusor section, and that the top surface of the delta wedge element is lower than the second surface and/or the height of the top surface is less than the plane of the second surface and/or the top surface is located underneath the outlet area completely. - a first surface subjectable to a cooling fluid, - a second surface located opposite of the first surface and subjectable to a hot gas and, - at least one film cooling hole extending from an inlet area located within the first surface to an outlet area located within the second surface for leading the cooling fluid from the first surface to the second surface, - extends from a leading edge to a trailing end with regard to the direction of the cooling fluid flow, - protrudes in a stepwise manner from the diffusor bottom and - is, in a top view, triangular-shaped,