mhurhangee/ep-ind-claims huggingface dataset:
An image processing apparatus comprising: a detection unit configured to perform a monotonic increase/decrease detection comprising detecting a first region, in which one of a signal level of a color plane, corresponding to at least one color filter of an image acquired from an image pickup element including a plurality of color filters, and a signal level of a brightness plane generated from the image monotonically increases or monotonically decreases in a direction of a plurality of directions within a predetermined section of the image; a determination unit configured to determine whether or not color bleeding occurs in the first region, based on optical information on the color bleeding of an image pickup optical system; and a correction unit configured to correct the image so as to reduce the color bleeding, characterized in that the detection unit is configured to perform the monotonic increase/decrease detection in the plurality of directions, and the determination unit is configured to determine that the color bleeding occurs when a direction in which the monotonic increase/decrease is detected by the detection unit and a direction in which the color bleeding of the optical information occurs match with each other, and determine that the color bleeding does not occur when the direction in which the monotonic increase/decrease is detected and the direction in which the color bleeding of the optical information occurs do not match with each other. a detection unit configured to perform a monotonic increase/decrease detection comprising detecting a first region, in which one of a signal level of a color plane, corresponding to at least one color filter of an image acquired from an image pickup element including a plurality of color filters, and a signal level of a brightness plane generated from the image monotonically increases or monotonically decreases in a direction of a plurality of directions within a predetermined section of the image; a determination unit configured to determine whether or not color bleeding occurs in the first region, based on optical information on the color bleeding of an image pickup optical system; and a correction unit configured to correct the image so as to reduce the color bleeding, characterized in that the detection unit is configured to perform the monotonic increase/decrease detection in the plurality of directions, and the determination unit is configured to determine that the color bleeding occurs when a direction in which the monotonic increase/decrease is detected by the detection unit and a direction in which the color bleeding of the optical information occurs match with each other, and determine that the color bleeding does not occur when the direction in which the monotonic increase/decrease is detected and the direction in which the color bleeding of the optical information occurs do not match with each other.
A method for designing a waveform for data communication, the method comprising: applying, by a phase rotation applying unit, a constellation specific phase rotation between consecutive data symbols in a data stream to obtain a constellation rotated data stream; obtaining, by a repeating unit, a spread signal from the constellation rotated data stream in a frequency domain; and applying, by a computing unit, a frequency domain pulse shaping filter to a spread signal, wherein the frequency domain pulse shaping filter is obtained using a Discrete Fourier transform of a linearized Gaussian pulse sampled using an over-sampling factor. applying, by a phase rotation applying unit, a constellation specific phase rotation between consecutive data symbols in a data stream to obtain a constellation rotated data stream; obtaining, by a repeating unit, a spread signal from the constellation rotated data stream in a frequency domain; and applying, by a computing unit, a frequency domain pulse shaping filter to a spread signal, wherein the frequency domain pulse shaping filter is obtained using a Discrete Fourier transform of a linearized Gaussian pulse sampled using an over-sampling factor.
Sensor element (11,...,15) for recording process parameters at a measurement point (M1,...,M5) in a sintering press or a sintering plant, having at least a first temperature sensor and a force sensor which are arranged such that force and temperature are recorded at that measurement point (M1,...,M5) at which the sensor element is arranged.
A method for influencing the properties of combustion residues from an incineration plant, particularly a waste incineration plant, in which the fuel is incinerated on a firing grate and unmelted and/or unsintered combustion residues arising in the deslagger are supplied back to the incineration process, characterized in that the melting and/or sintering processes in the burning bed are regulated by the following method step: - the returning is carried out so long as and in such a quantity that the changes to important combustion parameters caused thereby lie within previously determined tolerance limits. - the returning is carried out so long as and in such a quantity that the changes to important combustion parameters caused thereby lie within previously determined tolerance limits.
A method for resource scheduling, comprising: determining, by a terminal device, a buffer status report BSR, wherein the BSR indicates that data to be transmitted of the terminal device comprises I frame data as defined in a coding standard H264 of a media service; transmitting, by the terminal device, the BSR to a network device, wherein the network device configures a transmitting resource for the terminal device based on the BSR; wherein the BSR comprises related information of the I frame data, wherein the related information of the I frame data comprises: first information indicating a logical channel or a logical channel group which carries the I frame data, second information indicating a volume of target data which relates to the I frame data, and third information indicating a location of the I frame data in the logical channel; wherein the volume of target data which relates to the I frame data is a sum of a data volume of the I frame data and data volumes of data before the I frame data in a logical channel which carries the I frame data. determining, by a terminal device, a buffer status report BSR, wherein the BSR indicates that data to be transmitted of the terminal device comprises I frame data as defined in a coding standard H264 of a media service; transmitting, by the terminal device, the BSR to a network device, wherein the network device configures a transmitting resource for the terminal device based on the BSR; wherein the BSR comprises related information of the I frame data, wherein the related information of the I frame data comprises: first information indicating a logical channel or a logical channel group which carries the I frame data, second information indicating a volume of target data which relates to the I frame data, and third information indicating a location of the I frame data in the logical channel; wherein the volume of target data which relates to the I frame data is a sum of a data volume of the I frame data and data volumes of data before the I frame data in a logical channel which carries the I frame data.
A wireless power transmission device comprising: a resonance signal generator configured to transmit wireless power to a wireless power reception device; and a controller configured to identify an over-voltage protection operation at the wireless power reception device based on a change of a voltage value detected at the resonance signal generator, wherein the change is caused by signals provided by the wireless power reception device while transmitting the wireless power to the wireless power reception device and the change has a predetermined interval pattern, and adjust the wireless power to be transmitted to the wireless power reception device based on the identifying of the over-voltage protection operation. a resonance signal generator configured to transmit wireless power to a wireless power reception device; and a controller configured to identify an over-voltage protection operation at the wireless power reception device based on a change of a voltage value detected at the resonance signal generator, wherein the change is caused by signals provided by the wireless power reception device while transmitting the wireless power to the wireless power reception device and the change has a predetermined interval pattern, and adjust the wireless power to be transmitted to the wireless power reception device based on the identifying of the over-voltage protection operation.
A wound dressing, comprising: a moisture-transmissible backing layer having a first major surface, a second major surface, a backing layer perimeter, and a first opening; wherein the second major surface has an first adhesive disposed thereon proximate the backing layer perimeter; an absorbent adhesive gel adhered to at least a portion of the second major surface of the backing layer, the absorbent adhesive gel comprising an adhesive gel perimeter; and a porous layer having a first side, a second side, and a porous layer perimeter; wherein the first side of the porous layer is adhered to the absorbent adhesive gel; wherein the porous layer is configured to facilitate passage of fluid to the first opening; wherein 100% of the adhesive gel perimeter is overlapped by the backing layer; wherein at least 50% of the porous layer perimeter is overlapped by the absorbent adhesive gel; wherein the backing layer with absorbent adhesive gel adhered thereto has a Moisture Vapor Transmission Rate ≥1 g/10 cm 2 /24 hours, as measured by EN-13726-1:2002 Section 3.3; wherein the porous layer has a porous layer area defined by the porous layer perimeter; wherein the porous layer comprises at least one open area which is a through-hole that is substantially larger than the pores of the porous layer; wherein the at least one open area is greater than or equal to 5% and less than or equal to 50% of the porous layer area. a moisture-transmissible backing layer having a first major surface, a second major surface, a backing layer perimeter, and a first opening; wherein the second major surface has an first adhesive disposed thereon proximate the backing layer perimeter; an absorbent adhesive gel adhered to at least a portion of the second major surface of the backing layer, the absorbent adhesive gel comprising an adhesive gel perimeter; and a porous layer having a first side, a second side, and a porous layer perimeter;
A method of wireless communication, comprising: transmitting a first symbol on a first tone of a single tone Physical Random Access Channel, PRACH; transmitting a second symbol on a second tone of the single tone PRACH at a first hopping distance from the first tone; transmitting a third symbol on a third tone of the single tone PRACH; and transmitting a fourth symbol on a fourth tone of the single tone PRACH at a second hopping distance from the third tone, wherein the first hopping distance is different than the second hopping distance. transmitting a first symbol on a first tone of a single tone Physical Random Access Channel, PRACH; transmitting a second symbol on a second tone of the single tone PRACH at a first hopping distance from the first tone; transmitting a third symbol on a third tone of the single tone PRACH; and transmitting a fourth symbol on a fourth tone of the single tone PRACH at a second hopping distance from the third tone, wherein the first hopping distance is different than the second hopping distance.
A rotary electrical machine, having its own axis of rotation, comprising an electronic module, comprising a printed circuit and a plurality of SMD electronic components and a plurality of PTH electronic components and a dissipator for dissipating the heat generated by the electronic module; the SMD electronic components and the PTH electronic components face towards the dissipator; the electronic module comprising at least one transferring element connected to the printed circuit at the position of at least one SMD electronic component in order to transfer the heat generated by the SMD electronic component to the dissipator, wherein the SMD electronic components comprise a plurality of MOSFETs each of which has its own terminals (17, 18), characterised in that the transferring element is soldered to a first side of the printed circuit and to at least one of the terminals (17, 18) of the respective MOSFET.
A roll to roll fabrication apparatus for the fabrication of devices including a metallic layer patterning process, comprising: a supplying roll and a collecting roll configured to transfer a film therebetween; an injection plate above a transfer path of the film, which is configured to inject a chemical treatment liquid on the film in a corresponding process region; liquid blocking rolls, blocking the flow of chemical treatment liquid, at downstream and upstream boundaries of the corresponding process region; and air curtains at the downstream and upstream boundaries of the corresponding process region, wherein the air curtains are arranged such that the air provided from the air curtains is injected onto the liquid blocking rolls and wherein the liquid blocking rolls are arranged between the air curtains and the corresponding process region such that they prevent the air provided from the air curtains from being directly injected onto the chemical treatment liquid inside the corresponding process region. a supplying roll and a collecting roll configured to transfer a film therebetween; an injection plate above a transfer path of the film, which is configured to inject a chemical treatment liquid on the film in a corresponding process region; liquid blocking rolls, blocking the flow of chemical treatment liquid, at downstream and upstream boundaries of the corresponding process region; and air curtains at the downstream and upstream boundaries of the corresponding process region, wherein the air curtains are arranged such that the air provided from the air curtains is injected onto the liquid blocking rolls and wherein the liquid blocking rolls are arranged between the air curtains and the corresponding process region such that they prevent the air provided from the air curtains from being directly injected onto the chemical treatment liquid inside the corresponding process region.
Archimedes screw comprising a core with a tubular form delimited laterally by a revolving surface or lateral surface and at least one thread fixed around said core on its lateral surface, support and transmission means of the transmission shaft type allowing the support and rotation of said Archimedes screw about its axis, said core, possibly being modular and detachable, having a circular or polygonal cross-section, the Archimedes screw being characterised in that: - the or each thread is modular and detachable and is formed by a juxtaposition of blades each forming a portion of the thread or one of the threads, each blade having an adapted surface extension and contour to enable the reformation of the thread to be formed and comprising an assembly part enabling the assembly or the connection in a removable manner of the blade concerned to the lateral surface of the core, - fixing means making it possible to ensure a complete, rigid and detachable connection between the assembly part of each blade and said lateral surface, the latter directly on said surface or by means of a fixing support joined to the latter. - the or each thread is modular and detachable and is formed by a juxtaposition of blades each forming a portion of the thread or one of the threads, each blade having an adapted surface extension and contour to enable the reformation of the thread to be formed and comprising an assembly part enabling the assembly or the connection in a removable manner of the blade concerned to the lateral surface of the core, - fixing means making it possible to ensure a complete, rigid and detachable connection between the assembly part of each blade and said lateral surface, the latter directly on said surface or by means of a fixing support joined to the latter.
A mobile communications system comprising one or more mobile communications devices and a mobile communications network, the mobile communications network being configured to communicate data packets to and/or from the mobile communications devices, the mobile communications network comprising a radio network part including one or more base stations for communicating the data packets to or receiving the data packets from the mobile communications devices via a radio access interface, and a core network part comprising one or more infrastructure components for communicating the data packets to or receiving the data packets from the base stations of the radio network part, wherein the core network part and the radio network part are configured to provide a broadband packet network which is adapted to communicate the data packets to or receive the data packets from the mobile communications devices in accordance with a relatively high bandwidth, and to provide contemporaneously a dedicated messaging network which is adapted to communicate the data packets to or receive the data packets from the mobile communications devices in accordance with a relatively low bandwidth, and at least one of the mobile communications device, the base station or the infrastructure equipment is configured to determine whether to communicate each of the data packets via either the broadband packet network or the dedicated messaging network from or to the mobile communications device in accordance with predetermined criteria, characterised in that at least one of the mobile communications device, the base station or the infrastructure equipment is configured to parse the data packets for communication to determine whether the data packet is for signalling data or user data in accordance with the predetermined criteria, and if the data packet is for signalling data, to communicate the data packet using the dedicated messaging network, and if the data packet is for user data to communicate the data packet via the broadband network.
Method for determining a temperature of fuel in an injection system, in which method the temperature of the fuel is obtained as a function of a temperature of a coil of a metering unit of the injection system, wherein a total resistance of the circuit of the metering unit is measured and a proportion of the total resistance of the circuit which is formed by the resistance of the coil is calculated, and wherein the temperature of the coil is calculated from the resistance of the coil, wherein it is taken into account that the total resistance of the circuit of the metering unit comprises resistances of individual components of the circuit, specifically the resistance of the coil, a resistance of an output stage, a tolerance resistance of the output stage, a resistance of a diode, a tolerance resistance of the diode, a residual resistance, a resistance of a cable harness, a resistance of a plug and/or a shunt resistance, wherein it is taken into account that the resistance of the coil comprises a reference resistance R coil,ref of the coil, a tolerance resistance Rcoil, tolerance of the coil and a thermal resistance R coil,thermal of the coil, and in that the tolerance resistance R coil, tolerance is determined when the internal combustion engine is shut down and under known thermal conditions.
A method executed by a user equipment, UE, for estimating its absolute position information using sidelink based positioning, the method comprising: receiving information related to an absolute position of a positioning reference which is a third server UE, from the positioning reference; obtaining a first positioning reference signal, PRS, reception timing, based on a PRS received from the positioning reference; obtaining a second PRS reception timing at which a first server UE receives the PRS from the positioning reference, based on a measurement of a phase difference between two subcarriers in a frequency domain of a first reference signal, RS, received from the first server UE; obtaining a third PRS reception timing at which a second server UE receives the PRS from the positioning reference, based on a measurement of a phase difference between two subcarriers in a frequency domain of second RS received from the second server UE; estimating a relative position of the positioning reference, based on the first PRS reception timing, the second PRS reception timing, and the third PRS reception timing; and obtaining absolute position information of the UE, based on the absolute position of the positioning reference and the relative position of the positioning reference. receiving information related to an absolute position of a positioning reference which is a third server UE, from the positioning reference; obtaining a first positioning reference signal, PRS, reception timing, based on a PRS received from the positioning reference; obtaining a second PRS reception timing at which a first server UE receives the PRS from the positioning reference, based on a measurement of a phase difference between two subcarriers in a frequency domain of a first reference signal, RS, received from the first server UE; obtaining a third PRS reception timing at which a second server UE receives the PRS from the positioning reference, based on a measurement of a phase difference between two subcarriers in a frequency domain of second RS received from the second server UE; estimating a relative position of the positioning reference, based on the first PRS reception timing, the second PRS reception timing, and the third PRS reception timing; and obtaining absolute position information of the UE, based on the absolute position of the positioning reference and the relative position of the positioning reference.
A catheter assembly, comprising: a catheter defining two lumens (52A,52B); a hub including hub extensions (22,24) dimensioned to be received within the lumens (52A,52B) of the catheter and defining first connector surfaces that engage second connector surfaces defined within the lumens (52A, 52B) of the catheter; and a sealing member formed of an expandable material which increases in volume upon exposure to moisture, characterised in that the sealing member is coated on at least a portion of at least one of the first and second connector surfaces, wherein the sealing member provides a compression fit seal at the interface between the first connector surface of the hub and the second connector surface of the catheter when the first connector surfaces are received within the lumens (52A, 52B) of the catheter. a catheter defining two lumens (52A,52B); a hub including hub extensions (22,24) dimensioned to be received within the lumens (52A,52B) of the catheter and defining first connector surfaces that engage second connector surfaces defined within the lumens (52A, 52B) of the catheter; and a sealing member formed of an expandable material which increases in volume upon exposure to moisture, characterised in that the sealing member is coated on at least a portion of at least one of the first and second connector surfaces, wherein the sealing member provides a compression fit seal at the interface between the first connector surface of the hub and the second connector surface of the catheter when the first connector surfaces are received within the lumens (52A, 52B) of the catheter.