mhurhangee/ep-ind-claims huggingface dataset:
Method for reducing interference in the downlink direction of a cellular radio communication system comprising base stations communicating with terminals using a frame structure showing a time extension and a frequency extension, wherein in the frequency extension, the frame is carried over a plurality of frequency subcarriers and in the time extension, said frame comprises a preamble portion and at least one data portion, said terminals being adapted to receive frames for which the receive power of said at least one data portion is varying in a predefined range relative to the preamble receive power of said preamble portion, said method comprising the steps of: - transmitting the part of said data portion destined to said terminal with a transmit power adapted to generate a first receive power (Plow) at said terminal within said range if said terminal belongs to a first group of terminals; - transmitting the part of said data portion destined to said terminal with a transmit power adapted to generate a second receive power (Phigh) at said terminal within said range, said second receive power being higher than said first receive power, if said terminal belongs to a second group of terminals. wherein said terminals belonging to said first group are scheduled in said frame following a first frequency reuse scheme and said terminals belonging to said second group are scheduled in said frame following a second frequency reuse with a lower spectral efficiency than said first frequency reuse scheme, said terminals scheduled according to said first frequency reuse scheme and terminals scheduled according to said second frequency reuse scheme share a common time domain in said frame. - transmitting the part of said data portion destined to said terminal with a transmit power adapted to generate a first receive power (Plow) at said terminal within said range if said terminal belongs to a first group of terminals; - transmitting the part of said data portion destined to said terminal with a transmit power adapted to generate a second receive power (Phigh) at said terminal within said range, said second receive power being higher than said first receive power, if said terminal belongs to a second group of terminals.
A corrugated food product comprising: a first side and a second side, wherein the first side comprises a first corrugated pattern and the second side comprises a second corrugated pattern, wherein the first and the second corrugated patterns comprise a plurality of peaks and wherein the second corrugated pattern is substantially in phase with the first corrugated pattern, and wherein the food product comprises a normalized area moment of inertia of between 20 x 10 -8 m 3 and 160 x 10 -8 m 3 and a dehydration factor of less than 1.7 and an overall thickness ranging from 5.84mm to 11.94mm; wherein at least one of the peaks comprise an amplitude ranging from 2.54 mm to 8.64 mm. a first side and a second side, wherein the first side comprises a first corrugated pattern and the second side comprises a second corrugated pattern, wherein the first and the second corrugated patterns comprise a plurality of peaks and wherein the second corrugated pattern is substantially in phase with the first corrugated pattern, and wherein the food product comprises a normalized area moment of inertia of between 20 x 10 -8 m 3 and 160 x 10 -8 m 3 and a dehydration factor of less than 1.7 and an overall thickness ranging from 5.84mm to 11.94mm; wherein at least one of the peaks comprise an amplitude ranging from 2.54 mm to 8.64 mm.
A method for creating an electronic signal box as a replacement of an existing signal box, wherein the switching logic of the existing signal box is mapped onto a functionally equivalent circuit, and the outputs of this circuit are connected to at least some of the existing components which are to be activated, characterised in that the functionally equivalent circuit is a circuit of electronic semiconductor components, wherein the circuit of electronic semiconductor components is a configurable logic circuit, and that the switching logic of the existing signal box is mapped onto the functionally equivalent circuit by way of a transformation and this mapping comprises a configuration of the configurable logic circuit.
A cell sheet highly producing hyaluronic acid, wherein the cells are any one of cells among oral mucosal cells, limbal epithelial cells, corneal epithelial cells, conjunctival epithelial cells, chondrocytes, synovial cells, epidermal keratinocytes, smooth muscle cells, vascular endothelial cells, fibroblasts and mammary epithelial cells, or a mixture of two or more types thereof, wherein the cell sheet is obtainable by culturing the cells on a surface of a substrate and harvesting the cells in the form of a sheet, wherein the cells have stem cells thereof contained therein, and wherein the stem cell content in the cultured cells is at least 0.5%, and wherein the cell sheet is detached, as adhered to a carrier, from a cell culture support having a substrate surface coated with a temperature-responsive polymer whose upper or lower critical solution temperature in water is 0 to 80°C.
Process for milling a substance selected from sodium carbonate, sodium bicarbonate and sodium sesquicarbonate or trona, in which a cleaning agent is mixed with the substance and the mixture is introduced into a mill, for the purpose of obtaining a powder with a mean diameter of less than 100 μm and of inhibiting the formation of incrustations in the mill, the process being characterized in that the cleaning agent comprises at least one composition selected from zeolites, dolomite, magnesium hydroxycarbonate, lime, sodium chloride, zinc chloride, sodium sulphate, calcium fluoride, hydrocarbons, talc, fly ash, fatty acids and fatty acid salts.
A system for stimulating a subject, comprising: a first lead end; a second lead end; and an implantable stimulation device connected to both the first lead end and the second lead end; wherein the implantable stimulation device is configured to deliver: a first stimulation signal to the first lead end to stimulate a first lateral portion of a tongue; and a second stimulation signal from the implantable stimulation device to the second lead end to stimulate a second lateral portion of the tongue; wherein the second lateral portion is contralateral to the first lateral portion, wherein the system comprises a first communication telemetry module, wherein the first communication telemetry module is configured for communication with the implantable stimulation device, and a second communication telemetry module, wherein the second communication telemetry module is configured for communication with the implantable stimulation device and with the first communication telemetry module. a first lead end; a second lead end; and an implantable stimulation device connected to both the first lead end and the second lead end; wherein the implantable stimulation device is configured to deliver: a first stimulation signal to the first lead end to stimulate a first lateral portion of a tongue; and a second stimulation signal from the implantable stimulation device to the second lead end to stimulate a second lateral portion of the tongue; a first stimulation signal to the first lead end to stimulate a first lateral portion of a tongue; and a second stimulation signal from the implantable stimulation device to the second lead end to stimulate a second lateral portion of the tongue; wherein the second lateral portion is contralateral to the first lateral portion,
A development system for an electrophotographic printer with multiple augers comprising: a development roller; a first channel containing a feed auger and developer; a second channel containing a second auger; wherein developer from the first channel is fed to the development roller; wherein developer from the development roller is released to the second channel; a feed magnet in the development roller; and characterized in that a strength of a pickup field of the feed magnet in the development roller for feeding developer from the first channel to the development roller, increases in direction of a developer flow in the first channel from a first end of the development roller where the developer level is high in the first channel to a second end of the development roller where the developer level is low in the first channel. a development roller; a first channel containing a feed auger and developer; a second channel containing a second auger; wherein developer from the first channel is fed to the development roller; wherein developer from the development roller is released to the second channel; a feed magnet in the development roller; and characterized in that a strength of a pickup field of the feed magnet in the development roller for feeding developer from the first channel to the development roller, increases in direction of a developer flow in the first channel from a first end of the development roller where the developer level is high in the first channel to a second end of the development roller where the developer level is low in the first channel.
A device, comprising: one or more processors to: monitor a communication between network devices for an error associated with the communication; detect the error associated with the communication between the network devices; perform a comparison of an error metric and a threshold error metric, the error metric being associated with the error; determine whether the comparison indicates that the error metric satisfies the threshold error metric; identify a source of the error using a loopback test based on determining whether the comparison indicates that the error metric satisfies the threshold error metric, using the loopback test including applying the loopback test to a transceiver of a network device, of the network devices, prior to applying the loopback test to a network interface controller, NIC, of the network device; and provide error source information based on identifying the source of the error, the error source information identifying the source of the error. monitor a communication between network devices for an error associated with the communication; detect the error associated with the communication between the network devices; perform a comparison of an error metric and a threshold error metric, the error metric being associated with the error; determine whether the comparison indicates that the error metric satisfies the threshold error metric; identify a source of the error using a loopback test based on determining whether the comparison indicates that the error metric satisfies the threshold error metric, using the loopback test including applying the loopback test to a transceiver of a network device, of the network devices, prior to applying the loopback test to a network interface controller, NIC, of the network device; and provide error source information based on identifying the source of the error, the error source information identifying the source of the error.
Safety device for the at least partial protection of a workspace of a machine against the intrusion of an object and / or against an intervention, the safety device having at least one pivotable flap or door as well as a locking device coupled to the flap or door, the flap or door being arranged pivotable in or on a frame or a housing, comprising a movable latch arranged at the pivotable flap or door, the latch being movable by means of a manually operable lever, a handle or a toggle, the latch cooperating with a receiving element arranged on the frame or the housing, wherein the latch comprises a plurality of operation elements along its longitudinal extension direction for cooperating with the housing fixed or frame fixed receiving element, the longitudinal extension direction corresponding to the direction of movement of the latch during opening or closing of the pivotable flap or door, and wherein, in use, the cooperating operation elements and receiving element (30, 32) force at least a multiple manual actuation of the lever, the handle or the toggle in at least two opposing movement directions, swivel directions (B, C, D) or rotation directions at least upon the opening of the flap or door, and wherein the pivotable flap or door is coupled to a switching device that triggers a shutdown of hazardous moving parts and / or drives of the machine upon an opening of the flap or door.
A cosmetic applicator system that comprises: exactly one product reservoir that holds a product; a closure that engages the reservoir to seal and unseal the reservoir; a first applicator head and a second applicator head that are substantially identical and coaxial with each other, and that extend from the closure in opposite directions, such that when the closure is engaged on the reservoir, the first applicator head is immersed in the product in the reservoir; a magnifying cap that surrounds the second applicator head and that produces a magnified image of the second applicator head when the second applicator head is viewed from through the magnifying cap; wherein the magnifying cap is permanently affixed to the closure to render the second applicator head non-functional; and wherein the magnified image of the second applicator head is visible through the magnifying cap. exactly one product reservoir that holds a product; a closure that engages the reservoir to seal and unseal the reservoir; a first applicator head and a second applicator head that are substantially identical and coaxial with each other, and that extend from the closure in opposite directions, such that when the closure is engaged on the reservoir, the first applicator head is immersed in the product in the reservoir; a magnifying cap that surrounds the second applicator head and that produces a magnified image of the second applicator head when the second applicator head is viewed from through the magnifying cap; wherein the magnifying cap is permanently affixed to the closure to render the second applicator head non-functional; and wherein the magnified image of the second applicator head is visible through the magnifying cap.
A method performed by a first communication device for managing beamforming by a second communication device for transmission of a signal, the first communication device and the second communication device operating in a wireless communications network comprising a zone wherein a radio frequency electromagnetic field strength is required by a regulation to be below a threshold, the method comprising: - adjusting at least one of: output power and beam shape in the beamforming, wherein the adjusting is such that the radio frequency electromagnetic field strength in the zone for the output power and the beam shape in the beamforming is below the threshold, the adjusting being performed based on a look-up table specified for a finite set of weight vectors, the look-up table being a table of pre-calculated values, wherein by inputting a specific weight vector for transmission of the signal from the second communication device, an output value is obtained of the radio frequency electromagnetic field strength that would result in the zone; and - initiating transmission of the signal to a third communication device operating in the wireless communications network using beamforming with the adjusted at least one of: output power and beam shape. - adjusting at least one of: output power and beam shape in the beamforming, wherein the adjusting is such that the radio frequency electromagnetic field strength in the zone for the output power and the beam shape in the beamforming is below the threshold, the adjusting being performed based on a look-up table specified for a finite set of weight vectors, the look-up table being a table of pre-calculated values, wherein by inputting a specific weight vector for transmission of the signal from the second communication device, an output value is obtained of the radio frequency electromagnetic field strength that would result in the zone; and - initiating transmission of the signal to a third communication device operating in the wireless communications network using beamforming with the adjusted at least one of: output power and beam shape.
An electrically operated kitchen appliance, comprising cooking vessel and a lid for the cooking vessel, wherein the lid can be locked in the closed position against the cooking vessel, wherein the cooking vessel further has a cooking vessel base and a cooking vessel wall extending upwards from the base, wherein the cooking vessel wall transitions into a radially projecting cooking vessel edge, wherein the lid furthermore has a lid edge, which covers the cooking vessel edge in the closed position, wherein the lock is furthermore formed by a locking part acting on the lid, characterized in that a hinged section, which interacts with the lid edge and which can be operated by an electric motor, is provided for pivoting the lid from a closed position into an open position by a motor and for the lid to be capable of being removed from the hinged section by the user non-destructively.
A method for managing devices in a processing system, the method comprising: performing a first scan of a bus of the processing system from a first partition, the first scan to discover location information for devices on the bus; programming a communications hub (6, 36) of the processing system to hide at least one of the devices on the bus; after programming the communications hub (6, 36) to hide at least one of the devices, performing a second scan of the bus from the first partition; and providing a second partition of the processing system with location information for one or more of the devices detected in the first scan but not detected in the second scan. performing a first scan of a bus of the processing system from a first partition, the first scan to discover location information for devices on the bus; programming a communications hub (6, 36) of the processing system to hide at least one of the devices on the bus; after programming the communications hub (6, 36) to hide at least one of the devices, performing a second scan of the bus from the first partition; and providing a second partition of the processing system with location information for one or more of the devices detected in the first scan but not detected in the second scan.
An apparatus for stroke characterization, the apparatus comprising: a processor configured to: receive image data representing a three-dimensional image of a head of a subject; identify a region within the image data corresponding to bone in the head of the subject; apply an adjustment to the image data to compensate for effects resulting from radiation scattered from the bone during acquisition of the image data, wherein the adjustment applied to the image data comprises a reduction of a pixel intensity in regions corresponding to regions of the subject's head into which the radiation is scattered from the bone during acquisition of the image data, wherein the adjustment in the pixel intensity comprises adjusting the pixel intensity based on a distance of the pixel from a surface of the bone; generate a two-dimensional image based on the adjusted image data; and provide the generated two-dimensional image as an input to a predictive model to identify a region of interest for stroke characterization in the two-dimensional image. receive image data representing a three-dimensional image of a head of a subject; identify a region within the image data corresponding to bone in the head of the subject; apply an adjustment to the image data to compensate for effects resulting from radiation scattered from the bone during acquisition of the image data, wherein the adjustment applied to the image data comprises a reduction of a pixel intensity in regions corresponding to regions of the subject's head into which the radiation is scattered from the bone during acquisition of the image data, wherein the adjustment in the pixel intensity comprises adjusting the pixel intensity based on a distance of the pixel from a surface of the bone; generate a two-dimensional image based on the adjusted image data; and provide the generated two-dimensional image as an input to a predictive model to identify a region of interest for stroke characterization in the two-dimensional image.
A method of preparing a wind turbine blade with a leading edge protection, the wind turbine blade extending a length between a root end and a tip end of the blade, and extending a width between a trailing edge and a leading edge, the wind turbine blade comprising an outer surface portion comprising at least a part of the leading edge, the method comprising: - applying a first layer of paint on the surface portion of the blade, - applying a layer of a fibrous material on top of the first layer of paint, - applying a second layer of paint on the layer of fibrous material, and allowing the applied leading edge protection to cure; wherein the second layer of paint is applied to at least partially impregnate the layer of fibrous material. - applying a first layer of paint on the surface portion of the blade, - applying a layer of a fibrous material on top of the first layer of paint, - applying a second layer of paint on the layer of fibrous material, and allowing the applied leading edge protection to cure;