mhurhangee/patent-ind-claim-en huggingface dataset:
A receiver for coupling to a communications channel , comprising: a decision feedback equalizer for receiving an analog input signal , wherein the decision feedback equalizer includes a filter for subtracting a plurality of weighted postcursor decisions from the analog input signal to provide an analog output signal ; a postcursor decision circuit coupled to the decision feedback equalizer for receiving the analog output signal and comparing the analog output signal against positive and negative values of a postcursor coefficient h1 associated with a postcursor inter-symbol interference ("ISI") magnitude to provide a first possible decision and a second possible decision , respectively, and for selecting a current postcursor-based decision as between the first possible decision and the second possible decision responsive to a previous postcursor-based decision ; and a precursor cancellation circuit for receiving threshold inputs based on the postcursor coefficient h1 and on a precursor coefficient hm1 associated with a precursor ISI magnitude, the analog output signal , the previous postcursor-based decision and the current postcursor-based decision for providing a digital output signal for a previous sample of the analog input signal, wherein the threshold inputs correspond to -h1-hm1, +h1-hm1, -h1+hm1 and +h1+hm1. a decision feedback equalizer for receiving an analog input signal , wherein the decision feedback equalizer includes a filter for subtracting a plurality of weighted postcursor decisions from the analog input signal to provide an analog output signal ; a postcursor decision circuit coupled to the decision feedback equalizer for receiving the analog output signal and comparing the analog output signal against positive and negative values of a postcursor coefficient h1 associated with a postcursor inter-symbol interference ("ISI") magnitude to provide a first possible decision and a second possible decision , respectively, and for selecting a current postcursor-based decision as between the first possible decision and the second possible decision responsive to a previous postcursor-based decision ; and a precursor cancellation circuit for receiving threshold inputs based on the postcursor coefficient h1 and on a precursor coefficient hm1 associated with a precursor ISI magnitude, the analog output signal , the previous postcursor-based decision and the current postcursor-based decision for providing a digital output signal for a previous sample of the analog input signal, wherein the threshold inputs correspond to -h1-hm1, +h1-hm1, -h1+hm1 and +h1+hm1.
A portable device comprising: a display configured to provide a display region that is displayed with a first brightness; a sensor configured to sense a surrounding brightness of the portable device ; and a controller configured to control the display to: if an illuminance value corresponding to the surrounding brightness of the portable device sensed by the sensor is equal to or greater than a threshold value, or a changed value of the illuminance value is equal to or greater than a threshold value, display a partial region included in the display region with a second brightness different from the first brightness, the partial region comprising a User Interaction (UI) element; wherein the UI element comprises a UI element for controlling a brightness of the display region excluding the partial region, and wherein the controller is configured, in response to a user input being received through the UI element, to control the display to display a region excluding the partial region of the display region continuously with the first brightness, or with a fourth brightness that is lower than the second brightness a display configured to provide a display region that is displayed with a first brightness; a sensor configured to sense a surrounding brightness of the portable device ; and a controller configured to control the display to: if an illuminance value corresponding to the surrounding brightness of the portable device sensed by the sensor is equal to or greater than a threshold value, or a changed value of the illuminance value is equal to or greater than a threshold value, display a partial region included in the display region with a second brightness different from the first brightness, the partial region comprising a User Interaction (UI) element; wherein the UI element comprises a UI element for controlling a brightness of the display region excluding the partial region, and wherein the controller is configured, in response to a user input being received through the UI element, to control the display to display a region excluding the partial region of the display region continuously with the first brightness, or with a fourth brightness that is lower than the second brightness if an illuminance value corresponding to the surrounding brightness of the portable device sensed by the sensor is equal to or greater than a threshold value, or a changed value of the illuminance value is equal to or greater than a threshold value, display a partial region included in the display region with a second brightness different from the first brightness, the partial region comprising a User Interaction (UI) element; wherein the UI element comprises a UI element for controlling a brightness of the display region excluding the partial region, and
A flavoured vapour generating apparatus comprising: a flavoured liquid; a liquid reservoir configured to store the flavoured liquid; a heating coil arranged in the liquid reservoir , the heating coil configured to heat the flavoured liquid; and a sensor including a resistive wire arranged in the liquid reservoir , the sensor configured to detect depletion of the flavoured liquid in the liquid reservoir based on an electrical resistance between the heating coil and the resistive wire . a flavoured liquid; a liquid reservoir configured to store the flavoured liquid; a heating coil arranged in the liquid reservoir , the heating coil configured to heat the flavoured liquid; and a sensor including a resistive wire arranged in the liquid reservoir , the sensor configured to detect depletion of the flavoured liquid in the liquid reservoir based on an electrical resistance between the heating coil and the resistive wire .
A method for communication, the method comprising: in an optical transceiver comprising a silicon photonics interposer , a polarization splitter , a lens array , and a prism with a coarse wavelength division multiplexing, CWDM, coating and a high reflectivity, HR, coating , where the polarization splitter , lens array , and prism are coupled to the silicon photonics interposer ; receiving an input optical signal comprising a plurality of different wavelength and a plurality of different polarization optical signals; spatially separating signals of different polarization using the polarization splitter ; reflecting signals of a first wavelength range into the lens array using the CWDM coating while passing signals in a second wavelength range through the CWDM coating ; reflecting signals of the second wavelength range to the lens array using the HR coating ; coupling optical signals into the silicon photonics interposer using the lens array ; and demultiplexing signals of two different wavelengths in the first wavelength range and signals of two different wavelengths in the second wavelength range using demultiplexers in the silicon photonics interposer . receiving an input optical signal comprising a plurality of different wavelength and a plurality of different polarization optical signals; spatially separating signals of different polarization using the polarization splitter ; reflecting signals of a first wavelength range into the lens array using the CWDM coating while passing signals in a second wavelength range through the CWDM coating ; reflecting signals of the second wavelength range to the lens array using the HR coating ; coupling optical signals into the silicon photonics interposer using the lens array ; and demultiplexing signals of two different wavelengths in the first wavelength range and signals of two different wavelengths in the second wavelength range using demultiplexers in the silicon photonics interposer .
A method in a mobile terminal for receiving an enhanced multicast and broadcast service, E-MBS, control message in a communication system, the method comprising: receiving control information indicating a number N of multicast and broadcast service, MBS, scheduling intervals, MSIs, and a periodicity of each MSI, wherein the N MSIs have nested periodicities that are multiples of each other; determining a result of a system frame number, SFN, modulo operation for a super frame with a lowest periodicity of one of the N MSIs; if the result of the modulo operation is zero, attempting to decode the E-MBS control message in the super frame; and if the decoding is not successful, determining a subsequent super frame and attempting to decode the E-MBS control message in the subsequent super frame, wherein a result of a SFN modulo operation for the subsequent super frame with a next higher periodicity of one the N MSIs is zero. receiving control information indicating a number N of multicast and broadcast service, MBS, scheduling intervals, MSIs, and a periodicity of each MSI, wherein the N MSIs have nested periodicities that are multiples of each other; determining a result of a system frame number, SFN, modulo operation for a super frame with a lowest periodicity of one of the N MSIs; if the result of the modulo operation is zero, attempting to decode the E-MBS control message in the super frame; and if the decoding is not successful, determining a subsequent super frame and attempting to decode the E-MBS control message in the subsequent super frame, wherein a result of a SFN modulo operation for the subsequent super frame with a next higher periodicity of one the N MSIs is zero.
A lighting device comprising: at least one first light-emitting diode, LED, filament adapted to emit light with a first correlated color temperature, CCT; at least one second LED filament adapted to emit light with a second CCT, different from said first CCT; wherein each of said first and second LED filament has a first side and a second side being arranged opposite to each other and extending along a direction of elongation of each of the first and second LED filament and wherein each LED filament is arranged to emit a first, larger, portion of light from its first side and a second, smaller, portion of light from its second side ; a base connectable with a luminaire socket; and an at least partially light-transmissive envelope being mounted on said base and at least partially enveloping said at least one first LED filament and said at least one second LED filament; wherein a longitudinal axis (A) extends from said base to a top portion of said envelope; wherein each of said at least one first LED filament is arranged at a first angle ( θ 1 ) from said longitudinal axis, with its first side generally facing towards the top portion of the envelope; and wherein each of said at least one second LED filament is arranged at a second angle ( θ 2 ) from said longitudinal axis, with its first side generally facing towards the base. at least one first light-emitting diode, LED, filament adapted to emit light with a first correlated color temperature, CCT; at least one second LED filament adapted to emit light with a second CCT, different from said first CCT; wherein each of said first and second LED filament has a first side and a second side being arranged opposite to each other and extending along a direction of elongation of each of the first and second LED filament and wherein each LED filament is arranged to emit a first, larger, portion of light from its first side and a second, smaller, portion of light from its second side ; a base connectable with a luminaire socket; and an at least partially light-transmissive envelope being mounted on said base and at least partially enveloping said at least one first LED filament and said at least one second LED filament; wherein a longitudinal axis (A) extends from said base to a top portion of said envelope; wherein each of said at least one first LED filament is arranged at a first angle ( θ 1 ) from said longitudinal axis, with its first side generally facing towards the top portion of the envelope; and wherein each of said at least one second LED filament is arranged at a second angle ( θ 2 ) from said longitudinal axis, with its first side generally facing towards the base.
A link configuration method, comprising: determining , by a first user equipment, UE, a first configuration parameter of a first relay link between the first UE and a Relay UE; configuring , by the first UE, the first relay link according to the first configuration parameter; and sending , by the first UE, the first configuration parameter to the Relay UE to enable the Relay UE to configure a second relay link between the Relay UE and a second UE according to the first configuration parameter; characterized in that the first configuration parameter comprises one or more of: a length of a packet data convergence protocol, PDCP, sequence number, a radio link control, RLC, mode, a length of a RLC sequence number, a maximum retransmission threshold of RLC, maximum retransmission times of hybrid automatic repeat request, HARQ, a logical channel identity, and a prioritised bit rate of a logical channel. determining , by a first user equipment, UE, a first configuration parameter of a first relay link between the first UE and a Relay UE; configuring , by the first UE, the first relay link according to the first configuration parameter; and sending , by the first UE, the first configuration parameter to the Relay UE to enable the Relay UE to configure a second relay link between the Relay UE and a second UE according to the first configuration parameter; characterized in that the first configuration parameter comprises one or more of: a length of a packet data convergence protocol, PDCP, sequence number, a radio link control, RLC, mode, a length of a RLC sequence number, a maximum retransmission threshold of RLC, maximum retransmission times of hybrid automatic repeat request, HARQ, a logical channel identity, and a prioritised bit rate of a logical channel.
A method for operating a heating system having a diaphragm expansion vessel, in which, within individual measuring intervals, a first pressure is acquired in the heating system at a first operating temperature on the one hand, and a second pressure of the heating system is acquired at a second operating temperature on the other, characterized in that , in order to test the functionality of the heating system with its diaphragm expansion vessel, a first difference between the first and second pressure from one measuring interval is compared with a second difference between the first and second pressure from another measuring interval, and a signal is generated starting at a predetermined deviation between the differences.
Machine device tool for processing saw disks , comprising at least one processor , a spindle unit comprising in turn at least one shank provided with a flange on which a semi-finished tool saw disk to be planarized is mounted, said device comprising at least one sensor assembly comprising at least one sensor mounted on a carriage to slide at least from the periphery of said disk to the centre of said disk, said sensor detecting the differences in planarity in at least each part of a disk face and communicating said data to said processor , said device further comprising at least one hammer assembly comprising at least one beating head and at least one preloading spring for giving said beating head the thrust for striking areas of discrepancy in planarity detected by said at least one sensor , said thrust or said processing being determined by said processor.
A process for the manufacture of gamma,delta-unsaturated ketones of the general formula (III) by reacting a tertiary vinyl carbinol of the general formula (I) with an isopropenyl alkyl ether of the general formula (II) in the presence of a catalyst of the general formula (IV), wherein R 1 and R 6 are independently from each other methyl or ethyl, R 3 is methyl, R 2 is a saturated or unsaturated linear, branched or cyclic hydrocarbyl group with 1 to 46 C atoms, and R and R' are independently selected from each other from the group consisting of linear C 1-6 -alkyl, branched C 3-6 -alkyl, aryl and aralkyl. R 2 is a saturated or unsaturated linear, branched or cyclic hydrocarbyl group with 1 to 46 C atoms, and R and R' are independently selected from each other from the group consisting of linear C 1-6 -alkyl, branched C 3-6 -alkyl, aryl and aralkyl.
Suction line filter having at least one filter element comprising a filtrate side which is connected to a suction connection of the suction line filter, wherein the filter element has a degassing device , wherein the degasssing device discharges gases, such as air, present on its filtrate side to the outside on the unfiltered medium side when operation of the filter element is shut down, wherein the degassing device, configured as an end cap , closes off the filter element on its side opposing the suction connection and is provided with at least one valve flap which is closed during filtration mode and opens during shutdown mode, in which no suction pressure acts on the suction connection , under the effect of the pressure of rising gas bubbles and discharges them from the filtrate side to the unfiltered medium side, characterised in that the valve flap is formed of a resiliently yielding plate which, fixed in the centre of the end cap , covers fluid apertures of the end cap in a blocking manner or at least partially unblocks them. wherein the degasssing device discharges gases, such as air, present on its filtrate side to the outside on the unfiltered medium side when operation of the filter element is shut down, wherein the degassing device, configured as an end cap , closes off the filter element on its side opposing the suction connection and is provided with at least one valve flap which is closed during filtration mode and opens during shutdown mode, in which no suction pressure acts on the suction connection , under the effect of the pressure of rising gas bubbles and discharges them from the filtrate side to the unfiltered medium side, characterised in that the valve flap is formed of a resiliently yielding plate which, fixed in the centre of the end cap , covers fluid apertures of the end cap in a blocking manner or at least partially unblocks them.
Method for producing a tampon , comprising the following steps: i) positioning a strip made of a nonwoven material on a strip made of an absorbent material, such that a part of the strip made of nonwoven material projects over a narrow side of the strip made of absorbent material, ii) bonding the strip made of nonwoven material to the strip made of absorbent material, iii) arranging a pull-out means on the strip made of absorbent material, iv) rolling up the strip made of absorbent material and the strip made of nonwoven material to form a roll , such that the nonwoven material covers at least a portion of a lateral surface of the roll , v) bonding the projecting part of the strip made of nonwoven material to a portion of the strip made of nonwoven material that is bonded to the strip made of absorbent material, characterized in that , in step i), the strip made of nonwoven material is positioned in such a way that it also projects over a longitudinal edge of the strip made of absorbent material, wherein a portion of the strip made of nonwoven material that projects over the longitudinal edge of the strip made of absorbent material is selected to be of a size such that an end face of the roll can be completely covered by the projecting portion , and, in a step that follows step iv), a distal end of the roll , from which end the pull-out means protrudes, is completely covered with the projecting portion of the strip made of nonwoven material except for a through-opening for the pull-out means , and the projecting portion of the strip made of nonwoven material is bonded to form a closed sheath which completely covers the distal end up to the through-opening , wherein the nonwoven material has a weight per unit area of at least 6 g/m 2 , in particular between 12 and 30 g/m 2 , or in that , instead of the nonwoven material, a liquid-permeable film of plastic is used. i) positioning a strip made of a nonwoven material on a strip made of an absorbent material, such that a part of the strip made of nonwoven material projects over a narrow side of the strip made of absorbent material, ii) bonding the strip made of nonwoven material to the strip made of absorbent material, iii) arranging a pull-out means on the strip made of absorbent material, iv) rolling up the strip made of absorbent material and the strip made of nonwoven material to form a roll , such that the nonwoven material covers at least a portion of a lateral surface of the roll , v) bonding the projecting part of the strip made of nonwoven material to a portion of the strip made of nonwoven material that is bonded to the strip made of absorbent material,
A process cartridge comprising: an electrophotographic photoreceptor; a charging unit configured to charge the electrophotographic photoreceptor through abutment against the electrophotographic photoreceptor; a developing unit storing a toner and configured to develop an electrostatic latent image formed on the electrophotographic photoreceptor with the toner to form a toner image; and a cleaning unit configured to remove the toner on the electrophotographic photoreceptor by bringing a blade into abutment against the electrophotographic photoreceptor, wherein the toner stored in the developing unit includes a toner base containing a coloring agent and a binder resin, and has a surface layer containing an organosilicon polymer, and the organosilicon polymer has a sticking ratio, as determined according to the description, to a toner base of 85.0% or more to 99.0% or less, and wherein the electrophotographic photoreceptor includes a supporting member and a surface layer, and the surface layer has a universal hardness value (HU), as determined according to the description, of 210 (N/mm 2 ) or more to 250 (N/mm 2 ) or less, and an elastic deformation ratio (We), as determined according to the description, of 37% or more to 52% or less. an electrophotographic photoreceptor; a charging unit configured to charge the electrophotographic photoreceptor through abutment against the electrophotographic photoreceptor; a developing unit storing a toner and configured to develop an electrostatic latent image formed on the electrophotographic photoreceptor with the toner to form a toner image; and a cleaning unit configured to remove the toner on the electrophotographic photoreceptor by bringing a blade into abutment against the electrophotographic photoreceptor, wherein the toner stored in the developing unit includes a toner base containing a coloring agent and a binder resin, and has a surface layer containing an organosilicon polymer, and the organosilicon polymer has a sticking ratio, as determined according to the description, to a toner base of 85.0% or more to 99.0% or less, and wherein the electrophotographic photoreceptor includes a supporting member and a surface layer, and the surface layer has a universal hardness value (HU), as determined according to the description, of 210 (N/mm 2 ) or more to 250 (N/mm 2 ) or less, and an elastic deformation ratio (We), as determined according to the description, of 37% or more to 52% or less.