mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus comprising: means for amplifying a MM wave input signal comprising a plurality of amplifier stages coupled together to produce an amplified MM wave output signal, the plurality of amplifier stages comprising more than three amplifier stages; two or more feedback elements (FB1, FB2) coupled across the amplifier stages , to form two or more interleaved feedback paths, respectively, each interleaved feedback path connecting an output of a corresponding amplifier stage of said plurality of amplifier stages to an input of another corresponding amplifier stage of said plurality of amplifier stages , said input and output being different from the respective inputs and outputs of the amplifier stages which are corresponding to the other interleaved feedback paths; each feedback element (FB1) of the two or more feedback elements (FB1, FB2) coupled across an odd number of the amplifier stages to increase an operating bandwidth, with the exception of a selected feedback element (FB2) of the two or more feedback elements (FB1, FB2) being coupled across an even number of amplifier stages ; and means (PS) for phase shifting coupled between the selected feedback element (FB2) and a selected amplifier stage being connected by the respective interleaved feedback path of the selected feedback element (FB2), the means (PS) for phase shifting configured to introduce a selected amount of phase shift to cause the selected feedback element (FB2) to act as if coupled around a selected odd number of amplifier stages . means for amplifying a MM wave input signal comprising a plurality of amplifier stages coupled together to produce an amplified MM wave output signal, the plurality of amplifier stages comprising more than three amplifier stages; two or more feedback elements (FB1, FB2) coupled across the amplifier stages , to form two or more interleaved feedback paths, respectively, each interleaved feedback path connecting an output of a corresponding amplifier stage of said plurality of amplifier stages to an input of another corresponding amplifier stage of said plurality of amplifier stages , said input and output being different from the respective inputs and outputs of the amplifier stages which are corresponding to the other interleaved feedback paths; each feedback element (FB1) of the two or more feedback elements (FB1, FB2) coupled across an odd number of the amplifier stages to increase an operating bandwidth, with the exception of a selected feedback element (FB2) of the two or more feedback elements (FB1, FB2) being coupled across an even number of amplifier stages ; and means (PS) for phase shifting coupled between the selected feedback element (FB2) and a selected amplifier stage being connected by the respective interleaved feedback path of the selected feedback element (FB2), the means (PS) for phase shifting configured to introduce a selected amount of phase shift to cause the selected feedback element (FB2) to act as if coupled around a selected odd number of amplifier stages .
Method for a trailer vehicle which can be coupled to a towing vehicle and comprises an electric drive , which method is for controlling the electric drive and comprises the steps of: - receiving a current accelerator pedal position from a towing vehicle by means of a trailer brake control unit of the trailer vehicle , - generating a control signal for the electric drive by means of the trailer brake control unit depending on the received current accelerator pedal position and - controlling the electric drive by means of the generated control signal , characterized in that the accelerator pedal position is received via an ISO 11992-2 CAN bus , specifically in message EBS 11, and the control signal is output to a vehicle brake control unit of the towing vehicle via the ISO 11992-2 CAN bus , specifically in message 21 and/or 23, as an absolute value in message 23 and as a relative value in message 21, and a request signal for a vehicle control unit is generated in the vehicle brake control unit depending on the control signal . - receiving a current accelerator pedal position from a towing vehicle by means of a trailer brake control unit of the trailer vehicle , - generating a control signal for the electric drive by means of the trailer brake control unit depending on the received current accelerator pedal position and - controlling the electric drive by means of the generated control signal , the accelerator pedal position is received via an ISO 11992-2 CAN bus , specifically in message EBS 11, and the control signal is output to a vehicle brake control unit of the towing vehicle via the ISO 11992-2 CAN bus , specifically in message 21 and/or 23, as an absolute value in message 23 and as a relative value in message 21, and a request signal for a vehicle control unit is generated in the vehicle brake control unit depending on the control signal .
An engineered CRISPR protein having increased specificity for target polynucleotide loci as compared to off-target polynucleotide loci, said protein comprising two or more modifications in a groove between HNH and RuvC domains with reference to Cas9, wherein the modifications comprise substituting at least two positively charged residues with neutral or negatively charged amino acid residues.
A method for removing at least one polycyclic aromatic hydrocarbon from a smoking material or a derivative thereof which method includes contacting the material ot derivative thereof with a molecularly imprinted polymer selective for the hydrocarbon in the presence of a low polarity medium having a dielectric constant less than 8.
A printed material (100; 110; 120; 130) comprising: a medium having a specular reflective layer for visible light; a first line composed of a first color formed by discharging ink onto the medium; a second line formed by discharging, onto the medium, a second color ink different from the first color, the second line being formed parallel to the first line; a prism layer formed by discharging a transparent ink that does not include a color material at the first line and the second line; wherein when a portion of the medium is pseudo-divided so that a plurality of continuous regions (F1, F2, F3) are formed by adjacently repeating a first region, a second region, and a third region, in one set, that are continuous linear regions in parallel, the first line is disposed in any one of the first region, the second region, and the third region in the one set, the second line is disposed in any region other than the region formed with the first line, of the first region, the second region, and the third region in the one set, the prism layer spans two continuous regions including the region formed with the first line of the first region, the second region, and the third region, in the one set, and is disposed parallel to the linear regions, and a section of the prism layer has a shape of a portion of a non-circular arc that approximates an ellipse, and the first line and the second line are completely covered by the prism layer . a first line composed of a first color formed by discharging ink onto the medium; a second line formed by discharging, onto the medium, a second color ink different from the first color, the second line being formed parallel to the first line; a prism layer formed by discharging a transparent ink that does not include a color material at the first line and the second line; wherein when a portion of the medium is pseudo-divided so that a plurality of continuous regions (F1, F2, F3) are formed by adjacently repeating a first region, a second region, and a third region, in one set, that are continuous linear regions in parallel, the first line is disposed in any one of the first region, the second region, and the third region in the one set, the second line is disposed in any region other than the region formed with the first line, of the first region, the second region, and the third region in the one set, the prism layer spans two continuous regions including the region formed with the first line of the first region, the second region, and the third region, in the one set, and is disposed parallel to the linear regions, and a section of the prism layer has a shape of a portion of a non-circular arc that approximates an ellipse, and the first line and the second line are completely covered by the prism layer .
A WiFi roaming method performed by a mobile terminal comprising dual WiFi modules, the dual WiFi modules consisting of a first WiFi module and a second WiFi module, the method comprising: controlling the first WiFi module connected with an access point, AP, to operate at a first frequency band and controlling the second WiFi module connected with an AP to operate at a second frequency band, when both the first WiFi module and the second WiFi module are in a connected state, the first frequency band being not overlapped with the second frequency band; and controlling the first WiFi module to be in a first roaming restriction mode to restrict the first WiFi module to roam in the first frequency band. controlling the first WiFi module connected with an access point, AP, to operate at a first frequency band and controlling the second WiFi module connected with an AP to operate at a second frequency band, when both the first WiFi module and the second WiFi module are in a connected state, the first frequency band being not overlapped with the second frequency band; and controlling the first WiFi module to be in a first roaming restriction mode to restrict the first WiFi module to roam in the first frequency band.
A launch system for use in controlling subsea equipment, comprising: a. a winch mounted on a vessel; b. a moveable boom mounted on the vessel; c. at least one reel mounted near the moveable boom on the vessel for storing at least one optical conductor, electrical conductor or hydraulic conductor; d. at least one actuator mounted on the vessel for pivoting the moveable boom from a pre-deployed position to a deployed position; e. a power system mounted on said vessel for said at least one optical conductor, electrical conductor or hydraulic conductor when engaged with said subsea equipment which can be used for performing subsea functions the winch being mounted on the vessel separately from the moveable boom, characterised in that the launch system further includes a cable sheave disposed on said moveable boom and arranged to receive cable from the winch and guide said cable to a subsea tool, and an umbilical sheave disposed on said moveable boom arranged to guide a hydraulic umbilical and an electrical sheave disposed on said moveable boom arranged to guide an electrical umbilical to the subsea tool. a. a winch mounted on a vessel; b. a moveable boom mounted on the vessel; c. at least one reel mounted near the moveable boom on the vessel for storing at least one optical conductor, electrical conductor or hydraulic conductor; d. at least one actuator mounted on the vessel for pivoting the moveable boom from a pre-deployed position to a deployed position; e. a power system mounted on said vessel for said at least one optical conductor, electrical conductor or hydraulic conductor when engaged with said subsea equipment which can be used for performing subsea functions
A method for controlling a motor of a power tool, the method comprising: electrically braking, by a controller, the motor at a first time; and applying a pulse-width modulated (PWM) signal to the motor, by the controller, at a second time; characterized in that the second time is determined by: determining, by the controller, a type of a battery pack electrically coupled to the power tool; and in that the method is further comprising: determining, by the controller, the second time based on the type of the battery pack. electrically braking, by a controller, the motor at a first time; and applying a pulse-width modulated (PWM) signal to the motor, by the controller, at a second time; characterized in that the second time is determined by: determining, by the controller, a type of a battery pack electrically coupled to the power tool; and in that the method is further comprising: determining, by the controller, the second time based on the type of the battery pack. determining, by the controller, a type of a battery pack electrically coupled to the power tool; and in that the method is further comprising: determining, by the controller, the second time based on the type of the battery pack.
A method for producing a sugar liquid derived from a cellulose-containing biomass, said method comprising the steps of: (a) saccharifying a pretreated product having a lignin content of not more than 8.5% by weight obtained by pretreatment of a cellulose-containing biomass, to obtain a saccharified liquid; (b) filtering the saccharified liquid obtained in Step (a) through a microfiltration membrane to allow formation of a cake on the membrane surface in the feed side while obtaining a sugar liquid from the permeate side; and (c) collecting the cake formed on the membrane surface in Step (b) by peeling off from the membrane. (a) saccharifying a pretreated product having a lignin content of not more than 8.5% by weight obtained by pretreatment of a cellulose-containing biomass, to obtain a saccharified liquid; (b) filtering the saccharified liquid obtained in Step (a) through a microfiltration membrane to allow formation of a cake on the membrane surface in the feed side while obtaining a sugar liquid from the permeate side; and (c) collecting the cake formed on the membrane surface in Step (b) by peeling off from the membrane.
Method of controlling a deceleration phase of a powertrain of a hybrid vehicle comprising a heat engine capable of supplying a loss torque (CF_SM1) to the wheels and a second motor controlled during the deceleration phase to provide either a traction torque to the wheels or a recovery torque of kinetic energy in an energy accumulator , the recovery torque being able to be constrained by a recovery limit when a saturation condition of the recovery is activated, the method comprising the following successive steps: - supply (E1) of the traction torque only by the second motor when a torque setpoint to the wheels is positive, - supply (E2) of the recovery torque (CSM2_1) by the second motor as soon as the wheel torque setpoint is negative (Ccons), - a supply step (E3) of the loss torque (CF_SM1) in addition to the recovery torque (CSM2_1) if the condition saturation energy recovery is activated, said method being characterized in that the supply (E3) of the loss torque is controlled by a start command of the heat engine , then by a command to send the heat engine with the wheels, and then by an operating control of the heat engine without fuel injection. - supply (E1) of the traction torque only by the second motor when a torque setpoint to the wheels is positive, - supply (E2) of the recovery torque (CSM2_1) by the second motor as soon as the wheel torque setpoint is negative (Ccons), - a supply step (E3) of the loss torque (CF_SM1) in addition to the recovery torque (CSM2_1) if the condition saturation energy recovery is activated,
Jewelry (200; 300) for holding an interchangeable ornament (210; 310), comprising a jewelry body (202; 302); a setting base (204; 304) arranged above and attached to said jewelry body (202; 302), said setting base (204; 304) having an upper and a lower surface; and a plurality of ornament holders (208; 308) arranged along a circumference of said setting base (204; 304) and extending in a vertical direction from said setting base (204; 304), at least one of which is a moveable ornament holder (208; 308), wherein said at least one moveable ornament holder (208; 308) is configured to be moved between a first position in which said interchangeable ornament (210; 310) is restricted from moving, and a second position wherein said interchangeable ornament (210; 310) is moveable, the jewelry is characterized in that said at least one moveable ornament holder (208; 308) comprises a protrusion , and wherein said lower surface of said setting base (204; 304) comprises a groove corresponding to said protrusion , and wherein said protrusion is configured to engage with said groove when the at least one moveable ornament holder (208; 308) is in the first position in order to restrict said at least one moveable ornament holder (208; 308) from moving from said first position to said second position. a jewelry body (202; 302); a setting base (204; 304) arranged above and attached to said jewelry body (202; 302), said setting base (204; 304) having an upper and a lower surface; and a plurality of ornament holders (208; 308) arranged along a circumference of said setting base (204; 304) and extending in a vertical direction from said setting base (204; 304), at least one of which is a moveable ornament holder (208; 308), wherein said at least one moveable ornament holder (208; 308) is configured to be moved between a first position in which said interchangeable ornament (210; 310) is restricted from moving, and a second position wherein said interchangeable ornament (210; 310) is moveable, the jewelry is characterized in that said at least one moveable ornament holder (208; 308) comprises a protrusion , and wherein said lower surface of said setting base (204; 304) comprises a groove corresponding to said protrusion , and wherein said protrusion is configured to engage with said groove when the at least one moveable ornament holder (208; 308) is in the first position in order to restrict said at least one moveable ornament holder (208; 308) from moving from said first position to said second position.
A method for directing plant development, the method comprising applying radio wave energy with a frequency in the range from 1 MHz to 15 MHz to a plant from a device comprising a power supply and a casing , the casing housing a module for radio wave transmission, the module comprising a means for frequency input , a transmitter for applying a frequency in the range of 1 MHz to 15 MHz to an antenna , and an integrated antenna for emitting radio waves with a frequency in the range of 1 MHz to 15 MHz.
A signal transmission processing method, comprising: obtaining at least one Common Public Radio Interface, CPRI, signal of a distributed base station that is sent by a Base Band Unit, BBU, of the distributed base station; encapsulating the obtained at least one CPRI signal of the distributed base station into optical transport network, OTN, frames, wherein the at least one CPRI signal is mapped into the OTN frames by adopting a Generic Mapping Procedure, GMP, mapping scheme; and performing electro-optic conversion for the OTN frames obtained through the encapsulating to generate an optical signal and transmitting the optical signal. obtaining at least one Common Public Radio Interface, CPRI, signal of a distributed base station that is sent by a Base Band Unit, BBU, of the distributed base station; encapsulating the obtained at least one CPRI signal of the distributed base station into optical transport network, OTN, frames, wherein the at least one CPRI signal is mapped into the OTN frames by adopting a Generic Mapping Procedure, GMP, mapping scheme; and performing electro-optic conversion for the OTN frames obtained through the encapsulating to generate an optical signal and transmitting the optical signal.
A method of datuming multi-component seismic data, comprising: accessing a plurality of seismic traces, obtained by a multi-component receiver comprising a pressure sensor and a particle motion sensor for detecting two or three components of particle motion, the plurality of seismic traces including data representative of amplitude and spatial gradient samples of a seismic wavefield at a plurality of recording locations in a medium, initiating using a computer-based processing unit, a wavefield propagation from the plurality of recording locations through the medium using the amplitude and spatial gradient samples of the seismic wavefield; and generating seismic traces corresponding to the propagated wavefield at defined locations within the medium; wherein the data in the plurality of particle motion traces is representative of the spatial gradient samples of the seismic wavefield; wherein each generated seismic trace corresponds to one of said defined locations within said medium at a plurality of instances in time; and wherein at least some of the defined locations are offset in depth within the medium from at least some of the plurality of recording locations; the method further characterised in that at least some of the accessed seismic traces include a pressure trace recorded as a function of time and two or three components of particle motion traces recorded as a function of time for each recording location; a plurality of seismic traces are generated for each defined location ; and the defined locations are arranged in a gridded datum player . accessing a plurality of seismic traces, obtained by a multi-component receiver comprising a pressure sensor and a particle motion sensor for detecting two or three components of particle motion, the plurality of seismic traces including data representative of amplitude and spatial gradient samples of a seismic wavefield at a plurality of recording locations in a medium, initiating using a computer-based processing unit, a wavefield propagation from the plurality of recording locations through the medium using the amplitude and spatial gradient samples of the seismic wavefield; and generating seismic traces corresponding to the propagated wavefield at defined locations within the medium; wherein the data in the plurality of particle motion traces is representative of the spatial gradient samples of the seismic wavefield; wherein each generated seismic trace corresponds to one of said defined locations within said medium at a plurality of instances in time; and wherein at least some of the defined locations are offset in depth within the medium from at least some of the plurality of recording locations; the method further characterised in that at least some of the accessed seismic traces include a pressure trace recorded as a function of time and two or three components of particle motion traces recorded as a function of time for each recording location; a plurality of seismic traces are generated for each defined location ; and the defined locations are arranged in a gridded datum player .