mhurhangee/patent-ind-claim-en huggingface dataset:
A method of transmitting a signal, by a station, STA, operating in a Wireless Local Area Network, WLAN, system using a multi user, MU, scheme, the method comprising: configuring a radio frame in which a signaling, SIG, field comprising control information and a data field for transmitting data, wherein the SIG field is configured to comprise an SIG A field containing bandwidth information indicating a total bandwidth having a bandwidth wider than 20 MHz and equal to 2 n times 20 MHz, with n being an integer equal to 1, 2 or 3, and an SIG B field containing user specific information; and transmitting the radio frame to one or more other STAs, wherein the bandwidth information of the SIG A field additionally indicates whether or not the total bandwidth includes one or more 20 MHz bands not used for transmitting data as a null channel, and wherein the SIG B field additionally contains information indicating a location of the null channel. configuring a radio frame in which a signaling, SIG, field comprising control information and a data field for transmitting data, wherein the SIG field is configured to comprise an SIG A field containing bandwidth information indicating a total bandwidth having a bandwidth wider than 20 MHz and equal to 2 n times 20 MHz, with n being an integer equal to 1, 2 or 3, and an SIG B field containing user specific information; and transmitting the radio frame to one or more other STAs, wherein the bandwidth information of the SIG A field additionally indicates whether or not the total bandwidth includes one or more 20 MHz bands not used for transmitting data as a null channel, and wherein the SIG B field additionally contains information indicating a location of the null channel.
An apparatus comprising: a plurality of light emitting diodes, LEDs, comprising positive and negative terminals on a first surface of each of said LEDs; a coating material ; and a mold housing, comprising: a bottom rigid block support having a top surface ; and a top rigid block support arranged over said bottom rigid block support with a space between the two to at least partially define a formation cavity ; said formation cavity arranged so that said coating material can be introduced into said formation cavity; the apparatus further comprising a double sided adhesive film on the top surface of said bottom rigid block support such that said adhesive film prevents said coating material from adhering to said top surface, the plurality of LEDs being arranged on said adhesive, such that said first surface faces said top surface of said bottom rigid block support, such that said LEDs are partially embedded in said coating material, but said positive and negative terminals are not covered by said coating material; and wherein said mold is arranged so that said coating material can be cured or otherwise hardened in said formation cavity such that said LEDs are at least partially embedded in said coating material. a plurality of light emitting diodes, LEDs, comprising positive and negative terminals on a first surface of each of said LEDs; a coating material ; and a mold housing, comprising: a bottom rigid block support having a top surface ; and a top rigid block support arranged over said bottom rigid block support with a space between the two to at least partially define a formation cavity ; said formation cavity arranged so that said coating material can be introduced into said formation cavity; a bottom rigid block support having a top surface ; and a top rigid block support arranged over said bottom rigid block support with a space between the two to at least partially define a formation cavity ; said formation cavity arranged so that said coating material can be introduced into said formation cavity; the apparatus further comprising a double sided adhesive film on the top surface of said bottom rigid block support such that said adhesive film prevents said coating material from adhering to said top surface, the plurality of LEDs being arranged on said adhesive, such that said first surface faces said top surface of said bottom rigid block support, such that said LEDs are partially embedded in said coating material, but said positive and negative terminals are not covered by said coating material; and wherein said mold is arranged so that said coating material can be cured or otherwise hardened in said formation cavity such that said LEDs are at least partially embedded in said coating material.
An HIV-1 vaccine comprising a human cytomegalovirus (HCMV) backbone or a rhesus cytomegalovirus (RhCMV) backbone, wherein the HCMV or RhCMV backbone comprises a nucleic acid sequence encoding a fusion antigen comprising a Gag/Nef fusion, wherein the Gag/Nef fusion consists of the amino acid sequence of SEQ ID NO: 706, and wherein the HCMV backbone lacks the UL130-128 gene region.
Device for adjusting a sighting , comprising: - adjustable sighting , - sighting adjustment mechanism , comprising an adjustment activation element , arranged to be movable within a degree of free adjustment movement by the user to adjust the sighting , characterized in that - a combined click and lock device is provided, comprising a first click adjustment element , which is at least in sections provided with a three-dimensional, in particular toothed surface or surface structuring , and a second click adjustment element arranged to be movable relative to the first one and which is interlocked with the click surface of the first click adjustment element , wherein the combined click and lock device is configured in a first operating mode to generate an acoustic and/or haptic response, which is acoustically and/or haptically perceivable by the user upon a movement of the adjustment activation element in at least one degree of free adjustment movement, and being configured in a second operating mode to lock the movements of the adjustment activation element , in the at least one degree of free adjustment movement, wherein the first click adjustment element and the second click adjustment element interact in the first operating mode in such a manner that when the second click adjustment element is moved relative to the first click adjustment element , an acoustic and/or haptic response can be or is generated, and the first click adjustment element and the second click adjustment element in the second operating mode interact by clamping or tensioning in such a manner that a force can be generated or is generated, working in the opposite direction of a movement of the adjustment activation element , in the at least one degree of free adjustment movement, to lock the movement of the adjustment activation element in the at least one degree of free adjustment movement. - adjustable sighting , - sighting adjustment mechanism , comprising an adjustment activation element , arranged to be movable within a degree of free adjustment movement by the user to adjust the sighting , characterized in that - a combined click and lock device is provided, comprising a first click adjustment element , which is at least in sections provided with a three-dimensional, in particular toothed surface or surface structuring , and a second click adjustment element arranged to be movable relative to the first one and which is interlocked with the click surface of the first click adjustment element ,
A method for setting initial values for a multiplicative compensation coefficient and an additive compensation coefficient for a transistor, the method comprising: determining a plurality of measured transistor currents, each at a respective one of at least three transistor control voltages (V gs ); setting initial values of the multiplicative compensation coefficient and an additive compensation coefficient based on the measured transistor currents and the transistor control voltages; and adjusting a voltage applied to a gate of the transistor based on the multiplicative compensation coefficient and the additive compensation coefficient, the voltage corresponding to a color value, wherein setting of the initial values of the multiplicative compensation coefficient and the additive compensation coefficient comprises estimating a plurality of parameters of the transistor, wherein the plurality of parameters includes an alpha (α), a threshold voltage (v th ), and a mobility (M); and characterised in that the method further comprises the steps of: H estimating the plurality of parameters uses a transistor model based on the plurality of parameters, the measured current (I DS ), and control voltage (V gs ), providing an equation for each measured current and control voltage, and combining the equations by taking a ratio to provide two equations from which the mobility (M) has been eliminated, said two equations including only the alpha and threshold value (V th ) as unknown parameters of the transistor. determining a plurality of measured transistor currents, each at a respective one of at least three transistor control voltages (V gs ); setting initial values of the multiplicative compensation coefficient and an additive compensation coefficient based on the measured transistor currents and the transistor control voltages; and adjusting a voltage applied to a gate of the transistor based on the multiplicative compensation coefficient and the additive compensation coefficient, the voltage corresponding to a color value, wherein setting of the initial values of the multiplicative compensation coefficient and the additive compensation coefficient comprises estimating a plurality of parameters of the transistor, wherein the plurality of parameters includes an alpha (α), a threshold voltage (v th ), and a mobility (M); and characterised in that the method further comprises the steps of: H estimating the plurality of parameters uses a transistor model based on the plurality of parameters, the measured current (I DS ), and control voltage (V gs ), providing an equation for each measured current and control voltage, and combining the equations by taking a ratio to provide two equations from which the mobility (M) has been eliminated, said two equations including only the alpha and threshold value (V th ) as unknown parameters of the transistor.
Fixation pin support with matching guide sleeve , the fixation pin support being adapted to be able to be integrated or to be integrated in a dental prosthesis so as to be able to be connected to a jaw of a patient along its longitudinal axis via a respective fixation pin , the jaw having holes drilled previously into which the fixation pin slidable through the fixation pin support can protrude in order to temporarily anchor the dental prosthesis to the jaw, the fixation pin support comprising: a) a base portion adapted to be integrally connectable to the dental prosthesis or made in one piece with the dental prosthesis ; b) the guide sleeve being formed longitudinal along a guide sleeve longitudinal axis and sleeve-like with an inner guide channel which is open to the outside on both sides; characterized in that c) the base portion has an outer adapter portion integrally connected to it which extends along the longitudinal axis with an outer adapter length from the base portion to an outer end with an outer adapter cross-section, the outer end of the outer adapter portion at the dental prosthesis being directed outwards away from the patient; d) the guide sleeve having, at a first end along the guide sleeve longitudinal axis, an interior cup-shaped inner adapter portion with an inner adapter length and an inner adapter cross-section; and e) the inner adapter portion with the inner adapter length and the inner adapter cross-section and the outer adapter portion with the outer adapter length and the outer adapter cross-section being formed matching each other so as to be pluggable onto each other, forming a connection stable enough to be able to drill, with a predefined tolerance, a hole through the guide sleeve into the fixation pin support which hole the fixation pin fits into. a) a base portion adapted to be integrally connectable to the dental prosthesis or made in one piece with the dental prosthesis ; b) the guide sleeve being formed longitudinal along a guide sleeve longitudinal axis and sleeve-like with an inner guide channel which is open to the outside on both sides; c) the base portion has an outer adapter portion integrally connected to it which extends along the longitudinal axis with an outer adapter length from the base portion to an outer end with an outer adapter cross-section, the outer end of the outer adapter portion at the dental prosthesis being directed outwards away from the patient; d) the guide sleeve having, at a first end along the guide sleeve longitudinal axis, an interior cup-shaped inner adapter portion with an inner adapter length and an inner adapter cross-section; and e) the inner adapter portion with the inner adapter length and the inner adapter cross-section and the outer adapter portion with the outer adapter length and the outer adapter cross-section being formed matching each other so as to be pluggable onto each other, forming a connection stable enough to be able to drill, with a predefined tolerance, a hole through the guide sleeve into the fixation pin support which hole the fixation pin fits into.
A traction wheel for a track roller unit of an agricultural working machine, with at least one drive wheel for driving an elastic track belt of the track roller unit , characterized in that the at least one drive wheel has support arms which extend from an axis of rotation of the drive wheel in the shape of spokes in a radial direction, and in that a respective gap is formed radially outwardly at least between two adjacent support arms , wherein the radially outwardly formed gaps between adjacent support arms extend over the entire width of the drive wheel and in that at least one friction element is respectively detachably radially outwardly disposed on a support arm for force-fitting cooperation with the track belt .
A chainless electric bicycle that is not travelled by a pedaling, comprising; a weight sensing unit configured to sense a rider's weight, the weight sensing unit being provided on at least one of a saddle , a pedal , a wheel , and a middle frame ; a motor output controlling unit configured to control a motor driving output; an electronic control unit configured to vary the motor output through the motor output controlling unit according to the weight sensed by the weight sensing unit , and a pedal torque sensing unit configured to sense a rotational speed of the pedal , wherein the electronic control unit further configured to constantly vary the motor output according to the pedal speed sensed by the pedal torque sensing unit on the basis of a motor output mapping information in which a motor output is predetermined according to the pedal speed on the basis of a standard model weight; and wherein the weight sensing unit classifies the rider's weight into a standard weight mode, an underweight mode, and an overweight mode according to the sensed weight, if the weight is in the underweight mode, the weight sensing unit reduces the motor output to a value below the motor output for the standard weight mode and if the weight is in the overweight mode, the weight sensing unit increases the motor output to a value above the motor output for the standard weight mode.
Adhesive having water vapour barrier properties, comprising an adhesive base composed of - at least one epoxy syrup - at least one elastomer - at least one initiator - optionally at least one tackifier resin - optionally at least one further reactive resin optionally a solvent, characterized in that the adhesive base without solvent has a water vapour permeation rate after activation of the reactive resin component of less than 100 g/m 2 d, measured at 38°C and 90% relative humidity according to ASTM F-1249 and normalized to a thickness of 50 μm, wherein the epoxy syrup contains bisepoxy monomers and high molecular weight uncrosslinked polyepoxides produced therefrom and has a viscosity of at least 1 Pa s measured according to DIN 53019 in a cylinder-type rotational viscometer having a standard geometry according to DIN 53019-1 at a measurement temperature of 23°C and a shear rate of 1s -1 . - at least one epoxy syrup - at least one elastomer - at least one initiator - optionally at least one tackifier resin - optionally at least one further reactive resin optionally a solvent,
A process for the production of a composition consisting of yeast cell walls, which comprises steps of: a) dispersing exhausted yeast in an aqueous medium to obtain a first suspension of yeast cells, said exhausted yeast consisting of yeast cells biomass recovered at the end of processes for the production of yeast extracts and/or ribonucleotides; b) treating said first suspension having a dry weight of between 5% and 12% with a proteolytic enzyme at a temperature comprised between 50°C and 70°C, for 6 to 10 hours, in an aqueous medium containing a basic compound and having a pH between 7.5 and 9.0; c) centrifuging said first suspension obtaining a first pellet and a supernatant; d) dispersing said first pellet in an aqueous medium, obtaining a second suspension of yeast cells; e) centrifuging said second suspension to obtain a second pellet having a protein content comprised between 20% and 30 % on dry substance, which constitutes said composition consisting of yeast cell walls. a) dispersing exhausted yeast in an aqueous medium to obtain a first suspension of yeast cells, said exhausted yeast consisting of yeast cells biomass recovered at the end of processes for the production of yeast extracts and/or ribonucleotides; b) treating said first suspension having a dry weight of between 5% and 12% with a proteolytic enzyme at a temperature comprised between 50°C and 70°C, for 6 to 10 hours, in an aqueous medium containing a basic compound and having a pH between 7.5 and 9.0; c) centrifuging said first suspension obtaining a first pellet and a supernatant; d) dispersing said first pellet in an aqueous medium, obtaining a second suspension of yeast cells; e) centrifuging said second suspension to obtain a second pellet having a protein content comprised between 20% and 30 % on dry substance, which constitutes said composition consisting of yeast cell walls.
A balloon comprising: a body portion inflatable to a first diameter; two seal portions , each having a second diameter smaller than the first diameter; and two shoulder portions , each defining a transition between the first diameter and the second diameter between an outer edge of the body portion and a longitudinally offset inner edge of one of the two seal portions, wherein at least one shoulder portion comprises a load sharing member and a stepped geometry comprising a generally square configuration upon inflation of the balloon. a body portion inflatable to a first diameter; two seal portions , each having a second diameter smaller than the first diameter; and two shoulder portions , each defining a transition between the first diameter and the second diameter between an outer edge of the body portion and a longitudinally offset inner edge of one of the two seal portions, wherein at least one shoulder portion comprises a load sharing member and a stepped geometry comprising a generally square configuration upon inflation of the balloon.
System of an electric motor which controls an actuator for a vehicle driveline clutch system and a safety device for the electric motor , where the motor includes at least three coils (20a, 20b and 20c) and where resistors (22a, 22b and 22c) are provided and connected with each of the coils (20a, 20b and 20c) and the resistors (22a, 22b and 22c) are configured so that their resistance can be adjusted, the safety device comprising: a safety module including switches (30a, 30b and 30c) for each of the coils (20a, 20b and 20c) of the motor, respectively; a safety control module configured to provide an output signal to the safety module , which actively holds the switches (30a, 30b and 30c) opened during a regular operation of the motor , and to provide an output signal to the safety module , which closes the switches (30a, 30b and 30c) when a malfunction of the motor is detected, so that the coils (20a, 20b and 20c) with the connected resistors (22a, 22b and 22c) are shorted and the motor is stopped slower than in a normal power-off situation; wherein an energy storage device to be charged with a power supply during the regular operation and said energy storage device is configured to power the safety control module , when a malfunction of the motor occurs, to send the output signal to the safety module to close the switches (30a, 30b and 30c). a safety module including switches (30a, 30b and 30c) for each of the coils (20a, 20b and 20c) of the motor, respectively; a safety control module configured to provide an output signal to the safety module , which actively holds the switches (30a, 30b and 30c) opened during a regular operation of the motor , and to provide an output signal to the safety module , which closes the switches (30a, 30b and 30c) when a malfunction of the motor is detected, so that the coils (20a, 20b and 20c) with the connected resistors (22a, 22b and 22c) are shorted and the motor is stopped slower than in a normal power-off situation; wherein an energy storage device to be charged with a power supply during the regular operation and said energy storage device is configured to power the safety control module , when a malfunction of the motor occurs, to send the output signal to the safety module to close the switches (30a, 30b and 30c).
A method in a terminal device for sidelink data duplication, comprising: determining whether a sidelink data packet is to be duplicated based on a sidelink radio bearer on which the sidelink data packet is to be transmitted; and performing sidelink data duplication of the sidelink data packet when it is determined that the sidelink data packet is to be duplicated based on the sidelink radio bearer, obtaining one or more parameters for the sidelink data duplication; wherein the parameters comprise at least one of the following: a congestion busy ratio , CBR, of a sidelink, channel state information, CSI, of the sidelink, feedback information of the sidelink; a hybrid automatic repeat request, HARQ, feedback, a radio link control, RLC, status report, transmission control protocol acknowledgement, application layer acknowledgement; speed information of the terminal device, position information of the terminal device, battery information of the terminal device, and classification information of the terminal device, characterized in that : it is determined that the sidelink data packet is to be duplicated when it is predefined or configured that sidelink data packets to be transmitted on the sidelink radio bearer are allowed to be duplicated and the one or more parameters satisfy one or more predefined conditions. determining whether a sidelink data packet is to be duplicated based on a sidelink radio bearer on which the sidelink data packet is to be transmitted; and performing sidelink data duplication of the sidelink data packet when it is determined that the sidelink data packet is to be duplicated based on the sidelink radio bearer, obtaining one or more parameters for the sidelink data duplication; wherein the parameters comprise at least one of the following: a congestion busy ratio , CBR, of a sidelink, channel state information, CSI, of the sidelink, feedback information of the sidelink; a hybrid automatic repeat request, HARQ, feedback, a radio link control, RLC, status report, transmission control protocol acknowledgement, application layer acknowledgement; speed information of the terminal device, position information of the terminal device, battery information of the terminal device, and classification information of the terminal device, characterized in that : it is determined that the sidelink data packet is to be duplicated when it is predefined or configured that sidelink data packets to be transmitted on the sidelink radio bearer are allowed to be duplicated and the one or more parameters satisfy one or more predefined conditions.