mhurhangee/patent-ind-claim-en huggingface dataset:
A method, implemented by a wireless communication device , of selectively controlling transmissions from the wireless communication device , said wireless communication device in communication with an access node of a wireless network, the method comprising: receiving a signal at each of a plurality of antenna ports , each antenna port operatively connected to: a reception chain comprising a plurality of reception circuits (124 1 ...124 N ) configured to process signals received from the corresponding antenna port; and a transmission chain comprising a plurality of transmission circuits (122 1 ... 122 M ) configured to generate a signal for transmission from the corresponding antenna port ; the method characterized by : processing each received signal to estimate a rate of change for a channel associated with the corresponding antenna port ; processing each received signal to estimate a signal quality for each received signal; defining an initial subset of antenna ports as comprising the antenna ports in the plurality of antenna ports having a signal quality estimate less than a signal quality threshold; defining a deactivation subset of antenna ports as comprising the antenna ports in the initial subset of antenna ports having a rate of change estimate less than a rate of change threshold; and deactivating each of the transmission chains operatively connected to the antenna ports in the deactivation subset. processing each received signal to estimate a rate of change for a channel associated with the corresponding antenna port ; processing each received signal to estimate a signal quality for each received signal; defining an initial subset of antenna ports as comprising the antenna ports in the plurality of antenna ports having a signal quality estimate less than a signal quality threshold; defining a deactivation subset of antenna ports as comprising the antenna ports in the initial subset of antenna ports having a rate of change estimate less than a rate of change threshold; and deactivating each of the transmission chains operatively connected to the antenna ports in the deactivation subset.
Electrical device for charging a battery of an electric motor vehicle, said device comprising a charging station able to be connected to a power grid via a transformer (Ta) and intended to be connected to a charger (Cy) built into the motor vehicle capable of recharging the battery, the electrical charging device comprising at least one RLC filter through which common mode currents of an external interference source are looped back via the RLC filter rather than continuing to the charger, characterised in that the RLC filter comprises a branch connected between the neutral (N) and the earth, said branch including in series a resistor , a capacitor and an inductor .
An electric brake device comprising: a brake rotor (Br); a friction member configured to be brought into contact with the brake rotor (Br); a friction member manipulator configured to bring the friction member into contact with the brake rotor (Br); an electric motor configured to drive the friction member manipulator ; a braking force estimator configured to obtain a braking force estimated value which is an estimated value of braking force generated when the friction member is brought into contact with the brake rotor (Br) by the friction member manipulator ; characterized by a control device configured to perform follow-up control such that the braking force estimated value estimated by the braking force estimator follows a given braking force command value, wherein the control device includes an angle-sensorless control function section configured to determine a phase of phase current of the electric motor irrespective of an actual angle of the electric motor and control the electric motor to have a current value that is based on the determined phase of the phase current, and the angle-sensorless control function section includes a current phase determination section configured to determine a current phase that is the phase of the phase current of the electric motor on the basis of a deviation between the braking force command value and the braking force estimated value. a brake rotor (Br); a friction member configured to be brought into contact with the brake rotor (Br); a friction member manipulator configured to bring the friction member into contact with the brake rotor (Br); an electric motor configured to drive the friction member manipulator ; a braking force estimator configured to obtain a braking force estimated value which is an estimated value of braking force generated when the friction member is brought into contact with the brake rotor (Br) by the friction member manipulator ; a control device configured to perform follow-up control such that the braking force estimated value estimated by the braking force estimator follows a given braking force command value, wherein the control device includes an angle-sensorless control function section configured to determine a phase of phase current of the electric motor irrespective of an actual angle of the electric motor and control the electric motor to have a current value that is based on the determined phase of the phase current, and the angle-sensorless control function section includes a current phase determination section configured to determine a current phase that is the phase of the phase current of the electric motor on the basis of a deviation between the braking force command value and the braking force estimated value.
An apparatus (10, 10a-c) comprising: a feeder tank (15, 15a-c) to provide print fluid to a nozzle , the feeder tank (15, 15a-c) disposed below the nozzle to maintain a backpressure; an overflow chamber (25, 25a-c) in fluidic communication with the feeder tank (15, 15a-c), the overflow chamber (25, 25a-c) disposed below the nozzle ; and a return channel disposed on the overflow chamber (25, 25a-c) to allow print fluid in the overflow chamber (25, 25a-c) to return to the feeder tank (15, 15a-c) characterized in that the apparatus (10, 10a-c) further comprises: a vent port (20, 20a-c) to vent the feeder tank (15, 15a-c) to atmosphere. a feeder tank (15, 15a-c) to provide print fluid to a nozzle , the feeder tank (15, 15a-c) disposed below the nozzle to maintain a backpressure; an overflow chamber (25, 25a-c) in fluidic communication with the feeder tank (15, 15a-c), the overflow chamber (25, 25a-c) disposed below the nozzle ; and a return channel disposed on the overflow chamber (25, 25a-c) to allow print fluid in the overflow chamber (25, 25a-c) to return to the feeder tank (15, 15a-c)
A stroller moveable between a fully deployed state and a fully collapsed state, the stroller comprising: a seat comprising a seat back pivotably connected to a seat base ; and one or more stops arranged to prevent the stroller from moving from its fully deployed state to its fully collapsed state, wherein the one or more stops are arranged to be released to permit the stroller to move from its fully deployed state to its fully collapsed state when at least one of the seat base and seat back is pivoted towards the other. a seat comprising a seat back pivotably connected to a seat base ; and one or more stops arranged to prevent the stroller from moving from its fully deployed state to its fully collapsed state, wherein the one or more stops are arranged to be released to permit the stroller to move from its fully deployed state to its fully collapsed state when at least one of the seat base and seat back is pivoted towards the other.
A die carrier package, comprising: a carrier substrate comprising a first major surface , a second major surface , and a cavity disposed in the first major surface, wherein the cavity comprises a recessed surface ; a first package contact disposed on the first major surface of the carrier substrate adjacent the cavity and electrically connected to a first die pad disposed on the recessed surface via a first conductor ; a second package contact disposed on the first major surface of the carrier substrate adjacent the cavity and electrically connected to a second die pad disposed on the recessed surface via a second conductor ; and a die disposed within the cavity of the carrier substrate and comprising a first die contact disposed on an active surface of the die and characterized by the die further comprising a second die contact disposed on a major surface of the die that faces the recessed surface and that is opposed to the active surface, wherein the first die contact is electrically connected to the first die pad and the second die contact is electrically connected to the second die pad. a carrier substrate comprising a first major surface , a second major surface , and a cavity disposed in the first major surface, wherein the cavity comprises a recessed surface ; a first package contact disposed on the first major surface of the carrier substrate adjacent the cavity and electrically connected to a first die pad disposed on the recessed surface via a first conductor ; a second package contact disposed on the first major surface of the carrier substrate adjacent the cavity and electrically connected to a second die pad disposed on the recessed surface via a second conductor ; and a die disposed within the cavity of the carrier substrate and comprising a first die contact disposed on an active surface of the die and characterized by the die further comprising a second die contact disposed on a major surface of the die that faces the recessed surface and that is opposed to the active surface, wherein the first die contact is electrically connected to the first die pad and the second die contact is electrically connected to the second die pad.
A compound comprising a peptide sequence, wherein only one amino proton in the peptide sequence is substituted with a group having the formula I: wherein the peptide sequence is SEQ ID NO 1, wherein an amino proton of Lys 13 is substituted with the group having formula I; Y is -(OCH 2 CH 2 )q-, wherein q is from 20 to 200; Z is a residue of a bisphosphonate containing group; n is from 1 to 10; and p is from 1 to 10, or the pharmaceutically acceptable salt or ester thereof. wherein the peptide sequence is SEQ ID NO 1, wherein an amino proton of Lys 13 is substituted with the group having formula I; Y is -(OCH 2 CH 2 )q-, wherein q is from 20 to 200; Z is a residue of a bisphosphonate containing group; n is from 1 to 10; and p is from 1 to 10,
A coated pharmaceutical oral tablet comprising ribociclib succinate, the coated pharmaceutical oral tablet comprising a tablet core and a coating, wherein the % of ribociclib succinate (w/w) is at least 50% of the core tablet, and the coating is a polyvinyl alcohol (PVA)-based advanced moisture barrier coating. the coated pharmaceutical oral tablet comprising a tablet core and a coating, wherein the % of ribociclib succinate (w/w) is at least 50% of the core tablet, and the coating is a polyvinyl alcohol (PVA)-based advanced moisture barrier coating.
An apparatus, comprising a gateway unit for providing a control access to an industrial automation system for a remote user device comprising a first web browser , wherein the gateway unit comprises a client instance for the user device, the client instance being configured to: - perform a second web browser accessible by the first web browser in the remote user device, - communicate with a first web application in the first web browser of the user device, - perform a second web application in the second web browser configured to communicate with an automation service of the automation system and provide a user interface to the automation service for the user device , - receive first feature information from the first web application, and - generate , on the basis of the received first feature information, second feature information to adapt the user interface to the automation service for the user device, wherein the feature information comprises at least one of: user interface feature information, application programmer's interface function information, a web browser user agent string, or sensor information on the basis of one or more sensors of the user device, and the client instance is configured to provide the second feature information to the second web browser to control operation of the second web browser. - perform a second web browser accessible by the first web browser in the remote user device, - communicate with a first web application in the first web browser of the user device, - perform a second web application in the second web browser configured to communicate with an automation service of the automation system and provide a user interface to the automation service for the user device , - receive first feature information from the first web application, and - generate , on the basis of the received first feature information, second feature information to adapt the user interface to the automation service for the user device, wherein the feature information comprises at least one of: user interface feature information, application programmer's interface function information, a web browser user agent string, or sensor information on the basis of one or more sensors of the user device, and the client instance is configured to provide the second feature information to the second web browser to control operation of the second web browser.
A tire comprising a buttress surface extending inward in a tire radial direction from a tread ground-contact end (Te), wherein the tire has a plurality of line grooves recessed inward from the buttress surface and extending on the buttress surface and a plurality of ridges protruding outward from the buttress surface and extending on the buttress surface , and the line grooves and the ridges are alternately arranged, wherein the tread ground-contact ends (Te) are defined as ground contact positions at the outermost sides in the tire axial direction, when a normal load is applied to the tire in the normal state and the tire is brought into contact with a flat surface at a camber angle of 0°. a buttress surface extending inward in a tire radial direction from a tread ground-contact end (Te), wherein the tire has a plurality of line grooves recessed inward from the buttress surface and extending on the buttress surface and a plurality of ridges protruding outward from the buttress surface and extending on the buttress surface , and the line grooves and the ridges are alternately arranged, wherein the tread ground-contact ends (Te) are defined as ground contact positions at the outermost sides in the tire axial direction, when a normal load is applied to the tire in the normal state and the tire is brought into contact with a flat surface at a camber angle of 0°.
A light emitting device , comprising: an emission source configured to emit a primary light; and a wavelength-converting element configured to convert the primary light to a secondary light having a correlated color temperature (CCT) in a range of 1600K-2500K and a color rendering index (CRI) in a range of 40-60; the primary light being blue light, the secondary light having a melanopic/photopic ratio of less than 0.25, and the wavelength-converting element including a red phosphor material having a peak emission wavelength that is less than 620 nm and a green phosphor material having a peak emission wavelength that is greater than 530 nm. an emission source configured to emit a primary light; and a wavelength-converting element configured to convert the primary light to a secondary light having a correlated color temperature (CCT) in a range of 1600K-2500K and a color rendering index (CRI) in a range of 40-60; the primary light being blue light, the secondary light having a melanopic/photopic ratio of less than 0.25, and the wavelength-converting element including a red phosphor material having a peak emission wavelength that is less than 620 nm and a green phosphor material having a peak emission wavelength that is greater than 530 nm.
A garment comprising a torso portion configured to cover the front and back torso of a wearer when the garment is in an as-worn configuration wherein the torso portion defines at least a neck opening , wherein the neck opening is optionally defined by a collar portion , a waist opening and first and second sleeve openings and optionally a first sleeve portion extending from the torso portion at the first sleeve opening, and a second sleeve portion extending from the torso portion at the second sleeve opening characterized in that the garment comprises a construction , preferably an entirety of the torso portion including the collar portion is formed of the construction , more preferably the first and second sleeve portions are also formed from the construction wherein the construction comprises at least: a first pliable textile layer , a non-woven polymer sheet , and a second pliable textile layer , wherein the non-woven polymer sheet is positioned between the first textile layer and the second textile layer , the non-woven polymer sheet comprises a portion removed to form an opening or a voided portion , the construction further comprises a first adhesive material and a second adhesive material used to secure or bond the first textile layer to the second textile layer at the voided portion of the non-woven polymer sheet wherein the construction further comprises one or more optional perforations made through the second textile layer and the first textile layer in the area corresponding to the voided portion .
A redirection bridge device, RBD , comprising :- an API interface comprising an API input , configured to receive a request from an application, APP , located on a user device of a user , said request comprising a request for metadata and/or a request for connection to an at least one Enterprise, said metadata being specific to at least one contact option of the at least one Enterprise , and, an API output , the API interface configured to output metadata from the API output to the user device and the API interface configured to divert metadata, a metadata store , configured to store metadata specific to the at least one Enterprise , and further configured to provide said stored metadata to the API interface according to the request (300A 300B), a Communications Manager , the Communications Manager configured to receive said metadata diverted from the API interface , and further configured to contact (300E 300F) the at least one contact option based on said metadata and to forward information received from the at least one contact option of the at least one Enterprise to the API output , for forwarding to the user device , for user connection to the at least one Enterprise via the redirection bridge device, RBD . an API interface comprising an API input , configured to receive a request from an application, APP , located on a user device of a user , said request comprising a request for metadata and/or a request for connection to an at least one Enterprise, said metadata being specific to at least one contact option of the at least one Enterprise , and, an API output , an API input , configured to receive a request from an application, APP , located on a user device of a user , said request comprising a request for metadata and/or a request for connection to an at least one Enterprise, said metadata being specific to at least one contact option of the at least one Enterprise , and, an API output , the API interface configured to output metadata from the API output to the user device and the API interface configured to divert metadata, a metadata store , configured to store metadata specific to the at least one Enterprise , and further configured to provide said stored metadata to the API interface according to the request (300A 300B), a Communications Manager , the Communications Manager configured to receive said metadata diverted from the API interface , and further configured to contact (300E 300F) the at least one contact option based on said metadata and to forward information received from the at least one contact option of the at least one Enterprise to the API output , for forwarding to the user device , for user connection to the at least one Enterprise via the redirection bridge device, RBD .
A geared motor assembly comprising: - an electric stepper motor , connected to a mechanical gear unit comprising a gear element driven by the motor , which in turn drives another gear element which is connected to an output shaft , said shaft actuated when the stepper motor is driven - a mechanical gear unit housing attached to the electric stepper motor , - a controller, - a sensor for reading a magnetic signal, and - a printed circuit board with said sensor mounted thereon wherein the output shaft comprises an attached magnet , wherein the controller is configured to determine the position of the output shaft based on a reading of the magnetic signal from magnet by the sensor , wherein the sensor in the printed circuit board is located next to the magnet attached to the output shaft of the motor assembly , characterized in that the sensor is located on the side of the printed circuit board facing the output shaft and where the printed circuit board forms the cover of the mechanical gear unit housing of the motor assembly . - an electric stepper motor , connected to a mechanical gear unit comprising a gear element driven by the motor , which in turn drives another gear element which is connected to an output shaft , said shaft actuated when the stepper motor is driven - a mechanical gear unit housing attached to the electric stepper motor , - a controller, - a sensor for reading a magnetic signal, and - a printed circuit board with said sensor mounted thereon wherein the output shaft comprises an attached magnet , wherein the controller is configured to determine the position of the output shaft based on a reading of the magnetic signal from magnet by the sensor , wherein the sensor in the printed circuit board is located next to the magnet attached to the output shaft of the motor assembly , characterized in that the sensor is located on the side of the printed circuit board facing the output shaft and where the printed circuit board forms the cover of the mechanical gear unit housing of the motor assembly .