mhurhangee/patent-ind-claim-en huggingface dataset:
A Formwork of a central air-handling apparatus comprising: • an envelope which comprises: • a hollow floor forming a lower hollow facade, • a hollow ceiling forming an upper hollow facade, and • a side hollow facade connecting the ceiling and the floor , and • an access side wall inside the formwork , integral with the envelope , connected to the lower and upper hollow facades, disposed facing the side hollow facade and comprising at least one removable side panel , the envelope further comprising means for securing the side hollow facade to the lower hollow facade and/or the upper hollow facade , which securing means extend over the entire length of the formwork and are formed by an end part of the side hollow facade which is snap-fitted into an end part of the lower hollow facade and/or into an end part of the upper hollow facade , wherein the securing means between two adjacent facades comprise at least one communication opening connecting the inner volumes of said adjacent facades . • an envelope which comprises: • a hollow floor forming a lower hollow facade, • a hollow ceiling forming an upper hollow facade, and • a side hollow facade connecting the ceiling and the floor , and • a hollow floor forming a lower hollow facade, • a hollow ceiling forming an upper hollow facade, and • a side hollow facade connecting the ceiling and the floor , and • an access side wall inside the formwork , integral with the envelope , connected to the lower and upper hollow facades, disposed facing the side hollow facade and comprising at least one removable side panel ,
A wireless receiver for a distributed antenna diversity receiver apparatus ; the wireless receiver comprising: a pre-combining component arranged to receive a radio frequency, RF, signal from an antenna and to recover and output an information signal contained within the received RF signal, and a combined-signal component arranged to, when the wireless receiver is configured to operate in a master receiver role, receive the recovered information signal output by the pre-combining component of the wireless receiver and at least one further recovered information signal from at least one further wireless receiver, and to perform diversity combining of the recovered information signals to obtain and output an enhanced information signal; wherein the wireless receiver further comprises a monitoring component arranged to: receive intra-packet channel reliability parameters for the wireless receiver and for the at least one further wireless receiver, determine whether to assign a new master receiver for the distributed antenna diversity receiver apparatus based on the received intra-packet reliability parameters, and if it is determined to assign a new master receiver, dynamically re-assign the master receiver within the distributed antenna diversity receiver apparatus; characterized in that the monitoring component is arranged to determine whether to assign a new master receiver for the distributed antenna diversity receiver apparatus every n symbols of a data packet being received, where n ≥ 1. a pre-combining component arranged to receive a radio frequency, RF, signal from an antenna and to recover and output an information signal contained within the received RF signal, and a combined-signal component arranged to, when the wireless receiver is configured to operate in a master receiver role, receive the recovered information signal output by the pre-combining component of the wireless receiver and at least one further recovered information signal from at least one further wireless receiver, and to perform diversity combining of the recovered information signals to obtain and output an enhanced information signal; receive intra-packet channel reliability parameters for the wireless receiver and for the at least one further wireless receiver, determine whether to assign a new master receiver for the distributed antenna diversity receiver apparatus based on the received intra-packet reliability parameters, and if it is determined to assign a new master receiver, dynamically re-assign the master receiver within the distributed antenna diversity receiver apparatus; characterized in that the monitoring component is arranged to determine whether to assign a new master receiver for the distributed antenna diversity receiver apparatus every n symbols of a data packet being received, where n ≥ 1.
A particle transferring unit comprising: a substrate ; a first electrode on the substrate; a dielectric layer on the first electrode; and a second electrode on the dielectric layer, wherein the first electrode and the second electrode are to form an electric field to remove a plurality of particles in a pattern from a first substrate , secure the plurality of particles in the pattern to the particle transferring unit, and transfer the plurality of particles in the pattern to a second substrate . a substrate ; a first electrode on the substrate; a dielectric layer on the first electrode; and a second electrode on the dielectric layer, wherein the first electrode and the second electrode are to form an electric field to remove a plurality of particles in a pattern from a first substrate , secure the plurality of particles in the pattern to the particle transferring unit, and transfer the plurality of particles in the pattern to a second substrate .
A method for beam-related information and channel state information feedback, the method comprising: receiving first analog beamformed reference signals; transmitting a first report indicating a plurality of values of transmission ranks and a preferred set of analog beams for each transmission rank, wherein the preferred set of analog beams for each transmission rank is a set of analog beams that maximizes a first performance criterion for subsequent transmissions by a transmitter that transmitted the first analog beamformed reference signals; receiving second analog beamformed reference signals generated in accordance with a transmission rank selected by the transmitter among the values of the reported ranks and in accordance with the reported preferred set of analog beams for said transmission rank; and transmitting a second report, in accordance with the second analog beamformed reference signals, indicating a channel quality indicator and a precoding matrix indicator that maximize a second performance criterion for subsequent transmissions by the transmitter that transmitted the first analog beamformed reference signals and the second analog beamformed signals. transmitting a first report indicating a plurality of values of transmission ranks and a preferred set of analog beams for each transmission rank, wherein the preferred set of analog beams for each transmission rank is a set of analog beams that maximizes a first performance criterion for subsequent transmissions by a transmitter that transmitted the first analog beamformed reference signals; receiving second analog beamformed reference signals generated in accordance with a transmission rank selected by the transmitter among the values of the reported ranks and in accordance with the reported preferred set of analog beams for said transmission rank; and transmitting a second report, in accordance with the second analog beamformed reference signals, indicating a channel quality indicator and a precoding matrix indicator that maximize a second performance criterion for subsequent transmissions by the transmitter that transmitted the first analog beamformed reference signals and the second analog beamformed signals.
An aircraft comprising a fuselage , wings and a boundary layer ingestion engine , wherein the boundary layer ingestion engine is mounted adjacent to the fuselage or wings by a distance such that a boundary layer flow over the fuselage is ingested in the engine; wherein the boundary layer ingestion engine comprises a fan , and wherein the fan comprises a disc and a plurality of blades integrally formed with the disc, wherein a passageway is defined between adjacent blades, characterised in that the blades are arranged relative to each other and are cambered such that the width of the passageway between the adjacent blades converges and then diverges from an entrance to an exit of the passageway, with the width being measured perpendicularly to a chordal line of the blades, and in that each blade comprises a mid-section and a trailing edge section adjacent the mid-section and curving from the mid-section, and wherein each blade includes local cambering of the trailing edge section, such that the camber line of each blade curves more in the trailing edge section than in the mid-section, and wherein the camber of a trailing edge of the blade is angled at least 10 degrees from the chord of the mid-section of the blade. wherein the boundary layer ingestion engine comprises a fan , and wherein the fan comprises a disc and a plurality of blades integrally formed with the disc, wherein a passageway is defined between adjacent blades, characterised in that the blades are arranged relative to each other and are cambered such that the width of the passageway between the adjacent blades converges and then diverges from an entrance to an exit of the passageway, with the width being measured perpendicularly to a chordal line of the blades, and in that each blade comprises a mid-section and a trailing edge section adjacent the mid-section and curving from the mid-section, and wherein each blade includes local cambering of the trailing edge section, such that the camber line of each blade curves more in the trailing edge section than in the mid-section, and wherein the camber of a trailing edge of the blade is angled at least 10 degrees from the chord of the mid-section of the blade.
A method of presenting content with a first electronic device that is in communication with a plurality of electronic devices, the method comprising: presenting, by the first electronic device , a first portion of the content which is presented across the plurality of electronic devices; at least one of: receiving, by the first electronic device , information regarding an input while the first portion of the content is being presented, and detecting, by the first electronic device , the input while the first portion of the content is being presented; determining, by the first electronic device , an operating mode of each of the plurality of electronic devices based on the detected input or the information regarding the input; configuring, by the first electronic device , a first group including one or more electronic devices based on the operating mode of the each of the plurality of electronic devices; selecting, by the first electronic device , a second electronic device from the first group based on display resolutions of the one or more electronic devices and a resolution of the content ; and presenting, by the first electronic device , a second portion of the content which is presented across the one or more electronic devices except for the selected second electronic device, wherein control interface related to the content is presented in the selected second electronic device. presenting, by the first electronic device , a first portion of the content which is presented across the plurality of electronic devices; at least one of: receiving, by the first electronic device , information regarding an input while the first portion of the content is being presented, and detecting, by the first electronic device , the input while the first portion of the content is being presented; receiving, by the first electronic device , information regarding an input while the first portion of the content is being presented, and detecting, by the first electronic device , the input while the first portion of the content is being presented; determining, by the first electronic device , an operating mode of each of the plurality of electronic devices based on the detected input or the information regarding the input; configuring, by the first electronic device , a first group including one or more electronic devices based on the operating mode of the each of the plurality of electronic devices; selecting, by the first electronic device , a second electronic device from the first group based on display resolutions of the one or more electronic devices and a resolution of the content ; and presenting, by the first electronic device , a second portion of the content which is presented across the one or more electronic devices except for the selected second electronic device, wherein control interface related to the content is presented in the selected second electronic device.
A fuel pick-up device , mountable to a fuel tank , the device having a head fittable to a wall of the tank , an elongate body which, in use, is configured to extend from the head into the tank and a separator disposed in the elongate body , the separator comprising an axially extending separation chamber , means for creating a helical flow of fuel through the device between an inlet and an outlet and within the separation chamber , wherein the inlet is disposed at a distal end of the separation chamber and the outlet is disposed at a proximal end of the separation chamber and centrally of the separation chamber , about the rotational axis of the helical flow of fuel, and wherein the outlet has a width which is substantially less than the width of the separation chamber , wherein any denser contaminants in the fuel entering the separation chamber through said inlet move radially outwardly in the helical flow away from the outlet , the outlet being arranged such that fuel drawn from the separation chamber is substantially free of any denser contaminants, means being provided in the elongate body for collecting any denser contaminants separated from the fuel, characterised in that the means for creating a helical flow of fuel comprises at least one helical guide vane disposed in the separation chamber , the at least one helical guide vane extending longitudinally of the separation chamber , wherein the separation chamber comprises an inner tubular sidewall which constrains the helical flow of fuel and the elongate body comprises an outer sidewall , the outlet extending axially inside the inner tubular sidewall from the proximal end thereof, the inner tubular sidewall comprising apertures through which the separated water can pass into a collection chamber disposed between the inner tubular sidewall of the separation chamber and the outer sidewall of the elongate body .
Agricultural vehicle having a combustion engine for all-wheel drive of a front axle and a rear axle , wherein the vehicle has an arrangement for the dynamic adaptation of the leading of an axle , wherein the arrangement comprises an electric machine and a summing gear mechanism that totals the drive force of the combustion engine and of the electric machine , characterized in that the summing gear mechanism has at least two gear elements that are coupled magnetically, wherein the vehicle has a device that is set up to control and/or regulate the transmission ratio of the summing gear mechanism depending on at least one factor influencing the driving behaviour.
A current sensor for sensing a first current (i1) through a first conductor and for sensing a second current (i2) through at least a second conductor different from the first, the sensor comprising: - a magnetic sensor configured to provide a first signal representative of a magnetic field parameter in a first direction and configured to provide at least a second signal representative of a magnetic field parameter in a second direction different from the first direction, the magnetic field being induced by the first and the second currents, - a processing unit programmed for deriving a first output signal and a second output signal based on weighted combinations of the first signal and the at least second signal from the magnetic sensor, wherein the weights of the weighted combination are chosen such that the first output signal is indicative of the first current and the second output signal is indicative of the second current. - a magnetic sensor configured to provide a first signal representative of a magnetic field parameter in a first direction and configured to provide at least a second signal representative of a magnetic field parameter in a second direction different from the first direction, the magnetic field being induced by the first and the second currents, - a processing unit programmed for deriving a first output signal and a second output signal based on weighted combinations of the first signal and the at least second signal from the magnetic sensor, wherein the weights of the weighted combination are chosen such that the first output signal is indicative of the first current and the second output signal is indicative of the second current.
A process for recovering an esterified cellulose ether from a reaction product mixture obtained from a reaction of (a) a cellulose ether with (b) an aliphatic monocarboxylic acid anhydride or a di- or tricarboxylic acid anhydride or a combination of an aliphatic monocarboxylic acid anhydride and a di- or tricarboxylic acid anhydride, wherein the process comprises the steps of (i) contacting the reaction product mixture with an aqueous liquid and precipitating the esterified cellulose ether from the reaction product mixture, and (ii) isolating the precipitated esterified cellulose ether from the mixture obtained in step (i), wherein a cellulose ether is added in step (i) to the reaction product mixture, to the aqueous liquid or a combination thereof. (i) contacting the reaction product mixture with an aqueous liquid and precipitating the esterified cellulose ether from the reaction product mixture, and (ii) isolating the precipitated esterified cellulose ether from the mixture obtained in step (i), wherein a cellulose ether is added in step (i) to the reaction product mixture, to the aqueous liquid or a combination thereof.
Composition, in particular a cosmetic composition, characterized in that it comprises: - at least one monoglyceride, - at least one tartaric ester of monoglycerides based on C12-C22 fatty acids, - at least one UV filter, - at least one surfactant having a HLB greater than 10, and - at least one hydrophilic gelling agent; wherein the content of said one or more surfactant(s) having a HLB greater than 10 is comprised between 0.2% and 10% by weight, based on the total weight of the composition. - at least one monoglyceride, - at least one tartaric ester of monoglycerides based on C12-C22 fatty acids, - at least one UV filter, - at least one surfactant having a HLB greater than 10, and - at least one hydrophilic gelling agent;
A terminal comprising: a receiving section configured to receive a downlink shared channel that is scheduled by a downlink control information; and a control section configured to generate bits for Hybrid Automatic Repeat reQuest-Acknowledge, HARQ-ACK, transmission based on information indicating a plurality of slots that are transmission timing candidates of the HARQ-ACK for the downlink shared channel, wherein a codebook size of the HARQ-ACK varies depending on a pattern of slots configured as downlink slots, and to control transmission of the HARQ-ACK in at least one slot determined based on information regarding a transmission timing of the HARQ-ACK indicated by the downlink control information, wherein each determined at least one slot is one of the plurality of slots that are transmission timing candidates. a receiving section configured to receive a downlink shared channel that is scheduled by a downlink control information; and a control section configured to generate bits for Hybrid Automatic Repeat reQuest-Acknowledge, HARQ-ACK, transmission based on information indicating a plurality of slots that are transmission timing candidates of the HARQ-ACK for the downlink shared channel, wherein a codebook size of the HARQ-ACK varies depending on a pattern of slots configured as downlink slots, and to control transmission of the HARQ-ACK in at least one slot determined based on information regarding a transmission timing of the HARQ-ACK indicated by the downlink control information, wherein each determined at least one slot is one of the plurality of slots that are transmission timing candidates.
An insert to be fitted into the processing vessel of a motorized kitchen device , such as a smoothie filter for a blender, that is fixed into operating position within the processing vessel , without the need for a designated holding means positioned on the processing vessel, wherein the insert contacts the processing vessel in at least two general areas, the first contact area being in the region of the processing tool , such as a blade, and the second contact area in the region near the opposite end of the processing vessel , such as the circumference of the processing vessel near the lid area, characterized in that the insert in its second contact area is made of a homogeneous flexible material and is designed to follow closely the inner contour of the processing vessel so as to engage the processing vessel when inserted in the axial direction with regard to the axis of rotation of the processing tool , resulting in fixation of the insert into operating position.
Sensor device for a motor vehicle, with a multilayer board on which several metallization layers are formed, wherein a capacitive sensor electrode for detection by means of capacitive proximity detection is formed on one of the metallization planes, wherein a control means is coupled to the sensor electrode to apply an electrical voltage to the sensor electrode with respect to a reference potential and an evaluation means detects a change in capacitance of the sensor electrode to detect approaches of a user to the sensor electrode, wherein at least one flat electrode region is formed on each of a plurality of the metallization planes, each of the electrode regions being coupled to the control means so that to each of the electrode regions an assigned, individual electrical voltage relative to a reference potential is applied, wherein the evaluation means is coupled to at least two of the electrode regions on different metallization levels, wherein the evaluation means and the control means are designed in such a way that at least two of the electrode regions on different metallization levels are alternately driven and evaluated in time as sensor electrode and at least two of the electrode regions on different metallization levels are alternately driven and evaluated in time as ground, wherein two separate electrode regions (11, 12, 13; 14, 15; 17, 18, 19) are formed in at least one metallization plane, which can be controlled or evaluated separately, wherein the control circuit is designed in such a way that at least one of the coupled electrode regions can be switched floating.