mhurhangee/patent-ind-claim-en huggingface dataset:
A method for gain control in a communications device , the method comprising: - detecting a change in an amplification gain that is applied to an analog signal in a receiver unit in the communications device ; and - compensating for the change in the amplification gain by manipulating an amplitude of a digital signal that is converted from the analog signal; characterized in that compensating for the change in the amplification gain by manipulating the amplitude of the digital signal that is converted from the analog signal comprises: freezing the amplitude of the digital signal during a time window in which the change in the amplification gain affects the amplitude of the digital signal; measuring a gap in the amplitude of the digital signal during the time window that is caused by the change in the amplification gain; and removing the gap in the amplitude of the digital signal during the time window. - detecting a change in an amplification gain that is applied to an analog signal in a receiver unit in the communications device ; and - compensating for the change in the amplification gain by manipulating an amplitude of a digital signal that is converted from the analog signal; characterized in that compensating for the change in the amplification gain by manipulating the amplitude of the digital signal that is converted from the analog signal comprises: freezing the amplitude of the digital signal during a time window in which the change in the amplification gain affects the amplitude of the digital signal; measuring a gap in the amplitude of the digital signal during the time window that is caused by the change in the amplification gain; and removing the gap in the amplitude of the digital signal during the time window. freezing the amplitude of the digital signal during a time window in which the change in the amplification gain affects the amplitude of the digital signal; measuring a gap in the amplitude of the digital signal during the time window that is caused by the change in the amplification gain; and removing the gap in the amplitude of the digital signal during the time window.
Electric motor vehicle auxiliary unit with an at least partially electrically conductive auxiliary unit housing , in which there are provided an electric drive motor with motor coils on the stator side, a unit mechanics driven by the drive motor , a motor electronics circuit board with motor electronics having control and power electronics for controlling the drive motor , wherein the motor electronics circuit board comprises at least one housing ground connection , which is directly electrically conductively connected to the auxiliary unit housing via a housing ground member , characterized in that the motor control electronics circuit board can be connected to a motor control unit via a plug connection , wherein the plug connection is electrically connected to the motor control electronics circuit board via a punched comb arrangement with at least two plug pins , wherein a vehicle ground member is provided, which can be connected to the motor control unit via the punched comb arrangement , wherein the housing ground member is realized as a connector pin of the punched comb arrangement , wherein starting from the motor control electronics circuit board , a common connector pin section is provided for the housing ground member and the vehicle ground member , wherein a free end of the plug pin is inserted into an opening of an electrically conductive housing part of the auxiliary unit housing .
A method for LTE trunking communication, comprising: reporting area identifier information of a user equipment when the user equipment, which is ready to receive trunked service data through a multimedia broadcast/multicast service, MBMS, bearer, moves between a cell inside an MBMS single frequency network, MBSFN, area at which a trunked service is located and a cell outside the MBSFN area ; receiving, by the user equipment, the trunked service data according to a trunked service bearing mode selected by a network side based on the received area identifier information , wherein the network side selecting the trunked service bearing mode according to the area identifier information comprises: the network side judging whether to use a unicast bearer according to the area identifier information, selecting the unicast bearer as the trunked service bearing mode if determining that there is no available MBMS bearer or establishable MBMS bearer, and selecting the MBMS bearer as the trunked service bearing mode if determining that there is an available MBMS bearer or establishable MBMS bearer; characterized by determining that there is the available MBMS bearer if the user equipment is in an MBMS coverage area and a trunked service has not begun yet; and determining that there is the establishable MBMS bearer if the user equipment is not in an MBMS coverage area, a trunked service has not begun yet, and a network is able to configure a cell at which the user equipment is located as a new MBSFN area or enlarge an original MBSFN area containing the cell at which the user equipment is located. reporting area identifier information of a user equipment when the user equipment, which is ready to receive trunked service data through a multimedia broadcast/multicast service, MBMS, bearer, moves between a cell inside an MBMS single frequency network, MBSFN, area at which a trunked service is located and a cell outside the MBSFN area ; receiving, by the user equipment, the trunked service data according to a trunked service bearing mode selected by a network side based on the received area identifier information , wherein the network side selecting the trunked service bearing mode according to the area identifier information comprises: the network side judging whether to use a unicast bearer according to the area identifier information, selecting the unicast bearer as the trunked service bearing mode if determining that there is no available MBMS bearer or establishable MBMS bearer, and selecting the MBMS bearer as the trunked service bearing mode if determining that there is an available MBMS bearer or establishable MBMS bearer; characterized by determining that there is the available MBMS bearer if the user equipment is in an MBMS coverage area and a trunked service has not begun yet; and determining that there is the establishable MBMS bearer if the user equipment is not in an MBMS coverage area, a trunked service has not begun yet, and a network is able to configure a cell at which the user equipment is located as a new MBSFN area or enlarge an original MBSFN area containing the cell at which the user equipment is located.
Cover intended to close a vial for dispensing a fluid product, said cover comprising a hollow body and an insert inserted in the hollow body , said insert comprising: - a platform comprising an upper face delimited by a peripheral edge and featuring a central axis (X); - a skirt extending along the central axis (X) from the platform and featuring an outer surface; - an empty volume defined by: - a base corresponding to a surface of the upper face comprised between, on the one hand, the peripheral edge and, on the other, a joint between the platform and the outer surface of the skirt , and - a height corresponding to the height of the skirt ; the insert further comprising the means for filling the empty volume consisting of ribs that extend from the outer surface of the skirt, the insert being characterized in that said means for filling the empty volume generally consist of two parallel and diametrically opposed walls that extend radially from the outer surface of the skirt along a plane intersecting on the axis (X) with a plurality of ribs extending from said parallel walls . - a platform comprising an upper face delimited by a peripheral edge and featuring a central axis (X); - a skirt extending along the central axis (X) from the platform and featuring an outer surface; - an empty volume defined by: - a base corresponding to a surface of the upper face comprised between, on the one hand, the peripheral edge and, on the other, a joint between the platform and the outer surface of the skirt , and - a height corresponding to the height of the skirt ;
A semiconductor detector , comprising: a semiconductor detection material comprising a first side and a second side opposite to each other; a cathode disposed on the first side (101S-1); and an anode disposed on the second side (101S-2), characterized in that the anode comprises an array of pixel anodes defining detection pixels of the semiconductor detector and intermediate anodes each disposed individually between adjacent ones of the pixel anodes and configured to correct a signal collected by the pixel anodes without constituting the detection pixels; wherein the semiconductor detector further comprises a signal processing circuit configured to determine a detection signal for each pixel anode of the pixel anode array based on both the signal collected on the pixel anode and the signal collected on the intermediate anode(s) adjacent to the pixel anode, the signal processing circuit being configured to determine the detection signal of the pixel anode to be zero when the signal collected on the intermediate anode(s) adjacent to the pixel anode has an amplitude greater than that of the signal collected on the pixel anode. a semiconductor detection material comprising a first side and a second side opposite to each other; a cathode disposed on the first side (101S-1); and an anode disposed on the second side (101S-2), characterized in that the anode comprises an array of pixel anodes defining detection pixels of the semiconductor detector and intermediate anodes each disposed individually between adjacent ones of the pixel anodes and configured to correct a signal collected by the pixel anodes without constituting the detection pixels; wherein the semiconductor detector further comprises a signal processing circuit configured to determine a detection signal for each pixel anode of the pixel anode array based on both the signal collected on the pixel anode and the signal collected on the intermediate anode(s) adjacent to the pixel anode, the signal processing circuit being configured to determine the detection signal of the pixel anode to be zero when the signal collected on the intermediate anode(s) adjacent to the pixel anode has an amplitude greater than that of the signal collected on the pixel anode.
A process for the conversion of a feed comprising light virgin naphtha, liquefied petroleum gas (LPG), or a mixture of propane, butane and/or pentane paraffins to fuel which comprises: 1a. oxidizing iso-paraffins from the feed with air or oxygen to form alkyl hydroperoxides; or 1b. isomerizing a fraction of the normal paraffins in the feed to isoparaffins; and separating the isoparaffins and oxidizing the separated isoparaffins with air or oxygen to form alkyl hydroperoxides 2. converting the alkyl hydroperoxides to dialkyl peroxides; 3. coupling a feed comprising C 3 , C 4 or C 5 paraffins using the dialkyl peroxides as radical initiators to form hydrocarbon products of higher molecular weight; 4. fractionating the hydrocarbon products of higher molecular weight formed by the coupling of the feed comprising C 3 , C 4 or C 5 paraffins with the dialkyl peroxide to separate fuel boiling range hydrocarbons from higher boiling range hydrocarbons; and 5. hydro-finishing the fuel boiling range hydrocarbons to remove trace oxygenates or unsaturation. 1a. oxidizing iso-paraffins from the feed with air or oxygen to form alkyl hydroperoxides; or 1b. isomerizing a fraction of the normal paraffins in the feed to isoparaffins; and separating the isoparaffins and oxidizing the separated isoparaffins with air or oxygen to form alkyl hydroperoxides 2. converting the alkyl hydroperoxides to dialkyl peroxides; 3. coupling a feed comprising C 3 , C 4 or C 5 paraffins using the dialkyl peroxides as radical initiators to form hydrocarbon products of higher molecular weight; 4. fractionating the hydrocarbon products of higher molecular weight formed by the coupling of the feed comprising C 3 , C 4 or C 5 paraffins with the dialkyl peroxide to separate fuel boiling range hydrocarbons from higher boiling range hydrocarbons; and 5. hydro-finishing the fuel boiling range hydrocarbons to remove trace oxygenates or unsaturation.
A humidification and air cleaning apparatus comprising: a water tank to store water; a visual body coupled to the water tank and disposed above the water tank ; an air wash inlet formed between the water tank and the visual body to communicate with the inside of the visual body and the outside of the water tank ; a water tank humidification medium formed of a material to absorb water, wherein the water tank humidification medium covers the air wash inlet to humidify air passing through the air wash inlet and is spaced apart from the water stored in the water tank ; a watering unit disposed inside the water tank and spraying the water stored in the water tank to wet the water tank humidification medium , characterized in that the apparatus comprises a water tank humidification medium housing detachably mounted to the visual body and wherein the water tank humidification medium is disposed in the water tank humidification medium housing . a water tank to store water; a visual body coupled to the water tank and disposed above the water tank ; an air wash inlet formed between the water tank and the visual body to communicate with the inside of the visual body and the outside of the water tank ; a water tank humidification medium formed of a material to absorb water, wherein the water tank humidification medium covers the air wash inlet to humidify air passing through the air wash inlet and is spaced apart from the water stored in the water tank ; a watering unit disposed inside the water tank and spraying the water stored in the water tank to wet the water tank humidification medium , characterized in that the apparatus comprises a water tank humidification medium housing detachably mounted to the visual body and wherein the water tank humidification medium is disposed in the water tank humidification medium housing .
A seafloor haulage system for lifting seafloor materials from the seafloor to the surface, the seafloor haulage system comprising: at least one line member that extends at least partially between the seafloor and the surface; a buffer located at or near a deep sea location wherein the buffer has: a storage compartment for storing gathered seafloor materials; at least one inlet connected to an inlet pipe for receiving gathered seafloor materials; and at least one outlet comprising a chute selectively release seafloor materials when actuated for dispensing gathered seafloor materials from the buffer ; and at least one container capable of carrying a load, the container being connected to the line member ; wherein the container has a steerable element that enables the container to manoeuvre as it is propelled through the water, the steerable element comprising a rudder, flap , and/or at least one adjustable hydrofoil. at least one line member that extends at least partially between the seafloor and the surface; a buffer located at or near a deep sea location wherein the buffer has: a storage compartment for storing gathered seafloor materials; at least one inlet connected to an inlet pipe for receiving gathered seafloor materials; and at least one outlet comprising a chute selectively release seafloor materials when actuated for dispensing gathered seafloor materials from the buffer ; and at least one container capable of carrying a load, the container being connected to the line member ; wherein the container has a steerable element that enables the container to manoeuvre as it is propelled through the water, the steerable element comprising a rudder, flap , and/or at least one adjustable hydrofoil.
A process to isolate a compound 2a or a salt or solvate thereof, comprising a) reacting a mixture of 2a, 2b with a basic heterocyclic-aldehyde compound and an optically active amine in the presence of a base; and b) separating the compound 2a from the product of step a) by acid extraction. a) reacting a mixture of 2a, 2b with a basic heterocyclic-aldehyde compound and an optically active amine in the presence of a base; and b) separating the compound 2a from the product of step a) by acid extraction.
An antenna allocation method, applied to a terminal provided with N modems, N being an integer greater than 1, and comprising: allocating a first antenna to a first modem; and if it is determined that the first antenna is a good antenna, where a good antenna is an antenna that allows the first modem to successfully receive a paging signal, allocating the first antenna to any one of N-1 modems other than the first modem when it is determined that the first modem satisfies a preset state, characterized in that the determining that the first modem satisfies a preset state specifically comprises, when paging cycles of the modems collide: determining that the first modem already continuously received Y paging signals, wherein Y is a preset value; or determining that signal quality values of Y paging signals continuously received by the first modem are all greater than a preset threshold; so as to allocate the good antenna to the modems in turn. allocating a first antenna to a first modem; and if it is determined that the first antenna is a good antenna, where a good antenna is an antenna that allows the first modem to successfully receive a paging signal, allocating the first antenna to any one of N-1 modems other than the first modem when it is determined that the first modem satisfies a preset state, characterized in that the determining that the first modem satisfies a preset state specifically comprises, when paging cycles of the modems collide: determining that the first modem already continuously received Y paging signals, wherein Y is a preset value; or determining that signal quality values of Y paging signals continuously received by the first modem are all greater than a preset threshold; so as to allocate the good antenna to the modems in turn. determining that the first modem already continuously received Y paging signals, wherein Y is a preset value; or determining that signal quality values of Y paging signals continuously received by the first modem are all greater than a preset threshold; so as to allocate the good antenna to the modems in turn.
A system for use in tumor ablation, the system comprising: a microwave antenna having a proximal end and a distal end opposite the proximal end, the microwave antenna further including an inner conductor and an outer conductor , wherein the outer conductor and the inner conductor form a coaxial structure; a dielectric separating the inner conductor and the outer conductor , wherein the dielectric includes at least one channel that extends along the length of the antenna between the proximal and distal ends; an energy port proximate the proximal end of the microwave antenna configured to connect the antenna to an energy source; a fluid port proximate the proximal end of the microwave antenna configured to connect the channel to a fluid delivery mechanism; an inflatable balloon configured to be attached to the distal end of the antenna , the channel permitting fluid access to an interior of the balloon for inflation thereof and the inner conductor extending beyond a distal end of the outer conductor and the dielectric , such that the inner conductor extends into the balloon when the balloon is attached to the distal end of the antenna ; characterised in that a flexible member connects a distal end of the inner conductor to a distal end of the balloon . a microwave antenna having a proximal end and a distal end opposite the proximal end, the microwave antenna further including an inner conductor and an outer conductor , wherein the outer conductor and the inner conductor form a coaxial structure; a dielectric separating the inner conductor and the outer conductor , wherein the dielectric includes at least one channel that extends along the length of the antenna between the proximal and distal ends; an energy port proximate the proximal end of the microwave antenna configured to connect the antenna to an energy source; a fluid port proximate the proximal end of the microwave antenna configured to connect the channel to a fluid delivery mechanism; an inflatable balloon configured to be attached to the distal end of the antenna , the channel permitting fluid access to an interior of the balloon for inflation thereof and the inner conductor extending beyond a distal end of the outer conductor and the dielectric , such that the inner conductor extends into the balloon when the balloon is attached to the distal end of the antenna ; characterised in that a flexible member connects a distal end of the inner conductor to a distal end of the balloon .
A fusion polypeptide that is capable of binding both CD137 and HER2/neu, wherein the fusion polypeptide comprises at least two subunits, wherein the first subunit comprises an immunoglobulin having binding specificity for HER2/neu, and wherein the second subunit comprises a lipocalin mutein having binding specificity for CD137, wherein the lipocalin mutein is linked, via a peptide linker, to the C-terminus of the immunoglobulin heavy chain constant region (CH), the N-terminus of the immunoglobulin heavy chain variable region (VH), and/or the C-terminus of the immunoglobulin light chain constant region (CL), wherein the amino acid sequence of the lipocalin mutein has at least 90% sequence identity to an amino acid sequence selected from the group consisting of SEQ ID NOs: 2 and 32-46.
A method for transmitting a signal by an evolved Node B in a mobile communication system, the method comprising: determining a plurality of user equipments with maximum scheduling metric based on channel quality information of the plurality of user equipments; generating a same control channel signal for transmission by radio units to the plurality of user equipments; generating individually different data channel signals for transmission by the radio units to at least one of the plurality of user equipments; multiplexing the control channel signal with the data channel signals for the radio units respectively; and transmitting, to the radio units , the respective multiplexed signals through a common public radio interface based on an wired medium. determining a plurality of user equipments with maximum scheduling metric based on channel quality information of the plurality of user equipments; generating a same control channel signal for transmission by radio units to the plurality of user equipments; generating individually different data channel signals for transmission by the radio units to at least one of the plurality of user equipments; multiplexing the control channel signal with the data channel signals for the radio units respectively; and transmitting, to the radio units , the respective multiplexed signals through a common public radio interface based on an wired medium.