mhurhangee/patent-ind-claim-en huggingface dataset:
A terminal comprising: a reception unit configured to receive a Channel State Information (CSI) request in terminal-to-terminal communication, from another terminal; a transmission unit configured to transmit at least one of a report for the CSI request and data in terminal-to-terminal communication, to the another terminal; and a control unit configured to disable a response related to retransmission control to be received from the another terminal in a case where only the report for the CSI request is to be transmitted to the another terminal from among the report for the CSI request and the data, wherein the reception unit receives the response related to the retransmission control in a case where at least the data is transmitted to the another terminal and where the response related to the retransmission control is enabled. a reception unit configured to receive a Channel State Information (CSI) request in terminal-to-terminal communication, from another terminal; a transmission unit configured to transmit at least one of a report for the CSI request and data in terminal-to-terminal communication, to the another terminal; and a control unit configured to disable a response related to retransmission control to be received from the another terminal in a case where only the report for the CSI request is to be transmitted to the another terminal from among the report for the CSI request and the data, wherein the reception unit receives the response related to the retransmission control in a case where at least the data is transmitted to the another terminal and where the response related to the retransmission control is enabled.
A method for asset tracking, comprising: obtaining , from a data source onboard a vehicular asset , a stream of raw data pertaining to the asset ; adding data points from the stream of raw data to a data buffer in a first cycle of data ; performing a dataset simplification algorithm on the first cycle of data to determine whether one or more data points from the first cycle of data are to-be-recorded data points ; preparing the data buffer for a second cycle of data, which preparing includes determining, from the first cycle of data , a group of carry-over data points to be included in the second cycle of data and to be used in the performing of a subsequent dataset simplification algorithm on the second cycle of data, and pre-filling the data buffer with that group of carry-over data points which group includes (i) a last data point added to the first cycle of data , (ii) a last data point determined as a to-be-recorded data point from the first cycle of data or a last recorded data point from an earlier cycle of data, and (iii) a data point between data point (i) and data point (ii) that deviates most from a trend line defined through data point (i) and data point (ii); continuing to add data points from the stream of raw data to the data buffer in the second cycle of data; performing the dataset simplification algorithm on the second cycle of data containing the group of carry-over data points to determine one or more data points as to be recorded data points, and transmitting recorded data points as a simplified data stream to a server of telematics system . obtaining , from a data source onboard a vehicular asset , a stream of raw data pertaining to the asset ; adding data points from the stream of raw data to a data buffer in a first cycle of data ; performing a dataset simplification algorithm on the first cycle of data to determine whether one or more data points from the first cycle of data are to-be-recorded data points ; preparing the data buffer for a second cycle of data, which preparing includes determining, from the first cycle of data , a group of carry-over data points to be included in the second cycle of data and to be used in the performing of a subsequent dataset simplification algorithm on the second cycle of data, and pre-filling the data buffer with that group of carry-over data points which group includes (i) a last data point added to the first cycle of data , (ii) a last data point determined as a to-be-recorded data point from the first cycle of data or a last recorded data point from an earlier cycle of data, and (iii) a data point between data point (i) and data point (ii) that deviates most from a trend line defined through data point (i) and data point (ii); continuing to add data points from the stream of raw data to the data buffer in the second cycle of data; performing the dataset simplification algorithm on the second cycle of data containing the group of carry-over data points to determine one or more data points as to be recorded data points, and transmitting recorded data points as a simplified data stream to a server of telematics system .
A low pressure regulator comprising a body , a spring located within a spring chamber formed in an interior of the body , and a piston , located between the spring chamber and a first end of the regulator ; the regulator further comprising at least one discharge port hole , and a first damping orifice which provides a constant fluid pathway between the spring chamber and a return line , such that the first damping orifice and the spring chamber provide a first, constant level of damping of movement of the piston ; wherein the piston is movable within the interior of the body between a closed position and a fully open position; wherein when the piston is in the closed position, the or each discharge port hole is blocked by an outer wall of the piston , and when the piston is in fully open position, a fluid pathway is enabled between the interior of the regulator and the return line through the or each discharge port hole ; characterised in that the regulator further comprises at least one further damping orifice , which communicates with the interior of the regulator and with the return line ; wherein when the piston is in the closed position, the further damping orifice provides a fluid pathway between the spring chamber and the return line , and when the piston is in the fully open position, the further damping orifice is blocked by the outer wall of the piston ; such that the further damping orifice and the spring chamber provide a second, variable level of damping of movement of the piston .
An architectural panel having an aesthetic surface that is visible when the panel is in use, and an integrated energy storage system comprising at least one battery assembly , which includes at least one battery cell , embedded within a manufactured architectural material, the at least one battery assembly comprising an exterior surface , a majority of the exterior surface being over-formed and bonded with the architectural material by flowing a viscous precursor of the architectural material over it, the at least one battery assembly comprising electrical connectors operable to connect the at least one battery assembly with an electrical circuit that is external to the panel , wherein the architectural material comprises quartz, and wherein the architectural material is opaque such that the battery cell is not visible through the architectural material.
A station for detachably docking with a dust canister of a vacuum cleaner, the station comprising: a housing configured to receive a dust bag accommodated in an inner space; a cover configured to open and close a region of the housing ; and a driving apparatus connected to the inner space of the housing and configured to provide a driving force for suctioning contents in the dust canister of the vacuum cleaner into the dust bag characterized in that the station further comprises: an accommodation chamber configured to dock with the dust canister of the vacuum cleaner and including an accommodation space in which the dust canister is accommodated; a holder configured to be detachable from the dust bag, and selectively provide communication between the dust bag and the accommodation chamber ; a lever configured to include one end disposed in the region of the housing , rotate in a first direction to selectively interfere with the cover , and rotate in a second direction opposite to the first direction to close the cover based on the dust bag being mounted on the holder and in communication with the accommodation chamber ; and wherein the inner space of the housing communicates with the accommodation space a housing configured to receive a dust bag accommodated in an inner space; a cover configured to open and close a region of the housing ; and a driving apparatus connected to the inner space of the housing and configured to provide a driving force for suctioning contents in the dust canister of the vacuum cleaner into the dust bag characterized in that the station further comprises: an accommodation chamber configured to dock with the dust canister of the vacuum cleaner and including an accommodation space in which the dust canister is accommodated; a holder configured to be detachable from the dust bag, and selectively provide communication between the dust bag and the accommodation chamber ; a lever configured to include one end disposed in the region of the housing , rotate in a first direction to selectively interfere with the cover , and rotate in a second direction opposite to the first direction to close the cover based on the dust bag being mounted on the holder and in communication with the accommodation chamber ; and wherein the inner space of the housing communicates with the accommodation space an accommodation chamber configured to dock with the dust canister of the vacuum cleaner and including an accommodation space in which the dust canister is accommodated; a holder configured to be detachable from the dust bag, and selectively provide communication between the dust bag and the accommodation chamber ; a lever configured to include one end disposed in the region of the housing , rotate in a first direction to selectively interfere with the cover , and rotate in a second direction opposite to the first direction to close the cover based on the dust bag being mounted on the holder and in communication with the accommodation chamber ; and wherein the inner space of the housing communicates with the accommodation space
A method for wireless communication, comprising: receiving a codeword over a wireless channel, wherein the codeword is based at least in part on a plurality of information bits encoded using a polar code having a plurality of bit channels; selecting a bit index reliability sequence for the plurality of bit channels based at least in part on a length of the codeword, wherein an order of bit indices in the bit index reliability sequence is determined based at least in part on applying a universal partial order (UPO) to an input search sequence to obtain a partial order, applying an analytical method to obtain calculated relative orders of bit indices not ordered in the partial order, and applying a simulation to refine an order of at least two bit indices selected based at least in part on the calculated relative orders; and decoding the codeword based at least in part on the bit index reliability sequence; and wherein decoding the codeword comprises: applying a successive cancellation list decoding algorithm to a signal that comprises the codeword; and wherein the simulation is based at least in part on a list size applied by the successive cancellation list decoding algorithm. receiving a codeword over a wireless channel, wherein the codeword is based at least in part on a plurality of information bits encoded using a polar code having a plurality of bit channels; selecting a bit index reliability sequence for the plurality of bit channels based at least in part on a length of the codeword, wherein an order of bit indices in the bit index reliability sequence is determined based at least in part on applying a universal partial order (UPO) to an input search sequence to obtain a partial order, applying an analytical method to obtain calculated relative orders of bit indices not ordered in the partial order, and applying a simulation to refine an order of at least two bit indices selected based at least in part on the calculated relative orders; and decoding the codeword based at least in part on the bit index reliability sequence; and wherein decoding the codeword comprises: applying a successive cancellation list decoding algorithm to a signal that comprises the codeword; and wherein the simulation is based at least in part on a list size applied by the successive cancellation list decoding algorithm. wherein decoding the codeword comprises: applying a successive cancellation list decoding algorithm to a signal that comprises the codeword; and wherein the simulation is based at least in part on a list size applied by the successive cancellation list decoding algorithm.
A dry powder inhaler for a capsule containing dry powder, the dry powder inhaler comprising: - a mouth piece with a mouth portion and with a hinge section, wherein an opening of the mouth portion leads into a duct; - a covering body ; - a one-piece base body comprising a capsule chamber portion and being attached to the covering body , - an intermediate piece, which is attached to a distal end of the duct of the mouth piece ; and - a mesh piece, which is attached to the intermediate piece, wherein a base body opening, which is arranged towards the mouth piece , leads into a capsule chamber of the capsule chamber portion, wherein the duct and the capsule chamber extend along a common longitudinal axis when the mouth piece abuts the base body , and wherein a hinge directly connects the mouth piece and the one-piece base body ; and - an actuator button movable relative to the one-piece base body from a normal position to a perforation position along an actuation direction, wherein the actuation direction is perpendicular to the longitudinal axis, and wherein perforation needles attached to the actuator button extend into the capsule chamber when the actuator button is in the perforation position, wherein the hinge axis of the hinge is arranged in an inclined angle within the range of 40° to 50° with respect to the actuation direction. - a mouth piece with a mouth portion and with a hinge section, wherein an opening of the mouth portion leads into a duct; - a covering body ; - a one-piece base body comprising a capsule chamber portion and being attached to the covering body , - an intermediate piece, which is attached to a distal end of the duct of the mouth piece ; and - a mesh piece, which is attached to the intermediate piece, wherein a base body opening, which is arranged towards the mouth piece , leads into a capsule chamber of the capsule chamber portion, wherein the duct and the capsule chamber extend along a common longitudinal axis when the mouth piece abuts the base body , and wherein a hinge directly connects the mouth piece and the one-piece base body ; and - an actuator button movable relative to the one-piece base body from a normal position to a perforation position along an actuation direction, wherein the actuation direction is perpendicular to the longitudinal axis, and wherein perforation needles attached to the actuator button extend into the capsule chamber when the actuator button is in the perforation position,
A nanoparticle comprising a polymer containing a polyol and a polymer containing a nitrophenylboronic acid, wherein the polymer containing a nitrophenylboronic acid is coupled to the polymer containing a polyol with a reversible covalent linkage; wherein the polymer containing a polyol comprises one or more of at least one of the following structural units of Formula (I), (II), or (III): wherein the polymer containing a polyol is formed from a combination of any one of the compounds of formulae of subpart A: or wherein n is a number from 1 to 20; with either of the compounds of subpart B: in which q is 1-20; p is 20-200; and L is a leaving group; and wherein the polymer containing the nitrophenylboronoic acid is: or wherein t is a number from 2 to 2000; X 1 is -NH-C(=O)-, -S-S-, -C(=O)-NH-, -O-C(=O)- or -C(=O)-O-; and Functional group 2 comprises -B(OH) 2 , -OCH 3 , -(X 1 )-(Y 1 )-B(OH) 2 , -COOH,-NH 2 , or -OH, wherein Y 1 is a phenyl group. q is 1-20; p is 20-200; and L is a leaving group; and t is a number from 2 to 2000; X 1 is -NH-C(=O)-, -S-S-, -C(=O)-NH-, -O-C(=O)- or -C(=O)-O-; and Functional group 2 comprises -B(OH) 2 , -OCH 3 , -(X 1 )-(Y 1 )-B(OH) 2 , -COOH,-NH 2 , or -OH, wherein Y 1 is a phenyl group.
A system that extracts information which characterized text lines in an image, comprising: an input component for receiving a bitmap of an input image that includes text lines; and a parameterizing engine that determines a base-line for at least one text line in the image by finding a parametric curve that maximizes a fitness function that depends on values of pixels through which the parametric curve passes and pixels below the parametric curve, wherein the base-line corresponds to the parametric curve for which the fitness function is maximized, wherein the parameterizing engine is configured so that fitness function is defined as fitness(baseline) and is equal to fitness baseline = ∑ x = 0 width − 1 img baseline x + 1 , x − ∑ x = 0 width − 1 img baseline x , x where: x and y are horizontal and vertical pixel coordinates respectively; img[y, x] is a pixel value of the bitmap at location (y, x); width is a width of bitmap input image; and baseline[x] is a y-coordinate of the base-line at position x. an input component for receiving a bitmap of an input image that includes text lines; and a parameterizing engine that determines a base-line for at least one text line in the image by finding a parametric curve that maximizes a fitness function that depends on values of pixels through which the parametric curve passes and pixels below the parametric curve, wherein the base-line corresponds to the parametric curve for which the fitness function is maximized, wherein the parameterizing engine is configured so that fitness function is defined as fitness(baseline) and is equal to fitness baseline = ∑ x = 0 width − 1 img baseline x + 1 , x − ∑ x = 0 width − 1 img baseline x , x where: x and y are horizontal and vertical pixel coordinates respectively; img[y, x] is a pixel value of the bitmap at location (y, x); width is a width of bitmap input image; and baseline[x] is a y-coordinate of the base-line at position x. x and y are horizontal and vertical pixel coordinates respectively; img[y, x] is a pixel value of the bitmap at location (y, x); width is a width of bitmap input image; and baseline[x] is a y-coordinate of the base-line at position x.
An apparatus, comprising: means for receiving, from a first spatial audio capture apparatus, a first composite audio signal comprising components derived from one or more sound sources in a capture space; means for identifying a position of a user device in relation to the first spatial audio capture apparatus; and means, responsive to the position of the user device corresponding to a first area associated with the position of the first spatial audio capture apparatus, to render audio representing the one or more sound sources to the user device, the rendering being performed differently dependent on whether or not individual audio signals from each of the one or more sound sources can be successfully separated from the first composite signal; and wherein the means for rendering audio is configured such that successful separation is determined by calculating, for each individual audio signal, a measure of success for the separation and determining whether or not it meets a predetermined success threshold. means for receiving, from a first spatial audio capture apparatus, a first composite audio signal comprising components derived from one or more sound sources in a capture space; means for identifying a position of a user device in relation to the first spatial audio capture apparatus; and means, responsive to the position of the user device corresponding to a first area associated with the position of the first spatial audio capture apparatus, to render audio representing the one or more sound sources to the user device, the rendering being performed differently dependent on whether or not individual audio signals from each of the one or more sound sources can be successfully separated from the first composite signal; and wherein the means for rendering audio is configured such that successful separation is determined by calculating, for each individual audio signal, a measure of success for the separation and determining whether or not it meets a predetermined success threshold.
A compressed air nailer comprising: • a working piston which is connected to a driving tappet for driving in a fastening means and to which compressed air is applied when a driving process is triggered, • a triggering apparatus for triggering a driving process, • a safety actuator that can be displaced between a locked position and an open position, and that, when in the locked position, is designed to interfere in a triggering and driving process so that a correct actuation of the triggering apparatus does not trigger a driving process, • a safety control chamber which is aerated or deaerated by a throttle , wherein the pressure in the safety control chamber exerts an actuating force on the safety actuator , • means for generating a counter force that acts on the safety actuator and is directed in the opposite direction from the actuating force, wherein • the means for generating a counter force are designed such that the level of the counter force is linearly dependent on an operating pressure of the compressed air nailer . • a working piston which is connected to a driving tappet for driving in a fastening means and to which compressed air is applied when a driving process is triggered, • a triggering apparatus for triggering a driving process, • a safety actuator that can be displaced between a locked position and an open position, and that, when in the locked position, is designed to interfere in a triggering and driving process so that a correct actuation of the triggering apparatus does not trigger a driving process, • a safety control chamber which is aerated or deaerated by a throttle , wherein the pressure in the safety control chamber exerts an actuating force on the safety actuator , • means for generating a counter force that acts on the safety actuator and is directed in the opposite direction from the actuating force, wherein • the means for generating a counter force are designed such that the level of the counter force is linearly dependent on an operating pressure of the compressed air nailer .
A system, comprising: a stimulator device comprising a plurality of electrodes ; and an external device configured to program the stimulator device with at least an amplitude, a pulse width, and a frequency of stimulation pulses to be provided at one or more of the plurality of electrodes, characterized in that the external device comprises a non-transitory computer readable medium including instructions that, when executed, are configured to: provide a Graphical User Interface (GUI) on the external device that allows a user input to simultaneously adjust the frequency and at least one of the pulse width or the amplitude of the stimulation pulses in accordance with a model stored in the external device. a stimulator device comprising a plurality of electrodes ; and an external device configured to program the stimulator device with at least an amplitude, a pulse width, and a frequency of stimulation pulses to be provided at one or more of the plurality of electrodes, characterized in that the external device comprises a non-transitory computer readable medium including instructions that, when executed, are configured to: provide a Graphical User Interface (GUI) on the external device that allows a user input to simultaneously adjust the frequency and at least one of the pulse width or the amplitude of the stimulation pulses in accordance with a model stored in the external device.