mhurhangee/patent-ind-claim-en huggingface dataset:
System comprising a first floor treatment device and a second floor treatment device , the first floor treatment device being a floor treatment device which is guided exclusively manually by a user within an environment, and/or the second floor treatment device being an exclusively automatically operated floor treatment device , and the second floor treatment device being designed to orientate and localise itself within an environment on the basis of an environment map , characterised in that the second floor treatment device is designed to transmit the environment map to the first floor treatment device , the first floor treatment device being designed to localise itself in the environment map by means of its own sensors, detect a movement path of the first floor treatment device during movement, and transmit information about the detected movement path to the second floor treatment device with reference to the environment map , the second floor treatment device having a control and evaluation apparatus which is designed to analyse the received information and, based on the movement path detected by the first floor processing device and/or a portion of the environment not traversed by the movement path , enter a no-go area into the environment map that the second floor treatment device is not allowed to travel on.
A method of wireless communication, comprising: determining a number of channel state information reference signals, CSI-RS, ports configured for a user equipment, UE; and in response to the CSI-RS ports including both horizontal and vertical ports: determining a first wideband precoding matrix from a plurality of precoding matrices, wherein each of the plurality of precoding matrices is constructed by a Kronecker product of a horizontal precoding matrix and a vertical precoding matrix; selecting a predetermined number of precoding vectors out of the plurality of precoding vectors of the first wideband precoding matrix; generating a second wideband precoding matrix, based on the selected predetermined number of precoding vectors; and reporting one or more CSI reports, wherein the one or more CSI reports include at least one precoding matrix indicator, PMI, for the first wideband precoding matrix and at least an indication of the selection of the predetermined number of precoding vectors. determining a number of channel state information reference signals, CSI-RS, ports configured for a user equipment, UE; and in response to the CSI-RS ports including both horizontal and vertical ports: determining a first wideband precoding matrix from a plurality of precoding matrices, wherein each of the plurality of precoding matrices is constructed by a Kronecker product of a horizontal precoding matrix and a vertical precoding matrix; selecting a predetermined number of precoding vectors out of the plurality of precoding vectors of the first wideband precoding matrix; generating a second wideband precoding matrix, based on the selected predetermined number of precoding vectors; and reporting one or more CSI reports, wherein the one or more CSI reports include at least one precoding matrix indicator, PMI, for the first wideband precoding matrix and at least an indication of the selection of the predetermined number of precoding vectors. determining a first wideband precoding matrix from a plurality of precoding matrices, wherein each of the plurality of precoding matrices is constructed by a Kronecker product of a horizontal precoding matrix and a vertical precoding matrix; selecting a predetermined number of precoding vectors out of the plurality of precoding vectors of the first wideband precoding matrix; generating a second wideband precoding matrix, based on the selected predetermined number of precoding vectors; and reporting one or more CSI reports, wherein the one or more CSI reports include at least one precoding matrix indicator, PMI, for the first wideband precoding matrix and at least an indication of the selection of the predetermined number of precoding vectors.
Processing device , having: a processing tool for processing a narrow side of a workpiece (W), a conveyor device for moving the workpiece (W) in a direction of transport relative to the processing tool , a scanning device for scanning an optical and/or three-dimensional structure of the workpiece (W) moved by means of the conveyor device , and a holding device for holding the workpiece (W) on the conveyor device at least between the position of the scanning device and the processing tool , wherein the processing device includes a control device which is configured to output control commands for moving the processing tool on the basis of the scanning result of the scanning device , characterised in that the control device is configured to record a difference between the narrow side of the workpiece (W) and the optical and/or three-dimensional structure determined by the scanning device on a front edge of the workpiece (W) and to define the deviations between the narrow side of the workpiece (W) and the optical and/or three-dimensional structure determined along the workpiece as waypoints for the processing tool . a processing tool for processing a narrow side of a workpiece (W), a conveyor device for moving the workpiece (W) in a direction of transport relative to the processing tool , a scanning device for scanning an optical and/or three-dimensional structure of the workpiece (W) moved by means of the conveyor device , and a holding device for holding the workpiece (W) on the conveyor device at least between the position of the scanning device and the processing tool , wherein the processing device includes a control device which is configured to output control commands for moving the processing tool on the basis of the scanning result of the scanning device , characterised in that the control device is configured to record a difference between the narrow side of the workpiece (W) and the optical and/or three-dimensional structure determined by the scanning device on a front edge of the workpiece (W) and to define the deviations between the narrow side of the workpiece (W) and the optical and/or three-dimensional structure determined along the workpiece as waypoints for the processing tool .
An apparatus comprising: a housing unit; a support unit for supporting said housing unit; an upper stimulation massage source or node extending from an upper portion of said housing unit, a lower stimulation massage source or node extending from said upper portion of said housing unit and disposed below said upper stimulation massage source or node when said housing unit is in an upright position, and at least one flexible unit for supporting and enabling an angle between said housing unit and said support unit to be adjusted, characterised in that said upper stimulation massage source or node is operable for transferring a first percussive stimulation to a woman's lower abdomen proximate a top of a pubic bone; said lower stimulation massage source or node being operable for transferring, simultaneously with said first percussive stimulation, a second percussive stimulation to the woman's mons pubis region proximate a bottom of the pubic bone; a drive unit disposed below said lower stimulation massage source or node when said housing unit is in an upright position for driving said upper stimulation massage source or node to generate said first percussive stimulation and said lower stimulation massage source or node to generate said second percussive stimulation; where said first percussive stimulation and said second percussive stimulation combine to enable the woman to achieve a beneficial stimulation. a housing unit; a support unit for supporting said housing unit; an upper stimulation massage source or node extending from an upper portion of said housing unit, a lower stimulation massage source or node extending from said upper portion of said housing unit and disposed below said upper stimulation massage source or node when said housing unit is in an upright position, and at least one flexible unit for supporting and enabling an angle between said housing unit and said support unit to be adjusted, characterised in that said upper stimulation massage source or node is operable for transferring a first percussive stimulation to a woman's lower abdomen proximate a top of a pubic bone; said lower stimulation massage source or node being operable for transferring, simultaneously with said first percussive stimulation, a second percussive stimulation to the woman's mons pubis region proximate a bottom of the pubic bone; a drive unit disposed below said lower stimulation massage source or node when said housing unit is in an upright position for driving said upper stimulation massage source or node to generate said first percussive stimulation and said lower stimulation massage source or node to generate said second percussive stimulation; where said first percussive stimulation and said second percussive stimulation combine to enable the woman to achieve a beneficial stimulation.
A clothes dryer apparatus comprising: an electrically conductive, grounded, generally cylindrical rotatable drum having a hollow interior adapted to contain a load of wet clothes to be dried; characterized in that said drum has a partially indented exterior surface in which at least one generally ring-shaped insulated notch has been formed; positioned within each notch, an electrically conductive anode , coupled to each anode, a source of RF power operable at a single fixed frequency; a ground connection adapted to ground electrically conductive surfaces of the drum. an electrically conductive, grounded, generally cylindrical rotatable drum having a hollow interior adapted to contain a load of wet clothes to be dried; characterized in that said drum has a partially indented exterior surface in which at least one generally ring-shaped insulated notch has been formed; positioned within each notch, an electrically conductive anode , coupled to each anode, a source of RF power operable at a single fixed frequency; a ground connection adapted to ground electrically conductive surfaces of the drum.
A solvent composition, the solvent composition comprising: (A) an alkyl glycol ester-type solvent of the formula (I) wherein R is hydrogen or a linear or branched C1 to C5 alkyl group, R2 is hydrogen or a methyl group, R3 is hydrogen or a methyl group, X is from 1 to 4, R6 is a linear or branched C1 to C6 alkyl group, wherein R2 and R3 may be different for each X, and wherein X is the alkoxylation degree and a number average; and (B) a glycol-type solvent of the formula (II) wherein R4 is hydrogen or a C1 to C3 alkyl group, R5 is hydrogen or a C1 to C3 alkyl group, and Z is an integer from 0 to 4; and wherein the glycol-type solvent and the alkyl glycol ester-type solvent are in a mass ratio in the range of from 1 : 1 to 9:1. (A) an alkyl glycol ester-type solvent of the formula (I) wherein R is hydrogen or a linear or branched C1 to C5 alkyl group, R2 is hydrogen or a methyl group, R3 is hydrogen or a methyl group, X is from 1 to 4, R6 is a linear or branched C1 to C6 alkyl group, wherein R2 and R3 may be different for each X, and wherein X is the alkoxylation degree and a number average; and R is hydrogen or a linear or branched C1 to C5 alkyl group, R2 is hydrogen or a methyl group, R3 is hydrogen or a methyl group, X is from 1 to 4, R6 is a linear or branched C1 to C6 alkyl group, (B) a glycol-type solvent of the formula (II) wherein R4 is hydrogen or a C1 to C3 alkyl group, R5 is hydrogen or a C1 to C3 alkyl group, and Z is an integer from 0 to 4; and wherein the glycol-type solvent and the alkyl glycol ester-type solvent are in a mass ratio in the range of from 1 : 1 to 9:1. R4 is hydrogen or a C1 to C3 alkyl group, R5 is hydrogen or a C1 to C3 alkyl group, and Z is an integer from 0 to 4;
A subsea mineral extraction system, comprising: a subsea wellhead assembly configured to couple to a well, characterised by : a first electronic sensor module configured to be disposed in cement in a first annulus of the subsea wellhead assembly , wherein the first electronic sensor module comprises: a first sensor configured to measure or detect a parameter related to an integrity of the well ; control circuitry configured to generate sensor feedback based on the parameter measured or detected by the first sensor ; and a first transmitter configured to wirelessly transmit the sensor feedback; a first controller comprising a first receiver configured to wirelessly receive the sensor feedback from the first transmitter of the first electronic sensor module , and wherein the first controller is disposed on an outer annular surface of an outermost string of a plurality of strings of the subsea wellhead assembly ; and a second controller configured to receive the sensor feedback from the first controller and cause an I/O device to provide one or more user-perceivable indications based on the sensor feedback, wherein the second controller comprises a model to predict or estimate the integrity of the well based at least in part on one or more well integrity parameters indicated by the sensor feedback. a subsea wellhead assembly configured to couple to a well, characterised by : a first electronic sensor module configured to be disposed in cement in a first annulus of the subsea wellhead assembly , wherein the first electronic sensor module comprises: a first sensor configured to measure or detect a parameter related to an integrity of the well ; control circuitry configured to generate sensor feedback based on the parameter measured or detected by the first sensor ; and a first transmitter configured to wirelessly transmit the sensor feedback; a first sensor configured to measure or detect a parameter related to an integrity of the well ; control circuitry configured to generate sensor feedback based on the parameter measured or detected by the first sensor ; and a first transmitter configured to wirelessly transmit the sensor feedback; a first controller comprising a first receiver configured to wirelessly receive the sensor feedback from the first transmitter of the first electronic sensor module , and wherein the first controller is disposed on an outer annular surface of an outermost string of a plurality of strings of the subsea wellhead assembly ; and a second controller configured to receive the sensor feedback from the first controller and cause an I/O device to provide one or more user-perceivable indications based on the sensor feedback, wherein the second controller comprises a model to predict or estimate the integrity of the well based at least in part on one or more well integrity parameters indicated by the sensor feedback.
A communication network component comprising: a receiver configured to receive a request for a communication service of a local area data network from a mobile terminal , wherein the request is a request for establishment of a communication session; and a controller configured to reject the request by sending a session establishment rejection to the mobile terminal if the mobile terminal is located in a part of the local area data network that requires an intermediate session management function to serve the mobile terminal , wherein the local area data network comprises at least a part served by a session management function and a part served by the intermediate session management function to serve the mobile terminal . a receiver configured to receive a request for a communication service of a local area data network from a mobile terminal , wherein the request is a request for establishment of a communication session; and a controller configured to reject the request by sending a session establishment rejection to the mobile terminal if the mobile terminal is located in a part of the local area data network that requires an intermediate session management function to serve the mobile terminal , wherein the local area data network comprises at least a part served by a session management function and a part served by the intermediate session management function to serve the mobile terminal .
Retractor for use in orthopaedic surgery of the shoulder, comprising a proximal handle , a distal operating portion and a curved body connecting the handle to the distal operating portion , wherein, in a side view, the handle , the curved body and the operating portion each define a respective mean line, wherein the operating portion comprises at least one retraction segment and one rest segment comprising at least one tip , characterized in that : - the mean line of the curved body mainly develops along a circular arc c having a concavity, - the mean line of the handle is tangent to the circular arc c , - the mean line of the operating portion is a polyline comprising straight and/or curved segments and defines a concavity opposed to the concavity of the circular arc c ; - an extension of the circular arc c intersects the rest segment ; and wherein - in a front view of the retractor , the curved body defines an elongated opening comprising a first proximal portion having a first width l and a second distal portion having a second width L , wherein l < L. - the mean line of the curved body mainly develops along a circular arc c having a concavity, - the mean line of the handle is tangent to the circular arc c , - the mean line of the operating portion is a polyline comprising straight and/or curved segments and defines a concavity opposed to the concavity of the circular arc c ; - an extension of the circular arc c intersects the rest segment ; - in a front view of the retractor , the curved body defines an elongated opening comprising a first proximal portion having a first width l and a second distal portion having a second width L , wherein l < L.
A control method for adjusting fuel injection of an aero compression combustion drive assembly to compensate for variances in cetane in the worldwide diesel/jet fuel stream, the aero compression combustion drive assembly having an engine member , a transmission member and a propeller member , the control method comprising: sensing a peak cylinder pressure (Pmax) and a pressure rise per crank angle (dP/dt) in at least one compression chamber of the engine member ; providing Pmax and dP/dt to a control system device for comparison to a normal peak cylinder pressure (Pmax n) and a normal pressure rise per crank angle (dPn/dt); providing a plurality of control programs to the control system device ; and implementing a control strategy in the engine member via the control system device based on the comparison of Pmax to Pmax n and the comparison of dP/dt to dPn/dt, wherein: if Pmax is greater than Pmax n and dP/dt is greater than dPn/dt, the control strategy advances timing of a fuel injection and increases a pulse width of the fuel injection in the at least one compression chamber of the engine member where Pmax and dP/dt is sensed, to compensate for a longer lag in ignition and higher peak cylinder pressure characteristic of low cetane fuel. sensing a peak cylinder pressure (Pmax) and a pressure rise per crank angle (dP/dt) in at least one compression chamber of the engine member ; providing Pmax and dP/dt to a control system device for comparison to a normal peak cylinder pressure (Pmax n) and a normal pressure rise per crank angle (dPn/dt); providing a plurality of control programs to the control system device ; and implementing a control strategy in the engine member via the control system device based on the comparison of Pmax to Pmax n and the comparison of dP/dt to dPn/dt, wherein: if Pmax is greater than Pmax n and dP/dt is greater than dPn/dt, the control strategy advances timing of a fuel injection and increases a pulse width of the fuel injection in the at least one compression chamber of the engine member where Pmax and dP/dt is sensed, to compensate for a longer lag in ignition and higher peak cylinder pressure characteristic of low cetane fuel.
Saponin according to formula (I): wherein R 1 is, independently from other R1 residues in the same molecule, H or an acetyl residue, with the proviso that at least two R1 residues are acetyl residues; and R 2 is, independently from other R2 residues in the same molecule, H or an acetyl residue, with the proviso that at least two R2 residues are acetyl residues. R 1 is, independently from other R1 residues in the same molecule, H or an acetyl residue, with the proviso that at least two R1 residues are acetyl residues; and R 2 is, independently from other R2 residues in the same molecule, H or an acetyl residue, with the proviso that at least two R2 residues are acetyl residues.
A system for focal point location, the system comprising: a plurality of inputs ; a first converter configured to convert at least a first portion (2010.1, 2010.2) of the plurality of inputs into spatial ECG feature vectors ; a second converter configured to convert at least a second portion (2010.3) of the plurality of inputs into spatial shape representations ; a neural network configured to operate on the spatial ECG feature vectors and the spatial shape representations to produce a plurality of outputs. a plurality of inputs ; a first converter configured to convert at least a first portion (2010.1, 2010.2) of the plurality of inputs into spatial ECG feature vectors ; a second converter configured to convert at least a second portion (2010.3) of the plurality of inputs into spatial shape representations ; a neural network configured to operate on the spatial ECG feature vectors and the spatial shape representations to produce a plurality of outputs.
A composition comprising the following (A) and (B): (A) acylproline represented by the formula or a salt thereof wherein an acyl group represented by R 1 -CO- is an acyl group induced from saturated or unsaturated fatty acid having 6 - 14 carbon atoms, (B) a zinc salt of pyrrolidone carboxylate. (A) acylproline represented by the formula or a salt thereof wherein an acyl group represented by R 1 -CO- is an acyl group induced from saturated or unsaturated fatty acid having 6 - 14 carbon atoms, (B) a zinc salt of pyrrolidone carboxylate.
A lentiviral vector, wherein the lentiviral vector is prepared by transfecting plasmids containing a genome sequence of the lentiviral vector into a virus-producing cell, collecting a first supernatant and concentrating the first supernatant; the plasmids comprise a plasmid expressing an envelope protein, a plasmid expressing a third-generation lentivirus GagPol long-chain protein containing a RNA-binding protein and a plasmid containing an RNA stem-loop structure identified by the RNA-binding protein characterized in that the plasmid expressing the third-generation lentivirus GagPol long-chain protein containing the RNA-binding protein integrates the RNA-binding protein into the N-terminal of third-generation the lentivirus GagPol long-chain protein, in the plasmid expressing the third-generation lentivirus GagPol long-chain protein containing the RNA-binding protein, the codon sequence of the third-generation lentivirus GagPol long-chain protein is SEQ ID No.1, and the RNA-binding protein is MS2 coat protein, and the codon sequence of the MS2 coat protein is SEQ ID No.2. the plasmids comprise a plasmid expressing an envelope protein, a plasmid expressing a third-generation lentivirus GagPol long-chain protein containing a RNA-binding protein and a plasmid containing an RNA stem-loop structure identified by the RNA-binding protein characterized in that the plasmid expressing the third-generation lentivirus GagPol long-chain protein containing the RNA-binding protein integrates the RNA-binding protein into the N-terminal of third-generation the lentivirus GagPol long-chain protein, in the plasmid expressing the third-generation lentivirus GagPol long-chain protein containing the RNA-binding protein, the codon sequence of the third-generation lentivirus GagPol long-chain protein is SEQ ID No.1, and the RNA-binding protein is MS2 coat protein, and the codon sequence of the MS2 coat protein is SEQ ID No.2.