mhurhangee/patent-ind-claim-en huggingface dataset:
A substantially flat urine collection device to collect urine discharged during urination, comprising: a fluid impermeable barrier having a first lateral side defining an aperture configured to receive a conduit therethrough and a second lateral side distal to the first lateral side, a protrusion of the fluid impermeable barrier which extends from the second lateral side, the fluid impermeable barrier also defining a chamber and an opening , the opening including a longitudinal length (OD2) of at least about 4 cm and a lateral width (OD1); and a fluid permeable body positioned at least partially within the chamber such that a portion of the fluid permeable body extends across at least a portion of the opening and to at least partially define, with the fluid impermeable barrier, a reservoir that is positioned in the protrusion , the fluid permeable body being configured to wick urine away from the opening to the reservoir; and wherein: i) the lateral width (OD1) of the opening is substantially equal to or greater than the longitudinal length (OD2); and ii) the aperture and the protrusion are positioned on an axis that is substantially centered on the lateral width of the opening the device further comprising a conduit including an inlet and an outlet, wherein at least a portion of the conduit extends through the aperture and the fluid permeable body to position the inlet at the protrusion in fluid communication with the reservoir. a fluid impermeable barrier having a first lateral side defining an aperture configured to receive a conduit therethrough and a second lateral side distal to the first lateral side, a protrusion of the fluid impermeable barrier which extends from the second lateral side, the fluid impermeable barrier also defining a chamber and an opening , the opening including a longitudinal length (OD2) of at least about 4 cm and a lateral width (OD1); and a fluid permeable body positioned at least partially within the chamber such that a portion of the fluid permeable body extends across at least a portion of the opening and to at least partially define, with the fluid impermeable barrier, a reservoir that is positioned in the protrusion , the fluid permeable body being configured to wick urine away from the opening to the reservoir; and wherein: i) the lateral width (OD1) of the opening is substantially equal to or greater than the longitudinal length (OD2); and ii) the aperture and the protrusion are positioned on an axis that is substantially centered on the lateral width of the opening i) the lateral width (OD1) of the opening is substantially equal to or greater than the longitudinal length (OD2); and ii) the aperture and the protrusion are positioned on an axis that is substantially centered on the lateral width of the opening the device further comprising a conduit including an inlet and an outlet, wherein at least a portion of the conduit extends through the aperture and the fluid permeable body to position the inlet at the protrusion in fluid communication with the reservoir.
A method executed by a user equipment, UE, for estimating its absolute position information using sidelink based positioning, the method comprising: receiving (S1810) information related to an absolute position of a positioning reference which is a third server UE, from the positioning reference; obtaining (S1820) a first positioning reference signal, PRS, reception timing, based on a PRS received from the positioning reference; obtaining (S1830) a second PRS reception timing at which a first server UE receives the PRS from the positioning reference, based on a measurement of a phase difference between two subcarriers in a frequency domain of a first reference signal, RS, received from the first server UE; obtaining (S1840) a third PRS reception timing at which a second server UE receives the PRS from the positioning reference, based on a measurement of a phase difference between two subcarriers in a frequency domain of second RS received from the second server UE; estimating (S1850) a relative position of the positioning reference, based on the first PRS reception timing, the second PRS reception timing, and the third PRS reception timing; and obtaining (S1860) absolute position information of the UE, based on the absolute position of the positioning reference and the relative position of the positioning reference. receiving (S1810) information related to an absolute position of a positioning reference which is a third server UE, from the positioning reference; obtaining (S1820) a first positioning reference signal, PRS, reception timing, based on a PRS received from the positioning reference; obtaining (S1830) a second PRS reception timing at which a first server UE receives the PRS from the positioning reference, based on a measurement of a phase difference between two subcarriers in a frequency domain of a first reference signal, RS, received from the first server UE; obtaining (S1840) a third PRS reception timing at which a second server UE receives the PRS from the positioning reference, based on a measurement of a phase difference between two subcarriers in a frequency domain of second RS received from the second server UE; estimating (S1850) a relative position of the positioning reference, based on the first PRS reception timing, the second PRS reception timing, and the third PRS reception timing; and obtaining (S1860) absolute position information of the UE, based on the absolute position of the positioning reference and the relative position of the positioning reference.
A rehabilitation support apparatus for supporting rehabilitation of a user, comprising: a detector configured to detect a direction of a head of the user wearing a head mounted display ; a first sensor configured to sense a position of at least one of a floor surface and a wall surface in the real space around the user, and a display controller configured to generate, in a virtual space, a rehabilitation target object to be visually recognized by the user and to display the target object on the head mounted display in accordance with the direction of the head of the user detected by the detector, wherein to avoid risk that the user hits the floor surface or the wall surface in the real space, for the target object that moves toward the floor surface or the wall surface, the display controller is configured to make the target object disappear, stop, or reversely move at a position apart from the floor surface or the wall surface by a predetermined distance. a detector configured to detect a direction of a head of the user wearing a head mounted display ; a first sensor configured to sense a position of at least one of a floor surface and a wall surface in the real space around the user, and a display controller configured to generate, in a virtual space, a rehabilitation target object to be visually recognized by the user and to display the target object on the head mounted display in accordance with the direction of the head of the user detected by the detector, wherein to avoid risk that the user hits the floor surface or the wall surface in the real space, for the target object that moves toward the floor surface or the wall surface, the display controller is configured to make the target object disappear, stop, or reversely move at a position apart from the floor surface or the wall surface by a predetermined distance.
A flight control system for an aircraft comprising a gear arrangement and a control lever J operable to drive the gear arrangement, the gear arrangement comprising a gear train having a first gear on a first axle and a second gear on a second axle , the first and second gears arranged to intermesh; characterized in that the gear arrangement is provided with a friction drive comprising a first rotary element mounted on the first axle arranged to frictionally drive a second rotary element mounted on the second axle.
An electric or hybrid working machine comprising: a ground engaging structure for propelling the working machine ; an electrical source of power ; an electric motor arrangement configured to be powered by the electrical source of power , the electric motor arrangement comprising at least one electric motor ; one or more hydraulically actuated devices ; a hydraulic pump configured to supply hydraulic fluid to the one or more hydraulically actuated devices ; and a transmission operable to transmit drive from the electric motor arrangement to the ground engaging structure and the hydraulic pump, characterised in that : the transmission comprises: a first input member connected to a first electric motor of the electric motor arrangement and configured to be driven thereby, a drive train comprising a first input gear connected to the first input member , and a coupling device connected between the first input member and the first input gear to selectively adjust transmission of drive to the hydraulic pump and the ground engaging structure . a ground engaging structure for propelling the working machine ; an electrical source of power ; an electric motor arrangement configured to be powered by the electrical source of power , the electric motor arrangement comprising at least one electric motor ; one or more hydraulically actuated devices ; a hydraulic pump configured to supply hydraulic fluid to the one or more hydraulically actuated devices ; and a transmission operable to transmit drive from the electric motor arrangement to the ground engaging structure and the hydraulic pump, characterised in that : the transmission comprises: a first input member connected to a first electric motor of the electric motor arrangement and configured to be driven thereby, a drive train comprising a first input gear connected to the first input member , and a coupling device connected between the first input member and the first input gear to selectively adjust transmission of drive to the hydraulic pump and the ground engaging structure . a first input member connected to a first electric motor of the electric motor arrangement and configured to be driven thereby, a drive train comprising a first input gear connected to the first input member , and a coupling device connected between the first input member and the first input gear to selectively adjust transmission of drive to the hydraulic pump and the ground engaging structure .
Endoscopic device (16a-j) having at least one shaft (26a; 26b; 26c; 26d; 26i; 26j), which has at least one portion deflectable in at least one plane , and having at least one deflection mechanism (46a-j), which is configured to deflect the deflectable portion of the shaft (26a; 26b; 26c; 26d; 26i; 26j) and comprises, arranged in series, at least one first connection member (48a; 48c; 48e; 48i) and at least one second connection member (50a; 50c; 50e; 50f; 50g; 50h; 50i) interacting for a deflection with the first connection member (48a; 48c; 48e; 48i), and at least one flexurally slack control train (80a; 80d; 80e) which is configured for adjustment of a deflection of the deflectable portion , wherein at least the second connection member (50a; 50c; 50e; 50f; 50g; 50h; 50i) comprises at least one connection member main body (218e; 218f; 218g; 218h), which comprises a passageway (82a; 82e; 82f; 82g; 82h) for guiding the control train (80a; 80d; 80e), and at least one radial opening (216e; 216f; 216g; 216h) which is connected to the passageway (82a; 82e; 82f; 82g; 82h) and via which the control train (80a; 80d; 80e) is insertable into the passageway (82a; 82e; 82f; 82g; 82h), the connection member main body (218e; 218f; 218g; 218h) has an at least partially radially extending connection recess (220e; 220f), which connects the passageway (82a; 82e; 82f; 82g; 82h) and the radial opening (216e; 216f; 216g; 216h) to each other, characterized in that the connection recess (220e; 220f) describes a hook-shaped curved path.
Method for controlling different light functions (1 to 6) in a vehicle, wherein the light functions (1 to 6) comprise the "Off" , "Auto" , "Parking light" , "Low beam" and "Low beam + fog light" (4 with 5 or 6) functions and it is possible to switch manually between the light functions (1 to 6) using a rotary switch, wherein the "Parking light" switch position is arranged between the "Auto" switch position and the "Low beam" switch position, characterised in that if, when switching from the current "Auto" light function, in which the low beam is automatically switched on depending on the existing environmental conditions, and the low beam is switched on, to the "Parking light" light function, the current speed of the vehicle has exceeded a predetermined speed, the low beam remains switched on and the "parking light" position is ignored, and otherwise the parking light is activated.
A method for controlling an electric motor comprising: setting a current limit (104a,b), a speed limit (106a,b) and a torque limit (108a,b); sensing a DC link current , comparing the sensed DC link current with the current limit (104a,b) and adjusting the torque limit (108a,b) based on the comparison with the current limit (104a,b) to provide an adjusted torque limit; and sensing the speed of the electric motor , comparing the speed with the speed limit (106a,b) and further adjusting the adjusted torque limit based on the comparison with the speed limit (106a,b). setting a current limit (104a,b), a speed limit (106a,b) and a torque limit (108a,b); sensing a DC link current , comparing the sensed DC link current with the current limit (104a,b) and adjusting the torque limit (108a,b) based on the comparison with the current limit (104a,b) to provide an adjusted torque limit; and sensing the speed of the electric motor , comparing the speed with the speed limit (106a,b) and further adjusting the adjusted torque limit based on the comparison with the speed limit (106a,b).
A printer that is adapted for printing on a mixed sequence of media sheets with a print head that is adjustable in height (h) relative to a print surface that is configured to support the media during printing, the printer having a user interface and a controller arranged to control a height adjustment mechanism for the print head, wherein the controller is configured to store a set of different height adjustment strategies for handling media that differ in specifications that define an admissible range (R) for the height (h) of the print head, said height adjustment strategies being different from one another in that they permit each a different productivity of the print process, and the user interface is adapted to permit the user to select among the stored height adjustment strategies , characterised in that one of the height adjustment strategies comprises the steps of: (a) retrieving admissible height ranges (R) for a plurality of media sheets that are scheduled for printing, (b) searching for a height value (h1) that is contained in the admissible range (R) of all scheduled sheets, (c1) if such a height value (h1) is found, adjusting the print head to that height value, (c2) if not, proceeding to a problem handling routine (PH1, PH2, PH3). (a) retrieving admissible height ranges (R) for a plurality of media sheets that are scheduled for printing, (b) searching for a height value (h1) that is contained in the admissible range (R) of all scheduled sheets, (c1) if such a height value (h1) is found, adjusting the print head to that height value, (c2) if not, proceeding to a problem handling routine (PH1, PH2, PH3).
A memory module comprising: a memory , and an error correction logic to detect and correct errors in data stored in the memory, wherein the error correction logic is selectively controllable between an enabled state and a disabled state based on a selected mode of the memory module , wherein the selected mode is a memory-mapped storage mode or a block storage mode, and wherein the memory-mapped storage mode and the block storage mode provide different data access speeds, wherein the memory is to store data without error protection provided by the memory module if the error correction logic is in the disabled state; wherein the error correction logic in the memory module is to detect and correct an error in data read from the memory during a read operation, if the error correction logic is in the enabled state; wherein the error correction logic is controllable between the enabled state and the disabled state by a memory controller that is external to the memory module , and the error correction logic in the memory module is enabled when an error correction logic in the memory controller is disabled. a memory , and an error correction logic to detect and correct errors in data stored in the memory, wherein the error correction logic is selectively controllable between an enabled state and a disabled state based on a selected mode of the memory module , wherein the selected mode is a memory-mapped storage mode or a block storage mode, and wherein the memory-mapped storage mode and the block storage mode provide different data access speeds, wherein the memory is to store data without error protection provided by the memory module if the error correction logic is in the disabled state; wherein the error correction logic in the memory module is to detect and correct an error in data read from the memory during a read operation, if the error correction logic is in the enabled state; wherein the error correction logic is controllable between the enabled state and the disabled state by a memory controller that is external to the memory module , and the error correction logic in the memory module is enabled when an error correction logic in the memory controller is disabled.
An aqueous radiation curable inkjet ink including an aqueous medium and polymer nanoparticles charged with a polymerizable compound, wherein the polymerizable compound is a polymerizable photoinitiator.
A VEGF antagonist for use in the treatment of wet age related macular degeneration (wAMD) in a patient, wherein it is first established if the size of the active CNV lesion is smaller than 50% of the total lesion size as determined by fluorescein angiography and then the patient is treated with an anti-VEGF treatment in case the size of the active CNV lesion is smaller than 50% of the total lesion size, wherein the VEGF antagonist is aflibercept.
Use of a monoclonal antibody (mAb) that binds to FGFR2 comprising a mature light chain variable region comprising CDR1, CDR2, and CDR3 respectively defined by residues 24-34, 50-56, and 89-97 of SEQ ID NO:1 and a mature heavy chain variable region comprising CDR1, CDR2, and CDR3 respectively defined by residues 31-35, 50-66 and 99-103 of SEQ ID NO:4 to measure the level of fibroblast growth factor receptor 2 in a tumor biopsy specimen.
An electric working machine comprising: an electric energy storage unit configured to provide electrical power to the working machine ; a hydraulic fluid circuit arranged to provide hydraulic fluid to one or more hydraulic actuators to perform a working operation; an operator structure ; an operator structure climate control assembly arranged to selectively add and/or remove thermal energy to/from the operator structure for selectively warming and cooling the operator structure ; a heat exchanger arranged to selectively add and/or remove thermal energy from the hydraulic fluid circuit for selectively warming and cooling the hydraulic fluid ; and a thermal management system connecting the heat exchanger to the operator structure climate control assembly , wherein the thermal management system is configured to determine an operator structure energy requirement based on a target operator structure temperature and a hydraulic fluid energy requirement based on a target hydraulic fluid temperature , and wherein the thermal management system comprises an energy distribution system to selectively transfer thermal energy between the operator structure and the hydraulic fluid based on the relative values of the operator structure energy requirement and the hydraulic fluid energy requirement ; and wherein the thermal management system is configured to heat the hydraulic fluid and/or operator structure to the respective target temperature(s) prior to or at an expected time of operation of the working machine . an electric energy storage unit configured to provide electrical power to the working machine ; a hydraulic fluid circuit arranged to provide hydraulic fluid to one or more hydraulic actuators to perform a working operation; an operator structure ; an operator structure climate control assembly arranged to selectively add and/or remove thermal energy to/from the operator structure for selectively warming and cooling the operator structure ; a heat exchanger arranged to selectively add and/or remove thermal energy from the hydraulic fluid circuit for selectively warming and cooling the hydraulic fluid ; and a thermal management system connecting the heat exchanger to the operator structure climate control assembly , wherein the thermal management system is configured to determine an operator structure energy requirement based on a target operator structure temperature and a hydraulic fluid energy requirement based on a target hydraulic fluid temperature , and wherein the thermal management system comprises an energy distribution system to selectively transfer thermal energy between the operator structure and the hydraulic fluid based on the relative values of the operator structure energy requirement and the hydraulic fluid energy requirement ; and wherein the thermal management system is configured to heat the hydraulic fluid and/or operator structure to the respective target temperature(s) prior to or at an expected time of operation of the working machine .
A load measuring apparatus for a construction machine having a loading weight arithmetic module calculating a loading weight on the basis of loads of a plurality of suspension cylinders, characterized in that the load measuring apparatus comprises a loading weight confirmation module outputting the loading weight calculated by the loading weight arithmetic module when all of the loads of the suspension cylinders are equal to or larger than a specified value, the loading weight confirmation module making the loading weight calculated by the loading weight arithmetic module ineffective without outputting the loading weight when any one of the loads of the suspension cylinders is below the specified value.
A method of automatically generating a background measurement in a spectrometer comprising the steps of: collecting a plurality of candidate scans in the spectrometer; determining for each of the plurality of candidate scans if the candidate scan correlates to an orthonormal basis set that is associated with a recent background description to determine whether the candidate scan matches the recent background description, wherein the orthonormal basis is calculated from a subset of the data collected for a recent background measurement; saving each candidate scan that correlates to the orthonormal basis set as a background scan in a scan cache; and generating a new background measurement from a plurality of the background scans stored in the scan cache if a current background measurement is older than a preselected time interval. collecting a plurality of candidate scans in the spectrometer; determining for each of the plurality of candidate scans if the candidate scan correlates to an orthonormal basis set that is associated with a recent background description to determine whether the candidate scan matches the recent background description, wherein the orthonormal basis is calculated from a subset of the data collected for a recent background measurement; saving each candidate scan that correlates to the orthonormal basis set as a background scan in a scan cache; and generating a new background measurement from a plurality of the background scans stored in the scan cache if a current background measurement is older than a preselected time interval.