mhurhangee/ep-ind-claims huggingface dataset:
A hearing communication device, comprising: an enclosure; and a plurality of internal components within the enclosure, wherein a first internal component of the plurality of internal components includes a wireless receiver, and a second internal component of the plurality of internal components includes a wireless transmitter, the wireless receiver and wireless transmitter adapted to wirelessly communicate information from the second internal component to the first internal component. an enclosure; and a plurality of internal components within the enclosure, wherein a first internal component of the plurality of internal components includes a wireless receiver, and a second internal component of the plurality of internal components includes a wireless transmitter, the wireless receiver and wireless transmitter adapted to wirelessly communicate information from the second internal component to the first internal component.
A method of improving the filtration capacity of a virus filter during protein purification, consisting of subjecting a composition comprising a protein to be purified to a cation exchange step and an endotoxin removal step, simultaneously or in either order, prior to passing through said virus filter.
A rapid water ambulance for transport of patients, the injured and the like, comprising a sick bay solidly constrained to a structure of the water ambulance and a support apparatus for a stretcher, arranged in the water ambulance, characterised in that the support apparatus comprises: - a support column, constrained to the sick bay with a fixed axis with respect to the sick bay, - a carriage, constrained to the column, freely slidable along the column in the direction of the axis thereof, - a support plane for a stretcher, borne projectingly by the carriage and solidly constrained thereto, - a damped suspension device, constrained to the carriage and to the column, which supports the support plane at an operating height, supporting the weight placed thereon and able to damp impacts acting on the support plane caused by the motion of the water ambulance on waves, wherein the axis of the support column is inclined with respect to the perpendicular direction to the floor plane of the sick bay and lies in the vertical plane parallel to the motion direction of the water ambulance. - a support column, constrained to the sick bay with a fixed axis with respect to the sick bay, - a carriage, constrained to the column, freely slidable along the column in the direction of the axis thereof, - a support plane for a stretcher, borne projectingly by the carriage and solidly constrained thereto, - a damped suspension device, constrained to the carriage and to the column, which supports the support plane at an operating height, supporting the weight placed thereon and able to damp impacts acting on the support plane caused by the motion of the water ambulance on waves,
Subsea direct electrical heating power supply system for providing electrical power for heating a subsea pipeline section, comprising: - input means (110A, 110B, 110C) adapted to couple the direct electrical heating power supply system to a power supply; - a subsea variable speed drive for receiving electrical power from the input means and for providing an AC output, the subsea variable speed drive comprising a plurality of series-connected power cells (A1..A6), each power cell comprising an inverter and a bypass device to selectively bypass the power cell; - an adjustable subsea capacitor connected to the AC output of the subsea variable speed drive; - output means adapted to couple the direct electrical heating power supply system to a subsea pipeline section; - a controller adapted to adjust the capacitance of the adjustable subsea capacitor such that if the system output voltage is reduced as a result of bypassing one or more power cells (A1..A6) the current output by the direct electrical heating power supply system is increased. - input means (110A, 110B, 110C) adapted to couple the direct electrical heating power supply system to a power supply; - a subsea variable speed drive for receiving electrical power from the input means and for providing an AC output, the subsea variable speed drive comprising a plurality of series-connected power cells (A1..A6), each power cell comprising an inverter and a bypass device to selectively bypass the power cell; - an adjustable subsea capacitor connected to the AC output of the subsea variable speed drive; - output means adapted to couple the direct electrical heating power supply system to a subsea pipeline section; - a controller adapted to adjust the capacitance of the adjustable subsea capacitor such that if the system output voltage is reduced as a result of bypassing one or more power cells (A1..A6) the current output by the direct electrical heating power supply system is increased.
A flexible secondary battery comprising: an electrode support; a sheet-type internal electrode wound helically outside of the electrode support; a sheet-type first solid electrolyte layer wound helically outside of the internal electrode; a sheet-type bipolar electrode wound helically outside of the first solid electrolyte layer; a sheet-type second solid electrolyte layer wound helically outside of the bipolar electrode; and a sheet-type external electrode wound helically outside of the second solid electrolyte layer, wherein each of the first solid electrolyte layer and the second solid electrolyte layer includes an organic solid electrolyte, the internal electrode is provided with insulation coating portions at both longitudinal ends of one surface facing the first solid electrolyte layer, the external electrode is provided with insulation coating portions at both longitudinal ends of one surface facing the second solid electrolyte layer, the bipolar electrode is provided with insulation coating portions at both longitudinal ends of opposing surfaces thereof, and the sheet-type internal electrode, the sheet-type bipolar electrode, and the sheet-type external electrode have no additional non-coated portion having no electrode active material layer formed therein. an electrode support; a sheet-type internal electrode wound helically outside of the electrode support; a sheet-type first solid electrolyte layer wound helically outside of the internal electrode; a sheet-type bipolar electrode wound helically outside of the first solid electrolyte layer; a sheet-type second solid electrolyte layer wound helically outside of the bipolar electrode; and a sheet-type external electrode wound helically outside of the second solid electrolyte layer, wherein each of the first solid electrolyte layer and the second solid electrolyte layer includes an organic solid electrolyte, the internal electrode is provided with insulation coating portions at both longitudinal ends of one surface facing the first solid electrolyte layer, the external electrode is provided with insulation coating portions at both longitudinal ends of one surface facing the second solid electrolyte layer, the bipolar electrode is provided with insulation coating portions at both longitudinal ends of opposing surfaces thereof, and the sheet-type internal electrode, the sheet-type bipolar electrode, and the sheet-type external electrode have no additional non-coated portion having no electrode active material layer formed therein.
A module comprising a floor and at least one wall arranged to provide the module with a wet area interior, wherein the at least one wall comprises a prefabricated one-piece wall element which constitutes the planned outlay and size of the wall and the floor comprises a prefabricated one-piece floor element which constitutes the planned outlay and size of the floor, characterized in that the wall element(s) and floor element each is made up by a prefabricated glass fiber reinforced board constituted by reinforced layers of glass fibers and an integrated layer of tiles positioned so that the layer of tiles faces the wet area interior, and the floor element is further constituted by a plate structure made of polystyrene and is configured with an inclined surface sloping towards a drain, wherein the inclined surface faces the wet area interior and the glass fiber reinforced board with the integrated layer of tiles positioned on the plate structure.
Tailgate of a vehicle, comprising a horizontal or substantially vertical pivot axis, means for hinging to the body which define the pivot axis (XX'), and means for locking the tailgate in the closed position, said tailgate also comprising at least one window and an interface element between the window and a vehicle body, the interface element being produced by molding and comprising: - an upper part in a vertical direction when the tailgate is in the closed position on the vehicle body, the upper part including means (58, 60, 49) for fastening to the window; - a lower part in the same vertical direction; and - a central stiffening part which is positioned on an exterior face of the window relative to the interior and exterior of the vehicle and comprises means (68, 49) for securing to the window, the securing means being arranged such that the central part absorbs a significant amount of the forces borne by the window, and the central stiffening part further comprising means suitable for allowing at least one electrical cable running from the upper part to the lower part to pass through, characterized in that the lower part comprises means (62, 64, 49) for fastening to the window and in that the central part comprises two elongate members (32, 34) which are separate from the upper and lower parts. - an upper part in a vertical direction when the tailgate is in the closed position on the vehicle body, the upper part including means (58, 60, 49) for fastening to the window; - a lower part in the same vertical direction; and - a central stiffening part which is positioned on an exterior face of the window relative to the interior and exterior of the vehicle and comprises means (68, 49) for securing to the window, the securing means being arranged such that the central part absorbs a significant amount of the forces borne by the window, and the central stiffening part further comprising means suitable for allowing at least one electrical cable running from the upper part to the lower part to pass through, characterized in that the lower part comprises means (62, 64, 49) for fastening to the window and in that the central part comprises two elongate members (32, 34) which are separate from the upper and lower parts.
A configuration information push method performed by a server, comprising: establishing a short connection with a client; obtaining (S101, S301) a polling request sent by the client, wherein the polling request comprises configuration information of configuration items; determining (S102, S302) whether the configuration information of the configuration items in the polling request is respectively consistent with current configuration information of corresponding local configuration items; if the configuration information of the configuration items in the polling request is respectively consistent with current configuration information of corresponding local configuration items: keeping (S103, S303) the short connection to the client within a preset polling duration; and pushing (S104, S308), if, in the duration of the short connection, current configuration information of a target configuration item in the local configuration items is inconsistent with configuration information of a corresponding configuration item in the polling request, the target configuration item to the client; receiving a configuration information request from the client; and sending, from the server to the client, the current configuration information of the target configuration item. establishing a short connection with a client; obtaining (S101, S301) a polling request sent by the client, wherein the polling request comprises configuration information of configuration items; determining (S102, S302) whether the configuration information of the configuration items in the polling request is respectively consistent with current configuration information of corresponding local configuration items; if the configuration information of the configuration items in the polling request is respectively consistent with current configuration information of corresponding local configuration items: keeping (S103, S303) the short connection to the client within a preset polling duration; and pushing (S104, S308), if, in the duration of the short connection, current configuration information of a target configuration item in the local configuration items is inconsistent with configuration information of a corresponding configuration item in the polling request, the target configuration item to the client; receiving a configuration information request from the client; and sending, from the server to the client, the current configuration information of the target configuration item. keeping (S103, S303) the short connection to the client within a preset polling duration; and pushing (S104, S308), if, in the duration of the short connection, current configuration information of a target configuration item in the local configuration items is inconsistent with configuration information of a corresponding configuration item in the polling request, the target configuration item to the client; receiving a configuration information request from the client; and sending, from the server to the client, the current configuration information of the target configuration item.
Optical position measuring device for determining the relative position of two objects which are movable relative to one another along at least two measurement directions (x, y), comprising - two scanning units, which are connected to one of the two objects and each comprise at least one light source, one or more gratings (23.1, 23.2) and a detector arrangement, and - a measure connected to the other object and comprising two tracks with incremental graduations (12.1, 12.2; 112.2) which extend along a first measurement direction (x) and which each consist of graduation regions (12.1a, 12.1b, 12.2a, 12.2b; 112.2a, 112.2b) with different optical properties that are arranged in periodic fashion along an incremental graduation direction (x 1 ', x 2 '), wherein the two incremental graduation directions (x 1 ', x 2 ') assume an angle (β) of between 0° and 90° with respect to one another and at least one reference marking (13.1, 13.2; 113.2) is integrated in each of the two incremental graduations (12.1, 12.2; 112.2), the scanning of said reference marking rendering generable a reference signal at a defined reference position (x REF, y REF) along each measurement direction (x, y), and wherein the reference marking (13.1, 13.2; 113.2) contains both aperiodic and periodic components (14.1, 14.2). - two scanning units, which are connected to one of the two objects and each comprise at least one light source, one or more gratings (23.1, 23.2) and a detector arrangement, and - a measure connected to the other object and comprising two tracks with incremental graduations (12.1, 12.2; 112.2) which extend along a first measurement direction (x) and which each consist of graduation regions (12.1a, 12.1b, 12.2a, 12.2b; 112.2a, 112.2b) with different optical properties that are arranged in periodic fashion along an incremental graduation direction (x 1 ', x 2 '), wherein the two incremental graduation directions (x 1 ', x 2 ') assume an angle (β) of between 0° and 90° with respect to one another and at least one reference marking (13.1, 13.2; 113.2) is integrated in each of the two incremental graduations (12.1, 12.2; 112.2), the scanning of said reference marking rendering generable a reference signal at a defined reference position (x REF, y REF) along each measurement direction (x, y), and wherein the reference marking (13.1, 13.2; 113.2) contains both aperiodic and periodic components (14.1, 14.2).
A method for categorizing performance of an electric traction machine being a permanent magnetic synchronous motor, PMSM, the PMSM being coupled to a drive shaft, and powered by a battery via an inverter, characterized by: - decoupling the PMSM from drive shaft; - performing a first retardation test to measure the flux linkage of the permanent magnets, PM flux, in the PMSM; - performing a second retardation test in which the inverter is disconnected, to measure the no-load power losses of the PMSM; - correlating the PM flux with the no-load power losses in a health parameter of the PMSM, and comparing the health parameter with reference data of known health parameters of a population of PMSMs; - categorizing the performance of the PMSM based on the compared health parameter. - decoupling the PMSM from drive shaft; - performing a first retardation test to measure the flux linkage of the permanent magnets, PM flux, in the PMSM; - performing a second retardation test in which the inverter is disconnected, to measure the no-load power losses of the PMSM; - correlating the PM flux with the no-load power losses in a health parameter of the PMSM, and comparing the health parameter with reference data of known health parameters of a population of PMSMs; - categorizing the performance of the PMSM based on the compared health parameter.
A controller for an electric power steering apparatus comprising a motor which applies a steering assist force to a steering mechanism, the controller comprising: a torque command value calculating portion adapted for calculating a torque command value (Tref) based on a steering torque generated in a steering shaft, and a vehicle speed; a current command value calculating portion adapted for calculating a current command value for the motor based on the torque command value (Tref), the motor being controlled based on the current command value (Id); and a cogging torque compensation value calculating portion adapted for calculating a cogging torque compensation value (Tcg) for the motor, characterized in that the current command value calculating portion is further adapted for calculating a d-axis current command value(Id) and a q-axis current command value (Iq) in d-q axis of the motor, and the current command value calculating portion is further adapted for correcting the d-axis current command vatue (Id) based on the cogging torque compensation value (Tcg) so as to weaken flux of the motor; wherein the cogging torque compensation value (Tcg) is a function of the steering torque and the cogging torque compensation value calculating portion is further adapted for calculating the cogging torque compensation value (Tcg) based on the steering torque and the vehicle speed. a torque command value calculating portion adapted for calculating a torque command value (Tref) based on a steering torque generated in a steering shaft, and a vehicle speed; a current command value calculating portion adapted for calculating a current command value for the motor based on the torque command value (Tref), the motor being controlled based on the current command value (Id); and a cogging torque compensation value calculating portion adapted for calculating a cogging torque compensation value (Tcg) for the motor, characterized in that the current command value calculating portion is further adapted for calculating a d-axis current command value(Id) and a q-axis current command value (Iq) in d-q axis of the motor, and the current command value calculating portion is further adapted for correcting the d-axis current command vatue (Id) based on the cogging torque compensation value (Tcg) so as to weaken flux of the motor; wherein the cogging torque compensation value (Tcg) is a function of the steering torque and the cogging torque compensation value calculating portion is further adapted for calculating the cogging torque compensation value (Tcg) based on the steering torque and the vehicle speed.
Dental device adapted to be connected to a dental implant fixture, characterized in that the device at least comprises: a scan body comprising polyether ether ketone (PEEK) adapted to be connected to the dental implant fixture and adapted to be captured by a scanning device, and a customizable gingiva body mounted to the scan body in a fixed position, wherein the gingiva body comprises a thermoplastic polymer adapted to be captured by a scanning device, characterized in that said gingiva body comprises at least partially a second polymer comprising a melting point of ≥ 35°C and ≤ 80°C. a scan body comprising polyether ether ketone (PEEK) adapted to be connected to the dental implant fixture and adapted to be captured by a scanning device, and a customizable gingiva body mounted to the scan body in a fixed position, wherein the gingiva body comprises a thermoplastic polymer adapted to be captured by a scanning device, characterized in that said gingiva body comprises at least partially a second polymer comprising a melting point of ≥ 35°C and ≤ 80°C.
An electromechanical actuator comprising: an EMA housing, a strain gauge (202;400) comprising a circuit for measuring a strain; and a controller coupled to the strain gauge (202;400), wherein the controller adjusts a force applied by the EMA based upon a resistance of a variable resistance resistor; wherein the circuit for measuring a strain comprises a first group of resistors (302,304) coupled in parallel with a second group of resistors (306,308), and is a Wheatstone bridge, wherein each resistor of the first group of resistors (302,304) and the second group of resistors (306,308) in the Wheatstone bridge comprises a known resistance; and wherein the controller determines a temperature of the EMA based upon the resistance of the variable resistance resistor, characterised in that the strain gauge (202; 400) is coupled to the EMA housing and the strain measured by the circuit for measuring a strain is the strain on the EMA housing; and in that the variable resistance resistor is coupled in series to the circuit for measuring strain on the EMA housing. an EMA housing, a strain gauge (202;400) comprising a circuit for measuring a strain; and a controller coupled to the strain gauge (202;400), wherein the controller adjusts a force applied by the EMA based upon a resistance of a variable resistance resistor; wherein the circuit for measuring a strain comprises a first group of resistors (302,304) coupled in parallel with a second group of resistors (306,308), and is a Wheatstone bridge, wherein each resistor of the first group of resistors (302,304) and the second group of resistors (306,308) in the Wheatstone bridge comprises a known resistance; and wherein the controller determines a temperature of the EMA based upon the resistance of the variable resistance resistor,