mhurhangee/patent-ind-claim-en huggingface dataset:
A battery monitoring apparatus configured to monitor a secondary battery that produces a change in reaction heat at a predetermined capacity when a storage capacity of the secondary battery changes during a current conduction, the battery monitoring apparatus comprising: an acquiring unit configured to acquire, during current conduction, an impedance change of the secondary battery ; and a capacity determination unit configured to determine, based on the impedance change acquired by the acquiring unit , whether the storage capacity of the secondary battery corresponds to the predetermined capacity, wherein the predetermined capacity includes a first capacity and a second capacity; during charging, for capacities larger than the first capacity, an absolute value of the impedance change is greater than that for capacities smaller than the first capacity, and for larger capacities than the second capacity, the absolute value of the impedance change is smaller than that for capacities smaller than the second capacity; during discharging, for smaller capacities than the first capacity, the absolute value of the impedance change is greater than that for capacities larger than the first capacity, and for smaller capacities than the second capacity, the absolute value of the impedance change is smaller than that for larger capacities than the second capacity; and the capacity determination unit is configured to determine the storage capacity of the secondary battery to be the first capacity when the impedance change decreases during the current-conduction and to determine the storage capacity of the secondary battery to be the second capacity when the impedance change increases during the current-conduction. an acquiring unit configured to acquire, during current conduction, an impedance change of the secondary battery ; and a capacity determination unit configured to determine, based on the impedance change acquired by the acquiring unit , whether the storage capacity of the secondary battery corresponds to the predetermined capacity, wherein the predetermined capacity includes a first capacity and a second capacity; during charging, for capacities larger than the first capacity, an absolute value of the impedance change is greater than that for capacities smaller than the first capacity, and for larger capacities than the second capacity, the absolute value of the impedance change is smaller than that for capacities smaller than the second capacity; during discharging, for smaller capacities than the first capacity, the absolute value of the impedance change is greater than that for capacities larger than the first capacity, and for smaller capacities than the second capacity, the absolute value of the impedance change is smaller than that for larger capacities than the second capacity; and the capacity determination unit is configured to determine the storage capacity of the secondary battery to be the first capacity when the impedance change decreases during the current-conduction and to determine the storage capacity of the secondary battery to be the second capacity when the impedance change increases during the current-conduction.
A shaft monitoring system comprising: a rotatable shaft including a target element coupled thereto that rotates along with the shaft, the target element including a series of distinct individual target sections arranged sequentially and contiguously one after another around a full turn in the direction of rotation of the shaft; a proximity sensor located adjacent to the target element, the proximity sensor configured to measure an inductance of the target element based on one or both of a volume of the target element indicated by the individual target section sensed by the proximity sensor and a distance between the individual target section of the target element and the proximity sensor, and to generate a proximity sensor output signal based on the measured inductance; and a signal processing system in signal communication with the proximity sensor, the signal processing system configured to determine at least one of a position of the shaft, a rotational speed of the shaft, and a rotational direction of the shaft based on the proximity sensor output signal. a rotatable shaft including a target element coupled thereto that rotates along with the shaft, the target element including a series of distinct individual target sections arranged sequentially and contiguously one after another around a full turn in the direction of rotation of the shaft; a proximity sensor located adjacent to the target element, the proximity sensor configured to measure an inductance of the target element based on one or both of a volume of the target element indicated by the individual target section sensed by the proximity sensor and a distance between the individual target section of the target element and the proximity sensor, and to generate a proximity sensor output signal based on the measured inductance; and a signal processing system in signal communication with the proximity sensor, the signal processing system configured to determine at least one of a position of the shaft, a rotational speed of the shaft, and a rotational direction of the shaft based on the proximity sensor output signal.
A paste composition for use in treating a wound, the composition comprising a salt of a water-soluble chitosan polymer or derivative thereof in which one or more hydroxyl or amine groups of the polymer have been modified to alter the solubility or tissue adhesive characteristics of the derivative, the salt of the water-soluble chitosan polymer or derivative thereof being dissolved in a phosphate-containing solution, wherein the composition is an opaque paste at 20 to 25°C that is ready-to-use, storage-stable, contains from 5 wt.% to 20 wt.% of the salt of the water-soluble chitosan polymer or derivative thereof based on the total paste weight, and has a pH of at least 4, a viscosity of 1 to 15 Pa.s. measured according to ASTM F2103-11, Part 5, and a residence time of at least 1 day during which the paste or a portion thereof remains in place in vivo under gross observation.
Vehicle tank pressurisation device, comprising: - a valve seat defining an opening for fuel vapours and/or air; said opening having a first vertical axis coincident with the direction of application of an opening force (Fa) that is directed upwards and is defined, in use, by the pressure in an internal upper region of the tank ; - a shutter positioned above said valve seat , movable towards and away from said valve seat to open/close said opening and having a weight set by design in such a way as to define the magnitude of a closing force (Fc) directed downwards; - a chamber engaged by said shutter and coaxial with said shutter along a second vertical axis ; said shutter having a shape that is asymmetrical with respect to said second vertical axis ; said shutter having a centre of gravity positioned eccentrically with respect to said first vertical axis ; characterised in that said shutter comprises a cavity formed in an eccentric position with respect to said second axis . - a valve seat defining an opening for fuel vapours and/or air; said opening having a first vertical axis coincident with the direction of application of an opening force (Fa) that is directed upwards and is defined, in use, by the pressure in an internal upper region of the tank ; - a shutter positioned above said valve seat , movable towards and away from said valve seat to open/close said opening and having a weight set by design in such a way as to define the magnitude of a closing force (Fc) directed downwards; - a chamber engaged by said shutter and coaxial with said shutter along a second vertical axis ; said shutter having a shape that is asymmetrical with respect to said second vertical axis ;
Guiding device for a dividing wall of a commercial vehicle, to be mounted on the commercial vehicle and comprising: - a guide rail , - a guide carriage , characterized in that the guide device comprises at least one temporary spacer , attached to the guide rail before a phase of mounting the guide device in a vehicle, and arranged to pre-position the guide carriage in the rail in at least one sliding direction and a direction transverse to the sliding direction. - a guide rail , - a guide carriage ,
Method for offshore installing an elongated member or an assembly thereof, comprising the steps of: - providing an elongated member that comprises a peripheral wall and an inner space that extends in the longitudinal direction of said elongated member ; - arranging said elongated member into or on a soil , the method being characterized by steps of: - arranging a floatable member inside the inner space of said elongated member or assembly; - displacing said floatable member by providing and/or regulating liquid inside the inner space of the elongated member or assembly; - bringing said floatable member in an engaged state with the elongated member or assembly when the liquid level inside said inner space has displaced said floatable member to a desired level; maintaining liquid inside the elongated member by preventing the liquid to flow from the inner space to outside the elongated member , thus trapping the liquid in the inner space of the elongated member. - providing an elongated member that comprises a peripheral wall and an inner space that extends in the longitudinal direction of said elongated member ; - arranging said elongated member into or on a soil , the method being characterized by steps of: - arranging a floatable member inside the inner space of said elongated member or assembly; - displacing said floatable member by providing and/or regulating liquid inside the inner space of the elongated member or assembly; - bringing said floatable member in an engaged state with the elongated member or assembly when the liquid level inside said inner space has displaced said floatable member to a desired level; maintaining liquid inside the elongated member by preventing the liquid to flow from the inner space to outside the elongated member , thus trapping the liquid in the inner space of the elongated member.
A wind turbine comprising a tower, a nacelle, a rotor including a plurality of blades, an electrical generator operatively coupled to the rotor, and a control system, wherein the control system comprises: a sensing system operable to output a signal indicative of the torsional oscillation frequency of the nacelle; a torsional damping module configured to monitor the torsional oscillation signal and to determine one or more blade pitch command signals for damping the torsional oscillation of the tower, and a filter module configured to receive the one or more blade pitch command signals as inputs and to output a respective one or more modified blade pitch command signals, wherein the filter module is configured to filter the one or more blade pitch command input signals to exclude frequency components greater than the torsional oscillation frequency, wherein the filter defines a cut off frequency equal to a 4P frequency of the wind turbine. a sensing system operable to output a signal indicative of the torsional oscillation frequency of the nacelle; a torsional damping module configured to monitor the torsional oscillation signal and to determine one or more blade pitch command signals for damping the torsional oscillation of the tower, and a filter module configured to receive the one or more blade pitch command signals as inputs and to output a respective one or more modified blade pitch command signals, wherein the filter module is configured to filter the one or more blade pitch command input signals to exclude frequency components greater than the torsional oscillation frequency, wherein the filter defines a cut off frequency equal to a 4P frequency of the wind turbine.
Brine injection system with a plurality of needles, which are inserted into a product and through which brine is injected into the product, wherein brine which does not end up in the product is collected and recycled, wherein during recycling, the brine flows through a filter , wherein the filter comprises a filter element , along which the unfiltered brine flows in a flow-direction (X) and through which the filtered brine passes and which holds back residues in the unfiltered brine , characterized in, that the filter element comprises a multitude of, slots each with a main extension direction which extends parallel to the flow direction (X) of the brine.
A method for wireless communications at a user equipment, UE, comprising: identifying a Quality of Service, QoS, flow mapped to a first radio bearer, the first radio bearer distinct from a default radio bearer; receiving configuration information related to a second radio bearer, the second radio bearer distinct from the default radio bearer, and the configuration information comprising an indication of an addition of the QoS flow to the second radio bearer; determining a release procedure for the QoS flow from the first radio bearer based at least in part on the configuration information comprising the indication of the addition of the QoS flow to the second radio bearer; determining that the release procedure comprises a remapping procedure based at least in part on the addition of the QoS flow to the second radio bearer; and releasing the QoS flow from the first radio bearer in accordance with the determined release procedure. identifying a Quality of Service, QoS, flow mapped to a first radio bearer, the first radio bearer distinct from a default radio bearer; receiving configuration information related to a second radio bearer, the second radio bearer distinct from the default radio bearer, and the configuration information comprising an indication of an addition of the QoS flow to the second radio bearer; determining a release procedure for the QoS flow from the first radio bearer based at least in part on the configuration information comprising the indication of the addition of the QoS flow to the second radio bearer; determining that the release procedure comprises a remapping procedure based at least in part on the addition of the QoS flow to the second radio bearer; and releasing the QoS flow from the first radio bearer in accordance with the determined release procedure.
System for deploying an implant, the system comprising: - a handle , - a catheter extending from the handle , the catheter being arranged for holding an implant at an implant holding portion at a distal end of the catheter, - an implant retaining sheath, the implant retaining sheath being arranged so as to surround the implant holding portion so as to retain an implant that is arranged at the implant holding portion, - a pull tab , the pull tab being connected to the implant retaining sheath so that a proximal pull on the pull tab pulls back the implant retaining sheath so as to release an implant arranged at the implant holding portion, the pull tab further comprising an engagement feature that is arranged on the pull tab and that is moved proximally as the pull tab is moved proximally, the engagement feature being arranged to engage with a first interference feature arranged at a first fixed longitudinal position on the system for deploying the implant, wherein an engagement between the engagement feature and the first interference feature provides tactile feedback to a user of the system that the implant retaining sheath has been pulled back a pre-set distance, further comprising a pull tab withdrawal mechanism, the pull tab withdrawal mechanism being arranged pull the pull tab proximally so as to release an implant arranged at the implant holding portion, the pull tab withdrawal mechanism comprising a thumbwheel coupled to a spindle, the spindle being arranged for winding up the pull tab so as to exert a proximal pull on the pull tab . - a handle , - a catheter extending from the handle , the catheter being arranged for holding an implant at an implant holding portion at a distal end of the catheter, - an implant retaining sheath, the implant retaining sheath being arranged so as to surround the implant holding portion so as to retain an implant that is arranged at the implant holding portion, - a pull tab , the pull tab being connected to the implant retaining sheath so that a proximal pull on the pull tab pulls back the implant retaining sheath so as to release an implant arranged at the implant holding portion, the pull tab further comprising an engagement feature that is arranged on the pull tab and that is moved proximally as the pull tab is moved proximally, the engagement feature being arranged to engage with a first interference feature arranged at a first fixed longitudinal position on the system for deploying the implant, wherein an engagement between the engagement feature and the first interference feature provides tactile feedback to a user of the system that the implant retaining sheath has been pulled back a pre-set distance, further comprising a pull tab withdrawal mechanism, the pull tab withdrawal mechanism being arranged pull the pull tab proximally so as to release an implant arranged at the implant holding portion, the pull tab withdrawal mechanism comprising a thumbwheel coupled to a spindle, the spindle being arranged for winding up the pull tab so as to exert a proximal pull on the pull tab .
A method of wireless communication by an access point, comprising: receiving power control parameters from a station, wherein the power control parameters comprise at least one of a dynamic power range of the station, an absolute transmit power accuracy of the station, a relative transmit power accuracy of the station, a transmit power step size of the station, a maximum transmit power associated with one or more modulation and coding schemes, MCSs, a minimum transmit power associated with the one or more MCSs, a maximum transmit power associated with one or more resource unit, RU, sizes, or a minimum transmit power associated with one or more RU sizes; determining a target receiver power level for uplink transmissions received at the access point; determining uplink power control information based on the determined target receiver power level for uplink multi-user multiple-input-multiple-output, UL MU-MIMO, transmission or uplink orthogonal frequency-division multiple access, UL OFDMA, transmission, wherein the uplink power control information is determined based on the received power control parameters; and transmitting a frame that includes the determined uplink power control information and a downlink transmit power used for transmitting the frame to a station scheduled by the access point for uplink transmission. receiving power control parameters from a station, wherein the power control parameters comprise at least one of a dynamic power range of the station, an absolute transmit power accuracy of the station, a relative transmit power accuracy of the station, a transmit power step size of the station, a maximum transmit power associated with one or more modulation and coding schemes, MCSs, a minimum transmit power associated with the one or more MCSs, a maximum transmit power associated with one or more resource unit, RU, sizes, or a minimum transmit power associated with one or more RU sizes; determining a target receiver power level for uplink transmissions received at the access point; determining uplink power control information based on the determined target receiver power level for uplink multi-user multiple-input-multiple-output, UL MU-MIMO, transmission or uplink orthogonal frequency-division multiple access, UL OFDMA, transmission, wherein the uplink power control information is determined based on the received power control parameters; and transmitting a frame that includes the determined uplink power control information and a downlink transmit power used for transmitting the frame to a station scheduled by the access point for uplink transmission.
A refrigerator , comprising a door , the door comprising an accommodating space , a user interface electrical module that is accommodated in the accommodating space , a handle groove , and a concave portion that is open towards a front surface and a side surface of the door in such way that the handle groove is accessible to a user via the concave portion , wherein the user interface electrical module , the handle groove , and the concave portion are located within a visible boundary frame (63; 63', 241) in the transverse and longitudinal direction of the door , the boundary frame (63; 63', 241) being connected to and open at the side surface , wherein the concave portion , the handle groove , and the user interface electrical module are successively disposed side by side along a depth direction of the handle groove , wherein the door comprises a door body ; the door body comprises a door inner liner , a front wall that is located in front of the door inner liner and has a first opening , and a user interface housing ; the user interface housing closes the first opening relative to a thermal insulation space located between the door inner liner and the front wall ; and the accommodating space , the handle groove and the concave portion are located within the user interface housing .
A conductive human interface , comprising: a fabric layer having an interior surface , an exterior surface , a soft coating applied to the fabric layer; an electrode or sensor configured to electrically connect with a residual limb and embedded in the soft coating; an electrical connector configured to connect with a prosthetic or other assistive device; and a conductive path connecting the electrode or sensor with the electrical connector , the conductive path including a conductor having a section overlying the fabric layer ; characterised in that : the fabric layer is a stretchable fabric layer having a stretchable direction; and the overlying section has an extendable length portion with a first end , a second end spaced from the first end at a linear distance (D) in the stretchable direction , and a length greater than the linear distance (D), whereby the greater length enables the overlying section of the conductor to elongate in the stretchable direction when the fabric layer stretches in the stretchable direction ; and wherein the extendible length portion is embedded within the soft coating so that the overlying section remains secured in the conductive path and elongates in a stretchable direction to enable a slight amount of shifting on the interior surface in response to forces imparted from a residual limb or a connected prosthetic device when the fabric layer stretches in the stretchable direction . a fabric layer having an interior surface , an exterior surface , a soft coating applied to the fabric layer; an electrode or sensor configured to electrically connect with a residual limb and embedded in the soft coating; an electrical connector configured to connect with a prosthetic or other assistive device; and a conductive path connecting the electrode or sensor with the electrical connector , the conductive path including a conductor having a section overlying the fabric layer ; characterised in that : the fabric layer is a stretchable fabric layer having a stretchable direction; and the overlying section has an extendable length portion with a first end , a second end spaced from the first end at a linear distance (D) in the stretchable direction , and a length greater than the linear distance (D), whereby the greater length enables the overlying section of the conductor to elongate in the stretchable direction when the fabric layer stretches in the stretchable direction ; and wherein the extendible length portion is embedded within the soft coating so that the overlying section remains secured in the conductive path and elongates in a stretchable direction to enable a slight amount of shifting on the interior surface in response to forces imparted from a residual limb or a connected prosthetic device when the fabric layer stretches in the stretchable direction .