mhurhangee/patent-ind-claim-en huggingface dataset:
A user terminal configured to communicate, using a network compatible with an LTE standard or 3GPP successor thereof, with a primary cell (C1) and at least one secondary cell (C2) that support different duplex modes and that use carrier aggregation, the user terminal comprising: a receiving section configured to receive a downlink, DL, signal transmitted from each of the cells; a feedback control section configured to transmit a delivery acknowledgement signal by using an uplink control channel of a given secondary cell of the at least one secondary cell; and a transmission power control section that controls transmission power of the uplink control channel of the given secondary cell, wherein the transmission power control section uses a TPC command included in downlink control information of the given secondary cell for power control of the uplink control channel of the given secondary cell, regardless of whether a DL assignment is present in both the primary cell and the given secondary cell, and wherein the feedback control section is configured to transmit the acknowledgement signal by using an uplink control channel resource which is reported to the user terminal using higher layer signaling. a receiving section configured to receive a downlink, DL, signal transmitted from each of the cells; a feedback control section configured to transmit a delivery acknowledgement signal by using an uplink control channel of a given secondary cell of the at least one secondary cell; and a transmission power control section that controls transmission power of the uplink control channel of the given secondary cell, wherein the transmission power control section uses a TPC command included in downlink control information of the given secondary cell for power control of the uplink control channel of the given secondary cell, regardless of whether a DL assignment is present in both the primary cell and the given secondary cell, and wherein the feedback control section is configured to transmit the acknowledgement signal by using an uplink control channel resource which is reported to the user terminal using higher layer signaling.
Housing jacket for an electrical machine , the housing jacket being formed in the shape of a pot and made of plastic, at least one cooling channel for the fluid cooling of the electrical machine in the housing jacket being formed on an outer circumference of the housing jacket , characterized in that between an inner surface of the housing jacket and the cooling channel , a fabric layer , which passes through the housing jacket , is integrated into the housing jacket , in that a flange , in which a plurality of fixing recesses for fixing the housing jacket is formed along a circumference, is formed on an end face of the housing jacket , in that the fabric layer extends radially at least partly through the flange , and in that the fixing recesses extend through the fabric layer in the axial direction of the housing jacket .
Fastening system with easy removal for electrical and / or electronic devices which are fixed into recesses on a support frame , of the type using flexible flaps arranged in the device, the flexible flaps having a surface of the outer part, such that, upon insertion of the device into the recess of the support frame , they become pressed by an edge of said recess and, once inserted, they exert pressure on said edge to achieve the attachment of the device onto the support frame , characterized by comprising: • a support frame comprising at least two oblique slots provided in the edge of the recess of the support frame ; and • an electrical and / or electronic device comprising at least two flexible flaps on whose outer part of their distal ends there is a protrusion emerging obliquely, that is, not perpendicular to the surface of the outer part of the flexible flap , protrusions which in their clamping position will remain locked in the slots of the support frame . • a support frame comprising at least two oblique slots provided in the edge of the recess of the support frame ; and • an electrical and / or electronic device comprising at least two flexible flaps on whose outer part of their distal ends there is a protrusion emerging obliquely, that is, not perpendicular to the surface of the outer part of the flexible flap , protrusions which in their clamping position will remain locked in the slots of the support frame .
A fan having a fan wheel comprising fan blades , which fan wheel extends radially outwards about a rotational axis of the fan and whose outer radial circumference defines a fan wheel diameter (Dv), and a stator with air deflecting webs disposed in the axial direction of flow at a distance (A) from the fan wheel , which stator extends radially outwards and has a stator diameter (Dl) that is smaller than the fan wheel diameter (Dv), such that the stator defines a partial cross sectional area of a fan wheel cross sectional area, characterized in that the stator has a width (B) in the axial direction of flow that is in a range from 0.02 to 0.1 of the fan wheel diameter (Dv).
A spectroscopy device for water analysis comprising: an optical microspectrometer ; and a waterproof casing designed to withstand underwater environment; the casing having at least one portion , which is transparent to the wavelengths of light being measured; the microspectrometer comprising a light source ; a detector configured to detect and measure a spectral signal emitted, transmitted, or reflected by a sample; optical components comprising optical lenses and optical filters ; and a means for controllable positioning of the optical lenses and the optical filters in front of the microspectrometer's detector ; wherein the optical filters comprise a 390-410 nm high pass filter, a 490-510 nm high pass filter, and a 590-610 nm high pass filter; wherein the light source is a light source or a set of light sources, designed to emit light in the ranges 360-380 nm, 440-460 nm, and 570-590 nm; wherein the microspectrometer is designed to be accommodated within the casing , so that the detector is positioned behind the transparent portion of the casing to be capable to be exposed to the spectral signal being measured.
A method for determining presence of a leak in a fluid conduit carrying a fluid, the method comprising: sensing fluid properties of the fluid with a first sensor device that flows freely along a path of the fluid conduit and storing the sensed fluid properties as a first fluid dataset, the sensor device including an outer capsule for providing fluid-tight containment to an interior compartment , the outer capsule including a groove in the interior compartment for receiving a weight for adjusting a mass of the sensor device to be neutrally buoyant with the fluid; sensing fluid properties of the fluid with a second sensor device that flows freely along the same path of the fluid conduit as the first sensor device and storing the sensed fluid properties as a second fluid dataset, the sensor device including an outer capsule for providing fluid-tight containment to an interior compartment , the outer capsule including a groove in the interior compartment for receiving a weight for adjusting a mass of the sensor device to be neutrally buoyant with the fluid; wherein that the first and second sensor devices are acoustic sensor devices and wherein, after waiting a period of time, comparing the first fluid dataset with the second fluid dataset whereby to determine the presence of any leak in the fluid conduit sensing fluid properties of the fluid with a first sensor device that flows freely along a path of the fluid conduit and storing the sensed fluid properties as a first fluid dataset, the sensor device including an outer capsule for providing fluid-tight containment to an interior compartment , the outer capsule including a groove in the interior compartment for receiving a weight for adjusting a mass of the sensor device to be neutrally buoyant with the fluid; sensing fluid properties of the fluid with a second sensor device that flows freely along the same path of the fluid conduit as the first sensor device and storing the sensed fluid properties as a second fluid dataset, the sensor device including an outer capsule for providing fluid-tight containment to an interior compartment , the outer capsule including a groove in the interior compartment for receiving a weight for adjusting a mass of the sensor device to be neutrally buoyant with the fluid; wherein that the first and second sensor devices are acoustic sensor devices and wherein, after waiting a period of time, comparing the first fluid dataset with the second fluid dataset whereby to determine the presence of any leak in the fluid conduit
A lamination apparatus for a secondary battery, which thermally bonds an electrode assembly in which electrodes and separators are alternately laminated, the lamination apparatus comprising: a transfer member transferring the electrode assembly ; a support member supporting each of top and bottom surfaces of the electrode assembly transferred by the transfer member ; a heating member disposed outside the support member to heat the electrode assembly supported by the support member ; and a moving member moving the heating member in a direction that is away from the electrode assembly, wherein the moving member moves the heating member in the direction that is away from the electrode assembly when the transfer member is stopped to prevent the electrode assembly from being heated by the heating member . a transfer member transferring the electrode assembly ; a support member supporting each of top and bottom surfaces of the electrode assembly transferred by the transfer member ; a heating member disposed outside the support member to heat the electrode assembly supported by the support member ; and a moving member moving the heating member in a direction that is away from the electrode assembly, wherein the moving member moves the heating member in the direction that is away from the electrode assembly when the transfer member is stopped to prevent the electrode assembly from being heated by the heating member .
Pulp suspension treatment device , which is a wash press comprising a chamber formed inside a wall and two pressing rolls , between which a pressing nip (N) is formed, wherein the pressing rolls are located in the chamber , characterized by a measuring system, which comprises a temperature sensor system comprising several temperature sensors attached on an outer surface of the wall of the chamber , wherein the temperature sensor system is configured to create a temperature map indicating variation in temperatures on the outer surface of the wall of the chamber , and wherein the temperature map is configured to indicate stagnant suspension flow or build-ups in the chamber of the pulp suspension treatment device .
A control circuit for a generator configured to supply power to an ultrasonic transducer in an ultrasonic surgical instrument comprising an ultrasonic electromechanical system comprising the ultrasonic transducer coupled to an ultrasonic blade via an ultrasonic waveguide , wherein the control circuit is configured to: receive (132232; 132262) a complex impedance measurement data point indicative of a vessel type in contact with the ultrasonic blade coupled to the ultrasonic transducer; determine, based upon the data point, that the vessel type is either a vein (132234; 132264) or an artery; (132236; 132266) and deliver or apply power to the ultrasonic transducer based on the vessel type. receive (132232; 132262) a complex impedance measurement data point indicative of a vessel type in contact with the ultrasonic blade coupled to the ultrasonic transducer; determine, based upon the data point, that the vessel type is either a vein (132234; 132264) or an artery; (132236; 132266) and deliver or apply power to the ultrasonic transducer based on the vessel type.
Glazed roof of a motor vehicle, comprising a fixed part in which an opening is formed, and a movable panel relative to the fixed part and capable of closing said opening in a closed position, the movement of said movable panel using at least one shuttle guided in translation, in the longitudinal direction (X) of said vehicle, respectively in a rail, securing/releasing means making it possible to optionally link the movement of each of said shuttles to the movement of a synchronisation cable , characterised in that said securing/releasing means comprise an attachment element in which a portion forming a bolt is mobile, at least in a lateral direction (Y) and in height (Z), between two positions: - a securing position, in which said bolt engages with a complementary recess in said shuttle ; - a releasing position, in which said bolt is moved, in the lateral direction Y, out of said recess. - a securing position, in which said bolt engages with a complementary recess in said shuttle ; - a releasing position, in which said bolt is moved, in the lateral direction Y, out of said recess.
An echo suppression device for suppressing an echo generated by inputting a voice signal output from a speaker to a microphone , the echo suppression device comprising: a level adjustment unit provided on a receiving signal path for transferring receiving signals from a far-end terminal to the speaker ; an echo removal unit provided on a transmitting signal path for transferring signals input from the microphone , the echo removal unit being configured to remove a residual echo from a picked-up sound signal output from the microphone ; and a double-talk detection unit that is configured to detect whether signals are in a double-talk state in which the signals are simultaneously transferred to the transmitting signal path and the receiving signal path, characterized in that : the level adjustment unit includes an attenuator , which, when the double-talk detection unit has detected the double-talk state, is configured to perform an attenuation process on a signal greater than a first threshold (I) among the receiving signals, the first threshold (I) being greater than zero. a level adjustment unit provided on a receiving signal path for transferring receiving signals from a far-end terminal to the speaker ; an echo removal unit provided on a transmitting signal path for transferring signals input from the microphone , the echo removal unit being configured to remove a residual echo from a picked-up sound signal output from the microphone ; and a double-talk detection unit that is configured to detect whether signals are in a double-talk state in which the signals are simultaneously transferred to the transmitting signal path and the receiving signal path, characterized in that : the level adjustment unit includes an attenuator , which, when the double-talk detection unit has detected the double-talk state, is configured to perform an attenuation process on a signal greater than a first threshold (I) among the receiving signals, the first threshold (I) being greater than zero.
A shaft grounding and monitoring system for a device having a rotating shaft , the shaft grounding and monitoring system comprising: a grounding member configured to make sliding electrical contact with the rotating shaft, the grounding member configured to be connected to ground ; an electrical sensor coupled with the grounding member and configured to sense an electrical parameter that provides an indication of electricity flowing through the grounding member, wherein the sensor is configured to periodically sample for a sampling period of time, referred to as a sampling period, and then not to sample for a subsequent period of time, referred to as a non-sampling period, a processor operably coupled with the electrical sensor, the processor configured to receive and analyze data from the electrical sensor representing the electrical parameter; the processor is further configured to periodically analyze the data representing the electrical parameter from the electrical sensor for the sampling period and to not analyze the data representing the electrical parameter for a period of time immediately after the sampling period, where the sampling period is related to a rotation speed of the rotating shaft; and a memory operably coupled with the processor and configured to store data processed by the processor that is representative of the data provided by the electrical sensor. a grounding member configured to make sliding electrical contact with the rotating shaft, the grounding member configured to be connected to ground ; an electrical sensor coupled with the grounding member and configured to sense an electrical parameter that provides an indication of electricity flowing through the grounding member, wherein the sensor is configured to periodically sample for a sampling period of time, referred to as a sampling period, and then not to sample for a subsequent period of time, referred to as a non-sampling period, a processor operably coupled with the electrical sensor, the processor configured to receive and analyze data from the electrical sensor representing the electrical parameter; the processor is further configured to periodically analyze the data representing the electrical parameter from the electrical sensor for the sampling period and to not analyze the data representing the electrical parameter for a period of time immediately after the sampling period, where the sampling period is related to a rotation speed of the rotating shaft; and a memory operably coupled with the processor and configured to store data processed by the processor that is representative of the data provided by the electrical sensor.
A powder coating composition comprising a fluorinated resin (A), a polyester polymer (B), a curing agent (C) and an ultraviolet absorber (D), wherein the polyester polymer (B) is a polyester polymer comprising units derived from a C 8-15 aromatic polybasic carboxylic acid compound and units derived from a C 2-10 polyhydric alcohol compound, wherein the fluorinated resin (A) is a polyvinylidene fluoride, the curing agent (C) is a blocked isocyanate curing agent (C1) and the ultraviolet absorber (D) is an ultraviolet absorber (D1) which is selected from the group consisting of an inorganic ultraviolet absorber and an organic ultraviolet absorber, the organic ultraviolet absorber having a molecular weight of from 200 to 1,000 and a melting point of from 50 to 150°C.
A thermostatic valve comprising a closed hollow body , a first fluid circulation opening , a second fluid circulation opening and a third fluid circulation opening leading into the body , and a shutter which is selectively separating the first opening from the second opening and/or third opening and comprising: - a thermostatic actuator which is sensitive to the variations in temperature of the fluid circulating in the body, - primary return means , - secondary return means , - a primary flap capable of being opened under the action of the thermostatic actuator and of being closed under the action of the primary return means , - a secondary flap capable of being opened under the action of the thermostatic actuator and of being closed under the action of the secondary return means , and - a tertiary flap capable of being closed under the action of the thermostatic actuator and of being opened under the action of the primary return means , wherein the shutter is shaped so that the thermostatic actuator first opens the secondary flap then the primary flap , with an offset (d), before closing the tertiary flap , and wherein the secondary flap is configured to selectively open and close a lumen which is cut in the primary flap . - a thermostatic actuator which is sensitive to the variations in temperature of the fluid circulating in the body, - primary return means , - secondary return means , - a primary flap capable of being opened under the action of the thermostatic actuator and of being closed under the action of the primary return means , - a secondary flap capable of being opened under the action of the thermostatic actuator and of being closed under the action of the secondary return means , and - a tertiary flap capable of being closed under the action of the thermostatic actuator and of being opened under the action of the primary return means ,
A data restoration method, wherein the method is performed by a backup server and comprises: • receiving a data restoration request, wherein the data restoration request comprises a target disk identifier and an identifier of backup data, the data restoration request is used to instruct to restore the backup data to a target disk, and the backup data comprises one or more data slices (S 410); • searching for metadata of each data slice in the backup data based on the identifier of the backup data, wherein the metadata of the data slice is used to describe a distribution location of the data slice in the target disk (S 420); • searching for a deduplication index corresponding to the metadata of each data slice, wherein the deduplication index is used to indicate a data slice backed up in a storage device, and metadata of a plurality of data slices having same data content corresponds to a same deduplication index (S 430); • searching for the data slice to which the deduplication index points and that is located in the storage device (S450); and • storing the data slice to each distribution location in the target disk described in each piece of metadata corresponding to the deduplication index (S 460). • receiving a data restoration request, wherein the data restoration request comprises a target disk identifier and an identifier of backup data, the data restoration request is used to instruct to restore the backup data to a target disk, and the backup data comprises one or more data slices (S 410); • searching for metadata of each data slice in the backup data based on the identifier of the backup data, wherein the metadata of the data slice is used to describe a distribution location of the data slice in the target disk (S 420); • searching for a deduplication index corresponding to the metadata of each data slice, wherein the deduplication index is used to indicate a data slice backed up in a storage device, and metadata of a plurality of data slices having same data content corresponds to a same deduplication index (S 430); • searching for the data slice to which the deduplication index points and that is located in the storage device (S450); and • storing the data slice to each distribution location in the target disk described in each piece of metadata corresponding to the deduplication index (S 460).
Packaging for edible product, comprising: a base component formed from a folded blank, wherein the base component has an opening which provides access to a hollow interior for storing edible product a lid component bonded to the base component over the opening so as to close the opening and inhibit access to the interior, wherein the lid component comprises an access panel which can be moved with respect to the base component to open the packaging and provide access to the interior through the opening; wherein the base component and the lid component are separate components; and characterized in that the lid component comprises a cover which overlies the access panel and which is moveable so as to expose the access panel. a base component formed from a folded blank, wherein the base component has an opening which provides access to a hollow interior for storing edible product a lid component bonded to the base component over the opening so as to close the opening and inhibit access to the interior, wherein the lid component comprises an access panel which can be moved with respect to the base component to open the packaging and provide access to the interior through the opening; wherein the base component and the lid component are separate components; and characterized in that the lid component comprises a cover which overlies the access panel and which is moveable so as to expose the access panel.