mhurhangee/patent-ind-claim-en huggingface dataset:
A tumble dryer comprising: a rotatable drying drum , adapted to receive laundry to be dried, said drum comprising a cylindric outer periphery provided with a plurality of openings ; at least one particle separation filter arranged below the drying drum ; a fan and a funnel shaped interface adapted for formation of a tapering transmission channel between the at least one filter and the fan ; and said fan being a radial fan, having an axis arranged with an inclination (α) of 0-25° from a vertical direction (V), such that an air stream that is introduced into the drum leaves the drum through the periphery thereof, is led through the at least one filter , is collected by the funnel shaped interface and directed towards a rear part of the tumble dryer by the fan , wherein the tumble dryer further comprises a heat pump system , said heat pump system comprises an evaporator , a compressor , a condenser , and an expansion valve, characterized in that the fan arrangement is arranged upstream the evaporator , and in that said filter has a width corresponding to at least 50% of the cylindrical diameter of the drum . a rotatable drying drum , adapted to receive laundry to be dried, said drum comprising a cylindric outer periphery provided with a plurality of openings ; at least one particle separation filter arranged below the drying drum ; a fan and a funnel shaped interface adapted for formation of a tapering transmission channel between the at least one filter and the fan ; and said fan being a radial fan, having an axis arranged with an inclination (α) of 0-25° from a vertical direction (V), such that an air stream that is introduced into the drum leaves the drum through the periphery thereof, is led through the at least one filter , is collected by the funnel shaped interface and directed towards a rear part of the tumble dryer by the fan , wherein the tumble dryer further comprises a heat pump system , said heat pump system comprises an evaporator , a compressor , a condenser , and an expansion valve, characterized in that the fan arrangement is arranged upstream the evaporator , and in that said filter has a width corresponding to at least 50% of the cylindrical diameter of the drum .
A protection device for an optical device wherein the optical device is adapted to emit or receive a light beam that defines a checking direction, the protection device including a support element with an internal seat , communication conduits aligned along the checking direction, and a shutter which is arranged in said internal seat of the support element , can be displaced from a rest position to a working position, and has a transversal through hole adapted to be arranged substantially along the checking direction at said working position so as to allow the light beam to pass through, wherein the shutter further includes a transversal hollow , having an open end, adapted to be arranged substantially along the checking direction at said rest position characterized in that the shutter further includes a movable closing element arranged in said transversal hollow , and a thrust device adapted to thrust the movable closing element to come out from the transversal hollow through the open end, in the rest position the movable closing element being pressed against the inlet of one of said communication conduits .
A measurement method, performed by a user equipment, UE, said method comprising: receiving measurement object configuration information from a network device; wherein the measurement object configuration information includes at least one target object that is associated with conditional trigger mode for cell management; said method being characterized by : when adopting conditional trigger mode for cell management, starting measurement of the at least one target object according to the measurement object configuration information; wherein the at least one target object is at least one of objects indicated by the measurement object configuration information; when satisfying a preset trigger event, determining whether to stop measurement of the at least one target object associated with the conditional trigger mode for cell management; wherein the preset trigger event comprises at least one of a cell handover success or a target secondary cell group, SCG, access success. receiving measurement object configuration information from a network device; wherein the measurement object configuration information includes at least one target object that is associated with conditional trigger mode for cell management; said method being characterized by : when adopting conditional trigger mode for cell management, starting measurement of the at least one target object according to the measurement object configuration information; wherein the at least one target object is at least one of objects indicated by the measurement object configuration information; when satisfying a preset trigger event, determining whether to stop measurement of the at least one target object associated with the conditional trigger mode for cell management; wherein the preset trigger event comprises at least one of a cell handover success or a target secondary cell group, SCG, access success. when adopting conditional trigger mode for cell management, starting measurement of the at least one target object according to the measurement object configuration information; wherein the at least one target object is at least one of objects indicated by the measurement object configuration information; when satisfying a preset trigger event, determining whether to stop measurement of the at least one target object associated with the conditional trigger mode for cell management; wherein the preset trigger event comprises at least one of a cell handover success or a target secondary cell group, SCG, access success.
A method for group call setup in a group communications system , the method being performed by a client node , the method comprising: receiving (S208) system information indicating activation of a previously announced second MBMS bearer from a control node ; receiving (S212) a group call setup message on the second MBMS bearer from the control node , wherein the group call setup message comprises at least an identity of a previously announced and activated first MBMS bearer determining (S210) to monitor the second MBMS bearer upon receiving the activation indication of the second MBMS bearer. receiving (S208) system information indicating activation of a previously announced second MBMS bearer from a control node ; receiving (S212) a group call setup message on the second MBMS bearer from the control node , wherein the group call setup message comprises at least an identity of a previously announced and activated first MBMS bearer determining (S210) to monitor the second MBMS bearer upon receiving the activation indication of the second MBMS bearer.
A ventilating radiator having two or more radiating plates for heating an environment, comprising a longitudinal block formed by a succession of modular fans extending along an upper end of a gap between two of said radiating plates , characterised in that at least two adjacent modular fans of said block are rigidly connected to one another by a corresponding pair of opposite primary connectors structurally separated and independent each coupled to a corresponding radiating plate , said primary connectors having a body extending longitudinally downward until engaging below said two adjacent modular fans .
A snow tire having a tread comprising at least three radially superposed portions which comprise a radially external portion being made of a first rubber composition (FC), a radially intermediate portion being made of a second rubber composition (SC) and a radially internal portion being made of a third rubber composition (TC); wherein each of the rubber compositions is based on at least: - an elastomer matrix; and - a reinforcing filler; characterized in that the amount in phr of the reinforcing filler in the first rubber composition (FC) is higher than that in the second rubber composition (SC), and wherein the amount in phr of the reinforcing filler in the second rubber composition (SC) is lower than that in the third rubber composition (TC). - an elastomer matrix; and - a reinforcing filler;
A method in a communication system using an embedded operation channel, eoc, and a robust management channel, RMC, different from the embedded operation channel, comprising: at a transceiver , detecting a failure of at least a robust management channel, RMC, in a first communication direction from a further transceiver to the transceiver , and transmitting, by the transceiver , a robust management channel restoration, RMCR, command via a robust management channel in a second communication direction from the transceiver to the further transceiver in response to detecting the failure. at a transceiver , detecting a failure of at least a robust management channel, RMC, in a first communication direction from a further transceiver to the transceiver , and transmitting, by the transceiver , a robust management channel restoration, RMCR, command via a robust management channel in a second communication direction from the transceiver to the further transceiver in response to detecting the failure.
A light detection and ranging (LIDAR) device, comprising: a lens mounted to a housing (110; 210; 310), wherein the housing has an interior space that includes a transmit block (120; 220; 320; 420), a receive block (130; 230; 330; 630), a transmit path, and a receive path, wherein the transmit block has an exit aperture (124; 226; 426), wherein the receive block has an entrance aperture (134; 234), which is separate to the exit aperture of the transmit block, wherein the transmit path extends from the exit aperture to the lens, wherein the receive path extends from the lens to the entrance aperture, and wherein the transmit path at least partially overlaps the receive path in the interior space between the transmit block and the receive block; a plurality of light sources in the transmit block, wherein the plurality of light sources are configured to emit a plurality of light beams through the exit aperture in a plurality of different directions; a plurality of detectors in the receive block, wherein the plurality of detectors are configured to detect light; and wherein the lens is configured to receive the light beams via the transmit path, collimate the light beams for transmission into an environment of the LIDAR device, collect light comprising light from one or more of the collimated light beams reflected by one or more objects in the environment of the LIDAR device, and focus the collected light onto the detectors via the receive path. a lens mounted to a housing (110; 210; 310), wherein the housing has an interior space that includes a transmit block (120; 220; 320; 420), a receive block (130; 230; 330; 630), a transmit path, and a receive path, wherein the transmit block has an exit aperture (124; 226; 426), wherein the receive block has an entrance aperture (134; 234), which is separate to the exit aperture of the transmit block, wherein the transmit path extends from the exit aperture to the lens, wherein the receive path extends from the lens to the entrance aperture, and wherein the transmit path at least partially overlaps the receive path in the interior space between the transmit block and the receive block; a plurality of light sources in the transmit block, wherein the plurality of light sources are configured to emit a plurality of light beams through the exit aperture in a plurality of different directions; a plurality of detectors in the receive block, wherein the plurality of detectors are configured to detect light; and wherein the lens is configured to receive the light beams via the transmit path, collimate the light beams for transmission into an environment of the LIDAR device, collect light comprising light from one or more of the collimated light beams reflected by one or more objects in the environment of the LIDAR device, and focus the collected light onto the detectors via the receive path.
A pressure vessel comprising: a liner having a hollow portion; and a reinforcing layer that covers a circumference of the liner, wherein the reinforcing layer is formed by winding bands composed of reinforced fibers around the liner so as to be layered, and wherein each band comprises a plurality of tows (11a-11e) aligned in a lateral direction including two end tows each at a respective lateral end of each band, characterised in that a lap portion is formed by the respective end tows at the lateral ends of adjacent bands superposed one on another in each layer of the reinforcing layer; and at least one of the two end tows of the adjacent bands in the lap portion is formed thinner than any other tow of the respective band. a liner having a hollow portion; and a reinforcing layer that covers a circumference of the liner, wherein the reinforcing layer is formed by winding bands composed of reinforced fibers around the liner so as to be layered, and wherein each band comprises a plurality of tows (11a-11e) aligned in a lateral direction including two end tows each at a respective lateral end of each band, characterised in that a lap portion is formed by the respective end tows at the lateral ends of adjacent bands superposed one on another in each layer of the reinforcing layer; and at least one of the two end tows of the adjacent bands in the lap portion is formed thinner than any other tow of the respective band.
An electrical cable comprising: - an elongated electrically conductive element , - at least one fluorinated polymeric electrically insulating layer , surrounding said electrically conductive element , and - one or more polymeric semiconductor layers , characterized in that : - the electrical cable is free of any layer containing polyimide between said electrically conductive layer and said fluorinated polymeric electrically insulating layer , - the total thickness of the set of fluorinated polymeric electrically insulating layers is at least 0.10 mm and at most 0.70 mm, - the polymeric semiconductor layer(s) comprise one or several electrically conductive charges, and have an electrical conductivity of between 1.10 -9 and 1.10 5 S.m -1 (25°C), and - the electrical cable comprises a polymeric semiconductor layer surrounding the fluorinated polymeric electrically insulating layer . - an elongated electrically conductive element , - at least one fluorinated polymeric electrically insulating layer , surrounding said electrically conductive element , and - one or more polymeric semiconductor layers , - the electrical cable is free of any layer containing polyimide between said electrically conductive layer and said fluorinated polymeric electrically insulating layer , - the total thickness of the set of fluorinated polymeric electrically insulating layers is at least 0.10 mm and at most 0.70 mm, - the polymeric semiconductor layer(s) comprise one or several electrically conductive charges, and have an electrical conductivity of between 1.10 -9 and 1.10 5 S.m -1 (25°C), and - the electrical cable comprises a polymeric semiconductor layer surrounding the fluorinated polymeric electrically insulating layer .
A composition for use in the treatment of akathisia associated with medications administered to a human subject for treatment of mental illness, said composition comprising lurasidone and D-cycloserine.
Airbag module having: - an airbag , which, in operation, is filled with an airbag gas ; - a gas generator , which serves for providing the airbag gas for the airbag ; and - a filling valve , which is arranged between gas generator and airbag and serves for metering the airbag gas from the gas generator into the airbag , wherein the gas generator has an igniter for release of the airbag gas , wherein the igniter is arranged upstream of the filling valve in the flow direction (S) of the released airbag gas , wherein, between igniter and filling valve , there is arranged a filter housing through which an airbag-gas flow of the released airbag gas flows along a filter-housing longitudinal axis (L Z ) from an inlet to an outlet , characterized in that , upstream of the outlet , there is arranged a vortex-induction device for the purpose of generating a vortex in the airbag-gas flow , wherein the outlet and the inlet are arranged coaxially with respect to one another and in particular coaxially with respect to the filter-housing longitudinal axis (L Z ). - an airbag , which, in operation, is filled with an airbag gas ; - a gas generator , which serves for providing the airbag gas for the airbag ; and - a filling valve , which is arranged between gas generator and airbag and serves for metering the airbag gas from the gas generator into the airbag , wherein the gas generator has an igniter for release of the airbag gas , wherein the igniter is arranged upstream of the filling valve in the flow direction (S) of the released airbag gas , wherein, between igniter and filling valve , there is arranged a filter housing through which an airbag-gas flow of the released airbag gas flows along a filter-housing longitudinal axis (L Z ) from an inlet to an outlet , characterized in that , upstream of the outlet , there is arranged a vortex-induction device for the purpose of generating a vortex in the airbag-gas flow , wherein the outlet and the inlet are arranged coaxially with respect to one another and in particular coaxially with respect to the filter-housing longitudinal axis (L Z ).
An extension ladder upon which a user climbs: a first rail of a base section of the extension ladder ; a second rail of the base section of the extension ladder ; rungs attached to the first and second rails upon which the user steps; a first leveler attached to the first rail, the first leveler having a foot peg and a latch , wherein a second leveler is provided, the second leveler being attached to the second rail, characterized in that , the foot peg , when being in an unfolded down position, and the latch extend inward toward the second rail, wherein when the user presses on the foot peg and the latch with the user's foot when the leveler is in an extended state, the first leveler moves into a retracted state. a first rail of a base section of the extension ladder ; a second rail of the base section of the extension ladder ; rungs attached to the first and second rails upon which the user steps; a first leveler attached to the first rail, the first leveler having a foot peg and a latch , wherein a second leveler is provided, the second leveler being attached to the second rail, characterized in that , the foot peg , when being in an unfolded down position, and the latch extend inward toward the second rail, wherein when the user presses on the foot peg and the latch with the user's foot when the leveler is in an extended state, the first leveler moves into a retracted state.
A method of highly efficiently delivering solar energy power comprising the steps of: accepting a first power from a first photovoltaic source of power by a DC input port of a base phase photovoltaic DC-DC converter ; base phase DC-DC converting said first power by utilizing a first tapped magnetically coupled inductor with a first inductor tap to output a base phase DC power delivery connected to said first inductor tap , wherein both inputs of said first tapped magnetically coupled inductor are connected to both respective midpoints of said base phase photovoltaic DC-DC converter ; accepting a second power from a second photovoltaic source of power by a DC input port of an altered phase photovoltaic DC-DC converter ; altered phase DC-DC converting said second power by utilizing a second tapped magnetically coupled inductor with a second inductor tap to output an altered phase DC power delivery connected to said second inductor tap , wherein both inputs of said second tapped magnetically coupled inductor are connected to both respective midpoints of said altered phase photovoltaic DC-DC converter ; synchronous phase controlling said step of base phase DC-DC converting said first power with said step of altered phase DC-DC converting said second power; low storage inductance series power combining said base phase DC power delivery with said altered phase DC power delivery through additive voltage circuitry that includes a low inductance storage series combination inductor connected between said first and second inductor taps to add an output voltage of said base phase DC power delivery to an output voltage of said altered phase DC power delivery with a low energy storage output capacitor to provide a conversion combined photovoltaic DC output at a maximum power point .
An adjustable bar-guiding device comprising at least one pair of complementarily-shaped jaws which are slideably associated with a fixed frame with the interposition of at least one movement lever mechanism which is actuated by at least one fluid cylinder , said jaws performing a translational motion according to a stroke of mutual approach/spacing apart, between a first configuration of substantial juxtaposition of respective surfaces of said jaws and a second configuration in which said surfaces are located at a predefined distance for containing a bar, characterized in that said frame comprises a conveyor band which is arranged along the movement direction of said jaws , each jaw comprising respective mutually opposing rollers which are arranged at a mutual distance that corresponds to the width of said band , in the configuration of use said band being interposed between said rollers in order to convey each jaw along the respective preset stroke.
A composition comprising a food product and supernatant fluid collected from a mycelial liquid tissue culture, wherein the amount of supernatant fluid is sufficient to enhance the food product's taste, wherein the improved taste comprises reduced bitter tastes, reduced undesirable aftertastes, and/or reduced astringency.
Method for controlling an automated orbital sander, wherein an electrically powered orbital sander is moved around automatically, at constant pressure, over the surface of an object, along at least one predefined sanding path so as to perform sanding, wherein the instantaneous power consumed by the sander at different points along the sanding path is measured, the latter, wherein the measurement thus taken is processed in order to deduce therefrom information regarding the level of abrasion along said path and/or to detect any sanding incident that has occurred along the latter, characterised in that a calorimetry mapping is displayed or printed of the instantaneous power consumed and/or of the estimated level of abrasion at different points of the sanding path, said mapping associating an instantaneous power consumed of the sander with a given position of the sanding path.