mhurhangee/ep-ind-claims huggingface dataset:
An antimicrobial article, comprising: an antimicrobial composite region that comprises: (a) a matrix comprising a polymeric material, and (b) a first plurality of particles within the matrix that comprise a phase-separable glass with a copper-containing antimicrobial agent; and a bulk element comprising a polymeric material, wherein the antimicrobial composite region: (a) is an antimicrobial composite film laminated to a primary surface of the bulk element and the bulk element is devoid of the first plurality of particles, or (b) extends from the primary surface of the bulk element to a first selected depth within the element and a portion of the bulk element beneath the antimicrobial composite region is devoid of the first plurality of particles. an antimicrobial composite region that comprises: (a) a matrix comprising a polymeric material, and (b) a first plurality of particles within the matrix that comprise a phase-separable glass with a copper-containing antimicrobial agent; and (a) a matrix comprising a polymeric material, and (b) a first plurality of particles within the matrix that comprise a phase-separable glass with a copper-containing antimicrobial agent; and a bulk element comprising a polymeric material, wherein the antimicrobial composite region: (a) is an antimicrobial composite film laminated to a primary surface of the bulk element and the bulk element is devoid of the first plurality of particles, or (b) extends from the primary surface of the bulk element to a first selected depth within the element and a portion of the bulk element beneath the antimicrobial composite region is devoid of the first plurality of particles.
A stimulation protocol determination system comprising: an input module (72, 76) to receive an indication of an upper airway flow limitation via sensed respiratory effort information, wherein the upper airway flow limitation corresponds to at least a partial obstruction of the upper airway associated with sleep apneas; and a selection module (72, 78) to automatically select, based on the indicated upper airway flow limitation, an obstructive sleep apnea treatment stimulation protocol to stimulate a hypoglossal nerve including at least one of: a first protocol to apply stimulation generally synchronous with an expiratory phase of a respiratory cycle; and a second protocol to apply stimulation during both of a portion of an inspiratory phase of the respiratory cycle and a portion of the expiratory phase. an input module (72, 76) to receive an indication of an upper airway flow limitation via sensed respiratory effort information, wherein the upper airway flow limitation corresponds to at least a partial obstruction of the upper airway associated with sleep apneas; and a selection module (72, 78) to automatically select, based on the indicated upper airway flow limitation, an obstructive sleep apnea treatment stimulation protocol to stimulate a hypoglossal nerve including at least one of: a first protocol to apply stimulation generally synchronous with an expiratory phase of a respiratory cycle; and a second protocol to apply stimulation during both of a portion of an a first protocol to apply stimulation generally synchronous with an expiratory phase of a respiratory cycle; and a second protocol to apply stimulation during both of a portion of an inspiratory phase of the respiratory cycle and a portion of the expiratory phase.
Elementary fuel cell unit comprising two polar or bipolar cell plates sandwiching an Electrode Membrane Assembly, with the unit comprising two leakproofing devices arranged respectively on either side of the Electrode Membrane Assembly and facing a corresponding plate (6, 66), in order to provide the sealed separation of the reagent fluid circuits on the unit and to provide a determined separation in the unit, with each leakproofing device being comprised of a rigid frame and of a leakproofing seal integral with the frame, the frame provided with the leakproofing seal defining a plurality of apertures (7, 8, 9, 13) through the device, with the apertures being delimited by the leakproofing seal, characterised in that the frame of each leakproofing device comprises centring holes and centring pins, with the centring pins of one of the leakproofing devices cooperating with centring holes formed on the other leakproofing device through orifices formed through the Electrode Membrane Assembly in order to provide a centring of the Electrode Membrane Assembly with respect to the plates (6, 66), characterised in that at least one portion of an edge delimiting at least one aperture (8, 9, 13) is comprised solely of a leakproofing seal.
A hydraulic device comprising: a hydraulic pump; a motor that drives the hydraulic pump; a hydraulic cylinder that includes an inflow-side port to which hydraulic oil is supplied from the hydraulic pump driven by the motor; a position sensor that detects a position of a rod of the hydraulic cylinder; a controller that controls a flow rate of hydraulic oil supplied from the hydraulic pump to the inflow-side port of the hydraulic cylinder by controlling the motor on a basis of output from the position sensor; and a pressure control circuit that controls pressure at an outflow-side port provided in the hydraulic cylinder on a basis of output of the position sensor, characterized in that the pressure control circuit includes a pressure control valve controlled by the controller, wherein the pressure control valve is configured to control the pressure of hydraulic oil supplied from an external hydraulic source on the basis of output of the position sensor, and controls pressure at the outflow-side port of the hydraulic cylinder by using pressure of hydraulic oil controlled by the pressure control valve. a hydraulic pump; a motor that drives the hydraulic pump; a hydraulic cylinder that includes an inflow-side port to which hydraulic oil is supplied from the hydraulic pump driven by the motor; a position sensor that detects a position of a rod of the hydraulic cylinder; a controller that controls a flow rate of hydraulic oil supplied from the hydraulic pump to the inflow-side port of the hydraulic cylinder by controlling the motor on a basis of output from the position sensor; and a pressure control circuit that controls pressure at an outflow-side port provided in the hydraulic cylinder on a basis of output of the position sensor,
A method for enabling provision of rules for a plurality of processes launchable in a user mode of a computer from the user mode to one or more filter drivers implemented in a kernel mode of the computer, the rules defining whether and how processes within a user session should be controlled by a filter driver, the method characterized by: obtaining, in the kernel mode, a policy for at least a first process of the plurality of processes, the policy indicating at least when or how notifications are to be provided from the kernel mode to the user mode upon detection in the kernel mode a launching of the first process; and in response to detecting the launching of the first process, providing a first notification from the kernel mode to the user mode in accordance with the received policy for the first process, wherein the first notification provides a trigger to the user mode for selecting, from the rules stored in the user mode, rules related to the launching of the first process, and for providing the selected rules related to the launching of the first process to at least one of the one or more filter drivers. obtaining, in the kernel mode, a policy for at least a first process of the plurality of processes, the policy indicating at least when or how notifications are to be provided from the kernel mode to the user mode upon detection in the kernel mode a launching of the first process; and in response to detecting the launching of the first process, providing a first notification from the kernel mode to the user mode in accordance with the received policy for the first process, wherein the first notification provides a trigger to the user mode for selecting, from the rules stored in the user mode, rules related to the launching of the first process, and for providing the selected rules related to the launching of the first process to at least one of the one or more filter drivers.
An electric transformer composing: - a magnetic core (1, 2); - at least one coil assembly which is positioned around a portion of said magnetic core (1, 2) and comprises a plurality of windings and a plurality of cooling ducts; - a structure adapted for applying a clamping force on said magnetic core (1, 2) and/or windings, said clamping structure comprising at least a first clamping bar; - a cooling circuit adapted for conveying cooling fluid directly inside one or more of said cooling ducts, said cooling circuit comprises a pump for pumping cooling fluid from a fluid container into said first clamping bar, characterized in that said first clamping bar is part of said cooling circuit and comprises a closed channel-like body adapted to allow passage of fluid inside it without leaks towards said at least one coil assembly, and wherein said cooling circuit further comprises a first fluid diffuser which is operatively connected to said at least one coil assembly and one or more pipes which protrude transversely from said first clamping bar and are connected to said first fluid diffuser, for allowing flowing of the cooling fluid from the clamping bar into said one or more of said cooling ducts. - a magnetic core (1, 2); - at least one coil assembly which is positioned around a portion of said magnetic core (1, 2) and comprises a plurality of windings and a plurality of cooling ducts; - a structure adapted for applying a clamping force on said magnetic core (1, 2) and/or windings, said clamping structure comprising at least a first clamping bar; - a cooling circuit adapted for conveying cooling fluid directly inside one or more of said cooling ducts, said cooling circuit comprises a pump for pumping cooling fluid from a fluid container into said first clamping bar, characterized in that said first clamping bar is part of said cooling circuit and comprises a closed channel-like body adapted to allow passage of fluid inside it without leaks towards said at least one coil assembly, and wherein said cooling circuit further comprises a first fluid diffuser which is operatively connected to said at least one coil assembly and one or more pipes which protrude transversely from said first clamping bar and are connected to said first fluid diffuser, for allowing flowing of the cooling fluid from the clamping bar into said one or more of said cooling ducts.
A method, performed by a user equipment, comprising: selecting a first radio resource from a first pool of radio resources; selecting a second radio resource from a second pool of radio resources; selecting which content to duplicate on parallel communications based at least on a characteristic of uplink data waiting to be sent and/or on the selected first and second radio resources, wherein the content to duplicate is selected from among at least a scheduling request message and the uplink data; and transmitting the selected content on each of the selected first and second radio resources selecting a first radio resource from a first pool of radio resources; selecting a second radio resource from a second pool of radio resources; selecting which content to duplicate on parallel communications based at least on a characteristic of uplink data waiting to be sent and/or on the selected first and second radio resources, wherein the content to duplicate is selected from among at least a scheduling request message and the uplink data; and transmitting the selected content on each of the selected first and second radio resources
An electronic cigarette comprising: a main body portion including a main body cover; an intake portion that generates an aerosol by power supply, sucks the aerosol, and is detachably coupled to the main body portion; and a sliding portion coupled to the main body portion and reciprocatingly sliding and including a slide cover, wherein the electronic cigarette is adapted to be brought in a sliding close state in which the main body portion and the sliding portion are pulled in with respect to each other and in a sliding open state in which the main body portion and the sliding portion are pushed out with respect to each other characterized in that the electronic cigarette is configured to, when brought into the sliding open state, have an edge of an upper surface of the main body cover protruding beyond an end portion of the slide cover with a gap (h) having a predetermined length being generated between the main body cover and the slide cover, the length of the gap (h) decreasing and the electronic cigarette being switched on when the main body portion and the sliding portion are pressed, so that the electronic cigarette includes a switching-on state in which the main body portion and the sliding portion are pressed in the sliding open state and a switching off state in which the main body portion and the sliding portion are not pressed in the sliding open state. a main body portion including a main body cover; an intake portion that generates an aerosol by power supply, sucks the aerosol, and is detachably coupled to the main body portion; and a sliding portion coupled to the main body portion and reciprocatingly sliding and including a slide cover, wherein the electronic cigarette is adapted to be brought in a sliding close state in which the main body portion and the sliding portion are pulled in with respect to each other and in a sliding open state in which the main body portion and the sliding portion are pushed out with respect to each other characterized in that the electronic cigarette is configured to, when brought into the sliding open state, have an edge of an upper surface of the main body cover protruding beyond an end portion of the slide cover with a gap (h) having a predetermined length being generated between the main body cover and the slide cover, the length of the gap (h) decreasing and the electronic cigarette being switched on when the main body portion and the sliding portion are pressed, so that the electronic cigarette includes a switching-on state in which the main body portion and the sliding portion are pressed in the sliding open state and a switching off state in which the main body portion and the sliding portion are not pressed in the sliding open state.
Disposal system for transdermal dosage form, said disposal system including an outer layer and an inner layer, which are joined by an adhesive covering at least a first portion of the inner layer, wherein the combination of the inner and outer layers forms a closed reservoir between the outer layer facing-side of the inner layer and the inner layer-facing side of the outer layer, and wherein the reservoir includes at least one of a detection material and an inactivator that is released when the disposal system or transdermal dosage form is misused, the perimeter of the reservoir has a thickness in the range of 12-100 microns, and the center of the reservoir is thinner than the perimeter of the reservoir.
Method for demodulating in a receiver a received data symbol, said data symbol represented by a sequence of bits and selected for Signal Space Diversity, SSD, transmission over a communication channel from a set of constellation points rotated with respect to the complex plane axes, characterised by a step of determining a closest constellation point to said received data symbol, whereby said step comprises for a bit of said sequence - performing a rotation on a set of candidate constellation points in said receiver, said set of candidate constellation points having a corner point coinciding with the complex plane origin, whereby the rotation direction and rotation angle are determined by the index of said bit in said bit sequence, the rotation angle being so that said candidate constellation points fall onto horizontal lines in the complex plane, - performing said rotation also on said received data symbol, and - deriving said closest constellation point from the rotated candidate constellation points and rotated received data symbol. - performing a rotation on a set of candidate constellation points in said receiver, said set of candidate constellation points having a corner point coinciding with the complex plane origin, whereby the rotation direction and rotation angle are determined by the index of said bit in said bit sequence, the rotation angle being so that said candidate constellation points fall onto horizontal lines in the complex plane, - performing said rotation also on said received data symbol, and - deriving said closest constellation point from the rotated candidate constellation points and rotated received data symbol.
A pedestrian motorised wheelbarrow comprising: a front axle assembly comprising a front axle (26, 26) and two front wheels (163, 164); a rear axle assembly comprising a rear axle and two rear wheels (161, 162); an electric motor connected to drive the rear wheels; a hopper arranged to tilt forward to dump its load; and a battery means to power the motor, characterised in that the battery means is positioned to exert substantially its whole weight in the region of the front axle; and in that the wheelbarrow is a four-wheel drive vehicle, where the electric motor is arranged to drive all four of the wheels (161, 162, 163, 164), wherein the rear wheels (161, 162) are driven directly and these wheels in turn are arranged to drive the front wheels (163, 164). a front axle assembly comprising a front axle (26, 26) and two front wheels (163, 164); a rear axle assembly comprising a rear axle and two rear wheels (161, 162); an electric motor connected to drive the rear wheels; a hopper arranged to tilt forward to dump its load; and a battery means to power the motor, characterised in that the battery means is positioned to exert substantially its whole weight in the region of the front axle; and in that the wheelbarrow is a four-wheel drive vehicle, where the electric motor is arranged to drive all four of the wheels (161, 162, 163, 164), wherein the rear wheels (161, 162) are driven directly and these wheels in turn are arranged to drive the front wheels (163, 164).
An article (110, 210, 310, 410, 610, 1100) for generating an inhalable medium using an irradiative light source (122, 222, 322, 422, 622), the article comprising: smokable material comprising at least two regions having a different composition from each other; the article being arranged such that the at least two regions of smokable material (112, 212, 312, 412, 512, 612, 1112) can be heated by light emitted by an irradiative light source of an apparatus with which the article can be engaged in use, wherein the smokable material is a layer on at least one surface of the article. smokable material comprising at least two regions having a different composition from each other; the article being arranged such that the at least two regions of smokable material (112, 212, 312, 412, 512, 612, 1112) can be heated by light emitted by an irradiative light source of an apparatus with which the article can be engaged in use, wherein the smokable material is a layer on at least one surface of the article.
A memory controller comprising: a first interface for receiving read response data on a data bus from both a first memory device and a second memory device different from the first memory device; a second interface for sending the read response data to one of a plurality of clients; and control logic; wherein in response to determining a given point in time for receiving read response data is reached, the control logic is configured to: identify, based on the given point in time, a first memory access command that corresponds to the read response data; and in response to determining the read response data is received on the data bus at the given point in time: mark the first memory access command as complete; and send the read response data to a given client that generated the first memory access command. a first interface for receiving read response data on a data bus from both a first memory device and a second memory device different from the first memory device; a second interface for sending the read response data to one of a plurality of clients; and control logic; wherein in response to determining a given point in time for receiving read response data is reached, the control logic is configured to: identify, based on the given point in time, a first memory access command that corresponds to the read response data; and in response to determining the read response data is received on the data bus at the given point in time: mark the first memory access command as complete; and send the read response data to a given client that generated the first memory access command. identify, based on the given point in time, a first memory access command that corresponds to the read response data; and in response to determining the read response data is received on the data bus at the given point in time: mark the first memory access command as complete; and send the read response data to a given client that generated the first memory access command. mark the first memory access command as complete; and send the read response data to a given client that generated the first memory access command.
Child safety seat comprising a seat base and a seat back, the child safety seat being convertible between a backless booster configuration and a highback booster configuration, in the backless booster configuration a first side of the seat back providing the sitting area of the seat and a second side of the seat back being opposite to the seat base, the first side being opposite to the second side, in the highback booster configuration the seat base providing the sitting area of the seat and the second side of the seat back providing a back rest of the seat.
A composition containing at least 10 wt.% of GLDA (glutamic-N,N-diacetic acid and salts thereof), at least 10wt.% water and one or more active enzymes; wherein the weight ratio of GLDA to water lies within the range of 5:6 to 5:1, preferably of 9:10 to 3:1; more preferably of 1:1 to 5:2; and wherein the composition contains less than 0.3% by weight of the composition of bleach particles having a particle size of at least 10 μm.
A washing machine comprising: a cabinet provided at a front side thereof with an inlet port through which laundry is put into the drum; a tub provided in the cabinet and accommodating wash water; a drum rotatably provided in the tub; and a door installed at the cabinet to open and close the inlet port, wherein the door is provided with a subsidiary door that is arranged to be freely opened and closed independently of the door during a washing cycle and characterized in that the door is provided at an inside thereof with a subsidiary inlet port that is opened and closed by the subsidiary door and with a connection part connecting the subsidiary inlet port to the drum for transferring laundry or detergent put through the subsidiary inlet port to the drum. a cabinet provided at a front side thereof with an inlet port through which laundry is put into the drum; a tub provided in the cabinet and accommodating wash water; a drum rotatably provided in the tub; and a door installed at the cabinet to open and close the inlet port, wherein the door is provided with a subsidiary door that is arranged to be freely opened and closed independently of the door during a washing cycle and characterized in that the door is provided at an inside thereof with a subsidiary inlet port that is opened and closed by the subsidiary door and with a connection part connecting the subsidiary inlet port to the drum for transferring laundry or detergent put through the subsidiary inlet port to the drum.