mhurhangee/ep-ind-claims huggingface dataset:
A data transmission method, comprising: obtaining, by user equipment, UE, a channel quality between the UE and a base station; in response to the channel quality being above a first threshold, obtaining (S 103, S403), by the UE, an unscheduled resource for uplink data transmission, and sending (S103, S403), by the UE, data to the base station using the unscheduled resource; and in response to the channel quality being less than the first threshold, sending, by the UE, a random preamble sequence to the base station, receiving a scheduled resource, and sending the data to the base station using the scheduled resource. obtaining, by user equipment, UE, a channel quality between the UE and a base station; in response to the channel quality being above a first threshold, obtaining (S 103, S403), by the UE, an unscheduled resource for uplink data transmission, and sending (S103, S403), by the UE, data to the base station using the unscheduled resource; and in response to the channel quality being less than the first threshold, sending, by the UE, a random preamble sequence to the base station, receiving a scheduled resource, and sending the data to the base station using the scheduled resource.
A method for producing a direct bonded wafer comprising: forming a thermal oxide film or a CVD oxide film with a thickness of 30 nm or more on a surface of at least one of a bond wafer and a base wafer, and bonding the wafer to the other wafer via the oxide film; subsequently thinning the bond wafer to prepare a bonded wafer; subsequently polishing the bonded wafer so that a PV value of surface roughness of the wafer, in a measured range of 10 μm x 10 μm, becomes 20 nm or less; and thereafter conducting a process of annealing the bonded wafer under an atmosphere including any one of an inert gas, hydrogen and a mixed gas of an inert gas and hydrogen so that the oxide film between the bond wafer and the base wafer is removed to bond the bond wafer directly to the base wafer.
A method of receiving reporting on a user equipment, the method performed by an access and mobility management function, AMF, and comprising: transmitting, by the AMF, a request message for requesting a base station to perform radio resource control, RRC, state reporting for the user equipment; and receiving, by the AMF from the base station, an RRC state reporting message including information representing whether the user equipment is in an RRC_CONNECTED state or an RRC INACTIVE state. transmitting, by the AMF, a request message for requesting a base station to perform radio resource control, RRC, state reporting for the user equipment; and receiving, by the AMF from the base station, an RRC state reporting message including information representing whether the user equipment is in an RRC_CONNECTED state or an RRC INACTIVE state.
An absorbance measurement method, wherein an absorbent aqueous composition that absorbs UV, visible and/or infrared light is applied on a surface of a substrate, which surface has been plasma treated or arc-discharge treated to achieve a contact angle with pure water of 0 to 70.0 degrees or corona-discharge treated to achieve a contact angle with pure water of 0 to 15 degrees, and the applied absorbent aqueous composition is measured for UV, visible and/or infrared absorbance, wherein the absorbent aqueous composition that absorbs UV, visible and/or infrared light is an O/W emulsion.
A table saw assembly comprising: a drop arm assembly rotatably supporting an arbor shaft and movable between a first drop arm position and a second drop arm position; an actuating device configured to transfer a force to the drop arm assembly when the drop arm assembly is at the first drop arm assembly position; a capacitive sensing system configured to sense an unsafe condition; a control system configured to control the actuating device to transfer the force to the drop arm assembly when the unsafe condition is sensed; a motor operably connected to the arbor shaft through a gear; and a gear housing which houses the gear, the gear housing formed from a non-conductive material, wherein the gear housing extends over a fan mounted on a power shaft of the motor; wherein the power shaft defines a power shaft axis; and the gear housing further comprises a plurality of radial vents, the radial vents configured to vent air driven by the fan radially outwardly from the axis. a drop arm assembly rotatably supporting an arbor shaft and movable between a first drop arm position and a second drop arm position; an actuating device configured to transfer a force to the drop arm assembly when the drop arm assembly is at the first drop arm assembly position; a capacitive sensing system configured to sense an unsafe condition; a control system configured to control the actuating device to transfer the force to the drop arm assembly when the unsafe condition is sensed; a motor operably connected to the arbor shaft through a gear; and a gear housing which houses the gear, the gear housing formed from a non-conductive material, wherein the gear housing extends over a fan mounted on a power shaft of the motor; wherein the power shaft defines a power shaft axis; and the gear housing further comprises a plurality of radial vents, the radial vents configured to vent air driven by the fan radially outwardly from the axis.
Patch able to produce microcurrents, the patch comprising: - a support for electrodes (3a, 3b) spaced from each other and able to create voltages typical of galvanic piles, connection means between said electrodes (3a, 3b), an adhesive layer applied on one side of said support and able to adhere to skin, and a protection liner applied on the adhesive layer, - characterised in that the support is a moisture-permeable membrane and in that the connection means are defined by a material avid of moisture impregnating the membrane wherein the material is constituted by a silica consisting of a silicon dioxide polymer, and the connection means are configured to capture sweat fluid molecules allowing ion exchange between said electrodes (3a, 3b). - a support for electrodes (3a, 3b) spaced from each other and able to create voltages typical of galvanic piles, connection means between said electrodes (3a, 3b), an adhesive layer applied on one side of said support and able to adhere to skin, and a protection liner applied on the adhesive layer, - characterised in that the support is a moisture-permeable membrane and in that the connection means are defined by a material avid of moisture impregnating the membrane wherein the material is constituted by a silica consisting of a silicon dioxide polymer, and the connection means are configured to capture sweat fluid molecules allowing ion exchange between said electrodes (3a, 3b).
A refrigerator comprising: a storage compartment surrounded by a heat insulating wall and having an opening in a front surface thereof, a heat insulating door configured to close the opening, a cooler stored on a back surface of the storage compartment, a cooling fan configured to circulate cool air generated by the cooler into the storage compartment, a duct having a flow straightener that protrudes toward the cooling fan at such a position as to face the cooling fan, and a cooling compartment through which the cool air generated by the cooler is guided to the cooling fan, wherein the flow straightener is formed in a substantially truncated conical shape having an inclined part and a plane part; a basic plane of the duct is disposed in a substantially vertical direction; the cooling fan is disposed to be inclined with respect to the vertical direction; and the flow straightener is disposed to be inclined such that the flow straightener faces the cooling fan; the duct is configured to separate the cooling compartment and the storage compartment and has the flow straightener at such a position as that the flow straightener faces the cooling fan; a maximum dimension of the plane part of the flow straightener is equal to or smaller than a dimension of a motor of the cooling fan, wherein the flow straightener forms a part of an inner back surface of the storage compartment, and an angle formed by the surface of the inclined part and the surface of the plane part of the flow straightener is 10 degrees to 15 degrees. a storage compartment surrounded by a heat insulating wall and having an opening in a front surface thereof, a heat insulating door configured to close the opening, a cooler stored on a back surface of the storage compartment, a cooling fan configured to circulate cool air generated by the cooler into the storage compartment, a duct having a flow straightener that protrudes toward the cooling fan at such a position as to face the cooling fan, and a cooling compartment through which the cool air generated by the cooler is guided to the cooling fan, wherein the flow straightener is formed in a substantially truncated conical shape having an inclined part and a plane part; a basic plane of the duct is disposed in a substantially vertical direction; the cooling fan is disposed to be inclined with respect to the vertical direction; and the flow straightener is disposed to be inclined such that the flow straightener faces the cooling fan; the duct is configured to separate the cooling compartment and the storage compartment and has the flow straightener at such a position as that the flow straightener faces the cooling fan; a maximum dimension of the plane part of the flow straightener is equal to or smaller than a dimension of a motor of the cooling fan, wherein the flow straightener forms a part of an inner back surface of the storage compartment, and an angle formed by the surface of the inclined part and the surface of the plane part of the flow straightener is 10 degrees to 15 degrees.
A device for transferring keyboard commands from a user to an electronic apparatus or machine, the device comprising: - at least one arm intended to be carried by the user on the outside of the user's mouth cavity, said arm having a plurality of signal sensors (304a,b,c) configured to respond to the presence or pressure of the user's tongue in a limited area or input position in close proximity to each respective sensor by emitting an electric signal or impulse, and - a signal unit configured to register and convert signals emitted from the sensors into a corresponding keyboard command which is then input to said electronic device or machine. - at least one arm intended to be carried by the user on the outside of the user's mouth cavity, said arm having a plurality of signal sensors (304a,b,c) configured to respond to the presence or pressure of the user's tongue in a limited area or input position in close proximity to each respective sensor by emitting an electric signal or impulse, and - a signal unit configured to register and convert signals emitted from the sensors into a corresponding keyboard command which is then input to said electronic device or machine.
A method for designing a set.of sub-band FIR filters (G m (z)), each FIR filter (G m (z)) having a number (K m) of filter coefficients (g mk) and being connected to an adjustable delay line upstream or downstream thereto; the method comprises: dividing an input signal (x[n]) into a number of sub-band signals (x m [n]), the spectra of the sub-band signals composing the spectrum of the input signal; providing, for each sub-band, a respective desired sub-band signal (d m [z]) dependent on a desired signal (d[n]); filtering and delaying each sub-band signal (x m [n]) thus generating filtered signals (y m [n]) using the corresponding FIR filter (G m (z)) and delay line, respectively; providing, for each sub-band, error signals (em[n]) dependent on the filtered signals (y m [n]) and the corresponding desired signals (d m [n]); characterized by adapting the filter coefficients (g mk) of each sub-band FIR filter (G m (z)) such that a norm of the respective error signal (em[n]) is minimized and, thus, the respective filtered signal (y m [n]) approximately matches the corresponding desired sub-band signal (d m [n]); and varying, for each sub-band, the respective delay (Δ m) of the delay line so as to minimize or maximize a first quality criterion (c m '[n/V]). dividing an input signal (x[n]) into a number of sub-band signals (x m [n]), the spectra of the sub-band signals composing the spectrum of the input signal; providing, for each sub-band, a respective desired sub-band signal (d m [z]) dependent on a desired signal (d[n]); filtering and delaying each sub-band signal (x m [n]) thus generating filtered signals (y m [n]) using the corresponding FIR filter (G m (z)) and delay line, respectively; providing, for each sub-band, error signals (em[n]) dependent on the filtered signals (y m [n]) and the corresponding desired signals (d m [n]); characterized by adapting the filter coefficients (g mk) of each sub-band FIR filter (G m (z)) such that a norm of the respective error signal (em[n]) is minimized and, thus, the respective filtered signal (y m [n]) approximately matches the corresponding desired sub-band signal (d m [n]); and varying, for each sub-band, the respective delay (Δ m) of the delay line so as to minimize or maximize a first quality criterion (c m '[n/V]).
A fire resistant laminated glazing comprising at least two plies of transparent material separated by at least one interlayer characterised in that the interlayer comprises a bilayer comprising a flexible backing film and a fire resistant layer derived from an alkali metal silicate having a weight ratio of SiO 2: Na 2 O of less than 3.3: 1, and in that one side of the backing film is coated with a pressure sensitive adhesive.
A medical viewing system, comprising: an X-ray image acquisition device adapted to acquire an X-ray image in an X-ray imaging plane, the X-ray image including an interventional device; an echocardiographic image acquisition device adapted to acquire an echocardiographic image, a processing unit, and a user interface for providing, in the X-ray image, an indicator for indicating a viewing plane comprising the interventional device, wherein the indicator is an indicator line in the X-ray image, and wherein the processing unit is adapted to register the X-ray image and the echocardiographic image, and to provide a view of the echocardiographic image in accordance with the indicated viewing plane. an X-ray image acquisition device adapted to acquire an X-ray image in an X-ray imaging plane, the X-ray image including an interventional device; an echocardiographic image acquisition device adapted to acquire an echocardiographic image, a processing unit, and a user interface for providing, in the X-ray image, an indicator for indicating a viewing plane comprising the interventional device, wherein the indicator is an indicator line in the X-ray image, and wherein the processing unit is adapted to register the X-ray image and the echocardiographic image, and to provide a view of the echocardiographic image in accordance with the indicated viewing plane.
A device for diminishing flow resistance in a moon pool, the device comprising a guide structure having a lattice shape, the guide structure comprising: a plurality of guide ramps arranged in a plurality of rows along the lateral direction of the hull, wherein front ends of the guide ramps are inclined upwards towards a bow side of the hull a plurality of longitudinal reinforcing beams (24, 26) arranged in a plurality of rows along the longitudinal direction of the hull, and a hinge axis around which the lattice guide structure is rotated in the moon pool towards a transit position or a working position, characterized by a plurality of horizontal guide plates spaced apart from each other along a longitudinal direction of a hull, the horizontal guide plates being arranged in a plurality of rows along a lateral direction of the hull; and the guide ramps being coupled at rear ends thereof to front ends of the respective horizontal guide plates, and said guide ramps spaced apart from rear ends of the adjacent fore horizontal guide plates, and the longitudinal reinforcing beams being coupled to the corresponding horizontal guide plates and the corresponding guide ramps. a plurality of guide ramps arranged in a plurality of rows along the lateral direction of the hull, wherein front ends of the guide ramps are inclined upwards towards a bow side of the hull a plurality of longitudinal reinforcing beams (24, 26) arranged in a plurality of rows along the longitudinal direction of the hull, and a hinge axis around which the lattice guide structure is rotated in the moon pool towards a transit position or a working position, characterized by a plurality of horizontal guide plates spaced apart from each other along a longitudinal direction of a hull, the horizontal guide plates being arranged in a plurality of rows along a lateral direction of the hull; and the guide ramps being coupled at rear ends thereof to front ends of the respective horizontal guide plates, and said guide ramps spaced apart from rear ends of the adjacent fore horizontal guide plates, and the longitudinal reinforcing beams being coupled to the corresponding horizontal guide plates and the corresponding guide ramps.
An apparatus for electrochemical reduction of a solid feedstock, comprising; a container for a fused salt; an anode assembly comprising one or more anodes which, during operation of the apparatus, contact the fused salt; a cathode loadable with the solid feedstock; and a cathode transport apparatus for locating and moving the cathode so that, in use, the cathode and the solid feedstock contact the fused salt, and are moved past the anode assembly.
A welding-type system, comprising: a welding-type power supply configured to generate output power for an arc welding process; and a controller (22, 32, 72) configured to: calculate a representative duration of a plurality of short circuit events during the arc welding process, wherein each short circuit event comprises a transitional phase (P1; AP1), an intermediate phase (P2; P2A, P2B), and an end phase (P3; AP3); characterised in that the controller (22, 32, 72) is configured to calculate a sum of a duration of the transitional phase, a duration of the intermediate phase (P2; P2A, P2B), and a duration of a ramp down time from a target current (96; 96, 100) of the intermediate phase to a target current of the end phase associated with a given short circuit event; and control the welding-type power supply to adjust a duration of the transitional phase, the intermediate phase or the ramp down time associated with the given short circuit event such that the sum is within the threshold range of the representative duration, and to maintain a duration of the end phase less than a predetermined value. a welding-type power supply configured to generate output power for an arc welding process; and a controller (22, 32, 72) configured to: calculate a representative duration of a plurality of short circuit events during the arc welding process, wherein each short circuit event comprises a transitional phase (P1; AP1), an intermediate phase (P2; P2A, P2B), and an end phase (P3; AP3); characterised in that the controller (22, 32, 72) is configured to calculate a sum of a duration of the transitional phase, a duration of the intermediate phase (P2; P2A, P2B), and a duration of a ramp down time from a target current (96; 96, 100) of the intermediate phase to a target current of the end phase associated with a given short circuit event; and control the welding-type power supply to adjust a duration of the transitional phase, the intermediate phase or the ramp down time associated with the given short circuit event such that the sum is within the threshold range of the representative duration, and to maintain a duration of the end phase less than a predetermined value. calculate a representative duration of a plurality of short circuit events during the arc welding process, wherein each short circuit event comprises a transitional phase (P1; AP1), an intermediate phase (P2; P2A, P2B), and an end phase (P3; AP3); characterised in that the controller (22, 32, 72) is configured to calculate a sum of a duration of the transitional phase, a duration of the intermediate phase (P2; P2A, P2B), and a duration of a ramp down time from a target current (96; 96, 100) of the intermediate phase to a target current of the end phase associated with a given short circuit event; and control the welding-type power supply to adjust a duration of the transitional phase, the intermediate phase or the ramp down time associated with the given short circuit event such that the sum is within the threshold range of the representative duration, and to maintain a duration of the end phase less than a predetermined value.
Clutch apparatus for a drive train of a motor vehicle, having a pressure plate (12, 18) which can preferably be displaced in the axial direction of the clutch apparatus, the pressure plate (12, 18) pressing a clutch plate (11, 17), in an engaged position of the clutch apparatus, against a counter-pressure plate (10, 26) which can be connected to a crankshaft of an internal combustion engine, and having an actuating device which has a displaceable actuating piston (13, 27), the displacement position of the actuating piston (13, 27) fixing the position of the pressure plate (12, 18), and it being possible for the actuating piston (13, 27) to be driven by a drive unit of the actuating device in order to displace the pressure plate (12, 18) between the engaged position and a disengaged position, characterized in that the drive unit has at least one pump (15, 30), the at least one pump (15, 30) being received in a pump receptacle housing, and the pump receptacle housing being connected fixedly to the counter-pressure plate (10, 26) so as to rotate with it.
A snow slush wiper apparatus designed to be attached to a vehicle and to interact with the ground in order to remove slush from a road surface, including a main frame for attachment to the vehicle, at least one row of individual rubber blades secured to the main frame, which row of rubber blades extends lateral to the driving direction when in use, preferably angled relative to the driving direction, and each rubber blade being overlapping offset relative to each other in the longitudinal direction of a row, each rubber blade being resiliently suspended via a retainer, to which each rubber blade is secured, and which is spring-loaded secured relative to the main frame, characterized in that each retainer provides individual, independent, limited and resilient freedom of motion of said rubber blade in its plane, said resilient motion tends to bring a rubber blade back to a position of origin, each retainer includes two cantilevered arms (4a, 4b) having a support plate secured therebetween, which support plate carries, in turn, the rubber blade, and that each cantilevered arm (4a, 4b) includes a slit for receipt of a frame part in the form of a rod body.