mhurhangee/ep-ind-claims huggingface dataset:
An indoor service node for an indoor environment, comprising an emulated user equipment and an indoor base station for providing Third Generation Partnership Project, 3GPP, based communications for at least one wireless device in the indoor environment, wherein the emulated user equipment is configured to establish a back-to-back connection with the indoor base station, the indoor base station comprising a processor and a memory, said memory comprising instructions executable by said processor whereby said indoor base station is operative to: receive, from a radio network via a Broadband Access, BBA, the 3GPP based communications, said BBA being scheduled and controlled by the radio network and the indoor base station for communications between the indoor base station and the radio network; and transmit, to the emulated user equipment, the 3GPP based communications, the node comprising a processor and a memory, said memory comprising instructions executable by said processor whereby said indoor service node is operative to: transmit, to the at least one wireless device, the 3GPP communications via a wireless access point provided by the emulated user equipment, wherein the emulated user equipment is dually connectable to the indoor base station and an outdoor radio base station, said outdoor radio base station providing 3GPP communications via a wireless 3GPP link for complementing the BBA line with a wireless backhauling link provided by the outdoor radio base station, and wherein the indoor service node is further operative to, when a peak cell rate of the indoor radio base station surpasses capabilities of the BBA, pass excessive traffic over the wireless 3GPP link of the outdoor base station. receive, from a radio network via a Broadband Access, BBA, the 3GPP based communications, said BBA being scheduled and controlled by the radio network and the indoor base station for communications between the indoor base station and the radio network; and transmit, to the emulated user equipment, the 3GPP based communications, transmit, to the at least one wireless device, the 3GPP communications via a wireless access point provided by the emulated user equipment, wherein the emulated user equipment is dually connectable to the indoor base station and an outdoor radio base station, said outdoor radio base station providing 3GPP communications via a wireless 3GPP link for complementing the BBA line with a wireless backhauling link provided by the outdoor radio base station, and wherein the indoor service node is further operative to, when a peak cell rate of the indoor radio base station surpasses capabilities of the BBA, pass excessive traffic over the wireless 3GPP link of the outdoor base station.
Device for dispensing a cosmetic, toiletry, perfume or care product, having the form of balls, the device comprising a main body forming a reservoir, said main body having an elongate shape and comprising a first end comprising a closed bottom and an open second end which is an opposite end to said first end, • a central shaft extending longitudinally within the main body, and • a helicoidal ramp comprising a track winding around the central shaft, said central shaft being able to rotate relative to said helicoidal ramp, characterized in that it comprises: • a pusher interposed within the helicoidal ramp, said pusher being linked to the central shaft so that it is rotationally fixed and free for translation along said central shaft, such that a relative rotation of the central shaft in relation to said helicoidal ramp drives a movement of said pusher along the track of the helicoidal ramp, and • an actuator mounted at the location of the second end of the main body, and making it possible to drive the relative rotation of the central shaft in relation to the helicoidal ramp. • a central shaft extending longitudinally within the main body, and • a helicoidal ramp comprising a track winding around the central shaft, said central shaft being able to rotate relative to said helicoidal ramp, • a pusher interposed within the helicoidal ramp, said pusher being linked to the central shaft so that it is rotationally fixed and free for translation along said central shaft, such that a relative rotation of the central shaft in relation to said helicoidal ramp drives a movement of said pusher along the track of the helicoidal ramp, and • an actuator mounted at the location of the second end of the main body, and making it possible to drive the relative rotation of the central shaft in relation to the helicoidal ramp.
A method for therapy response assessment, the method comprising: obtaining a pre-therapy medical image of a patient, the pre-therapy medical image representing at least one lesion of the patient; obtaining a post-therapy medical image of the patient, the post-therapy medical image of the patient representing the same lesion of the patient; convolving, by a processor, the pre-therapy and post therapy medical images with a texture feature learned from training images, wherein convolving comprises convolving with the texture feature comprising an independent sub-space analysis feature; and classifying, by the processor, a therapy response of the lesion with a machine-learnt classifier with a result of the convolving as an input feature to the machine-learnt classifier, wherein that input feature is calculated from the results of the convolution, wherein the feature is a Haar wavelet feature. obtaining a pre-therapy medical image of a patient, the pre-therapy medical image representing at least one lesion of the patient; obtaining a post-therapy medical image of the patient, the post-therapy medical image of the patient representing the same lesion of the patient; convolving, by a processor, the pre-therapy and post therapy medical images with a texture feature learned from training images, wherein convolving comprises convolving with the texture feature comprising an independent sub-space analysis feature; and classifying, by the processor, a therapy response of the lesion with a machine-learnt classifier with a result of the convolving as an input feature to the machine-learnt classifier, wherein that input feature is calculated from the results of the convolution, wherein the feature is a Haar wavelet feature.
A feed assembly for a reflector antenna comprising: an inner cavity and a center conductor disposed therein, a feed horn common to low, mid and high frequency bands a coaxial polarizer disposed within the inner cavity and coupled to the center conductor and (202a,b) configured to convert signals between circular and linear polarization in the low band frequency band; a coaxial orthomode transducer, OMT, disposed around the center conductor and the coaxial polarizer (202a,b) and configured to separate two orthogonal signals and transition from coaxial waveguide to rectangular waveguides in the low band frequency band; a polyrod disposed within the center conductor of the feed assembly, wherein the polyrod is common to the mid and high frequency bands; and characterised in that the coaxial polarizer (202a,b) is elongated in a longitudinal direction and has, in a top view, a rectangular shape, and, in a side view, the coaxial polarizer has an H-shape with two notched regions opening at respective longitudinal ends of the coaxial polarizer. an inner cavity and a center conductor disposed therein, a feed horn common to low, mid and high frequency bands a coaxial polarizer disposed within the inner cavity and coupled to the center conductor and (202a,b) configured to convert signals between circular and linear polarization in the low band frequency band; a coaxial orthomode transducer, OMT, disposed around the center conductor and the coaxial polarizer (202a,b) and configured to separate two orthogonal signals and transition from coaxial waveguide to rectangular waveguides in the low band frequency band; a polyrod disposed within the center conductor of the feed assembly, wherein the polyrod is common to the mid and high frequency bands; and characterised in that the coaxial polarizer (202a,b) is elongated in a longitudinal direction and has, in a top view, a rectangular shape, and, in a side view, the coaxial polarizer has an H-shape with two notched regions opening at respective longitudinal ends of the coaxial polarizer.
A heat exchanger, comprising: a first rotary heat exchanger; a second rotary heat exchanger configured to rotate in the same direction as the first rotary heat exchanger; a fluid circuit extending through at least a portion of the first rotary heat exchanger and at least a portion of the second rotary heat exchanger and configured to permit passage of a working fluid between the first and second rotary heat exchangers; and a compressor disposed along the fluid circuit and configured to rotate along with the first rotary heat exchanger and in the same direction as the first rotary heat exchanger characterized in that the compressor comprises a single-screw compressor. a first rotary heat exchanger; a second rotary heat exchanger configured to rotate in the same direction as the first rotary heat exchanger; a fluid circuit extending through at least a portion of the first rotary heat exchanger and at least a portion of the second rotary heat exchanger and configured to permit passage of a working fluid between the first and second rotary heat exchangers; and a compressor disposed along the fluid circuit and configured to rotate along with the first rotary heat exchanger and in the same direction as the first rotary heat exchanger characterized in that the compressor comprises a single-screw compressor.
A laundry treatment apparatus comprising: a cabinet configured to have an opening in the front; a drawer configured to be withdrawable from the cabinet; an introduction port provided in an upper surface of the drawer; a drum that is located in the drawer and that is configured to communicate with the introduction port; a driving shaft provided at a bottom surface of the drum; a driving unit configured to rotate the driving shaft; characterized by: a push unit that is provided at the drawer and that is configured to reciprocate in a direction parallel to the direction in which the drawer moves by an external force; a fastening unit provided at one of the upper surface of the drawer and side surfaces of the drawer for selectively coupling the drawer to the cabinet, and that is configured to reciprocate in a direction perpendicular to the direction in which the drawer moves; a transfer unit that is configured to connect the push unit and the fastening unit to each other, wherein the transfer unit is configured to reciprocate the fastening unit to be separated from the cabinet based on the external force being applied to the push unit. a cabinet configured to have an opening in the front; a drawer configured to be withdrawable from the cabinet; an introduction port provided in an upper surface of the drawer; a drum that is located in the drawer and that is configured to communicate with the introduction port; a driving shaft provided at a bottom surface of the drum; a driving unit configured to rotate the driving shaft; characterized by: a push unit that is provided at the drawer and that is configured to reciprocate in a direction parallel to the direction in which the drawer moves by an external force; a fastening unit provided at one of the upper surface of the drawer and side surfaces of the drawer for selectively coupling the drawer to the cabinet, and that is configured to reciprocate in a direction perpendicular to the direction in which the drawer moves; a transfer unit that is configured to connect the push unit and the fastening unit to each other, wherein the transfer unit is configured to reciprocate the fastening unit to be separated from the cabinet based on the external force being applied to the push unit. a push unit that is provided at the drawer and that is configured to reciprocate in a direction parallel to the direction in which the drawer moves by an external force; a fastening unit provided at one of the upper surface of the drawer and side surfaces of the drawer for selectively coupling the drawer to the cabinet, and that is configured to reciprocate in a direction perpendicular to the direction in which the drawer moves; a transfer unit that is configured to connect the push unit and the fastening unit to each other, wherein the transfer unit is configured to reciprocate the fastening unit to be separated from the cabinet based on the external force being applied to the push unit.
Device for extracorporeal blood treatment, comprising a dialyser, which is divided by a semipermeable membrane into a blood chamber and a dialysate chamber, an extracorporeal blood circuit including the blood chamber of the dialyser, a dialysate system including the dialysate chamber of the dialyser, the dialysate system comprising an ultrafiltration apparatus which has an ultrafiltrate pump, and there is provided an apparatus for operating the blood treatment device in a first and second operating mode, which is formed in such a way that the ultrafiltrate pump is operated in the first operating mode in such a way that the pressure on the blood-side of the semipermeable membrane is higher than the pressure on the dialysate-side of the semipermeable membrane of the dialyser, so that during the first operating mode a predetermined amount of fluid is removed from the extracorporeal blood circuit via the semipermeable membrane of the dialyser, and in the second operating mode, the ultrafiltrate pump is operated in such a way that the pressure on the blood-side of the semipermeable membrane is, at successive intervals, alternately higher and lower than the pressure on the dialysate-side of the semipermeable membrane of the dialyser, so that fluid is continuously removed from and supplied to the extracorporeal blood circuit via the semipermeable membrane, respectively, characterised in that the ultrafiltrate pump is a positive displacement pump having a pumping chamber in which a movable positive displacement element is arranged, the apparatus for operating the blood treatment device in the first and second operating mode being formed in such a way that in the first operating mode, the pumping chamber of the positive displacement pump is in fluid communication with the dialysate system in a preceding suction phase of the positive displacement pump and is in fluid communication with a drain in a subsequent pressure phase of the pumping chamber, and in the second operating mode, the pumping chamber of the positive displacement pump is in fluid communication with the dialysate system in both the suction phase and the pressure phase, and the fluid communication from the pumping chamber to the drain is broken off.
A method for processing microcomponents with component structures which are produced on a substrate by using, for example, the LIGA method, wherein an epoxy resin based photoresist is removed from the microcomponents in an etching chamber, characterized in that the photoresist is stripped in a controlled manner with a cooled remote plasma source by chemical etching, the temperatures of the microcomponents being monitored individually and the temperature curves (21, 22, 23) being subjected to an individual end point recognition, and that the substrate is pressed in a planar manner with the help of a contact means such as, for example, wax onto a substrate holder resting in a planar manner on a thermostatized work plate and is separated again after the end of the stripping process, whereby the reaction heat is dissipated during the stripping process from the substrate to the substrate holder and from there via its bottom side to the thermostatized work plate, so that the substrate is not damaged as a result of the thermal and mechanical stress.
A sheet manufacturing method comprising: a mixing step of mixing a fiber and a resin powder in air, and a sheet forming step of accumulating and heating a mixture mixed in the mixing step to form a sheet, wherein the resin powder has a volume average particle diameter of equal to or less than 50 μm, and an absolute value of an average charging amount in a range of 15 (μC/g) to 35 (μC/g), wherein a length along a length direction of the fiber is in a range of 1 μm to 5 mm, wherein the resin powder is a thermal fusion-bondable resin powder for causing a plurality of the fibers to bond, and wherein the resin powder includes a resin particle and an inorganic fine particle that is disposed on a surface of the resin particle. a mixing step of mixing a fiber and a resin powder in air, and a sheet forming step of accumulating and heating a mixture mixed in the mixing step to form a sheet, wherein the resin powder has a volume average particle diameter of equal to or less than 50 μm, and an absolute value of an average charging amount in a range of 15 (μC/g) to 35 (μC/g), wherein a length along a length direction of the fiber is in a range of 1 μm to 5 mm, wherein the resin powder is a thermal fusion-bondable resin powder for causing a plurality of the fibers to bond, and wherein the resin powder includes a resin particle and an inorganic fine particle that is disposed on a surface of the resin particle.
A bandsplitter comprising: an input adapted to receive an input stream of quantised audio signal samples at a sample rate; two outputs adapted to furnish two output substreams (9, 10) of quantised audio signal samples, each output substream having half the sampling rate of the input stream; a de-interleaving unit having an input and two outputs, wherein the input of the de-interleaving unit is coupled to the input of the bandsplitter, and wherein the outputs of the de-interleaving unit contain even-numbered and odd-numbered samples of the input stream respectively; two allpass filters (5, 6, 16, 17) each having a first input, a second input, and an output, wherein the first input of each allpass filter is coupled to a respective output of the de-interleaving unit, and wherein the second input of each allpass filter is coupled to a quantiser (20, 30) for receiving feedback; and a lossless sum-and-difference unit having two inputs and two outputs, wherein each of the inputs to the sum-and-difference unit is coupled to a respective one of the outputs of the two allpass filters (5, 6, 16, 17), and wherein each of the outputs of the sum-and-difference unit is coupled to a respective one of the outputs of the bandsplitter, wherein each allpass filter (5, 6, 16, 17) is adapted to receive the samples of the input stream in reverse time order, and wherein the output substreams are related to the outputs of the de-interleaving unit by respective transfer functions comprising maximum phase poles. an input adapted to receive an input stream of quantised audio signal samples at a sample rate; two outputs adapted to furnish two output substreams (9, 10) of quantised audio signal samples, each output substream having half the sampling rate of the input stream; a de-interleaving unit having an input and two outputs, wherein the input of the de-interleaving unit is coupled to the input of the bandsplitter, and wherein the outputs of the de-interleaving unit contain even-numbered and odd-numbered samples of the input stream respectively; two allpass filters (5, 6, 16, 17) each having a first input, a second input, and an output, wherein the first input of each allpass filter is coupled to a respective output of the de-interleaving unit, and wherein the second input of each allpass filter is coupled to a quantiser (20, 30) for receiving feedback; and a lossless sum-and-difference unit having two inputs and two outputs, wherein each of the inputs to the sum-and-difference unit is coupled to a respective one of the outputs of the two allpass filters (5, 6, 16, 17), and wherein each of the outputs of the sum-and-difference unit is coupled to a respective one of the outputs of the bandsplitter, wherein each allpass filter (5, 6, 16, 17) is adapted to receive the samples of the input stream in reverse time order, and wherein the output substreams are related to the outputs of the de-interleaving unit by respective transfer functions comprising maximum phase poles.
A method performed by a wireless device comprising: determining whether an access point is in a Group Address, GA, mode or a unicast mode; if determined that the access point is in a unicast mode, sending, by the wireless device to the access point, a unicast Generic Advertisement Service, GAS, query for information relating to the access point; receiving (414, 408), by the wireless device from the access point in response to the GAS query, a group-addressed mode indicator in a unicast message, the group-addressed mode indicator set to a first value to specify that the access point has activated a group-addressed transmission of information relating to the access point; in response to and after receiving the group-addressed mode indicator set to the first value to specify that the access point has activated the group-addressed transmission of information relating to the access point, receiving, by the wireless device, a message targeted to a group address; and further comprising: in response to receiving the group-addressed mode indicator set to a second value to specify that the access point has not activated the group-addressed transmission of information relating to the access point, receiving, by the wireless device, an individually addressed message from the access point as a response to the GAS query of the wireless device. determining whether an access point is in a Group Address, GA, mode or a unicast mode; if determined that the access point is in a unicast mode, sending, by the wireless device to the access point, a unicast Generic Advertisement Service, GAS, query for information relating to the access point; receiving (414, 408), by the wireless device from the access point in response to the GAS query, a group-addressed mode indicator in a unicast message, the group-addressed mode indicator set to a first value to specify that the access point has activated a group-addressed transmission of information relating to the access point; in response to and after receiving the group-addressed mode indicator set to the first value to specify that the access point has activated the group-addressed transmission of information relating to the access point, receiving, by the wireless device, a message targeted to a group address; and