mhurhangee/ep-ind-claims huggingface dataset:
A method of reducing inter-cell interference within a Coordinated Multi-Point COMP cellular network architecture having a plurality of CoMP cells, wherein each CoMP cell includes a plurality of sub-cells in which radio transmissions are made to and from User Equipments UEs, said method comprising the steps of: grouping the plurality of CoMP cells into a number of mutually exclusive subsets, wherein the CoMP cells in each subset are sufficiently separated from each other geographically so that no inter-CoMP-cell interference occurs among the CoMP cells in any given subset; scheduling transmissions to and from UEs in the sub-cells of the CoMP cells in a first subset to minimize intra-CoMP-cell interference among the sub-cells within the CoMP cells in the first subset, wherein transmissions in the downlink direction in a given CoMP cell in the first subset are scheduled so that none of the UEs experience interference that exceeds a threshold λ; passing scheduling information from each of the CoMP cells in the first subset to neighboring CoMP cells in all other subsets; and scheduling transmissions to and from UEs in the sub-cells of the CoMP cells in a second subset, wherein transmissions in the second subset are scheduled to minimize intra-CoMP-cell interference among the sub-cells within the CoMP cells in the second subset, and wherein transmissions in the second subset are also scheduled utilizing the scheduling information received from the first subset to minimize inter-CoMP-cell interference with CoMP cells in the first subset. grouping the plurality of CoMP cells into a number of mutually exclusive subsets, wherein the CoMP cells in each subset are sufficiently separated from each other geographically so that no inter-CoMP-cell interference occurs among the CoMP cells in any given subset; scheduling transmissions to and from UEs in the sub-cells of the CoMP cells in a first subset to minimize intra-CoMP-cell interference among the sub-cells within the CoMP cells in the first subset, wherein transmissions in the downlink direction in a given CoMP cell in the first subset are scheduled so that none of the UEs experience interference that exceeds a threshold λ; passing scheduling information from each of the CoMP cells in the first subset to neighboring CoMP cells in all other subsets; and scheduling transmissions to and from UEs in the sub-cells of the CoMP cells in a second subset, wherein transmissions in the second subset are scheduled to minimize intra-CoMP-cell interference among the sub-cells within the CoMP cells in the second subset, and wherein transmissions in the second subset are also scheduled utilizing the scheduling information received from the first subset to minimize inter-CoMP-cell interference with CoMP cells in the first subset.
A cleaning system comprising: a robot cleaner including a dust collecting device having a dirt outlet and an outlet door configured to open and close the dirt outlet; and a station including: a collecting device configured to generate a suction force to suction dirt of the duct collecting device, and a lever device provided with a lever configured to be fixable to the outlet door as the outlet door is being opened to allow the collecting device and the dust collecting device to communicate with each other, characterized in that the station includes a lever driving source configured to generate power to drive thelever. a robot cleaner including a dust collecting device having a dirt outlet and an outlet door configured to open and close the dirt outlet; and a station including: a collecting device configured to generate a suction force to suction dirt of the duct collecting device, and a lever device provided with a lever configured to be fixable to the outlet door as the outlet door is being opened to allow the collecting device and the dust collecting device to communicate with each other, characterized in that the station includes a lever driving source configured to generate power to drive thelever. a collecting device configured to generate a suction force to suction dirt of the duct collecting device, and a lever device provided with a lever configured to be fixable to the outlet door as the outlet door is being opened to allow the collecting device and the dust collecting device to communicate with each other, characterized in that the station includes a lever driving source configured to generate power to drive thelever.
Ship's propulsion unit of the type comprising a gondola able to be suspended below a ship's hull via a leg, and a rotating electrical machine arranged in the gondola, said gondola comprising a casing and said rotating electrical machine comprising, arranged concentrically from the machine axis (5 1) towards the outside, a shaft, a rotor fixed to the shaft, and a stator, the rotor and the stator comprising packets (16, 9) of magnetic sheets (17, 10) separated by spacing means (20, 13), the stator being bound in the casing, the electrical machine comprising: - air supply means (26, 27, 31) for bringing ventilation air to penetrate axially into the machine into first air circulation means able to allow an axial flow of ventilation air at the rotor; - second air circulation means able to allow an axial flow of ventilation air at the stator; - air recovery means (28, 32) for collecting the ventilation air leaving the two air circulation means; such that the ventilation air is brought to circulate in the machine successively: - axially in said first air circulation means; - radially (F2, F3) between said sheet packets of the rotor, then of the stator, then between their respective spacing means; - axially in said second air circulation means; characterized in that said first air circulation means comprise spaces arranged between the shaft and the rotor. - air supply means (26, 27, 31) for bringing ventilation air to penetrate axially into the machine into first air circulation means able to allow an axial flow of ventilation air at the rotor; - second air circulation means able to allow an axial flow of ventilation air at the stator; - air recovery means (28, 32) for collecting the ventilation air leaving the two air circulation means; - axially in said first air circulation means; - radially (F2, F3) between said sheet packets of the rotor, then of the stator, then between their respective spacing means; - axially in said second air circulation means;
A recombinant nucleic acid encoding a capsid-dimerizing agent binder conjugate and a ligand-dimerizing agent binder conjugate, wherein the capsid-dimerizing agent binder conjugate comprises an adenoviral fiber protein and a 90-amino acid FRB protein inserted into the H1 loop of the adenoviral fiber protein between Thr546 and Pro547, and the ligand-dimerizing agent binder conjugate comprises a ligand and a FKBP protein wherein the FRB protein is encoded by a nucleotide sequence at least 95% identical to SEQ ID NO: 69 across the whole sequence.
An electrode assembly comprising: a separator sheet folded in a zigzag shape; and a unit cell (110, 130) having a structure in which an electrode (10, 20) and a separator are alternately stacked, the unit cell (110, 130) being repeatedly disposed between the separator sheet that is folded in a zigzag shape, and at least a portion of the unit cell (110, 130) and at least a portion of the separator sheet are bonded to each other, characterized in that the separator sheet and the separator which is provided in the unit cell (110, 130), are bonded to each other. a separator sheet folded in a zigzag shape; and a unit cell (110, 130) having a structure in which an electrode (10, 20) and a separator are alternately stacked, the unit cell (110, 130) being repeatedly disposed between the separator sheet that is folded in a zigzag shape, and at least a portion of the unit cell (110, 130) and at least a portion of the separator sheet are bonded to each other, characterized in that the separator sheet and the separator which is provided in the unit cell (110, 130), are bonded to each other.
An organic light emitting display (OLED) device, comprising: a substrate, the substrate including a pixel area to generate an image including a pixel circuit and a transmission area adjacent the pixel area, the transmission area being for transmitting light; a first electrode over the pixel area of the substrate; a first organic layer (160, 260, 260a) extending continuously over the pixel area and the transmission area and covering the first electrode, the first organic layer including a hole transport material; a light emitting layer (163, 263, 263a) selectively positioned over the pixel area but not over the transmission area; a non-pixel organic layer (165, 265, 265a) selectively positioned over the transmission area and not over the pixel area, the non-pixel organic layer being positioned over the first organic layer and having a light transmittance greater than that of the light emitting layer; and a second electrode (175, 275, 275a) extending continuously over the pixel area and the transmission area and covering the non-pixel organic layer. a substrate, the substrate including a pixel area to generate an image including a pixel circuit and a transmission area adjacent the pixel area, the transmission area being for transmitting light; a first electrode over the pixel area of the substrate; a first organic layer (160, 260, 260a) extending continuously over the pixel area and the transmission area and covering the first electrode, the first organic layer including a hole transport material; a light emitting layer (163, 263, 263a) selectively positioned over the pixel area but not over the transmission area; a non-pixel organic layer (165, 265, 265a) selectively positioned over the transmission area and not over the pixel area, the non-pixel organic layer being positioned over the first organic layer and having a light transmittance greater than that of the light emitting layer; and a second electrode (175, 275, 275a) extending continuously over the pixel area and the transmission area and covering the non-pixel organic layer.
A multi-medium intelligent cleaning apparatus, for cleaning a working surface, comprising a self-propelled cleaning robot and a safety protection apparatus connected to the self-propelled cleaning robot through a connecting member, the safety protection apparatus comprising an adsorption member for adsorbing on a surface to be adsorbed, characterized in that a handle is formed along an outer end edge of the adsorption member, and the handle drives the outer end edge of the adsorption member to be separated from the adsorption surface under an action of an external force of a user.
Apparatus for manipulating an audio signal comprising a transient event in a first time portion of the audio signal, the apparatus comprising: a signal processor for processing the audio signal comprising the transient event in the first time portion to obtain a processed audio signal comprising a perceptually degraded transient portion; a signal inserter for inserting a second time portion into the processed audio signal at a signal location, where the perceptually degraded transient portion is located in the processed audio signal, so that a manipulated audio signal is obtained, wherein the second time portion comprises the transient event not influenced by the processing performed by the signal processor, wherein the signal processor is configured to generate the perceptually degraded transient portion in the processed audio signal by stretching or shortening the audio signal comprising the transient event so that the processed audio signal has a duration greater than or smaller than the audio signal, and wherein the second time portion has a duration different from a duration of the first time portion, wherein in the case of stretching, the second time portion is longer than the first time portion or in case of shortening, the second time portion is smaller than the first time portion. a signal processor for processing the audio signal comprising the transient event in the first time portion to obtain a processed audio signal comprising a perceptually degraded transient portion; a signal inserter for inserting a second time portion into the processed audio signal at a signal location, where the perceptually degraded transient portion is located in the processed audio signal, so that a manipulated audio signal is obtained, wherein the second time portion comprises the transient event not influenced by the processing performed by the signal processor, wherein the signal processor is configured to generate the perceptually degraded transient portion in the processed audio signal by stretching or shortening the audio signal comprising the transient event so that the processed audio signal has a duration greater than or smaller than the audio signal, and wherein the second time portion has a duration different from a duration of the first time portion, wherein in the case of stretching, the second time portion is longer than the first time portion or in case of shortening, the second time portion is smaller than the first time portion.
A ventilation apparatus for an engine having a recirculation passage for recirculating blow-by gas from the interior of a crank case to an intake passage of an engine, the ventilation apparatus comprising: an oil return passage for returning oil in an oil pan; and a common portion, which is formed in the oil return passage and serves as a common internal space for the oil return passage and the recirculation passage, wherein the common portion is a space in which the oil falls under its own weight, wherein an upstream recirculation pipe and a downstream recirculation pipe, which configure the recirculation passage, are arranged outside the cylinder head and the cylinder block, wherein a case is arranged between and connected to the upstream recirculation pipe and the downstream recirculation pipe, wherein the case has a cross-sectional area greater than the cross-sectional area of each of the upstream recirculation pipe and the downstream recirculation pipe, and wherein the interior of the case is the common portion; the ventilation apparatus being characterized in that an upstream return pipe and a downstream return pipe, which configure the oil return passage, are formed outside the cylinder head and the cylinder block, the case is arranged between and connected to the upstream return pipe and the downstream return pipe, and the case has the cross-sectional area greater than the cross-sectional area of each of the upstream return pipe and the downstream return pipe. an oil return passage for returning oil in an oil pan; and a common portion, which is formed in the oil return passage and serves as a common internal space for the oil return passage and the recirculation passage, wherein the common portion is a space in which the oil falls under its own weight, wherein an upstream recirculation pipe and a downstream recirculation pipe, which configure the recirculation passage, are arranged outside the cylinder head and the cylinder block, wherein a case is arranged between and connected to the upstream recirculation pipe and the downstream recirculation pipe, wherein the case has a cross-sectional area greater than the cross-sectional area of each of the upstream recirculation pipe and the downstream recirculation pipe, and wherein the interior of the case is the common portion; the ventilation apparatus being characterized in that an upstream return pipe and a downstream return pipe, which configure the oil return passage, are formed outside the cylinder head and the cylinder block, the case is arranged between and connected to the upstream return pipe and the downstream return pipe, and the case has the cross-sectional area greater than the cross-sectional area of each of the upstream return pipe and the downstream return pipe.
A lighting system comprising: a first bridge to wirelessly receive and transmit packets; a first plurality of lights (41, 42, 43) coupled together in a prescribed configuration for communication with the first bridge; a second bridge to wirelessly receive and transmit packets; a second plurality of lights (51, 52, 53) coupled together in a second prescribed configuration for communication with the second bridge; a gateway to wirelessly receive and transmit packets from/to the first bridge and to wirelessly receive and transmit packets from/to the second bridge; a memory to store a plurality of commands to control a corresponding light, and characterized in that the lighting system further comprises: a communication module configured to generate a packet for transmission to the gateway based on the plurality of stored commands, wherein the packet includes an address for at least one of the first and second bridges, an address for at least one light connected to the corresponding bridge, and the commands, wherein the communication module is further configured to generate a single packet that includes the control command for the respective lights which have the same command value among the plurality of control command values for the lights stored in the memory such that the control commands for a plurality of lights which have the same control command value are combined in the single packet only when the control command values stored in the memory have changed, wherein the communication module detects the changes in the stored command values at predetermined time intervals, and generates the packet if at least one command value has changed. a first bridge to wirelessly receive and transmit packets; a first plurality of lights (41, 42, 43) coupled together in a prescribed configuration for communication with the first bridge; a second bridge to wirelessly receive and transmit packets; a second plurality of lights (51, 52, 53) coupled together in a second prescribed configuration for communication with the second bridge; a gateway to wirelessly receive and transmit packets from/to the first bridge and to wirelessly receive and transmit packets from/to the second bridge; a memory to store a plurality of commands to control a corresponding light, and a communication module configured to generate a packet for transmission to the gateway based on the plurality of stored commands, wherein the packet includes an address for at least one of the first and second bridges, an address for at least one light connected to the corresponding bridge, and the commands,
A spun yarn consisting essentially of a blend of polyester staple fibers customized by the parameter: a combination of polyester staple fibers with staple lengths of 1.5 inches (3.81 cm), 1.25 inches (3.175 cm), 1.0 inch (2.54 cm) and 0.75 inch (1.905 cm); characterized by the parameters: a combination of polyester staple fibers with staple deniers of 1.0 dpf (111 mtex), 1.2 dpf (133 mtex), and 1.5 dpf (167 mtex); and a combination of polyester staple fibers with at least two different staple cross sections that includes some staple fibers with circular cross sections and some with oval cross sections. a combination of polyester staple fibers with staple lengths of 1.5 inches (3.81 cm), 1.25 inches (3.175 cm), 1.0 inch (2.54 cm) and 0.75 inch (1.905 cm); characterized by the parameters: a combination of polyester staple fibers with staple deniers of 1.0 dpf (111 mtex), 1.2 dpf (133 mtex), and 1.5 dpf (167 mtex); and a combination of polyester staple fibers with at least two different staple cross sections that includes some staple fibers with circular cross sections and some with oval cross sections.
A personalized medicine based method comprising high throughput screening for identifying antitumor effect of cannabis strains, said method comprises steps of: a. providing an array comprising a plurality of a patient's biopsy derived tumor cell samples b. providing at least one cannabis extract of at least one strain to be tested; and c. contacting said patient's biopsy derived tumor cells with said at least one cannabis extract; and detecting a signal indicative of said antitumor effect relative to a control sample. a. providing an array comprising a plurality of a patient's biopsy derived tumor cell samples b. providing at least one cannabis extract of at least one strain to be tested; and c. contacting said patient's biopsy derived tumor cells with said at least one cannabis extract; and detecting a signal indicative of said antitumor effect relative to a control sample.
A fitting for opening and closing a leaf of a window or of a door, comprising a drive section which is movable for latching and unlatching the leaf; and a handle for actuating the drive section, wherein the handle can be brought out of a retracted position into an extended position by a pushing onto an activation section and the drive section can be moved into an unlatched position by a pulling at the extended handle; and wherein the handle is linearly displaceable between the retracted position and the extended position, characterized in that the drive section is rotatable about an axis of rotation for latching and unlatching the leaf, with a gear (25, 27) being provided by means of which a linear displacement movement of the handle can be converted into a rotational movement of the drive section.
A process for the production of hypoallergenic enzymatically hydrolysed egg proteins having a degree of hydrolysis between 20 and 25% comprising a first hydrolysis step in which intact egg proteins are subjected to enzymatic hydrolysis by a first protease, an intermediate heating step in which the product of the first hydrolysis is heated to a temperature not exceeding 75°C, a second hydrolysis step in which the product of the intermediate heating step is subjected to enzymatic hydrolysis by a second protease and an inactivation step in which the product of the second hydrolysis is heated to a temperature between 85 and 90°C and maintained at this temperature for at least 30 minutes, wherein the first protease is selected from the group comprising bacterial proteases from Bacillus amyloliquefaciens and Bacillus licheniformis and mixtures thereof, trypsin and pancreatin, and wherein the second protease is selected from the group comprising bacterial proteases from Bacillus licheniformis, fungal proteases from Aspergillus oryzae, trypsin and pancreatin.