mhurhangee/ep-ind-claims huggingface dataset:
A wireless communication method, applied in a Long Term Evolution, LTE, network, comprising: a first communication device receiving first grant from a network node, wherein the first grant comprises first resource allocation information for allocating resources; the first communication device receiving second grant from a second communication device, wherein the second grant comprises a modulation and coding scheme of service data, and second resource allocation information indicating resources for transmitting service data, the indicated resources being a subset of resources allocated by the first resource allocation information; wherein, the first grant is high-layer signaling, carried through radio resource control signaling, the second grant is physical layer signaling, transmitted in a format of control information; the first grant and the second grant being used for scheduling service data transmission between the first communication device and the second communication device; and the first communication device receiving, according to the scheduling, service data transmitted by the second communication device; and/or the first communication device transmitting, according to the scheduling, service data to the second communication device. a first communication device receiving first grant from a network node, wherein the first grant comprises first resource allocation information for allocating resources; the first communication device receiving second grant from a second communication device, wherein the second grant comprises a modulation and coding scheme of service data, and second resource allocation information indicating resources for transmitting service data, the indicated resources being a subset of resources allocated by the first resource allocation information; wherein, the first grant is high-layer signaling, carried through radio resource control signaling, the second grant is physical layer signaling, transmitted in a format of control information; the first grant and the second grant being used for scheduling service data transmission between the first communication device and the second communication device; and the first communication device receiving, according to the scheduling, service data transmitted by the second communication device; and/or the first communication device transmitting, according to the scheduling, service data to the second communication device.
Spacer for a side pocket that is mountable on the side of a motorcycle, with a holding element which holds the side pocket in the mounted position on the motorcycle at a defined distance from the motorcycle, and with a fastening element for securing the holding element to the motorcycle, wherein the fastening element is, or forms, a latching device which allows the removably attachment of the holding element to the motorcycle, characterised in that a) the latching device comprises a receiving part, which holds the holding element through force and/or form fitting, b) the holding element is, or forms, part of the latching device, c) the holding element carries an attachment, which is, or forms, a part of the latching device, d) the attachment is axially and rotationally fixed to the holding element, and e) the holding element and/or the attachment comprises a latching means, which can be engaged with a locking recess in the receiving part through force and/or form fitting. a) the latching device comprises a receiving part, which holds the holding element through force and/or form fitting, b) the holding element is, or forms, part of the latching device, c) the holding element carries an attachment, which is, or forms, a part of the latching device, d) the attachment is axially and rotationally fixed to the holding element, and e) the holding element and/or the attachment comprises a latching means, which can be engaged with a locking recess in the receiving part through force and/or form fitting.
A receiver (114, 1700), comprising: a tuner receiving an input communication signal comprising weak line-of-sight pulses and strong reflected pulses; a signal processor configured to process the input signal; an automatic gain control, AGC, controller configured to: initialize the receiver (114, 1700) in a low gain state; determine the presence of a signal; increase the receiver gain to a high gain state, to determine if a weak signal is present prior to a strong signal; when a weak signal is determined as being present prior to a strong signal: (i) remain in the high gain state; and (ii) when clipping of the strong signal occurs in the high gain state, remain in the high gain state. a tuner receiving an input communication signal comprising weak line-of-sight pulses and strong reflected pulses; a signal processor configured to process the input signal; an automatic gain control, AGC, controller configured to: initialize the receiver (114, 1700) in a low gain state; determine the presence of a signal; increase the receiver gain to a high gain state, to determine if a weak signal is present prior to a strong signal; when a weak signal is determined as being present prior to a strong signal: (i) remain in the high gain state; and (ii) when clipping of the strong signal occurs in the high gain state, remain in the high gain state. initialize the receiver (114, 1700) in a low gain state; determine the presence of a signal; increase the receiver gain to a high gain state, to determine if a weak signal is present prior to a strong signal; when a weak signal is determined as being present prior to a strong signal: (i) remain in the high gain state; and (ii) when clipping of the strong signal occurs in the high gain state, remain in the high gain state. (i) remain in the high gain state; and (ii) when clipping of the strong signal occurs in the high gain state, remain in the high gain state.
An integrated circuit IC memory device comprising: an array of storage cells configured into multiple banks (122, 124), each bank including multiple segments; register storage to store per-segment values representing per-segment refresh rates; and and refresh logic to refresh each segment in accordance with the corresponding per-segment value, the integrated circuit being characterized in that the refresh rates are determined based on error thresholds associated with the type of data loaded into the memory device. an array of storage cells configured into multiple banks (122, 124), each bank including multiple segments; register storage to store per-segment values representing per-segment refresh rates; and and refresh logic to refresh each segment in accordance with the corresponding per-segment value, the integrated circuit being characterized in that the refresh rates are determined based on error thresholds associated with the type of data loaded into the memory device.
A rotary wing aircraft rotor yoke comprising: an arcuate medial portion including a plurality of plies of glass fibers; and a pair of arms (44a, 44b), each extending from the medial portion and terminating in a distal end (46a, 46b), each pair of arms (44a, 44b) being made from plies of glass fibers and graphite fibers, wherein the fibres in each ply are unidirectionally oriented and the material and the orientation of the fibres of two adjacent plies alternate, so that no two consecutive plies are identical in material or orientation, wherein a number of plies of graphite fibers increases with a thickness of each arm (44a, 44b), from adjacent the medial portion to the distal end (46a, 46b). an arcuate medial portion including a plurality of plies of glass fibers; and a pair of arms (44a, 44b), each extending from the medial portion and terminating in a distal end (46a, 46b), each pair of arms (44a, 44b) being made from plies of glass fibers and graphite fibers, wherein the fibres in each ply are unidirectionally oriented and the material and the orientation of the fibres of two adjacent plies alternate, so that no two consecutive plies are identical in material or orientation, wherein a number of plies of graphite fibers increases with a thickness of each arm (44a, 44b), from adjacent the medial portion to the distal end (46a, 46b).
Optical device, based on the self-mixing effect, for determining a physical parameter, including: - a laser light source for generating a light beam, called the emitted beam, in the direction of a target; - a means for detecting an interferometric signal SM(t), said interferometric signal including interference fringes and information on the physical parameter to be determined, and being generated by interference between the emitted beam and a light beam reflected by the target; and - means for converting the interferometric signal SM(t) obtained by the detecting means into a measurement of the physical parameter; characterized in that said converting means include: - first means for removing a continuous component Off(t) from the interferometric signal SM(t), said first means being configured to remove the continuous component locally for each of the interference fringes of the interferometric signal; and - second means for determining interferometric peaks of the interferometric signal SM(t), said peaks being obtained from the signal obtained as output from the first means, the second means including a Hilbert filter. - a laser light source for generating a light beam, called the emitted beam, in the direction of a target; - a means for detecting an interferometric signal SM(t), said interferometric signal including interference fringes and information on the physical parameter to be determined, and being generated by interference between the emitted beam and a light beam reflected by the target; and - means for converting the interferometric signal SM(t) obtained by the detecting means into a measurement of the physical parameter; - first means for removing a continuous component Off(t) from the interferometric signal SM(t), said first means being configured to remove the continuous component locally for each of the interference fringes of the interferometric signal; and - second means for determining interferometric peaks of the interferometric signal SM(t), said peaks being obtained from the signal obtained as output from the first means, the second means including a Hilbert filter.
An air conditioner including an indoor unit, an outdoor unit, and a remote controller configured to instruct the indoor unit to control air conditioning, the air conditioner comprising: a first sensor configured to detect a first anomaly in the indoor unit, the first anomaly being an anomaly relating to leakage of a refrigerant; a second sensor (14, 23) configured to detect a second anomaly, the second anomaly being an anomaly other than the first anomaly; a control unit configured to activate the first sensor and the second sensor (14, 23) during an operation period in which the air conditioner provides air conditioning control and to activate the first sensor during a non-operation period in which the air conditioner does not provide air conditioning control; and a storage unit configured to store control information including information for a time period in which the air conditioner activates the first sensor during a non-operation period, wherein, if the air conditioner is not in operation, the control unit refers to the control information, and activates the first sensor continuously when a refrigerant leakage amount of a previous measurement by the first sensor does not exceed a second threshold, which is a threshold for determining that the refrigerant leaks, but exceeds a first threshold, which is lower than the second threshold, and activates the first sensor intermittently when the refrigerant leakage amount of the previous measurement by the first sensor does not exceed the first threshold. a first sensor configured to detect a first anomaly in the indoor unit, the first anomaly being an anomaly relating to leakage of a refrigerant; a second sensor (14, 23) configured to detect a second anomaly, the second anomaly being an anomaly other than the first anomaly; a control unit configured to activate the first sensor and the second sensor (14, 23) during an operation period in which the air conditioner provides air conditioning control and to activate the first sensor during a non-operation period in which the air conditioner does not provide air conditioning control; and a storage unit configured to store control information including information for a time period in which the air conditioner activates the first sensor during a non-operation period, wherein, if the air conditioner is not in operation, the control unit refers to the control information, and activates the first sensor continuously when a refrigerant leakage amount of a previous measurement by the first sensor does not exceed a second threshold, which is a threshold for determining that the refrigerant leaks, but exceeds a first threshold, which is lower than the second threshold, and activates the first sensor intermittently when the refrigerant leakage amount of the previous measurement by the first sensor does not exceed the first threshold.
A method for producing chondrocytes from pluripotent stem cells, the method comprising the steps of: (i) culturing pluripotent stem cells under adherent conditions in a medium containing BMP2, TGFβ, GDF5 and a HMG-CoA reductase inhibitor, and (ii) culturing the cells obtained in step (i) under suspension conditions in a medium containing BMP2, TGF β, GDF5 and a HMG-CoA reductase inhibitor, wherein the pluripotent stem cells used in step (i) are in the form of cell clusters produced by a method comprising a step of suspension culture in a medium that allows the pluripotent stem cells to retain their undifferentiated state. (i) culturing pluripotent stem cells under adherent conditions in a medium containing BMP2, TGFβ, GDF5 and a HMG-CoA reductase inhibitor, and (ii) culturing the cells obtained in step (i) under suspension conditions in a medium containing BMP2, TGF β, GDF5 and a HMG-CoA reductase inhibitor,
A hook-and-loop fastener female member, comprising an engaging layer engageable with a male member, and a physical property layer, wherein the engaging layer includes a non-woven fabric of fiber, wherein the non-woven fabric in the engaging layer has a density of from 50 kg/m 3 to 100 kg/m 3, wherein the fiber has a diameter of from 15 μm to 60 μm, wherein the engaging layer is laminated on the physical property layer by embossing using a pattern roll, and wherein a surface of the fiber forming the non-woven fabric included in the engaging layer and a surface of the physical property layer on an engaging layer side contain the same kind of polymer, wherein the polymer comprises polyolefin.
A joined body comprising: a first member having a pipe shape; and a second member including a wall portion having a plate shape, and a flange portion (22, 122, 222) having a cylinder shape and provided with an insertion hole (22a, 122a) through which the first member is inserted, wherein in a state where the first member is inserted into the insertion hole (22a, 122a) of the flange portion (22, 122, 222) of the second member, the first member and the second member are joined with the first member pipe-expanded, characterized in that a material of the second member is larger than a material of the first member in a spring-back amount. a first member having a pipe shape; and a second member including a wall portion having a plate shape, and a flange portion (22, 122, 222) having a cylinder shape and provided with an insertion hole (22a, 122a) through which the first member is inserted, wherein in a state where the first member is inserted into the insertion hole (22a, 122a) of the flange portion (22, 122, 222) of the second member, the first member and the second member are joined with the first member pipe-expanded, characterized in that a material of the second member is larger than a material of the first member in a spring-back amount.
A method for prolonging the release of an insecticidal active agent and of combating insects in an environment, comprising providing a cellulosic dosage unit that comprises an insecticidal active substance selected from the group consisting of transfluthrin, metofluthrin, and mixtures thereof, and heating the dosage unit, by means of a heater, so as to evaporate the active substance into the environment, wherein the evaporation is effected at a temperature within the range of from 60°C to 95°C, and wherein the dosage unit is in the form of a mat.
An apparatus for X-ray scanning of a vehicle, the apparatus comprising: a pulsed X-ray source generating X-rays, wherein more than 50% of the X-rays comprise photons with maximum energy between 2.5 and 9 MeV; a collimator forming a fan-shaped beam from the X-rays, wherein a cross-section width of the fan-shaped beam is, at the plane of the detector, substantially similar to the width of the detector; a detector detecting the fan-shaped beam after it passes through a vehicle; a speed sensor that measures a speed of the vehicle passing through the apparatus and providing an electrical output corresponding to the speed; an image formation module that converts an output of the detector into an image of the vehicle, based on the measured speed of the vehicle; wherein the pulsed X-ray source generating X-rays is configured to adjust a frequency of the pulses is adjusted based on the speed of the vehicle; and characterized in that wherein the apparatus is further configured to: align the collimator slit with the direction of maximum intensity of the X-ray radiation of the source; calculate the output signal from the detector; and move the source-collimator (2, 3) system perpendicular relative to the plane of the fans-shaped beam and/or rotating it about the axis of rotation that passes vertically through the focus of the X-ray source, until the maximum output signal of the detector is reached. a pulsed X-ray source generating X-rays, wherein more than 50% of the X-rays comprise photons with maximum energy between 2.5 and 9 MeV; a collimator forming a fan-shaped beam from the X-rays, wherein a cross-section width of the fan-shaped beam is, at the plane of the detector, substantially similar to the width of the detector; a detector detecting the fan-shaped beam after it passes through a vehicle; a speed sensor that measures a speed of the vehicle passing through the apparatus and providing an electrical output corresponding to the speed; an image formation module that converts an output of the detector into an image of the vehicle, based on the measured speed of the vehicle; wherein the pulsed X-ray source generating X-rays is configured to adjust a frequency of the pulses is adjusted based on the speed of the vehicle; and characterized in that wherein the apparatus is further configured to: align the collimator slit with the direction of maximum intensity of the X-ray radiation of the source; calculate the output signal from the detector; and move the source-collimator (2, 3) system perpendicular relative to the plane of the fans-shaped beam and/or rotating it about the axis of rotation that passes vertically through the focus of the X-ray source, until the maximum output signal of the detector is reached. align the collimator slit with the direction of maximum intensity of the X-ray radiation of the source; calculate the output signal from the detector; and move the source-collimator (2, 3) system perpendicular relative to the plane of the fans-shaped beam and/or rotating it about the axis of rotation that passes vertically through the focus of the X-ray source, until the maximum output signal of the detector is reached.
An anticancer agent for use as a medicament for reducing recurrence of tumor growth in a mammalian tissue in a mammal at and around a location in said mammal of an excised tumor: wherein said agent is selected from the group consisting of Bleomycin, cisplatin, a protein, an antibody, RNAi, an antisense nucleic acid, an expressible gene encoding a therapeutically active polypeptide, a chemokine, and a cytokine; wherein said agent is for administration to said tissue by means of intravenous injection or injected directly at and around said tissue either prior to or simultaneously with administration of an electroporative electric pulse to said tissue, thereby delivering said agent into cells of said tissue resulting in a reduction or elimination of tumor cell growth in said tissue. wherein said agent is selected from the group consisting of Bleomycin, cisplatin, a protein, an antibody, RNAi, an antisense nucleic acid, an expressible gene encoding a therapeutically active polypeptide, a chemokine, and a cytokine; wherein said agent is for administration to said tissue by means of intravenous injection or injected directly at and around said tissue either prior to or simultaneously with administration of an electroporative electric pulse to said tissue, thereby delivering said agent into cells of said tissue resulting in a reduction or elimination of tumor cell growth in said tissue.
Implantable endoluminal prosthesis consisting of a braided framework defining a cylindrical lumen devoid of impermeable membrane, said braided framework being self-expandable, comprising a plurality of layers ( 22, 23, 24) of wires made of biocompatible material, each layer forming a mesh, the meshes forming a lattice with a plurality of wires of given layers ( 22, 23, 24), the lattice defining polygonal opening units when observed normal to a wall of the implantable endoluminal prosthesis, the diameter (Ø 25) of wire being at least 30 μm and at most 150 μm, the mean diameter (Ø 27) of the inscribed circle of the polygonal opening units being at least 75 μm and at most 200 μm in fully expanded state, characterized in that: • The braided framework consists of at least 128 and at most 512 wires; • the ratio (T 1 /Ø 25) of the thickness (T 1) of a wall of said implantable endoluminal prosthesis to the diameter (Ø 25) of wire is at least 3.0; • in a fully expanded state, the surface coverage ratio of said braided framework is more than 50% and less than 90%; • when the implantable endoluminal prosthesis is deployed in a curved lumen having a H/W ratio between 0.5 and 0.9, the mean diameter (Ø 27) of inscribed circle of opening units is at least 75 μm and at most 200 μm, the length-related compression ratio being between 15% and 40%, and the surface coverage ratio of the braided framework being more than 50% at the side of outer curve. • The braided framework consists of at least 128 and at most 512 wires; • the ratio (T 1 /Ø 25) of the thickness (T 1) of a wall of said implantable endoluminal prosthesis to the diameter (Ø 25) of wire is at least 3.0; • in a fully expanded state, the surface coverage ratio of said braided framework is more than 50% and less than 90%; • when the implantable endoluminal prosthesis is deployed in a curved lumen having a H/W ratio between 0.5 and 0.9, the mean diameter (Ø 27) of inscribed circle of opening units is at least 75 μm and at most 200 μm, the length-related compression ratio being between 15% and 40%, and the surface coverage ratio of the braided framework being more than 50% at the side of outer curve.
Method for at least semi-autonomously moving a motor vehicle out of a parking space, in which before the start of the movement out of the parking space an inclination angle () of the motor vehicle is measured in a parked position of the motor vehicle within the parking space on the basis of sensor data on a vehicle-mounted sensor device, and a position (S1, S2) of the motor vehicle in the parking space is detected on the basis of the inclination angle (α), wherein if an oblique position of the motor vehicle, in which at least one wheel of the motor vehicle is parked on a raised area within the parking space is detected as the position (S1, S2) of the motor vehicle in the parked position on the basis of the inclination angle (α), during the movement out of the parking space a rolling speed, which is lower in comparison with a predetermined normal speed of movement out of a parking space, is predefined for the motor vehicle at least for a rolling process in which the at least one wheel rolls off the raised area.