mhurhangee/ep-ind-claims huggingface dataset:
A tool for fixing a substrate to a satellite in a PVD process, wherein the tool comprises: a clamp comprising at least two connection pins and a head joining the at least two connection pins to each other at a respective first end of each of said connection pins; at least two connecting means comprising two or more non-coaxial axis holes (12,13), each for receiving a respective second end of one of the connection pins remote from the respective first end thereof; a forcing structure configured to control a squeezing force on the substrate; wherein the clamp is configured to hold the substrate; wherein the respective second ends of the connection pins of the clamp are fixed in said non-coaxial axis holes (12,13), thereby making the squeezing force on the substrate for coating; and wherein one end of the forcing structure is connected to the connecting means and another end is connected to the satellite. a clamp comprising at least two connection pins and a head joining the at least two connection pins to each other at a respective first end of each of said connection pins; at least two connecting means comprising two or more non-coaxial axis holes (12,13), each for receiving a respective second end of one of the connection pins remote from the respective first end thereof; a forcing structure configured to control a squeezing force on the substrate; wherein the clamp is configured to hold the substrate; wherein the respective second ends of the connection pins of the clamp are fixed in said non-coaxial axis holes (12,13), thereby making the squeezing force on the substrate for coating; and wherein one end of the forcing structure is connected to the connecting means and another end is connected to the satellite.
A method for controlling a portable device which is flexible or includes a flexible display, the method comprising: detecting, by the portable device, that bending of at least one portion of the portable device is occurring, the portable device including at least one motion sensor; the method being characterized by further comprising: determining whether motion sensing correction of the bent portable device is necessary by detecting that the bending affects motion sensing of the at least one motion sensor; acquiring a motion sensing correction factor for performing the motion sensing correction due to bending; correcting motion sensing of a motion sensor using the motion sensing correction factor; and controlling the bent portable device according to the corrected motion sensing when the motion sensing correction is necessary or according to the uncorrected motion sensing when the motion sensing correction is not necessary, wherein the motion sensing corresponds to detecting motion of one part of the device with respect to another part of the device; wherein the motion sensing correction factor includes at least one of a direction change and a position change of the motion sensor. detecting, by the portable device, that bending of at least one portion of the portable device is occurring, the portable device including at least one motion sensor; the method being characterized by further comprising: determining whether motion sensing correction of the bent portable device is necessary by detecting that the bending affects motion sensing of the at least one motion sensor; acquiring a motion sensing correction factor for performing the motion sensing correction due to bending; correcting motion sensing of a motion sensor using the motion sensing correction factor; and controlling the bent portable device according to the corrected motion sensing when the motion sensing correction is necessary or according to the uncorrected motion sensing when the motion sensing correction is not necessary, wherein the motion sensing corresponds to detecting motion of one part of the device with respect to another part of the device; wherein the motion sensing correction factor includes at least one of a direction change and a position change of the motion sensor. determining whether motion sensing correction of the bent portable device is necessary by detecting that the bending affects motion sensing of the at least one motion sensor; acquiring a motion sensing correction factor for performing the motion sensing correction due to bending; correcting motion sensing of a motion sensor using the motion sensing correction factor; and controlling the bent portable device according to the corrected motion sensing when the motion sensing correction is necessary or according to the uncorrected motion sensing when the motion sensing correction is not necessary, wherein the motion sensing corresponds to detecting motion of one part of the device with respect to another part of the device; wherein the motion sensing correction factor includes at least one of a direction change and a position change of the motion sensor.
A process for producing an electret, which comprises a step of thermally treating a composition comprising a fluorinated polymer and a silane coupling agent, wherein the fluorinated polymer has an alicyclic structure in its main chain and has a carboxy group or an alkoxycarbonyl group as its terminal group; the silane coupling agent has an amino group; and the temperature for the thermal treatment is from 250°C to 330°C, said process including the following to in the order of,, and: a step of obtaining a coating fluid having the fluorinated polymer and the silane coupling agent dissolved in a solvent (a coating fluid-preparation step), a step of coating a substrate with the coating fluid to form a coating layer comprising the fluorinated polymer and the silane coupling agent (a coating step), a step of thermally treating the coating layer to obtain a coating film (a thermal treatment step), and a step of injecting an electric charge to the coating film after the thermal treatment. a step of obtaining a coating fluid having the fluorinated polymer and the silane coupling agent dissolved in a solvent (a coating fluid-preparation step), a step of coating a substrate with the coating fluid to form a coating layer comprising the fluorinated polymer and the silane coupling agent (a coating step), a step of thermally treating the coating layer to obtain a coating film (a thermal treatment step), and a step of injecting an electric charge to the coating film after the thermal treatment.
A machine readable storage medium comprising instructions that, when executed by a processor, cause the processor to: determine a location of a person in a room; capture, using a microphone array, an audio signal received from the location of the person using beamforming; determine room properties based in part on a signal sweep of the room determine a dereverberation parameter based in part on the location of the person and the room properties; apply the dereverberation parameter to the audio signal to reduce reverberation in the audio signal in response to the location of the person satisfying a location criteria; and transmit the audio signal with reduced reverberation; characterized in that the location criteria is satisfied when a distance between the location of the person in the room and the microphone array is above a defined threshold. determine a location of a person in a room; capture, using a microphone array, an audio signal received from the location of the person using beamforming; determine room properties based in part on a signal sweep of the room determine a dereverberation parameter based in part on the location of the person and the room properties; apply the dereverberation parameter to the audio signal to reduce reverberation in the audio signal in response to the location of the person satisfying a location criteria; and transmit the audio signal with reduced reverberation; characterized in that the location criteria is satisfied when a distance between the location of the person in the room and the microphone array is above a defined threshold.
A nondiscriminatory disabled access system comprising: • a loadbearing body, a specific part of which is fixed to the upper level of the levels having a height difference and a specific part to the lower level, • A horizontal platform on which a vehicle used by a user with disabilities may be driven, • Platform side brackets which are placed on both sides of the horizontal platform and prevent the vehicle from swaying to the left or right during the operation of the system, • Parallel rods one end of which is mounted to the loadbearing body and the other end to the platform side brackets, • a power and motion transfer component (5-A), one end of which is connected to one of the parallel rods its middle part is connected to the second of the parallel rods while its other end is connected to a second power and motion transfer component element (5-B), one end of which is connected to the power and motion transfer component element (5-A) and the other end to the load bearing body, • a Power supply, • a safety panel which prevents the platform from moving further than the required position of the platform as it moves from the lower position to the upper position and • A safety panel motion component which enables the movement of the safety panel. • a loadbearing body, a specific part of which is fixed to the upper level of the levels having a height difference and a specific part to the lower level, • A horizontal platform on which a vehicle used by a user with disabilities may be driven, • Platform side brackets which are placed on both sides of the horizontal platform and prevent the vehicle from swaying to the left or right during the operation of the system, • Parallel rods one end of which is mounted to the loadbearing body and the other end to the platform side brackets, • a power and motion transfer component (5-A), one end of which is connected to one of the parallel rods its middle part is connected to the second of the parallel rods while its other end is connected to a second power and motion transfer component element (5-B), one end of which is connected to the power and motion transfer component element (5-A) and the other end to the load bearing body, • a Power supply, • a safety panel which prevents the platform from moving further than the required position of the platform as it moves from the lower position to the upper position and • A safety panel motion component which enables the movement of the safety panel.
An apparatus for encoding header information, the apparatus comprising: - a Reed-Muller encoder for encoding the header bits for data packets in a digital cable television environment using Reed-Muller coding; - a modulator for modulating the output of the Reed-Muller coding with a pseudo-random binary sequence, characterized in that a modulation order for said modulator is used that is adapted based on a modulation order used for a data portion corresponding to said header information, in that each bit of the pseudo-random binary sequence is used to select one of two distinct sets of two phases of offset binary phase shift keying to modulate a corresponding symbol of said header information when 16-QAM or 64-QAM is used for said data portion of said data packets, and in that each bit of the pseudo-random binary sequence is used to select one of two distinct sets of four phases of offset quadrature phase shift keying to modulate a corresponding symbol of said header information when 256-QAM, 1K-QAM, or 4K-QAM is used for said data portion of said data packets. - a Reed-Muller encoder for encoding the header bits for data packets in a digital cable television environment using Reed-Muller coding; - a modulator for modulating the output of the Reed-Muller coding with a pseudo-random binary sequence, characterized in that
A treatment device (12, 72, 82, 90, 100, 110, 140, 150) for treating a body tissue presenting a prolapse, comprising: - at least two arms (14, 16), each arm (14, 16) having a distal end for gripping the tissue, a proximal maneuvering end opposite the distal gripping end, and an elongate portion comprised between the distal gripping end and the proximal maneuvering end, each elongate portion extending along a main direction X, each arm (14, 16) being rotatable between an angular catching position ( a1, a2) and an angular clamping position ( e1, e2) around a rotation axis (A1, A2) substantially parallel to the main direction, the device (12, 72, 82, 90, 100, 110, 140, 150) comprising a guide member able to limit the transverse movement of the arms (14, 16) relative to one another along a direction perpendicular to the main direction characterized in that the device is maneuverable between a free configuration, in which each arm (14, 16) is rotatable independently of the other arm (14, 16), and a connecting configuration, in which the two arms (14, 16) are secured in rotation, in that the device (12, 72, 82, 90, 100, 110, 140, 150) is configured to be released and left in place in the body; in that the guide member includes an elongate body along the main direction, the body having at least one opening receiving each arm (14, 16), the two arms (14, 16) advantageously being positioned in the same opening, or in that the arms (14, 16) are mounted rotating around a same axis, one of the arms being mounted rotating on or in another arm. - at least two arms (14, 16), each arm (14, 16) having a distal end for gripping the tissue, a proximal maneuvering end opposite the distal gripping end, and an elongate portion comprised between the distal gripping end and the proximal maneuvering end, each elongate portion extending along a main direction X,
An electric power steering apparatus including a torque sensor to detect a steering torque, a motor control unit to control a motor (20, 131) that applies an assist torque to a steering system of a vehicle, and a function to switch a control system of said motor (20, 131) between a torque control system to control a motor output torque and a position/speed control system to control a steering angle of a steering in accordance with a predetermined switching trigger, characterized in that said predetermined switching trigger is ON/OFF of an automatic steering command, wherein, when said automatic steering command is turned ON, a fade processing is started and a post-gradual change steering-angle command value in a position/speed control is gradually changed from an actual steering angle to a steering angle command value, wherein, a level of said assist torque in a torque control is gradually changed from 100% to 0% and then said position/speed control system is operated.
A method for decision support in a medical therapy system, the method comprising: acquiring a medical scan of a patient from a memory, wherein acquiring comprises acquiring voxel data representing a three-dimensional distribution of locations in a volume of the patient; generating a prediction of outcome of therapy for the patient as output, the outcome of therapy generated by a machine-learned multi-task generator having been trained based with both image feature error and outcome error, wherein the machine-learned multi-task generator comprises an output layer for outcome estimation and an output layer for image feature estimation, wherein generating comprises generating based on input of the voxel data for a segmented three-dimensional region; and displaying an image of the outcome of therapy. acquiring a medical scan of a patient from a memory, wherein acquiring comprises acquiring voxel data representing a three-dimensional distribution of locations in a volume of the patient; generating a prediction of outcome of therapy for the patient as output, the outcome of therapy generated by a machine-learned multi-task generator having been trained based with both image feature error and outcome error, wherein the machine-learned multi-task generator comprises an output layer for outcome estimation and an output layer for image feature estimation, wherein generating comprises generating based on input of the voxel data for a segmented three-dimensional region; and displaying an image of the outcome of therapy.
An antibody that neutralizes human NKG2A for use in treating a cancer in a human patient, the treatment comprising administering to the patient an effective amount of each of: (a) an antibody that neutralizes human NKG2A, and (b) an antibody that neutralizes human PD-1.
A subsea power cable comprising at least one conductor element, and at least one continuous buoyancy element having a density lower than water, the at least one conductor element and the at least one buoyancy element being stranded together, the power cable further comprises at least one strain element assembled with the other elements, characterized in that the strain element being made of a synthetic yarn such as polyamide or a polyolefin, such as polyethylene, optionally with a mantle made in a polymer material, and in that the strain element is arranged at the center and/or the periphery of the power cable, and is stranded together with the at least one conductor element and the at least one buoyancy element.
A method comprising: intercepting a packet of a packet stream, wherein the packet stream is transmitted in accordance with a particular protocol; analyzing the packet by comparing the packet to a protocol specification associated with the particular protocol; based on the analysis, identifying a packet field containing an invalid data value non-compliant with published protocol specifications, wherein the invalid data value can be malicious or not, retrieving a sanitized data value from a list of common data values for the particular field, replacing the invalid data value in the particular field of the packet with a sanitized data value to create a sanitized packet and injecting the sanitized packet into the packet stream. intercepting a packet of a packet stream, wherein the packet stream is transmitted in accordance with a particular protocol; analyzing the packet by comparing the packet to a protocol specification associated with the particular protocol; based on the analysis, identifying a packet field containing an invalid data value non-compliant with published protocol specifications, wherein the invalid data value can be malicious or not, retrieving a sanitized data value from a list of common data values for the particular field, replacing the invalid data value in the particular field of the packet with a sanitized data value to create a sanitized packet and injecting the sanitized packet into the packet stream.
A method of fabricating a composite component (702, 802) comprising: at least partially covering a fugitive or non-fugitive core (600, 800) having a fugitive or non-fugitive cooling passage (604, 804-806, 809) an organic binder and at least a silicon component with a reinforcing fiber material (608A-B), wherein the core (600, 800) includes at least one portion having a non-linear geometry; wherein at least partially covering the core (600, 800) further comprises: placing the core (600, 800) on at least one first layer of the reinforced fiber material (608 B), wherein the at least one first layer comprises a plurality of layers of either fabric or pre-impregnated fabric with a matrix precursor; adding at least one second layer on top of the core (600, 800), wherein the at least one second layer comprises a plurality of layers of fabric or pre-impregnated fabric; wherein the first layer and second layer are densified to consolidate at least the first and second layer of reinforcing fiber, wherein the core (600, 800) defines at least one cooling passage (700, 704, 804-806, 809) in the completed ceramic matrix component; and wherein at least one of the core (600, 800) or the fugitive cooling passages (604, 804-806, 809) are manufactured using a digital light processing process. placing the core (600, 800) on at least one first layer of the reinforced fiber material (608 B), wherein the at least one first layer comprises a plurality of layers of either fabric or pre-impregnated fabric with a matrix precursor; adding at least one second layer on top of the core (600, 800), wherein the at least one second layer comprises a plurality of layers of fabric or pre-impregnated fabric; the first layer and second layer are densified to consolidate at least the first and second layer of reinforcing fiber, wherein the core (600, 800) defines at least one cooling passage (700, 704, 804-806, 809) in the completed ceramic matrix component; and wherein at least one of the core (600, 800) or the fugitive cooling passages (604, 804-806, 809) are manufactured using a digital light processing process.
A method for protecting a child inside a vehicle, comprising: receiving image data inside a vehicle (S 110); performing facial detection on the image data to detect passengers in the vehicle; further classifying the detected passengers in the vehicle into children and adults according to the facial detection; characterized by further comprising: performing a corresponding first protection operation when a result of the classification indicates that there is a child alone in the vehicle; and performing the following second protection operation when the result of the classification indicates that there is a child in the vehicle: activating a child lock upon receiving a signal indicating that a vehicle is coming from behind; and/or activating the child lock during driving. receiving image data inside a vehicle (S 110); performing facial detection on the image data to detect passengers in the vehicle; further classifying the detected passengers in the vehicle into children and adults according to the facial detection; characterized by further comprising: performing a corresponding first protection operation when a result of the classification indicates that there is a child alone in the vehicle; and performing the following second protection operation when the result of the classification indicates that there is a child in the vehicle: activating a child lock upon receiving a signal indicating that a vehicle is coming from behind; and/or activating the child lock during driving. performing a corresponding first protection operation when a result of the classification indicates that there is a child alone in the vehicle; and performing the following second protection operation when the result of the classification indicates that there is a child in the vehicle: activating a child lock upon receiving a signal indicating that a vehicle is coming from behind; and/or activating the child lock during driving.
Boat drive having an underwater housing which is disposed outside a boat hull and in relation to the boat hull is disposed so as to be pivotable about a vertical pivot axis, at least one propeller shaft being mounted so as to be drivable in said underwater housing, and having a pivot drive, disposed in the interior space of the boat hull, for pivoting the underwater housing for the purpose of controlling the direction of the boat, wherein the pivot drive comprises a pivot restriction element and a pivot control shaft, both being connected in a drivable manner to a pivot drive motor and in a rigid manner to the underwater housing, wherein a zero-position mark is disposed on the pivot restriction element or on the pivot control shaft, said zero-position mark enabling a ready determination of a zero position of the underwater housing, wherein the pivot drive is disposed in a gearbox housing of the boat drive, and wherein the gearbox housing has a viewing window through which the zero-position mark is visible at least in the zero position.
Lidding material for blister packaging and the like, comprising a base paper on which is present a pre-barrier layer and a latex coating, wherein the pre-barrier layer is present between the base paper and the latex coating, wherein the lidding material has a Mullen burst strength between 80 and 200 kPa, a water vapor transmission rate of ≤ 4 g/m 2 /day determined at a temperature of 38 °C and at a relative humidity of 100 %, as defined by ASTM F1249, and a tear strength between 100 and 400 mN, as defined by ISO standard 1974, and wherein the lidding material optionally further comprises a sealant layer adjacent to the latex coating.