mhurhangee/ep-ind-claims huggingface dataset:
Method for controlling a vehicle by means of a teleoperator in a control centre connected to the vehicle by means of a data connection, having the following features: - while the teleoperator is viewing an image based on sensor data from the vehicle, a viewing direction of the teleoperator is captured, - different priorities are assigned to a plurality of data streams (20, 21, 22) included in the sensor data on the basis of the viewing direction, - a prediction of a quality of the data connection is made, - specifications with regard to a respective data rate of the data streams (20, 21, 22) are adapted on the basis of the priorities and the quality of the data connection, and - according to the specifications, the sensor data are transmitted from the vehicle to the control centre for the purpose of updating the image, characterized by the following features: - a plurality of redundant transmission channels are used for the transmission, and - the prediction of the connection quality for each of the transmission channels is retrieved and influences the prioritization of the data streams (20, 21, 22). - while the teleoperator is viewing an image based on sensor data from the vehicle, a viewing direction of the teleoperator is captured, - different priorities are assigned to a plurality of data streams (20, 21, 22) included in the sensor data on the basis of the viewing direction, - a prediction of a quality of the data connection is made, - specifications with regard to a respective data rate of the data streams (20, 21, 22) are adapted on the basis of the priorities and the quality of the data connection, and - according to the specifications, the sensor data are transmitted from the vehicle to the control centre for the purpose of updating the image, characterized by the following features: - a plurality of redundant transmission channels are used for the transmission, and - the prediction of the connection quality for each of the transmission channels is retrieved and influences the prioritization of the data streams (20, 21, 22).
A wireless consumption meter for measuring one or more values relating to a fluid flowing in a connected fluid pipe system, the wireless consumption meter being arranged with at least two modes of operation comprising at least: a normal operation mode having associated a normal operation algorithm, and a test mode having associated a test mode algorithm different from the normal operation mode algorithm; the wireless consumption meter comprising a control input comprising a near field communication radio receiver, and wherein the wireless consumption meter is arranged to enable an external device by near field communication via said control input to control the measuring of values or the transmission of data packages. a normal operation mode having associated a normal operation algorithm, and a test mode having associated a test mode algorithm different from the normal operation mode algorithm;
A DC switching device comprising a plurality of arc-extinguishing chambers (50, 50', 51, 51', 52, 52') and a plurality of contacting units (70, 71, 72) conductively connected in series to each other, each of the contacting units including a stationary contact (61, 61') and a movable contact movable between a rest position and a working position, an air gap is formed between the contacts when the movable contact is moved from the working position to the rest position and each of the chambers (50, 50', 51, 51', 52, 52') enclosing a contacting unit (70, 71, 72) and comprising a splitter plate unit including one or more splitter plates arranged for splitting and cooling an arc occurring in the air gap between the contacts, whereby - at least one of the chambers (50, 50', 52, 52) includes a permanent magnet (80, 80') for generating a magnetic field between the contacting unit (70, 72) and the splitter plate unit and characterized in that the splitter plates are made of non-ferromagnetic material, and - the splitter plates of at least one of the chambers (51, 51') are made of ferromagnetic material. - at least one of the chambers (50, 50', 52, 52) includes a permanent magnet (80, 80') for generating a magnetic field between the contacting unit (70, 72) and the splitter plate unit and characterized in that the splitter plates are made of non-ferromagnetic material, and - the splitter plates of at least one of the chambers (51, 51') are made of ferromagnetic material.
A vehicle system, comprising: a motor configured to drive a vehicle; a high voltage storage device connected to the motor and configured to supply the motor with power; a fuel cell connected to the high voltage storage device and configured to charge the high voltage storage device; a bidirectional first voltage converter interposed between the fuel cell and the high voltage storage device, configured to adjust a voltage at either of the fuel cell or the high voltage storage device and to supply power to each other; characterized by a low voltage storage device connected to the fuel cell; and a second voltage converter interposed between the fuel cell and the low voltage storage device, configured to adjust a voltage at the low voltage storage device and to apply the adjusted voltage to the fuel cell, wherein the vehicle system comprises a bidirectional third voltage converter interposed between the high voltage storage device and the low voltage storage device, configured to adjust a voltage at either of the high voltage storage device or the low voltage storage device and to supply power to each other. a motor configured to drive a vehicle; a high voltage storage device connected to the motor and configured to supply the motor with power; a fuel cell connected to the high voltage storage device and configured to charge the high voltage storage device; a bidirectional first voltage converter interposed between the fuel cell and the high voltage storage device, configured to adjust a voltage at either of the fuel cell or the high voltage storage device and to supply power to each other; characterized by a low voltage storage device connected to the fuel cell; and a second voltage converter interposed between the fuel cell and the low voltage storage device, configured to adjust a voltage at the low voltage storage device and to apply the adjusted voltage to the fuel cell, wherein the vehicle system comprises a bidirectional third voltage converter interposed between the high voltage storage device and the low voltage storage device, configured to adjust a voltage at either of the high voltage storage device or the low voltage storage device and to supply power to each other.
A method for connecting external devices by an electronic device (100, 200, 501) using an eye tracking technique, the method comprising: obtaining, by an object recognition unit, image information corresponding to an external environment image; acquiring, by an eye tracking unit, eye-tracking information; selecting a first image region associated with the appearance of a first external device (110, 506) and a second image region associated with the appearance of a second external device (120, 507) from the obtained image information based on the eye-tracking information; comparing the first image region with a stored first external device information and the second image region with a stored second external device information; requesting a wireless connection between the first external device and the second external device if the first image region matches the first external device information and the second image region matches the second external device information; performing a wireless communication operation, by each of the first external device and the second external device, in response to said request; and if the connected first external device has a same appearance information as another non-connected external device in the obtained image information corresponding to the external environment image, requesting the connected first external device to output a specific notification for distinguishing between the connected first external device and the other non-connected external device. obtaining, by an object recognition unit, image information corresponding to an external environment image; acquiring, by an eye tracking unit, eye-tracking information; selecting a first image region associated with the appearance of a first external device (110, 506) and a second image region associated with the appearance of a second external device (120, 507) from the obtained image information based on the eye-tracking information; comparing the first image region with a stored first external device information and the second image region with a stored second external device information; requesting a wireless connection between the first external device and the second external device if the first image region matches the first external device information and the second image region matches the second external device information; performing a wireless communication operation, by each of the first external device and the second external device, in response to said request; and if the connected first external device has a same appearance information as another non-connected external device in the obtained image information corresponding to the external environment image, requesting the connected first external device to output a specific notification for distinguishing between the connected first external device and the other non-connected external device.
A power feeder for feeding power to a power receiver of a contactless power transmission device via electromagnetic induction when the power feeder and the power receiver are positioned to face each other, the power feeder comprising: a housing base member; a primary coil provided on the housing base member and configured to generate magnetic flux; a cover attached to the housing base member and configured to cover the primary coil; and a capacitance sensor (21, 31) including a detection electrode between the primary coil and the cover, and configured to detect foreign matter around the cover based on a change in capacitance detected using the detection electrode; the power feeder characterized by further comprising a high-dielectric member embedded in the cover and having a permittivity higher than that of a material for the cover; wherein the high-dielectric member embedded in the cover has a higher density at a location where the amount of passing magnetic flux is large than at a location where the amount of passing magnetic flux is small. a housing base member; a primary coil provided on the housing base member and configured to generate magnetic flux; a cover attached to the housing base member and configured to cover the primary coil; and a capacitance sensor (21, 31) including a detection electrode between the primary coil and the cover, and configured to detect foreign matter around the cover based on a change in capacitance detected using the detection electrode; the power feeder characterized by further comprising a high-dielectric member embedded in the cover and having a permittivity higher than that of a material for the cover; wherein the high-dielectric member embedded in the cover has a higher density at a location where the amount of passing magnetic flux is large than at a location where the amount of passing magnetic flux is small.
A system comprising: a brake rotor 58; a brake armature 60, wherein the brake armature and the brake rotor are configured to engage each other to substantially fix a rotational position of the brake rotor relative to the brake armature, and characterised in that the brake armature is configured to rotate in a first rotational direction 94 and a second rotational direction 96 substantially opposite the first rotational direction; and in that the system further comprises a mechanism 82, 102 mechanically coupled to the brake armature, that is configured to maintain the brake armature in a fixed rotational position when a torque applied to the brake armature, in a second rotational direction is less than or equal to a threshold torque value, wherein the mechanism is configured to permit rotation of the brake armature in the second rotational direction when torque on the brake armature in the second rotational direction exceeds the threshold torque value. a brake rotor 58; a brake armature 60, wherein the brake armature and the brake rotor are configured to engage each other to substantially fix a rotational position of the brake rotor relative to the brake armature, and characterised in that the brake armature is configured to rotate in a first rotational direction 94 and a second rotational direction 96 substantially opposite the first rotational direction; and in that the system further comprises a mechanism 82, 102 mechanically coupled to the brake armature, that is configured to maintain the brake armature in a fixed rotational position when a torque applied to the brake armature, in a second rotational direction is less than or equal to a threshold torque value, wherein the mechanism is configured to permit rotation of the brake armature in the second rotational direction when torque on the brake armature in the second rotational direction exceeds the threshold torque value.
A liquid crystal display device, comprising: a lower panel comprising: a lower substrate, a pixel electrode formed on the lower substrate and comprising a partial plate electrode (192h, 192l), wherein the partial plate electrode (192h, 192l) is a continuous electrode structure; and a plurality of minute branch electrodes (193h, 193l) extending from the partial plate electrode (192h, 192l), and a lower layer formed on the lower substrate and below the pixel electrode and comprising an inclined portion (235h, 235l); an upper panel comprising an upper substrate facing the lower substrate and a common electrode formed on the upper substrate; and a liquid crystal layer positioned between the lower panel and the upper panel, characterized in that the partial plate electrode (192h, 192l) covers the inclined portion (235h, 235l) such that partial plate electrode (192h, 192l) has an inclination, and wherein a part of the inclined portion (235h, 235l) is overlapped with a part of the minute branch electrodes (193h, 193l), and the overlapped part of the minute branch electrodes (193h, 193l) covers the inclined portion (235h, 235l) such that the overlapped part of the minute branch electrodes (193h, 193l) has an inclination. a lower panel comprising: a lower substrate, a pixel electrode formed on the lower substrate and comprising a partial plate electrode (192h, 192l), wherein the partial plate electrode (192h, 192l) is a continuous electrode structure; and a plurality of minute branch electrodes (193h, 193l) extending from the partial plate electrode (192h, 192l), and a lower substrate, a pixel electrode formed on the lower substrate and comprising a partial plate electrode (192h, 192l), wherein the partial plate electrode (192h, 192l) is a continuous electrode structure; and a plurality of minute branch electrodes (193h, 193l) extending from the partial plate electrode (192h, 192l), and a lower layer formed on the lower substrate and below the pixel electrode and comprising an inclined portion (235h, 235l);
A group III nitride composite substrate comprising a group III nitride film and a support substrate formed from a material different in chemical composition from said group III nitride film, said group III nitride film being joined to said support substrate in one of a direct manner and an indirect manner, said group III nitride film having a thickness of 50 μm or more, a sheet resistance of a group III-nitride-film-side main surface of said group III nitride composite substrate being 50 Ω/sq or less, the group III nitride composite substrate further comprising a joint interface including a joined region where said group III nitride film and said support substrate are joined to each other in either said direct manner or said indirect manner, and a non-joined region where said group III nitride film and said support substrate are not joined to each other in either said direct manner or said indirect manner, wherein an area of the joined region is 70% or more relative to an area of the main surface, and the non-joined region includes at least one non-joined partial region (111n, 112n, 121n, 122n), and said non-joined partial region is a small non-joined partial region (111n, 112n) having a maximum size in radial direction of less than 20 mm.
A bottle cover for pumping air out of a bottle, comprising: a bottom member attachable to a bottle; a sleeve movably sleeved with the bottom member; a top member disposed at a top portion of the sleeve; a hollow base combined with the bottom member and having a first hole and a second hole, the sleeve being movable toward the hollow base; a first sealing component having a first buckle component detachably penetrating and buckled with the first hole and a first cover component separately covering the second hole and being separable from the second hole to allow air to pass therethrough, characterized in that the hollow base is separably combined with the bottom member; and in that the bottle cover further comprises an elastic component having one end sleeved with the hollow base and the other end sleeved with the sleeve, the elastic component being compressed upon movement of the sleeve towards the hollow base. a bottom member attachable to a bottle; a sleeve movably sleeved with the bottom member; a top member disposed at a top portion of the sleeve; a hollow base combined with the bottom member and having a first hole and a second hole, the sleeve being movable toward the hollow base; a first sealing component having a first buckle component detachably penetrating and buckled with the first hole and a first cover component separately covering the second hole and being separable from the second hole to allow air to pass therethrough, characterized in that the hollow base is separably combined with the bottom member; and in that the bottle cover further comprises an elastic component having one end sleeved with the hollow base and the other end sleeved with the sleeve, the elastic component being compressed upon movement of the sleeve towards the hollow base.
Method for hulling hemp seeds during the harvesting of a crop of hemp plants, characterised in that a suction opening of a hulling extractor hood is moved horizontally in order to introduce it into the crop of hemp plants at the level of the hemp seeds which are thus hulled by simple suction.
An optoelectronic device (100, 101, 102), comprising a first electrode and a second electrode facing each other, a photoelectric conversion layer between the first electrode and the second electrode, and a buffer layer between the photoelectric conversion layer and the second electrode, characterised in that the buffer layer includes a nitride selected from silicon nitride represented by SiN x, 0.2 ≤ x < 1, silicon oxynitride represented by SiO y N z, 0 < y < 0.5, 0 < z < 1, and a combination thereof. a first electrode and a second electrode facing each other, a photoelectric conversion layer between the first electrode and the second electrode, and a buffer layer between the photoelectric conversion layer and the second electrode,
A method for manufacturing biodegradable membranes for preventing adhesion formation after cardiac surgery, comprising dissolving polyhydroxybutyrate / hydroxyvalerate (PHBV) copolymer in chloroform and the incorporation of at least one biologically active substance into its composition, followed by thorough mixing for 2 hours using a magnetic stirrer with heating up to 35° C, wherein poly (D, L-lactide) is included in the polymer composition with the further dissolution in chloroform up to a concentration of 6-9%, wherein the ratio of the dried powder of copolymer PHBV and poly (D, L-lactide) in the membrane composition is 3: 1, and the membrane is produced by electrostatic spinning.
A specimen retrieval system comprising: a tube having a distal end and a proximal end, said distal end being open, said tube having a lumen extending from the distal end to the proximal end, said tube having a side channel inside the lumen, extending from the distal end toward the proximal end of the tube; a tether fixed to the distal end of the tube, said tether extending from the distal end of the tube, proximally through the side channel, and extending out the proximal end of the tube, characterised in that said tether is operable to pull the distal end of the tube into the side channel and thereby into an everted configuration relative to the remainder of the tube. a tube having a distal end and a proximal end, said distal end being open, said tube having a lumen extending from the distal end to the proximal end, said tube having a side channel inside the lumen, extending from the distal end toward the proximal end of the tube; a tether fixed to the distal end of the tube, said tether extending from the distal end of the tube, proximally through the side channel, and extending out the proximal end of the tube, characterised in that said tether is operable to pull the distal end of the tube into the side channel and thereby into an everted configuration relative to the remainder of the tube.
A carrier system for functional elements in microtechnology comprising a base plate and, fixed on the base plate, one or more holding elements for the functional elements, wherein the holding elements are partially or completely made of thin, stacked plates having a plate thickness of less than 1 mm, and the thin plates of the holding elements have lateral dimensions of which at least one, namely the length or the width, is less than 50% of the length or the width of the base plate, characterised in that the holding elements comprise holding structures which through external shaping are adapted to a universal gripping tool in an assembly machine, and in that the base plate comprises connection interfaces for inlet lines in the form of detachable vacuum connections for vacuum-supported building processes during the fixation of the holding elements.
Method for improving the HF band link establishment in a communication system comprising one or more transmit terminals or calling terminals (1, 40) and one or more receive terminals or called terminals (2, 41), at least one of the calling or called terminals having a broadband capability, comprising at least the following steps: • creating call bands and listening bands according to the broadband transmit and/or receive capabilities, the number of frequencies being known, the minimum number of bands being suitable for covering the entire frequency plan, • minimising the number of bands and then maximising the number of frequencies in each of these bands Bi of size B, • distributing the bands B i regularly in time in order to minimise the inter-listening time between two frequencies, at available temporal positions close to a regular subdivision, and allocating a frequency fj to each band Bi in order to define a standard frequency plan for the operation of the system, • transmitting/receiving in broadband mode, by checking that the selected transmit frequencies are not already in use. • creating call bands and listening bands according to the broadband transmit and/or receive capabilities, the number of frequencies being known, the minimum number of bands being suitable for covering the entire frequency plan, • minimising the number of bands and then maximising the number of frequencies in each of these bands Bi of size B, • distributing the bands B i regularly in time in order to minimise the inter-listening time between two frequencies, at available temporal positions close to a regular subdivision, and allocating a frequency fj to each band Bi in order to define a standard frequency plan for the operation of the system, • transmitting/receiving in broadband mode, by checking that the selected transmit frequencies are not already in use.