mhurhangee/ep-ind-claims huggingface dataset:
A 3D camera for acquiring depth information and detecting three-dimensional image data from a monitored zone (12, 34, 36), which is configured as a stereo camera and for this purpose has at least two camera modules (14a-b), each having an image sensor (16a-b) in mutually offset perspectives, and has a stereoscopic unit in which mutually associated partial regions are recognized by means of a stereo algorithm in images taken by the two camera modules (14a-b) and their distance is calculated based on the disparity, wherein the 3Dcamera additionally comprises a lighting unit for generating a structured lighting pattern in the monitored zone, characterized in that a respective mirror optics (38a-c) for expanding the field of view and the lighting field is disposed in front of each camera module (14a-b) and the lighting unit, and in that the mirror optics (38a-c) each has a front mirror surface and a rear mirror surface and is arranged in the field of view of the image sensor (16a-b) and the lighting field of the lighting unit, respectively, such that the front mirror surface generates a first partial field of view over a first angular region and the rear mirror surface generates a second partial field of view over a second angular region, with the first angular region and the second angular region not overlapping and being separated from one another by non-monitored angular regions in which no 3D image data are acquired.
A method of allocating transmission resources in an orthogonal frequency division multiplex, OFDM, wireless telecommunication system arranged to communicate data using a plurality of OFDM sub-carriers, the method comprising: allocating transmission resources provided by a first group of the plurality of OFDM sub-carriers within a first frequency band to terminals of a first type; allocating transmission resources provided by a second group of the plurality of OFDM sub-carriers to terminals of a second type having a reduced bandwidth capability compared to the first type within a second frequency band, the second group being smaller than the first group and the second frequency band being selected from within the first frequency band; transmitting control information comprising resource allocation information for terminals of the first type over a first bandwidth corresponding to the combined first and second groups of OFDM sub-carriers; and transmitting control information comprising resource allocation information for terminals of the second type over a second bandwidth corresponding to the second group of OFDM sub-carriers; characterized in that the control information comprising resource allocation information for the terminals of the first type is transmitted in different OFDM symbols to the transmission of control information comprising resource allocation information for the terminals of the second type. allocating transmission resources provided by a first group of the plurality of OFDM sub-carriers within a first frequency band to terminals of a first type; allocating transmission resources provided by a second group of the plurality of OFDM sub-carriers to terminals of a second type having a reduced bandwidth capability compared to the first type within a second frequency band, the second group being smaller than the first group and the second frequency band being selected from within the first frequency band; transmitting control information comprising resource allocation information for terminals of the first type over a first bandwidth corresponding to the combined first and second groups of OFDM sub-carriers; and transmitting control information comprising resource allocation information for terminals of the second type over a second bandwidth corresponding to the second group of OFDM sub-carriers; characterized in that the control information comprising resource allocation information for the terminals of the first type is transmitted in different OFDM symbols to the transmission of control information comprising resource allocation information for the terminals of the second type.
A method for configuring a time division duplex mode of a user equipment in a network, comprising: receiving, while being connected with a base station in said network, one or more signaling messages that include time division duplex uplink-downlink configuration information dynamically assigned by said base station to said user equipment in multiple downlink subframes; determining success or failure in receiving at said user equipment, said time division duplex uplink-downlink configuration information based on signaling information configured for each received signaling message; generating an acknowledgement/Non-acknowledgement signal indicating said success or failure for each received signaling message; and transmitting said acknowledgement/Non-acknowledgement signal to said base station on resources that are allocated based on said time division duplex uplink-downlink configuration information and/or said signaling configured for said one or more signaling messages. receiving, while being connected with a base station in said network, one or more signaling messages that include time division duplex uplink-downlink configuration information dynamically assigned by said base station to said user equipment in multiple downlink subframes; determining success or failure in receiving at said user equipment, said time division duplex uplink-downlink configuration information based on signaling information configured for each received signaling message; generating an acknowledgement/Non-acknowledgement signal indicating said success or failure for each received signaling message; and transmitting said acknowledgement/Non-acknowledgement signal to said base station on resources that are allocated based on said time division duplex uplink-downlink configuration information and/or said signaling configured for said one or more signaling messages.
A vaporizing device comprising: a housing containing an electrical power source electrically connected to a high frequency oscillation circuit;a liquid supply in the housing positioned to provide a polar liquid into a liquid space; characterized in that the vaporizing device further comprises first and second electrodes electrically connected to the high frequency oscillation circuit, with the liquid space between the first and second electrodes; and a switch electrically connected to the high frequency oscillation circuit for turning on the high frequency oscillation circuit to vaporize the liquid via dielectric heating. a housing containing an electrical power source electrically connected to a high frequency oscillation circuit;a liquid supply in the housing positioned to provide a polar liquid into a liquid space; characterized in that the vaporizing device further comprises first and second electrodes electrically connected to the high frequency oscillation circuit, with the liquid space between the first and second electrodes; and a switch electrically connected to the high frequency oscillation circuit for turning on the high frequency oscillation circuit to vaporize the liquid via dielectric heating.
An image encoding apparatus comprising: an encoding unit configured to encode image data; a subsample information generating unit configured to generate subsample information of an image of the image data, the subsample information including hint information used as a reference for decoding processing of a subsample, which is a partial region which can be independently decoded; and a file generating unit configured to generate a file including encoded data of the image data generated by the encoding unit and management information of the encoded data, and arrange the subsample information generated by the subsample information generating unit in the management information, wherein the subsample information generating unit generates subsample information including a hint data type indicating a type of hint information included in the subsample information, a sample count indicating the number of continuous samples associated with the subsample information, and the hint information, characterized by the hint information including a level indicating a degree of load of decoding processing of the subsample, and the level being used as a reference for determining whether or not a decoding unit can decode the subsample, the subsample is a tile (Tile) in high efficiency video coding (HEVC), and an mcts_tier_flag and mcts_level_idc are extensionally added to an HEVC Decoder Configuration Record to indicate the level. an encoding unit configured to encode image data; a subsample information generating unit configured to generate subsample information of an image of the image data, the subsample information including hint information used as a reference for decoding processing of a subsample, which is a partial region which can be independently decoded; and a file generating unit configured to generate a file including encoded data of the image data generated by the encoding unit and management information of the encoded data, and arrange the subsample information generated by the subsample information generating unit in the management information, wherein the subsample information generating unit generates subsample information including a hint data type indicating a type of hint information included in the subsample information, a sample count indicating the number of continuous samples associated with the subsample information, and the hint information, characterized by the hint information including a level indicating a degree of load of decoding processing of the subsample, and the level being used as a reference for determining whether or not a decoding unit can decode the subsample, the subsample is a tile (Tile) in high efficiency video coding (HEVC), and an mcts_tier_flag and mcts_level_idc are extensionally added to an HEVC Decoder Configuration Record to indicate the level.
Method for controlling a power train equipping a motor vehicle and comprising an electric motor equipped with a rotor and a stator, said method comprising a regulation of the currents of the rotor and the stator (I a, I q, I f) conveying control signals (V a, V q, V f) to the electric motor, said currents to be regulated and said control signals being expressed in a rotating frame of reference comprising a plurality of axes (d, q, f), a measurement of the values of the currents of the rotor and the stator, a transformation of these measurements into said rotating frame of reference, characterized in that it comprises a determination of minimum and maximum bounds for each of the currents as a function of said control signals, and a comparison of the measured signals with said minimum and maximum bounds.
A power machine (100; 200; 400; 500) comprising: a frame (110; 210; 410; 510) including an undercarriage (212; 412; 512); first and second tractive elements (240A; 240B; 440A; 440B; 540A; 540B) coupled to left and right sides of the undercarriage; a lift arm structure (430; 530) pivotally coupled to the undercarriage at a lift arm pivot (436; 536); a first lift actuator (432-1; 432-2; 532) pivotally coupled to the undercarriage at a first pivot (432A; 532A) and pivotally coupled to the lift arm structure at a second pivot (432B; 532B), wherein the power machine is characterized by: the first and second pivots are positioned such that the first lift actuator is substantially surrounded by the undercarriage between a fully retracted and a fully extended position, wherein the first pivot (432A; 532A) is positioned rearward of a forward most position of the undercarriage such that, when the first lift actuator is fully extended, substantially all of the first lift actuator is positioned rearward of the forward most position of the undercarriage. a frame (110; 210; 410; 510) including an undercarriage (212; 412; 512); first and second tractive elements (240A; 240B; 440A; 440B; 540A; 540B) coupled to left and right sides of the undercarriage; a lift arm structure (430; 530) pivotally coupled to the undercarriage at a lift arm pivot (436; 536); a first lift actuator (432-1; 432-2; 532) pivotally coupled to the undercarriage at a first pivot (432A; 532A) and pivotally coupled to the lift arm structure at a second pivot (432B; 532B), wherein the power machine is characterized by: the first and second pivots are positioned such that the first lift actuator is substantially surrounded by the undercarriage between a fully retracted and a fully extended position, wherein the first pivot (432A; 532A) is positioned rearward of a forward most position of the undercarriage such that, when the first lift actuator is fully extended, substantially all of the first lift actuator is positioned rearward of the forward most position of the undercarriage.
A compound represented by formula or a salt thereof: wherein R is a C1-6 alkyl group, and the C1-6 alkyl group optionally has a substituent selected from the group consisting of a halogen atom and a C1-6 alkoxy group.
A loadbinder including: two attachment points for attaching the loadbinder to secure a load on a vehicle; an adjustment mechanism is provided between the two attachment points for adjusting the effective length of the loadbinder; wherein the adjustment mechanism includes at least one threaded rotating component (114, 115) and rotation of the rotating component gives rise to a change in the effective length of the loadbinder; a generally elongate handle; the handle is pivotally coupled to the adjustment mechanism; the handle is arranged to drive the at least one rotating component by pivoting in a plane which is substantially parallel to the axis of rotation of the rotating component; wherein the adjustment mechanism includes an arrangement of bevel gears (131, 132, 135) that are provided in a housing; characterised in that: the housing is provided in two parts which are able to rotate with respect to one another to allow the loadbinder to adopt a partially folded configuration. two attachment points for attaching the loadbinder to secure a load on a vehicle; an adjustment mechanism is provided between the two attachment points for adjusting the effective length of the loadbinder; wherein the adjustment mechanism includes at least one threaded rotating component (114, 115) and rotation of the rotating component gives rise to a change in the effective length of the loadbinder; a generally elongate handle; the handle is pivotally coupled to the adjustment mechanism; the handle is arranged to drive the at least one rotating component by pivoting in a plane which is substantially parallel to the axis of rotation of the rotating component; wherein the adjustment mechanism includes an arrangement of bevel gears (131, 132, 135) that are provided in a housing; characterised in that: the housing is provided in two parts which are able to rotate with respect to one another to allow the loadbinder to adopt a partially folded configuration.
A washing machine comprising: a drum; a vibration sensor sensing vibration of the drum; a ball balancer installed in a portion of the drum and including at least one bail; and a controller controlling a rotation speed of the drum, characterized in that: the controller detects information related to an eccentric amount within the drum and a position of the ball using a signal related to vibration of the drum obtained from the vibration sensor for a preset period of time, while maintaining a rotation speed of the drum, selects an acceleration pattern corresponding to the detected eccentric amount and position of the ball from a preset table, and rotates the drum according to the selected acceleration pattern, wherein the controller is configured to increase a rotation speed of the drum according to the selected acceleration pattern such that the ball is positioned in a direction opposite to an eccentric direction of a washing target within the drum, and the preset table is stored in the washing machine. a drum; a vibration sensor sensing vibration of the drum; a ball balancer installed in a portion of the drum and including at least one bail; and a controller controlling a rotation speed of the drum, characterized in that: the controller detects information related to an eccentric amount within the drum and a position of the ball using a signal related to vibration of the drum obtained from the vibration sensor for a preset period of time, while maintaining a rotation speed of the drum, selects an acceleration pattern corresponding to the detected eccentric amount and position of the ball from a preset table, and rotates the drum according to the selected acceleration pattern, wherein the controller is configured to increase a rotation speed of the drum according to the selected acceleration pattern such that the ball is positioned in a direction opposite to an eccentric direction of a washing target within the drum, and the preset table is stored in the washing machine. the controller detects information related to an eccentric amount within the drum and a position of the ball using a signal related to vibration of the drum obtained from the vibration sensor for a preset period of time, while maintaining a rotation speed of the drum, selects an acceleration pattern corresponding to the detected eccentric amount and position of the ball from a preset table, and rotates the drum according to the selected acceleration pattern, wherein the controller is configured to increase a rotation speed of the drum according to the selected acceleration pattern such that the ball is positioned in a direction opposite to an eccentric direction of a washing target within the drum, and the preset table is stored in the washing machine.
A synthetic aperture radar, comprising - a reflector having a reflector surface, a vertex, and an optical axis extending outwards therefrom, and - a plurality of antenna elements arranged side by side and in a row, for transmitting radar transmission signals and for receiving radar reception signals generated by reflection on a surface, characterized in - that the reflector is designed as a one-dimensionally defocused reflector having two focal planes (40, 42), - that the optical axis coincides with the intersection line of two imaginary planes extending at right angles to one another, specifically a first (X-) plane and a second (Y-) plane, - that the reflector has, in the first (X-) plane, a first (X-) focal plane that extends at right angles thereto and to the optical axis, - that the reflector has, in the second (Y-) plane, a second (Y-) focal plane which extends at right angles thereto and to the optical axis, - that the second (Y-) focal plane is at a greater distance from the vertex than the first (X-) focal plane, - that, when viewing the first (X-) plane of the reflector, the antenna elements are arranged side by side along an (X-) line extending in the first (X-) plane, - said (X-) line extending at the height of the second (Y-) focal plane, and - that a device for digital beam formation is provided. - a reflector having a reflector surface, a vertex, and an optical axis extending outwards therefrom, and - a plurality of antenna elements arranged side by side and in a row, for transmitting radar transmission signals and for receiving radar reception signals generated by reflection on a surface, - that the reflector is designed as a one-dimensionally defocused reflector having two focal planes (40, 42), - that the optical axis coincides with the intersection line of two imaginary planes extending at right angles to one another, specifically a first (X-) plane and a second (Y-) plane, - that the reflector has, in the first (X-) plane, a first (X-) focal plane that extends at right angles thereto and to the optical axis, - that the reflector has, in the second (Y-) plane, a second (Y-) focal plane which extends at right angles thereto and to the optical axis, - that the second (Y-) focal plane is at a greater distance from the vertex than the first (X-) focal plane, - that, when viewing the first (X-) plane of the reflector, the antenna elements are arranged side by side along an (X-) line extending in the first (X-) plane, - said (X-) line extending at the height of the second (Y-) focal plane, and - that a device for digital beam formation is provided.
Method for connecting two textile fabrics (6, 10) by means of a thread, in which - a first insertion point, a second insertion point and a third insertion point are determined, - an angle (α) between the first insertion point, the second insertion point and the third insertion point is determined, - a contour is determined which has the three insertion points (44, 46, 48) - a needle is moved along the contour, and - the thread is guided through the fabrics (6, 10) at each of the insertion points (44, 46, 48) by means of the needle, characterised in that a spline interpolation is used to determine the contour at an angle (α) smaller than or equal to a critical angle (β). - a first insertion point, a second insertion point and a third insertion point are determined, - an angle (α) between the first insertion point, the second insertion point and the third insertion point is determined, - a contour is determined which has the three insertion points (44, 46, 48) - a needle is moved along the contour, and - the thread is guided through the fabrics (6, 10) at each of the insertion points (44, 46, 48) by means of the needle,
Photocrosslinkable cosmetic composition, comprising in a physiologically acceptable medium: - at least one photocrosslinkable urethane (meth)acrylate compound P1 comprising at least one structural unit: - at least one photocrosslinkable urethane (meth)acrylate compound P2 comprising at least one polyether chain, said compound having a molar mass greater than or equal to 1000 g/mol, - at least one film-forming polymer P3, - at least one photoinitiator, and - at least one volatile solvent chosen from acetone, ethyl acetate, and propyl acetate, said solvent being present in said composition at a content greater than or equal to 20%, preferably greater than or equal to 30%, by weight in relation to the total weight of said composition, wherein the ratio of the total mass of P1 and P2 to the total mass of P3 is less than or equal to 4.0. - at least one photocrosslinkable urethane (meth)acrylate compound P1 comprising at least one structural unit: - at least one photocrosslinkable urethane (meth)acrylate compound P2 comprising at least one polyether chain, said compound having a molar mass greater than or equal to 1000 g/mol, - at least one film-forming polymer P3, - at least one photoinitiator, and - at least one volatile solvent chosen from acetone, ethyl acetate, and propyl acetate, said solvent being present in said composition at a content greater than or equal to 20%, preferably greater than or equal to 30%, by weight in relation to the total weight of said composition,