mhurhangee/ep-ind-claims huggingface dataset:
A system for controlling devices and information on a network by hand gestures, comprising: a control device for searching a data input or a file selection; controlled devices having variable positions for interpreting data transferred from the control device to display the interpreted data; a management server for, when a control device is selected by a user and when a controlled device is pointed at by a hand gesture of the user, analyzing the hand gesture of pointing at the controlled device and network coupling the selected control device and the pointed at controlled device to each other; the system being characterised by comprising: a camera for photographing a hand gesture of a user and for providing a filtered image based on an algorithm of searching and tracking a hand or an end of a finger to the management server; a camera provided additionally for photographing the controlled devices and for providing an image for tracking the positions of the controlled devices to the management server; and means for sensing the pointed at controlled device based on the images by analyzing the positions of the controlled devices together with information on the direction pointed by the hand or the finger of the user. a control device for searching a data input or a file selection; controlled devices having variable positions for interpreting data transferred from the control device to display the interpreted data; a management server for, when a control device is selected by a user and when a controlled device is pointed at by a hand gesture of the user, analyzing the hand gesture of pointing at the controlled device and network coupling the selected control device and the pointed at controlled device to each other; the system being characterised by comprising: a camera for photographing a hand gesture of a user and for providing a filtered image based on an algorithm of searching and tracking a hand or an end of a finger to the management server; a camera provided additionally for photographing the controlled devices and for providing an image for tracking the positions of the controlled devices to the management server; and means for sensing the pointed at controlled device based on the images by analyzing the positions of the controlled devices together with information on the direction pointed by the hand or the finger of the user. a camera for photographing a hand gesture of a user and for providing a filtered image based on an algorithm of searching and tracking a hand or an end of a finger to the management server; a camera provided additionally for photographing the controlled devices and for providing an image for tracking the positions of the controlled devices to the management server; and means for sensing the pointed at controlled device based on the images by analyzing the positions of the controlled devices together with information on the direction pointed by the hand or the finger of the user.
Method for designing a traffic infrastructure on the basis of height data of a height monitoring object, having the steps of: a) evaluating the height data which are detected by at least one sensor unit of the at least one height monitoring object, and generating an evaluation dataset on the basis of the height data; b) identifying at least one component of the traffic infrastructure from the evaluation dataset; c) identifying at least one user of the traffic infrastructure from the evaluation dataset; d) determining a utilization of the at least one component by the at least one user of the traffic infrastructure; and e) determining at least one location for at least one charging infrastructure component on the basis of the determined utilization, wherein at least one of the steps of the method is carried out by at least one learning algorithm and/or at least one neural network, and wherein background data are additionally incorporated into the evaluation dataset and comprise at least one model of an energy quantity deliverable by a distribution network designed as an electricity grid and data of a geographic information system and traffic data and at least one statistic relating to user behaviour. a) evaluating the height data which are detected by at least one sensor unit of the at least one height monitoring object, and generating an evaluation dataset on the basis of the height data; b) identifying at least one component of the traffic infrastructure from the evaluation dataset; c) identifying at least one user of the traffic infrastructure from the evaluation dataset; d) determining a utilization of the at least one component by the at least one user of the traffic infrastructure; and e) determining at least one location for at least one charging infrastructure component on the basis of the determined utilization,
A ring of a spinning machine, the spinning machine being configured to wind a yarn through a traveler, the ring comprising: a sliding surface on which the traveler slides, wherein the sliding surface has a texture having a plurality of recesses and a plurality of projections, and each projection has a curved shape and is located between adjacent recesses, characterized in that the projection has a curvature radius of 40 to 400 μm. a sliding surface on which the traveler slides, wherein the sliding surface has a texture having a plurality of recesses and a plurality of projections, and each projection has a curved shape and is located between adjacent recesses, characterized in that the projection has a curvature radius of 40 to 400 μm.
Assembly for displaying at least one piece of information for a portable object, said display assembly including a first, at least partially transparent, display device which is located on the side of an observer and which is arranged to display at least a first piece of information, said first display device including a liquid crystal display cell arranged to switch between an active state in which the cell is reflective and displays a piece of information, and a passive state in which the cell is transparent and does not display a piece of information, said display assembly also including a second, at least partially transparent, display device arranged to display at least a second piece of information, said second display device including a light-emitting display cell arranged to switch between an active state in which the cell emits light to display information and a passive state in which the cell does not emit any light, and a solar cell, the second display device and the solar cell being disposed in that order underneath the first display device, characterized in that the reflective liquid crystal display cell is selected from the group comprising twisted nematic liquid crystal display cells, super twisted nematic liquid crystal display cells and vertically aligned liquid crystal display cells.
A reduction gear comprising: a case having internal teeth formed on an inner peripheral side thereof; a gear having external teeth meshing with the internal teeth; a carrier that rotatably holds the gear; an output shaft connected to the carrier; a first main bearing disposed on a portion of the output shaft on a first end side of the carrier, a second main bearing disposed on a portion of the output shaft opposite to the carrier; wherein the first main bearing and the second main bearing rotatably holding the output shaft with respect to the case; and a fixing member disposed on a portion of the carrier on a side opposite to the first main bearing and fixed to the output shaft in a condition of being pressed against the carrier side, characterized in that a lubricant supply groove (81a, 81b, 81c, 81d, 81e, 81f) for supplying lubricant is formed in at least any one of the fixing member, the carrier, and the first main bearing, wherein the lubricant supply groove (81b, 81c, 81d, 81e) is formed in the carrier, wherein the carrier includes a proximal portion carrier and a distal portion carrier connected to each other, and the lubricant supply groove (81c, 81d) is formed in: a surface of the proximal portion carrier, the surface being in contact with the distal portion carrier; or a surface of the distal portion carrier, the surface being in contact with the proximal portion carrier. a case having internal teeth formed on an inner peripheral side thereof; a gear having external teeth meshing with the internal teeth; a carrier that rotatably holds the gear; an output shaft connected to the carrier; a first main bearing disposed on a portion of the output shaft on a first end side of the carrier, a second main bearing disposed on a portion of the output shaft opposite to the carrier; wherein the first main bearing and the second main bearing rotatably holding the output shaft with respect to the case; and a fixing member disposed on a portion of the carrier on a side opposite to the first main bearing and fixed to the output shaft in a condition of being pressed against the carrier side, characterized in that a lubricant supply groove (81a, 81b, 81c, 81d, 81e, 81f) for supplying lubricant is formed in at least any one of the fixing member, the carrier, and the first main bearing, wherein the lubricant supply groove (81b, 81c, 81d, 81e) is formed in the carrier, wherein the carrier includes a proximal portion carrier and a distal portion carrier connected to each other, and the lubricant supply groove (81c, 81d) is formed in: a surface of the proximal portion carrier, the surface being in contact with the distal portion carrier; or a surface of the distal portion carrier, the surface being in contact with the proximal portion carrier.
A measuring device with a two-wire supply for radiometric measurement of a fill level or density of a fill material, the measuring device comprising: a processor; a signal amplifier; at least a comparator; wherein the processor is designed to change from an active mode to a power-saving mode and further, for the power-saving mode, to switch off at least the signal amplifier or the at least one comparator, if no measuring signal is present. a processor; a signal amplifier; at least a comparator; wherein the processor is designed to change from an active mode to a power-saving mode and further, for the power-saving mode, to switch off at least the signal amplifier or the at least one comparator, if no measuring signal is present.
A device for allocating a time and frequency resource for a resource request indicator, RRI, characterized in that the device comprises: a unit, configured to allocate codes for the RRI and another uplink control signaling, wherein the RRI and the other uplink control signaling are multiplexed in a same time and frequency resource in a code division manner, wherein a first code allocated for the RRI and a second code allocated for the RRI are allocated for one user terminal in one time slot, wherein the first code allocated for the RRI is orthogonal with a code allocated for a pilot part of the other uplink control signaling in a time domain and/or a frequency domain, and the second code allocated for the RRI is orthogonal with a code allocated for a data part of the other uplink control signaling in the time domain and/or the frequency domain, and wherein the first code allocated for the RRI and the code allocated for the pilot part of the other uplink control signaling are to be sent in the same time and frequency resource, and the second code allocated for the RRI and the code allocated for the data part of the other uplink control signaling are to be sent in the same time and frequency resource. a unit, configured to allocate codes for the RRI and another uplink control signaling, wherein the RRI and the other uplink control signaling are multiplexed in a same time and frequency resource in a code division manner, wherein a first code allocated for the RRI and a second code allocated for the RRI are allocated for one user terminal in one time slot, wherein the first code allocated for the RRI is orthogonal with a code allocated for a pilot part of the other uplink control signaling in a time domain and/or a frequency domain, and the second code allocated for the RRI is orthogonal with a code allocated for a data part of the other uplink control signaling in the time domain and/or the frequency domain, and wherein the first code allocated for the RRI and the code allocated for the pilot part of the other uplink control signaling are to be sent in the same time and frequency resource, and the second code allocated for the RRI and the code allocated for the data part of the other uplink control signaling are to be sent in the same time and frequency resource.
A vacuum cleaner comprising: a debris collection container having an outer perimeter; a lid removably coupled to the debris collection container, the lid having a periphery that extends along the outer perimeter of the debris collection container; a suction source coupled to the lid and removable from the debris collection container with the lid, the suction source generates an airflow to draw air and debris into the debris collection container, the suction source including a motor, and an impeller driven by the motor; an exhaust passageway downstream from the suction source for discharging the airflow from the debris collection container; and an exhaust outlet port in communication with the exhaust passageway, wherein the exhaust outlet port extends along a majority of the periphery of the lid, characterised in that the exhaust passageway has a curvilinear radial 360-degrees exhaust configuration which extends radially outward from the impeller to the periphery of the lid. a debris collection container having an outer perimeter; a lid removably coupled to the debris collection container, the lid having a periphery that extends along the outer perimeter of the debris collection container; a suction source coupled to the lid and removable from the debris collection container with the lid, the suction source generates an airflow to draw air and debris into the debris collection container, the suction source including a motor, and an impeller driven by the motor; a motor, and an impeller driven by the motor; an exhaust passageway downstream from the suction source for discharging the airflow from the debris collection container; and an exhaust outlet port in communication with the exhaust passageway, wherein the exhaust outlet port extends along a majority of the periphery of the lid, characterised in that the exhaust passageway has a curvilinear radial 360-degrees exhaust configuration which extends radially outward from the impeller to the periphery of the lid.
A method, in a first node of a wireless communication system, for transmitting data to a second node, the method comprising, for a first transmission time interval: determining that first channel state information corresponding to the second node is likely to be unreliable for the first transmission time interval; and, responsive to said determining, transmitting data and demodulation reference symbols to the second node over multiple transmit antennas in each of a plurality of groups of time-frequency resources during the first transmission time interval, using a precoding vector applied to the data and the demodulation reference symbols for each group of time-frequency resources, wherein the precoding vectors vary randomly or pseudo-randomly from each group of time-frequency resources to the next frequency-adjacent group or groups, or from each group of time-frequency resources to the next time-adjacent group or groups, or both; the method characterized in wherein determining that the first channel state information is likely to be unreliable for the first transmission time interval comprises evaluating the first channel state information and determining that a variability in channel conditions over time exceeds a threshold and wherein the first channel state information comprises a recommended precoder and wherein determining that a variability in channel conditions over time exceeds a threshold comprises counting a number of changes in recommended precoder over a time interval and comparing to the threshold. determining that first channel state information corresponding to the second node is likely to be unreliable for the first transmission time interval; and, responsive to said determining, transmitting data and demodulation reference symbols to the second node over multiple transmit antennas in each of a plurality of groups of time-frequency resources during the first transmission time interval, using a precoding vector applied to the data and the demodulation reference symbols for each group of time-frequency resources, wherein the precoding vectors vary randomly or pseudo-randomly from each group of time-frequency resources to the next frequency-adjacent group or groups, or from each group of time-frequency resources to the next time-adjacent group or groups, or both; the method characterized in wherein determining that the first channel state information is likely to be unreliable for the first transmission time interval comprises evaluating the first channel state information and determining that a variability in channel conditions over time exceeds a threshold and wherein the first channel state information comprises a recommended precoder and wherein determining that a variability in channel conditions over time exceeds a threshold comprises counting a number of changes in recommended precoder over a time interval and comparing to the threshold.
A nonwoven web including a plurality of continuous fibers comprising: one or more thermoplastic aliphatic polyesters; and an antishrinkage additive in an amount greater than 0% and no more than 10% by weight of the nonwoven web, wherein the antishrinkage additive is a thermoplastic semicrystalline polymer selected from the group consisting of polyoxymethylene, poly(vinylidene fluoride), poly(ethylene-chlorotrifluoroethylene), poly(vinyl fluoride), poly(ethylene oxide), polycaprolactone, semicrystalline aliphatic polyamides, and thermotropic liquid crystal polymers and wherein the antishrinkage additive forms a dispersed phase of discrete particulates having an average diameter of less than 250 nm in the aliphatic polyester resin, wherein the fibers exhibit molecular orientation and extend substantially endlessly through the nonwoven web, wherein the fibers exhibit a median fiber diameter of no greater than about 25 μm, and wherein the nonwoven web has at least one dimension in the plane of the nonwoven web which decreases by no greater than 12% when the nonwoven web is heated to a temperature above a glass transition temperature but below the melting temperature of the fibers while in an unrestrained condition, wherein the glass transition temperature is measured using differential scanning calorimetry. one or more thermoplastic aliphatic polyesters; and an antishrinkage additive in an amount greater than 0% and no more than 10% by weight of the nonwoven web, wherein the antishrinkage additive is a thermoplastic semicrystalline polymer selected from the group consisting of polyoxymethylene, poly(vinylidene fluoride), poly(ethylene-chlorotrifluoroethylene), poly(vinyl fluoride), poly(ethylene oxide), polycaprolactone, semicrystalline aliphatic polyamides, and thermotropic liquid crystal polymers and wherein the antishrinkage additive forms a dispersed phase of discrete particulates having an average diameter of less than 250 nm in the aliphatic polyester resin, wherein the fibers exhibit molecular orientation and extend substantially endlessly through the nonwoven web, wherein the fibers exhibit a median fiber diameter of no greater than about 25 μm, and wherein the nonwoven web has at least one dimension in the plane of the nonwoven web which decreases by no greater than 12% when the nonwoven web is heated to a temperature above a glass transition temperature but below the melting temperature of the fibers while in an unrestrained condition, wherein the glass transition temperature is measured using differential scanning calorimetry.
Pneumatic vehicle tire with at least one sound absorber adhesively attached in its interior to the inner surface opposite the tread, wherein the sound absorber has a radially inward-facing surface, characterized in that the radially inward-facing surface of the sound absorber has at least one luminescent agent applied to it.
Pair of trousers, comprising a left trouser leg, a right trouser leg, at least one patch (24, 36) of expansion of the upper part of the left trouser leg and/or the right trouser leg, said patch (24, 36) having a first side edge (26, 38) and a second side edge (28, 40) respectively fixed, on the one part, to an upper portion (30, 42, 66, 74) of the upper part and, on the other part, to a lower portion (32, 44, 64, 72) of the same upper part, respective teeth of a zip (62, 70) being fixed to the first side edge (26, 38) and the second side edge (28, 40), the zip being disposed in oblique position with a development from above downwards, from the centre towards the outside of the pair of trousers; characterized by the fact that a left front pocket with opening is fixed to the left trouser leg, a left front patch of expansion of the upper part of the left trouser leg being disposed in the left front pocket, the first side edge and the second side edge of said patch being respectively fixed, on the one part, to an upper portion of the left pocket and, on the other part, to a lower portion of the same left pocket, teeth of a first zip being fixed to the first side edge and the second side edge and said zip can be closed or opened by means of a left slider with a development from above downwards and from the centre towards the outside of the pair of trousers.
A coherent optical time domain reflectometer, comprising a control unit, a driving unit,a continuous light laser device and a probe pulse generating unit; characterized in that the control unit is configured to generate a first pulse signal and a second pulse signal which have a same period T, wherein the second pulse signal lags behind the first pulse signal, and the period T of the first pulse signal and of the second pulse signal satisfies T≥t+2L/C, wherein t is a time spent by the continuous light laser device from stably outputting light of one frequency to stably outputting light of another frequency, L is a length of a fiber to be detected, and C is a propagation velocity of an optical wave in the fiber; the driving unit is configured to generate a frequency change driving signal according to the first pulse signal; the continuous light laser device is configured to generate, as driven by the frequency change driving signal, continuous light which has a changing frequency and an unchanging frequency spectrum width, wherein a changing frequency of continuous light generated during one period of the first pulse signal is different from a changing frequency of continuous light generated during a previous period of the first pulse signal, and a changing frequency of continuous light in a stable state during one period of the first pulse signal is a single frequency; and the probe pulse generating unit is configured to modulate the continuous light according the second pulse signal adopting an ON-OFF Keying modulation scheme, to generate a probe pulse.