mhurhangee/ep-ind-claims huggingface dataset:
A wireless communication network comprising a plurality of radio transmitting devices in a frequency band that is divided into a plurality of channels, wherein, the transmitting devices have each a local frequency reference, and are arranged to process signals into a spread-spectrum radio signal by switching the frequency of a carrier among several hopping frequencies in a frequency band according to a hopping sequence and, the radio transmitting devices being arranged to determine the hopping sequence by incrementing repeatedly a channel of an initial hopping frequency according to a determined succession of increments, thereby obtaining a sequence of channels, each channel in the sequence defining an element of the hopping sequence, and transmit the spread-spectrum radio signal through a radio interface, and the radio transmitting devices are configured to transmit data frames including a preamble, a payload and error-correction or error-detection codes, characterized in that each frame comprises a plurality of frequency hops, wherein the preamble is repeated for each frequency hop, and wherein each replica of the preamble contains also a counter, or an element of information that allows a receiving gateway to identify each repetition, and wherein the header and payload are interleaved at spaced-apart offsets in the frame such that they fall into different hops, and coded for error correction. the transmitting devices have each a local frequency reference, and are arranged to process signals into a spread-spectrum radio signal by switching the frequency of a carrier among several hopping frequencies in a frequency band according to a hopping sequence and, the radio transmitting devices being arranged to determine the hopping sequence by incrementing repeatedly a channel of an initial hopping frequency according to a determined succession of increments, thereby obtaining a sequence of channels, each channel in the sequence defining an element of the hopping sequence, and transmit the spread-spectrum radio signal through a radio interface, and the radio transmitting devices are configured to transmit data frames including a preamble, a payload and error-correction or error-detection codes, characterized in that each frame comprises a plurality of frequency hops, wherein the preamble is repeated for each frequency hop, and wherein each replica of the preamble contains also a counter, or an element of information that allows a receiving gateway to identify each repetition, and wherein the header and payload are interleaved at spaced-apart offsets in the frame such that they fall into different hops, and coded for error correction.
A rapid-entry shoe comprising: a sole support having an upper surface configured to support a sole of a user's foot; an inner layer below the upper surface; two connection points, each connection point dispersed around the periphery of the sole support; an upper defining an opening adapted to receive entry of the user's foot into the shoe; a rear portion of the upper configured to secure the user's foot in the shoe, the rear portion being located on the upper surface of the sole support; a deformable element comprising a rear flexible loop having two ends, each end being directly connected to a respective one of the connection points, each connection point comprising a structure contiguously extending into the inner layer of the sole support at one of said connection points, the rear flexible loop being operatively attached to said rear portion; wherein the rear flexible loop is configured to have a native position in which the rear flexible loop holds the rear portion of the shoe in a closed position securing the user's foot in the shoe; and wherein the rear flexible loop may be deformed by an opening force to open the shoe to permit rapid entry of the user's foot into the shoe, the rear flexible loop further comprising a rear bending portion or an upper spinning portion. a sole support having an upper surface configured to support a sole of a user's foot; an inner layer below the upper surface; two connection points, each connection point dispersed around the periphery of the sole support; an upper defining an opening adapted to receive entry of the user's foot into the shoe; a rear portion of the upper configured to secure the user's foot in the shoe, the rear portion being located on the upper surface of the sole support; a deformable element comprising a rear flexible loop having two ends, each end being directly connected to a respective one of the connection points, each connection point comprising a structure contiguously extending into the inner layer of the sole support at one of said connection points, the rear flexible loop being operatively attached to said rear portion; wherein the rear flexible loop is configured to have a native position in which the rear flexible loop holds the rear portion of the shoe in a closed position securing the user's foot in the shoe; and wherein the rear flexible loop may be deformed by an opening force to open the shoe to permit rapid entry of the user's foot into the shoe, the rear flexible loop further comprising a rear bending portion or an upper spinning portion.
A method for automatically predicting a suboptimal shooting mistake comprising: providing a plurality of good example reference data examples of shot dispersion patterns and examples from a sensor mounted on a weapon that do not indicate the suboptimal shooting mistake to a machine learning algorithm; providing a plurality of bad example reference data examples of shot dispersion patterns and examples from the sensor mounted on the weapon that do indicate the suboptimal shooting mistake to the machine learning algorithm; calculating an error value for the machine learning algorithm based on differences between a desired response of the machine learning algorithm and an actual response of the machine learning algorithm to the plurality of good example reference data examples and to the plurality of bad example reference data examples; adjusting weights in the machine learning algorithm and back propagating the error value until the error value is below a given threshold value; obtaining training data of a trainee's shot dispersion data and from at least one sensor mounted on a trainee's weapon, wherein the at least one sensor is identical to the sensor used in examples from the reference data; using the machine learning algorithm including the weights to classify the training data into a classification of either including the suboptimal shooting mistake or not including the suboptimal shooting mistake; and, displaying feedback on a screen about the suboptimal shooting mistake based on the classification providing a plurality of good example reference data examples of shot dispersion patterns and examples from a sensor mounted on a weapon that do not indicate the suboptimal shooting mistake to a machine learning algorithm; providing a plurality of bad example reference data examples of shot dispersion patterns and examples from the sensor mounted on the weapon that do indicate the suboptimal shooting mistake to the machine learning algorithm; calculating an error value for the machine learning algorithm based on differences between a desired response of the machine learning algorithm and an actual response of the machine learning algorithm to the plurality of good example reference data examples and to the plurality of bad example reference data examples; adjusting weights in the machine learning algorithm and back propagating the error value until the error value is below a given threshold value; obtaining training data of a trainee's shot dispersion data and from at least one sensor mounted on a trainee's weapon, wherein the at least one sensor is identical to the sensor used in examples from the reference data; using the machine learning algorithm including the weights to classify the training data into a classification of either including the suboptimal shooting mistake or not including the suboptimal shooting mistake; and, displaying feedback on a screen about the suboptimal shooting mistake based on the classification
A computer-implemented method, comprising: computing a first quality score (184) for re-constructed video content based on a first set of values (172, 174) for a first set of features (422) and a first perceptual quality model (190) that associates the first set of values (172, 174) with the first quality score (184), wherein the first perceptual quality model (190) is generated via a first machine learning algorithm; computing a second quality score (184 for the re-constructed video content based on a second set of values (172, 174) for a second set of features (422) and a second perceptual quality model (190) that associates the second set of values (172, 174) with the second quality score (184) wherein the second perceptual quality model (190) is generated via a second machine learning algorithm; and determining an overall quality score for the re-constructed video content based on the first quality score (184) and the second quality score (184), wherein the overall quality score indicates a level of visual quality associated with streamed video content. computing a first quality score (184) for re-constructed video content based on a first set of values (172, 174) for a first set of features (422) and a first perceptual quality model (190) that associates the first set of values (172, 174) with the first quality score (184), wherein the first perceptual quality model (190) is generated via a first machine learning algorithm; computing a second quality score (184 for the re-constructed video content based on a second set of values (172, 174) for a second set of features (422) and a second perceptual quality model (190) that associates the second set of values (172, 174) with the second quality score (184) wherein the second perceptual quality model (190) is generated via a second machine learning algorithm; and determining an overall quality score for the re-constructed video content based on the first quality score (184) and the second quality score (184), wherein the overall quality score indicates a level of visual quality associated with streamed video content.
Method for capturing and assessing a plane for the obstacle detection of objects, in which an object (6, 14) present in the direction of a relative direction of movement, in particular a direction of travel, is captured by means of a sensor which is arranged, in particular, on a vehicle, wherein the sensor is aimed at the plane and the distance (y) between the sensor and at least one measuring point is determined by means of a control unit, wherein the actual values of the distance (y) which are determined in this manner are compared with a reference value as a desired value which results from the fact that the scanning beam of the sensor strikes the road plane at an expected distance (y) which results from trigonometry, and, if the actual value deviates from the desired value, the difference value is supplied to an assessment either as an object, an obstacle, a hole, a floating part, an error in the road plane or the like or as a measurement error, and wherein an object positioned in the direction of movement is captured, in addition to the distance measurement of the plane, by means of a further sensor, characterized in that a deceleration-related and/or acceleration-related inclination of the vehicle is captured as a difference value and is compared with speed measurement signals by the control unit.
A pressure generating device for an installation for energy generation from at least one of solar and wind energy, the installation having a turbine, which is connected via a conduct with the pressure generating device, the pressure generating device having a casing comprising at least one air inlet, through which air can enter into the interior of the pressure generating device, and at least one air outlet, through which heated air can exit the interior of the pressure generating device, the pressure generating device comprising means for conversion of impacting solar energy into thermal energy, so that by these means the air being in the interior of the pressure generating device can be heated, whereby the pressure generating device creates a negative pressure in the interior, that the air inlet of the pressure generating device is formed by one or more openings of casing, characterized in that the casing of the pressure generating device has a lamella arrangement with a number of lamellas being separated by gaps, that the lamellas are made of solar glass, that the air outlet allowing an exit of heated air from the interior of the pressure generating device is formed by the gaps provided between the lamellas of the lamella arrangement.
A method for modifying ungranulated solid matrix 3-sn-phosphoglyceride molecules, comprising forming a reaction mixture by contacting ungranulated solid matrix 3-sn-phosphoglyceride molecules with an amount of phospholipase A 2 sufficient to modify an ester bond of the 3-sn-phosphoglyceride molecules, wherein the solid matrix is not granulated prior to contact with the phospholipase A 2 and wherein the reaction mixture is mixed to bring the phospholipase A 2 into contact with the ungranulated solid matrix, adding to the reaction mixture one or more fatty acids and one or more agents selected from the group consisting of monoglyceride; diglyceride; polyglycerol fatty acid ester; sucrose fatty acid ester; sorbitan fatty acid ester; glycerol and other alcohol functional groups including serine and ethanolamine; and incubating the reaction mixture to hydrolyze the 2-acyl bond, wherein the ungranulated solid matrix 3-sn-phosphoglyceride molecules are hydrolyzed with >99% efficiency and wherein the hydrolysis of the ungranulated solid matrix 3-sn-phosphoglyceride molecules is complete within 7 hours.
A door-locking device particularly for electrical household appliances, comprising an actuator; a locking pin controllable by the actuator and adapted to cooperate with a movable latching slider to lock a door of an electrical household appliance, said locking pin being movable between a rest position, wherein the locking pin allows the latching slider to move, and a lock position, wherein the locking pin prevents said latching slider from moving; a detection switch able to switch between an open position and a closed position following a movement of the latching slider, said detection switch comprising a fixed contact element and a movable contact element resiliently stressed in closure towards the fixed contact element, and a movable control member interacting with the movable contact element for closing/opening the detection switch; wherein the control member is adapted to cooperate with the latching slider and is also movable by effect of a movement of the locking pin; wherein the door-locking device is characterized in that the control member is movable along a direction parallel to the direction of movement of the latching slider due to a movement of the locking pin.
A rare earth ion doped lanthanum gallate luminous material containing metal particles, wherein the chemical formula of said rare earth ion doped lanthanum gallate luminous material containing metal particles is La 1-x GaO 3:Ln x,M y, wherein Ln is rare earth ion, M is metal particle, said M is one of Ag metal particle, Au metal particle, Pt metal particle and Pd metal particle, said Ln is one or more of Tm 3+, Tb 3+, Eu 3+ and Sm 3+, the value range of x is 0.001 to 0.1, and the value range of y is 0.00002 to 0.01.
A method for abstracting a user interface, comprising the operations of: receiving, at an abstract user interface manager for abstracting a user interface, a request from an application program to present data to a user, wherein the abstract user interface manager provides both an abstract context that allows an application program to abstractly interact with a user interface device that is currently available using abstract controls and a direct context that allows the application program to interact directly with a user interface device that is currently available using direct controls; determining, by the abstract user interface manager, which user interface devices are currently available; selecting, by the abstract user interface manager, a particular user interface device; providing, by the abstract user interface manager, abstract controls for the selected user interface device to the application program; presenting, by the abstract user interface manager, the data to the user using the selected user interface device. receiving, at an abstract user interface manager for abstracting a user interface, a request from an application program to present data to a user, wherein the abstract user interface manager provides both an abstract context that allows an application program to abstractly interact with a user interface device that is currently available using abstract controls and a direct context that allows the application program to interact directly with a user interface device that is currently available using direct controls; determining, by the abstract user interface manager, which user interface devices are currently available; selecting, by the abstract user interface manager, a particular user interface device; providing, by the abstract user interface manager, abstract controls for the selected user interface device to the application program; presenting, by the abstract user interface manager, the data to the user using the selected user interface device.
A hydrogel obtained by crosslinking a polyalkylene glycol derivative having a cyclic benzylidene acetal structure with a crosslinking agent, wherein the polyalkylene glycol derivative having a cyclic benzylidene acetal structure is represented by the following formula: wherein, in the formula, R 1 and R 6 are each independently a hydrogen atom or a hydrocarbon group; R 2, R 3, R 4 and R 5 are each independently an electron-withdrawing or electron-donating substituent or a hydrogen atom; s is 1 or 2, t is 0 or 1, and s + t is 1 or 2; P 1 is a polyalkylene glycol having number of terminals from 2 to 8, and all terminals of the polyalkylene glycol constituting P 1 are connected to Z 1 respectively; Z 1 and Z 2 are each independently a selected divalent spacer; W 1 is an integer of 2 to 8 and is equal to the number of terminals of the polyalkylene glycol; and X 1 is a chemically reactive functional group.
A smart lock of a bicycle, comprising: a bicycle locking apparatus, which works with a key, including a gear, a locking member, and a driving module, wherein the locking member has a locking tooth portion, and the driving module moves the locking member to engage and disengage the locking tooth portion of the locking member with an engaging portion of the key; wherein when the key is inserted into the smart lock, the engaging portion of the key engages the gear and drives the gear, and the key activates the driving module to move the locking member for engaging the locking tooth portion with the gear, so that the bicycle is locked; when the driving module moves the locking member to disengage the locking tooth portion with the gear, the bicycle is unlocked and the key is able to be moved away from the smart lock; the smart lock being characterized in that the bicycle locking apparatus further includes a ratchet member and a spring urging the ratchet toward the gear; the bicycle is locked when the ratchet member is moved toward a center of the gear, and the bicycle is unlocked when the ratchet member is moved away from the center of the gear. a bicycle locking apparatus, which works with a key, including a gear, a locking member, and a driving module, wherein the locking member has a locking tooth portion, and the driving module moves the locking member to engage and disengage the locking tooth portion of the locking member with an engaging portion of the key; wherein when the key is inserted into the smart lock, the engaging portion of the key engages the gear and drives the gear, and the key activates the driving module to move the locking member for engaging the locking tooth portion with the gear, so that the bicycle is locked; when the driving module moves the locking member to disengage the locking tooth portion with the gear, the bicycle is unlocked and the key is able to be moved away from the smart lock; the smart lock being characterized in that the bicycle locking apparatus further includes a ratchet member and a spring urging the ratchet toward the gear; the bicycle is locked when the ratchet member is moved toward a center of the gear, and the bicycle is unlocked when the ratchet member is moved away from the center of the gear.
A method for leak testing of defined pipe sections of water pipes whose tube pipes consist of a viscoelastic material, by supplying water to the pipe section to be tested until a test pressure is reached, measuring the pressure in the pipe section to be tested and registering the pressure curve in the pipe section in the rest phase as a function over time and comparing the thus occurring pressure drop with an expected pressure curve under consideration of the air volume present in the pipe section to be tested, characterised in that during the measuring process, a contraction test is performed by means of a simulation of material-related volume changes to be expected in the course of time with a system of differential equations describing the contraction behaviour of viscoelastic materials.
An apparatus for removing eggs from an egg carrier, the apparatus comprising: a frame; an egg lifting system secured to the frame, the egg lifting system having an array of egg lifting devices configured to lift eggs from an egg carrier; and a platform assembly secured to the frame, the platform assembly having a platform or an endless belt configured to be moveably disposed between the array of egg lifting devices and the egg carrier such that the platform or endless belt is capable of being positioned to receive eggs released from the egg lifting devices while concurrently obstructing access of the egg lifting devices to the egg carrier, the platform assembly having a drive assembly configured to wind or retract and unwind or extend the platform or rotate the endless belt to follow a serpentine path and be wound when in the retracted position, whereby the platform or endless belt is capable of being moveably disposed between the array of egg lifting devices and the egg carrier. a frame; an egg lifting system secured to the frame, the egg lifting system having an array of egg lifting devices configured to lift eggs from an egg carrier; and a platform assembly secured to the frame, the platform assembly having a platform or an endless belt configured to be moveably disposed between the array of egg lifting devices and the egg carrier such that the platform or endless belt is capable of being positioned to receive eggs released from the egg lifting devices while concurrently obstructing access of the egg lifting devices to the egg carrier, the platform assembly having a drive assembly configured to wind or retract and unwind or extend the platform or rotate the endless belt to follow a serpentine path and be wound when in the retracted position, whereby the platform or endless belt is capable of being moveably disposed between the array of egg lifting devices and the egg carrier.