mhurhangee/ep-ind-claims huggingface dataset:
A vehicle control system comprising: detecting means (26, 41) for detecting a steering angle of a steering wheel and a steering velocity of the steering wheel through driver's steering operation; and target setting means for, when the steering wheel is being steered from a neutral state of the steering wheel without changing a steering direction, setting a steering torque corresponding to the detected steering angle and the detected steering velocity as a target steering torque, characterized in that the setting of the steering torque is executed on the basis of a preset correlation at each steering velocity between a resistance quantity of the driver and one of the steering angle and the steering torque, the resistance quantity being obtained on the basis of a sensory quantity of a rate of a variation in the steering torque with respect to a variation in the steering angle and a sensory quantity of the steering torque; and the vehicle control system further comprises control means for executing control such that the target steering torque set by the target setting means is achieved. detecting means (26, 41) for detecting a steering angle of a steering wheel and a steering velocity of the steering wheel through driver's steering operation; and target setting means for, when the steering wheel is being steered from a neutral state of the steering wheel without changing a steering direction, setting a steering torque corresponding to the detected steering angle and the detected steering velocity as a target steering torque, characterized in that the setting of the steering torque is executed on the basis of a preset correlation at each steering velocity between a resistance quantity of the driver and one of the steering angle and the steering torque, the resistance quantity being obtained on the basis of a sensory quantity of a rate of a variation in the steering torque with respect to a variation in the steering angle and a sensory quantity of the steering torque; and the vehicle control system further comprises control means for executing control such that the target steering torque set by the target setting means is achieved.
A method of determining a potential preserved visual acuity in a retina of a patient, the method comprising imaging the retina of the patient to create a dataset corresponding to an amount of tissue connecting inner and outer plexiform layers at different distances from the fovea, and computing the potential preserved visual acuity from said dataset.
A method for the halftoning of gray scale images comprising utilizing a pixel-by-pixel comparison of the image against an anisotropic stochastic screen having two directions that are perpendicular to each other and comprising a set of halftone threshold level signals, each threshold signal corresponding to a unique location in a halftone cell, wherein the anisotropic stochastic screen is constructed such that the distance of on events are closer in one of said directions than the other and comprises a non-deterministic, non-white noise function which is designed to, when used to threshold a grey scale image, produce anisotropic dot patterns in which the distance of output dots are closer in one of said directions than the other thereby having a power spectrum characterized as having negligible low frequency components and a high-frequency region which has an absence of stronger dominant spikes.
A method, performed by a wearable device, the method comprising: receiving an inmate profile that includes information regarding a dynamic user interface of the wearable device; receiving an administrative rule that specifies a first restriction regarding a first authorized function of the wearable device and a second restriction regarding a second authorized function, wherein the first restriction is a global restriction that applies to all inmates in a controlled environment and the second restriction is an inmate-specific restriction that is specific to an inmate; verifying that the administrative rule is received from an authorized source associated with a controlled environment; and performing the first authorized function based at least on the inmate profile and the first restriction, wherein the authorized function includes: customizing a setting of the dynamic user interface of the wearable device based on the inmate profile and the administrative rule; displaying the dynamic user interface based at least in part on the customized setting; and performing the second authorized function based at least on the inmate profile and the second restriction, wherein the second authorized function includes a locking timer associated with a predetermined time period that the wearable device is attached to the inmate, wherein the wearable device is semi-permanently attached to the inmate. receiving an inmate profile that includes information regarding a dynamic user interface of the wearable device; receiving an administrative rule that specifies a first restriction regarding a first authorized function of the wearable device and a second restriction regarding a second authorized function, wherein the first restriction is a global restriction that applies to all inmates in a controlled environment and the second restriction is an inmate-specific restriction that is specific to an inmate; verifying that the administrative rule is received from an authorized source associated with a controlled environment; and performing the first authorized function based at least on the inmate profile and the first restriction, wherein the authorized function includes: customizing a setting of the dynamic user interface of the wearable device based on the inmate profile and the administrative rule; displaying the dynamic user interface based at least in part on the customized setting; and performing the second authorized function based at least on the inmate profile and the second restriction, wherein the second authorized function includes a locking timer associated with a predetermined time period that the wearable device is attached to the inmate, wherein the wearable device is semi-permanently attached to the inmate.
An absorbent article, comprising: a chassis comprising a topsheet, a backsheet and an absorbent core disposed between the topsheet and the backsheet; a first elastomeric laminate comprising a first plurality of elastics between inner and outer nonwovens (306, 308); wherein the first plurality of elastics has an Average-Strand-Spacing from about 0.25 mm to about 4 mm; wherein the Average-Dtex of the first plurality of elastics is from about 10 to about 500; wherein the Pressure-Under-Strand of the first plurality of elastics, is from about 690 Pa (0.1 psi) to about 6900 Pa (1 psi); and wherein the first plurality of elastics has an Open Area from 80% to 90%, wherein the Average-Strand-Spacing, Average-Dtex, Pressure-Under-Strand and Open Area are as measured using the relevant method described herein. a chassis comprising a topsheet, a backsheet and an absorbent core disposed between the topsheet and the backsheet; a first elastomeric laminate comprising a first plurality of elastics between inner and outer nonwovens (306, 308); wherein the first plurality of elastics has an Average-Strand-Spacing from about 0.25 mm to about 4 mm; wherein the Average-Dtex of the first plurality of elastics is from about 10 to about 500; wherein the Pressure-Under-Strand of the first plurality of elastics, is from about 690 Pa (0.1 psi) to about 6900 Pa (1 psi); and wherein the first plurality of elastics has an Open Area from 80% to 90%, wherein the Average-Strand-Spacing, Average-Dtex, Pressure-Under-Strand and Open Area are as measured using the relevant method described herein.
A dispenser comprising: a housing having a first reservoir chamber containing a first oral care material and a second reservoir chamber containing a second oral care material, the second oral care material being different than the first oral care material; a mixing chamber disposed in the housing, a mixing screw disposed within the mixing chamber and having an actuator for rotating the mixing screw; a first delivery port for introducing the first oral care material into the mixing chamber from the first reservoir chamber and a second delivery port for introducing the second oral care material into the mixing chamber from the second reservoir chamber; and a dispensing nozzle for dispensing a mixture of the first and second oral care materials (431, 441); wherein the dispenser is configured such that rotation of the mixing screw draws the first and second oral care materials (431, 441) into the mixing chamber via the first and second delivery ports (434, 444) respectively and expels the mixture of the first and second oral care materials from the nozzle; such that the first and second delivery ports (434, 444) deliver the first and second oral care materials (431, 441) to a bottom portion of the mixing chamber and the nozzle dispenses the mixture of the first and second oral care materials from a top portion of the mixing chamber; such that the first and second oral care materials (431, 441) flow in a first axial direction from the first and second reservoir chambers (430,440) respectively to the mixing chamber, and such that the first and second oral care materials (431, 441) flow in a second axial direction within the mixing chamber, the second axial direction being opposite the first axial direction; characterized in that the first and second reservoir chambers (430, 440) are longitudinally adjacent to the mixing chamber. a housing having a first reservoir chamber containing a first oral care material and a second reservoir chamber containing a second oral care material, the second oral care material being different than the first oral care material; a mixing chamber disposed in the housing, a mixing screw disposed within the mixing chamber and having an actuator for rotating the mixing screw; a first delivery port for introducing the first oral care material into the mixing chamber from the first reservoir chamber and a second delivery port for introducing the second oral care material into the mixing chamber from the second reservoir chamber; and a dispensing nozzle for dispensing a mixture of the first and second oral care materials (431, 441);
A battery pack comprising: a battery comprising at least one battery cell, a first battery terminal, and a second battery terminal; a first pack terminal and a second pack terminal that are connected to a charger; a discharging switch comprising a first switch and a diode, the first switch being connected between the second pack terminal and the second battery terminal, the diode being connected in parallel to the first switch and having a forward direction in which charging current of the battery flows; and a battery management unit configured to determine a charging mode from one of a first charging mode in which the battery is supplied with a voltage corresponding to a voltage applied between the first pack terminal and the second pack terminal, using charging current flowing through the first switch and a second charging mode in which the battery is supplied with a target voltage that is lower than the voltage applied between the first pack terminal and the second pack terminal by a preset voltage, using charging current flowing through the diode, characterised in that the battery management unit is configured to start charging the battery in the first charging mode and then switch the charging mode to the second charging mode when the battery is charged to a preset reference voltage that is lower than the target voltage. a battery comprising at least one battery cell, a first battery terminal, and a second battery terminal; a first pack terminal and a second pack terminal that are connected to a charger; a discharging switch comprising a first switch and a diode, the first switch being connected between the second pack terminal and the second battery terminal, the diode being connected in parallel to the first switch and having a forward direction in which charging current of the battery flows; and a battery management unit configured to determine a charging mode from one of a first charging mode in which the battery is supplied with a voltage corresponding to a voltage applied between the first pack terminal and the second pack terminal, using charging current flowing through the first switch and a second charging mode in which the battery is supplied with a target voltage that is lower than the voltage applied between the first pack terminal and the second pack terminal by a preset voltage, using charging current flowing through the diode, characterised in that the battery management unit is configured to start charging the battery in the first charging mode and then switch the charging mode to the second charging mode when the battery is charged to a preset reference voltage that is lower than the target voltage.
A cooling device comprising a body having a rear wall having an inner surface, an outer surface produced from cellulosic material and an insulation material filled in the volume between the inner surface and the outer surface, characterized by more than one protrusion arranged regularly in the horizontal and the vertical directions on the outer surface at certain intervals and located on the outer surface so as to follow each other in the horizontal and the vertical directions and that form a matrix that covers almost the entire outer surface wherein the protrusions extend outwards from the outer surface so that the volume between the inner surface and the outer surface increases.
A skimming and separation device comprising - an outer casing provided with constructions to directly or indirectly fasten all parts, including a number of inflow tubes, and defining a closed container, - a floater configured to create the skimming function of the device, the floater is attached at its lower side to an essentially vertically arranged bellow structured to allow the floater to adapt flow into a substantially circum volume by allowing flow in a downward direction into the inflow tubes, such that debris and floating pollutions enter the container below the accumulated debris and floating pollutions, - a discharge tube adapted to be connected to a storage equipment, - a power device, e.g. an electric motor, with a propeller, wherein said power device is controlled by a control unit, and wherein said power device is configured to be controlled such that various kinds of flows and pressures may be generated to control the in-flow and out-flow of the device, the skimming and separation device further comprises a fourth valve, vf4, or a discharge pump with discharge tube, arranged in communication with an upper part of the container, said fourth valve, or discharge pump, is adapted to create a one way valve function, wherein said fourth valve is configured to prevent flow into the container and to allow flow out from the container to said discharge tube, wherein active pressure gradients to act onto the collected floating pollutions are to be generated either by controlling the power device to generate a reversed flow or by generating suction in the discharge zone, characterized in that each of said inflow tubes comprises an angled lower tube part configured to direct the liquid flow of the inflow tube in an essentially outward horizontal direction inside the container, such that the direction of the liquid flow is in an oblique or tangential direction in relation to the vertical wall of the container, thereby the liquid flow from all tubes will together generate a rotational movement of water and pollutants inside the separation device. - an outer casing provided with constructions to directly or indirectly fasten all parts, including a number of inflow tubes, and defining a closed container, - a floater configured to create the skimming function of the device, the floater is attached at its lower side to an essentially vertically arranged bellow structured to allow the floater to adapt flow into a substantially circum volume by allowing flow in a downward direction into the inflow tubes, such that debris and floating pollutions enter the container below the accumulated debris and floating pollutions, - a discharge tube adapted to be connected to a storage equipment, - a power device, e.g. an electric motor, with a propeller, wherein said power device is controlled by a control unit, and wherein said power device is configured to be controlled such that various kinds of flows and pressures may be generated to control the in-flow and out-flow of the device,
A sensor, comprising: a housing; at least one sensor component disposed within the housing such that there is space between the housing and the sensor component; and a vibrational damping material disposed within the space to dampen vibration of the sensor components relative to the housing, wherein the vibrational damping material includes damper grains, characterised in that the damper grains have a hollow interior defined by a channel therethrough. a housing; at least one sensor component disposed within the housing such that there is space between the housing and the sensor component; and a vibrational damping material disposed within the space to dampen vibration of the sensor components relative to the housing, wherein the vibrational damping material includes damper grains, characterised in that the damper grains have a hollow interior defined by a channel therethrough.
A method for producing an inflatable product including the steps of providing a first sheet made of weldable plastic, providing a second sheet made of weldable plastic, the first and second sheets (5,7) cooperating to define an inflatable chamber, providing a plurality of tensioning structures (4,4'), each tensioning structure including a weldable plastic, the plurality of tensioning structures including a first portion and a second portion, folding each of the plurality of tensioning structures with the first portion of each tensioning structure adjacent the second portion of each tensioning structure, welding the first portion of each of the plurality of tensioning structures to the first sheet while the plurality of tensioning structures remain folded; welding the second portion of the plurality of tensioning structures to the second sheet while the plurality of tensioning structures remain folded, and characterized by providing a plurality of isolating members; positioning the isolating members between the first and second portions of the plurality of tensioning structures (4,4') wherein the first and second portions of the plurality of tensioning structures (4,4') are simultaneously welded to the first and second sheets (5,7) respectively and wherein the isolating members prevent the first and second portions of the plurality of tensioning structures being welded together; and sealing the first and second sheets together to define the inflatable chamber with the isolating members positioned in the inflatable chamber such that the isolating members remain inside the inflatable product.
A control system for an electric motor having a first control device arranged to control current in a first coil set for generating a first torque on a rotor and a second control device arranged to control current in a second coil set for generating a second torque on the rotor, the system comprising a controller arranged to instruct the first control device to control current in the first coil set to generate a torque on the rotor to allow rotation of the rotor; characterised by means for measuring a characteristic associated with the second coil set resulting from the rotation of the rotor from the torque generated by the first coil set while substantially no current is flowing in the coils of the second coil set.
Identification plate for bonding to a wall of an object requiring protection, comprising a first plate having a first information printed thereon, and a second plate located in a window provided within the first plate, wherein the second plate (6, 7, 8) comprises a stratified material comprising at least two layers (6, 8) and incorporates a second information printed on the bottom surface or on an intermediate surface of the stratified material, characterised in that all the layers in the stratified material are joined together permanently, thereby becoming a single piece which cannot be separated into its original components, and in that the bottom surface of the second plate is provided with a cyanoacrylate adhesive to strongly bond the second plate to a wall of the object requiring protection, such that the level of protection of the second information is higher than that of the first information.
A method for detecting anomalous behavior in network traffic, the method comprising: monitoring network traffic in a network, wherein the network traffic is separated into network flow data that comprises individual time slices; constructing a first model that predicts aspects of the network traffic, wherein the first model learns representations of network data using a recurrent neural network, RNN, by processing sequences of network data with the RNN to generate the representations; using the first model to embed a sequence of network data into a first vector space, the sequence of network data comprising an ordered sequence of the individual time slices; constructing a second model that processes the sequence of network data in reverse-time order; using the second model to embed the sequence of network data into a second vector space, wherein individual time slices from the sequence of network data are presented in reverse chronological order; transforming an output of the second model to compensate for the reverse chronological order before sending the output of the second model to a projection layer; combining both outputs from the first model and the second model in the projection layer; analyzing the sequence of network data to predict an aspect of the network traffic; and generating data that indicates a network anomaly if abnormal behavior is identified. monitoring network traffic in a network, wherein the network traffic is separated into network flow data that comprises individual time slices; constructing a first model that predicts aspects of the network traffic, wherein the first model learns representations of network data using a recurrent neural network, RNN, by processing sequences of network data with the RNN to generate the representations; using the first model to embed a sequence of network data into a first vector space, the sequence of network data comprising an ordered sequence of the individual time slices; constructing a second model that processes the sequence of network data in reverse-time order; using the second model to embed the sequence of network data into a second vector space, wherein individual time slices from the sequence of network data are presented in reverse chronological order; transforming an output of the second model to compensate for the reverse chronological order before sending the output of the second model to a projection layer; combining both outputs from the first model and the second model in the projection layer; analyzing the sequence of network data to predict an aspect of the network traffic; and generating data that indicates a network anomaly if abnormal behavior is identified.
A nucleic acid for use in a method of treating neurodegeneration, wherein the treatment involves upregulating the expression of Survival of Motor Neuron 2, the nucleic acid being single stranded, having a length of 8 to 40 nucleotides and comprising a base sequence complementary to a contiguous sequence of at least 8 bases of a PRC2-binding long non-coding RNA (IncRNA) that represses expression of SMN2, wherein at least one nucleotide of the nucleic acid is a modified nucleotide, wherein the nucleic acid interferes with binding of PRC2 to the PRC2-binding IncRNA, wherein the PRC2-binding IncRNA is transcribed from the chromosomal locus of SMN2, and wherein the PRC2 binding region has a nucleotide sequence protected from endogenous nucleases during an RNA immunoprecipitation procedure using an antibody to Ezh2.