mhurhangee/ep-ind-claims huggingface dataset:
An antenna comprising: a feeding point; a first conductor (302, 303, 305, 306, 307) connected to said feeding point, including, as an open end, an end which is not connected to said feeding point, and having a linear form; and a second conductor formed to branch from said first conductor, including, as an open end, an end on an opposite side of the point of branching from said first conductor, and having a linear form, wherein at least part of said first conductor and at least part of said second conductor are formed on different planes of a substrate and include coupling portions electromagnetically coupled to each other, wherein the coupling portion of said first conductor has a conductor width larger than that of other portions of said first conductor and the coupling portion of said second conductor has a conductor width larger than that of other portions of said second conductor, wherein the coupling portion of said first conductor includes the open end of said first conductor and the coupling portion of said second conductor includes the open end of said second conductor, wherein the antenna is an antenna operating in a plurality of frequency bands, wherein a length of said first conductor is smaller than 1/4 of a wavelength in an operating frequency band to which said first conductor is configured to operate, and wherein a length of said second conductor is smaller than 1/4 of a wavelength in an operating frequency band to which said second conductor is configured to operate. a feeding point; a first conductor (302, 303, 305, 306, 307) connected to said feeding point, including, as an open end, an end which is not connected to said feeding point, and having a linear form; and a second conductor formed to branch from said first conductor, including, as an open end, an end on an opposite side of the point of branching from said first conductor, and having a linear form, wherein at least part of said first conductor and at least part of said second conductor are formed on different planes of a substrate and include coupling portions electromagnetically coupled to each other, wherein the coupling portion of said first conductor has a conductor width larger than that of other portions of said first conductor and the coupling portion of said second conductor has a conductor width larger than that of other portions of said second conductor, wherein the coupling portion of said first conductor includes the open end of said first conductor and the coupling portion of said second conductor includes the open end of said second conductor, wherein the antenna is an antenna operating in a plurality of frequency bands, wherein a length of said first conductor is smaller than 1/4 of a wavelength in an operating frequency band to which said first conductor is configured to operate, and wherein a length of said second conductor is smaller than 1/4 of a wavelength in an operating frequency band to which said second conductor is configured to operate.
Autonomous robot for cleaning smooth surfaces, comprising a main body, wherein the main body has a displacement device, by means of which the main body can be displaced automatically over the smooth surface which is to be cleaned, and wherein the main body has a water-supply line for channelling water onto the smooth surface and a water-discharge line for removing dirty water from the smooth surface, characterized in that the water-supply line applies the water by capillary action to the smooth surface.
A method, comprising: determining, at a low power and lossy network, LLN, transmitting device, a first data frame to a first destination and a second data frame to a second destination; determining (615, 620) whether an optimal subcarrier subset of the first destination and an optimal subcarrier subset of the second destination overlap and share subcarriers; if it is determined that at least one subcarrier is not shared between the optimal subcarrier subset of the first destination and the optimal subcarrier subset of the second destination, assigning the optimal subcarrier subset of the first destination and the optimal subcarrier subset of the second destination in a non-overlapping arrangement to the first and second data frames; augmenting a transmission physical, PHY, header with a destination and tone map tuple for each of the first and second destinations; and transmitting the transmission with the first and second data frames simultaneously on the assigned subcarriers. determining, at a low power and lossy network, LLN, transmitting device, a first data frame to a first destination and a second data frame to a second destination; determining (615, 620) whether an optimal subcarrier subset of the first destination and an optimal subcarrier subset of the second destination overlap and share subcarriers; if it is determined that at least one subcarrier is not shared between the optimal subcarrier subset of the first destination and the optimal subcarrier subset of the second destination, assigning the optimal subcarrier subset of the first destination and the optimal subcarrier subset of the second destination in a non-overlapping arrangement to the first and second data frames; augmenting a transmission physical, PHY, header with a destination and tone map tuple for each of the first and second destinations; and transmitting the transmission with the first and second data frames simultaneously on the assigned subcarriers.
A method for detecting suspicious events in an event file generated by a software component for collecting information relating to a data flow circulating on an IP communication network, an event being characterized by a plurality of parameters, the method including a step for estimating a probability of occurrence of an event from a sample consisting of the events (X(n)) of the file, and a step for associating an alarm with a particular event of the file when said particular event complies with an alert rule based on the value of the probability of the occurrence of said particular event, calculated by using the estimated occurrence probability, characterised in that the estimation of a probability of occurrence of an event includes, for each parameter (Xi) of an event, a step for estimating an individual probability (Pi) of occurrence of said parameter, considered to be independent of the estimation of the other parameters, from a sample formed with the values (Xi(n)) of said parameter for events of the file, and a step for estimating a dependency ( θ ij) between the parameters of an event.
Park release valve for a trailer vehicle with pneumatic braking system and for controlling the pressure in spring brake cylinders (46, 47), and having the following features: a) a first control piston, a second control piston, b) a supply pressure port, a reservoir pressure port, a vent port, a pressure outlet port, c) the first control piston can be moved into driving position and parking position, d) the second control piston can be moved into driving position and release position, characterized in that e) when both control pistons (70, 75) are in the driving position, the supply pressure port is connected to the pressure outlet port, f) when the first control piston is in the parking position and the second control piston is in the driving position, the pressure outlet port is connected to the vent port, g) when the first control piston is in the driving position and the second control piston is in the release position, the reservoir pressure port is connected to the pressure outlet port. a) a first control piston, a second control piston, b) a supply pressure port, a reservoir pressure port, a vent port, a pressure outlet port, c) the first control piston can be moved into driving position and parking position, d) the second control piston can be moved into driving position and release position, characterized in that e) when both control pistons (70, 75) are in the driving position, the supply pressure port is connected to the pressure outlet port, f) when the first control piston is in the parking position and the second control piston is in the driving position, the pressure outlet port is connected to the vent port, g) when the first control piston is in the driving position and the second control piston is in the release position, the reservoir pressure port is connected to the pressure outlet port.
A power supplying arrangement for a wind turbine facility for supplying electrical power to a switchgear (114,122,212,330) being able to isolate the wind turbine facility from an electrical network (118,124,315), the power supplying arrangement comprising: - a first electrical power supply path (202,311,312,313,314,316) able to provide electrical power to the switchgear, and - a first power switch (206,307,308,309,310,319) able to break said first electrical power supply path, wherein the power supplying arrangement further comprises at least one parallel electrical power supply path (204,311,312,313,314) able to provide electrical power to the switchgear, said parallel electrical supply path being breakable with at least another respective parallel power switch (208,301,302,303,304,307,308,309,310). - a first electrical power supply path (202,311,312,313,314,316) able to provide electrical power to the switchgear, and - a first power switch (206,307,308,309,310,319) able to break said first electrical power supply path,
A composition comprising a hyaluronic acid having a crosslinking group(s) and a hydrophilic polysaccharide having a hydrophobic group(s), wherein the hyaluronic acid having a crosslinking group(s) is preparable by crosslinkage formation reaction in hyaluronic acid having a crosslinkable group(s) in the presence of the hydrophilic polysaccharide wherein the hydrophilic polysaccharide may have a crosslinkable group(s); wherein the hydrophobic group is a group containing a cholesteryl group; and wherein the hydrophilic polysaccharide forms a particulate upon association of the hydrophobic groups.
A method for preparing for three-dimensional printing from medical scan data, the method comprising: acquiring, from a medical imaging system, the scan data representing an anatomic structure of a patient, wherein acquiring comprises acquiring the scan data as computed tomography, magnetic resonance, or ultrasound scan data with a computed tomography scanner, a magnetic resonance imaging system, or an ultrasound scanner, respectively; creating a patient mesh of a surface of the anatomic structure of the patient; characterized by calculating, by a processor, a transform of the patient mesh to a template mesh; applying, by the processor, the transform to a three-dimensional print model corresponding to the template mesh, resulting in a transformed three-dimensional print model, wherein applying the transform comprises warping the three-dimensional print model, the three-dimensional print model being created for three-dimensional printing of the template mesh; and outputting the transformed three-dimensional print model to a three-dimensional printer. acquiring, from a medical imaging system, the scan data representing an anatomic structure of a patient, wherein acquiring comprises acquiring the scan data as computed tomography, magnetic resonance, or ultrasound scan data with a computed tomography scanner, a magnetic resonance imaging system, or an ultrasound scanner, respectively; creating a patient mesh of a surface of the anatomic structure of the patient; characterized by calculating, by a processor, a transform of the patient mesh to a template mesh; applying, by the processor, the transform to a three-dimensional print model corresponding to the template mesh, resulting in a transformed three-dimensional print model, wherein applying the transform comprises warping the three-dimensional print model, the three-dimensional print model being created for three-dimensional printing of the template mesh; and outputting the transformed three-dimensional print model to a three-dimensional printer.
Beamforming method employing a plurality of microphones (M1...MM) arranged in a array or in arrays (21, 31, 31', 31", 31''') with respect to a reference point, including acquiring microphone signals (x1...xM) issued by said plurality of microphones (M1...MM) and combining said microphone signals (x1...xM) to obtain Virtual Microphones (V1...VN), characterized by arranging said plurality of microphones (M1...MM) on at least a circumference at positions spaced of a separation angle (ρ), combining said microphone signals (x1...xM) to obtain at least one pair of directional Virtual Microphones (V1, V2; V1...VN) having respective signals determining respective identical patterns of radiation (Γ V1, Γ 2) with a same origin corresponding to said reference point of the array (21, 31, 31', 31", 31''') and rotated at different pattern direction angles (θ), separated by the separation angle (ρ) between them so that at least a circular sector of said circumference is defined between said different pattern direction angles (θ), said separation angle (ρ) between said at least one pair of directional Virtual Microphones being lower than π/2, obtaining a sum radiation signal (V SUM) of a sum Virtual Microphone, to which is associated a respective sum radiation pattern (Γ SUM (θ)), obtained by associating a respective weight (α 1, 2) to the signals of said at least one pair of directional Virtual Microphones (V1, V2; V1...VN)), obtaining respective weighted signals of radiation (α 1 V 1, α 2 V 2) and summing said weighted signals (α 1 Γ v1, α 2 Γ v2) to obtain a sum radiation signal (V SUM) having said sum radiation pattern (Γ SUM (θ)), computing said respective weights (α 1, α 2) as a function of a determined pattern direction angle (θ d), of the pattern of radiation (Γ V1, Γ V2) of said pair of directional Virtual Microphones (VI, V2; V1...VN) and of the separation angle (ρ) so that a main-lobe of said sum radiation pattern (Γ SUM (θ)) is steered within said circular sector to point in the direction of said determined pattern direction angle (θ d).
Method for operating a furnace which has a grate at whose end a camera is arranged, wherein a burnout line is determined using image evaluation, as well as optionally the combustion bed thickness, and/or the movement of individual components or surface areas is/are determined, characterized in that an overloaded combustion bed is detected via a characteristic shape of the burnout line.
A method comprising: applying a first transformation function to an input video segment having a first bit depth to generate a first distribution video segment having a second bit depth lower than the first bit depth; defining a region of interest in the input video; applying a second transformation function to the input video segment to generate a second distribution video segment having the second bit depth, wherein the second transformation function is designed to enhance contrast in the region of interest as compared to the first transformation function; sending, to a client, information identifying the availability of the first and second distribution video segments and information indicating that the second distribution video segment is designed for the region of interest; receiving, from the client, a selection of one of the first and second distribution video segments; and responsively sending the selected distribution video segment to the client. applying a first transformation function to an input video segment having a first bit depth to generate a first distribution video segment having a second bit depth lower than the first bit depth; defining a region of interest in the input video; applying a second transformation function to the input video segment to generate a second distribution video segment having the second bit depth, wherein the second transformation function is designed to enhance contrast in the region of interest as compared to the first transformation function; sending, to a client, information identifying the availability of the first and second distribution video segments and information indicating that the second distribution video segment is designed for the region of interest; receiving, from the client, a selection of one of the first and second distribution video segments; and responsively sending the selected distribution video segment to the client.
A method of adjusting the uplink scheduling headroom in a radio system network comprising the steps of: - measuring the current raise over thermal (RoT) - setting (305, 307) the current required reservation margin reserved for neighboring cell load and external interference in response to the measured RoT value, and - adjusting the uplink scheduling headroom in accordance with the reservation margin, characterized in that - the reservation margin is increased when the current RoT value exceeds the allowed maximum RoT value, in that - the reservation margin is decreased when the current RoT value does not exceed the allowed maximum RoT value, and in that - the step size for increasing and/or decreasing the reservation margin is dependent on the delay in the measurement. - measuring the current raise over thermal (RoT) - setting (305, 307) the current required reservation margin reserved for neighboring cell load and external interference in response to the measured RoT value, and - adjusting the uplink scheduling headroom in accordance with the reservation margin, - the reservation margin is increased when the current RoT value exceeds the allowed maximum RoT value, in that - the reservation margin is decreased when the current RoT value does not exceed the allowed maximum RoT value, and in that - the step size for increasing and/or decreasing the reservation margin is dependent on the delay in the measurement.
A system comprising: a plurality of processors including at least a microcontroller and a high-power application processor each configured to be placed in a suspended state; and an analog front-end implemented in hardware and configured to: convert an analog signal generated by a force sensor into a digital signal; store samples of the digital signal in a buffer; filter the digital signal in order to determine deviations in a rate of change of the signal from a baseline value and responsive to the filtered digital signal passing one or more threshold values, wake the microcontroller from the suspended state to analyze the samples of the digital signal in the buffer to determine whether the digital signal corresponds to a human gesture, the microcontroller configured to wake the high-power application processor from the suspended state to process the human gesture based on the digital signal being recognized as a human gesture. a plurality of processors including at least a microcontroller and a high-power application processor each configured to be placed in a suspended state; and an analog front-end implemented in hardware and configured to: convert an analog signal generated by a force sensor into a digital signal; store samples of the digital signal in a buffer; filter the digital signal in order to determine deviations in a rate of change of the signal from a baseline value and responsive to the filtered digital signal passing one or more threshold values, wake the microcontroller from the suspended state to analyze the samples of the digital signal in the buffer to determine whether the digital signal corresponds to a human gesture, the microcontroller configured to wake the high-power application processor from the suspended state to process the human gesture based on the digital signal being recognized as a human gesture. convert an analog signal generated by a force sensor into a digital signal; store samples of the digital signal in a buffer; filter the digital signal in order to determine deviations in a rate of change of the signal from a baseline value and responsive to the filtered digital signal passing one or more threshold values, wake the microcontroller from the suspended state to analyze the samples of the digital signal in the buffer to determine whether the digital signal corresponds to a human gesture, the microcontroller configured to wake the high-power application processor from the suspended state to process the human gesture based on the digital signal being recognized as a human gesture.
An isolated cellulase variant, wherein said variant is a mature form having cellulase activity, and wherein said variant is a variant of a parent cellulase whose amino acid sequence is at least 97% identical to the amino acid sequence of SEQ ID NO: 3, the variation consisting of a substitution at position 63 numbered by correspondence with the amino acid sequence of SEQ ID NO:3, and wherein the substitution causes the cellulase variant to have a more negative net charge in comparison to the amino acid sequence of SEQ ID NO: 3.
A method of making a prepreg comprising fibers and a binder composition, the method comprising: a) placing the fibers on a moving conveying belt and applying the binder composition to the fibers on the moving conveying belt to form a moving mass; and b) passing the moving mass through one or more pairs of opposed, compacting rolls, wherein the fibers and the binder composition are pressed into further contact while passing through the compacting rolls to form the prepreg, wherein the binder composition in the prepreg comprises monomers and/or oligomers of a polymer that are capable of polymerizing into the polymer under polymerization conditions. a) placing the fibers on a moving conveying belt and applying the binder composition to the fibers on the moving conveying belt to form a moving mass; and b) passing the moving mass through one or more pairs of opposed, compacting rolls, wherein the fibers and the binder composition are pressed into further contact while passing through the compacting rolls to form the prepreg, wherein the binder composition in the prepreg comprises monomers and/or oligomers of a polymer that are capable of polymerizing into the polymer under polymerization conditions.
A valve device for regulating the air flow rate in an air passage opening 1 formed in a wall, including a valve positioned on a face of the wall 2 at the mouth of the opening 1, said valve including a rigid support 3 pivotable along a first axis 4 parallel and adjacent to said first face between two positions relative to the opening 1, the support 3 cooperating with a film 5 having dimensions able to obstruct the opening 1 in the wall 2, said film 5 being pivotable independently of the support 3 along an axis parallel and adjacent or identical to the first axis 4 between a position in contact with the support 3 and a position obstructing the opening 1.
A pressure safeguard device for wheels filled with compressed gas, in which at least two tubes which are closed in a circular fashion are arranged next to one another in a tire in such a way as to run around the tire axis and the tire can be installed on a rim, characterized in that the pressure safeguard device comprises at least two, but preferably at least four, in particular at least five tubes, a common supply connection, and a supply line from each tube to the common supply connection, wherein, on each supply line, a connectable and releasable connection is formed between the tube and the common supply connection and wherein a differential pressure closing device is used for each tube, said differential pressure closing device makes it possible to close the connection through the common supply connection to the defective tube by using the pressure of at least one intact tube.