mhurhangee/ep-ind-claims huggingface dataset:
A system of creating a database of items of interest in non-recognized audio streams, taking the non-recognized audio streams from sources of non-recognized audio and identifying repeated segments within the non-recognized audio that may be of interest, the system comprising: a candidate manager, configured to receive non-recognized audio segments, to collect and mark each instant of data in the non-recognized audio segments with a unique identifier; a fingerprint generator, configured to receive the non-recognized audio segments from the candidate manager, to process raw audio segments from the non-recognized audio to extract fingerprint features for the non-recognized audio segments and to index them into a searchable database; and an audio search engine configured to respond to audio search requests from the candidate manager, to use fingerprints of non-recognized audio segments from the fingerprint generator to compare the non-recognized audio segments against the previously indexed non-recognized audio segments in the searchable database, to record matches of the non-recognized audio segments against the indexed non-recognized audio segments and when a particular segment of non-recognized audio accumulates a certain threshold number of matches, to determine that the particular segment of non-recognized audio is of significant enough interest to warrant positive identification by publishing the significant content and fingerprints, and by adding the published fingerprints to another search engine. a candidate manager, configured to receive non-recognized audio segments, to collect and mark each instant of data in the non-recognized audio segments with a unique identifier; a fingerprint generator, configured to receive the non-recognized audio segments from the candidate manager, to process raw audio segments from the non-recognized audio to extract fingerprint features for the non-recognized audio segments and to index them into a searchable database; and an audio search engine configured to respond to audio search requests from the candidate manager, to use fingerprints of non-recognized audio segments from the fingerprint generator to compare the non-recognized audio segments against the previously indexed non-recognized audio segments in the searchable database, to record matches of the non-recognized audio segments against the indexed non-recognized audio segments and when a particular segment of non-recognized audio accumulates a certain threshold number of matches, to determine that the particular segment of non-recognized audio is of significant enough interest to warrant positive identification by publishing the significant content and fingerprints, and by adding the published fingerprints to another search engine.
A magnetic field communication system, comprising: a bearing; a sensor unit, disposed inside the bearing, including: a sensor configured to detect a temperature of oil inside the bearing and to output a sensing signal indicative of the detected oil temperature, and an interface configured to convert the outputted sensing signal into a magnetic field signal and to transmit the magnetic field signal outside the bearing; and an adapter disposed outside the bearing and configured to receive the transmitted magnetic field signal from the sensor unit and to analyze the received magnetic field signal in order to determine a status of the oil temperature, characterised in that the magnetic field communication system further comprises in the adapter a power supply unit configured to generate power using the magnetic field signal from the sensor unit and to store the generated power. a bearing; a sensor unit, disposed inside the bearing, including: a sensor configured to detect a temperature of oil inside the bearing and to output a sensing signal indicative of the detected oil temperature, and an interface configured to convert the outputted sensing signal into a magnetic field signal and to transmit the magnetic field signal outside the bearing; and a sensor configured to detect a temperature of oil inside the bearing and to output a sensing signal indicative of the detected oil temperature, and an interface configured to convert the outputted sensing signal into a magnetic field signal and to transmit the magnetic field signal outside the bearing; and an adapter disposed outside the bearing and configured to receive the transmitted magnetic field signal from the sensor unit and to analyze the received magnetic field signal in order to determine a status of the oil temperature, characterised in that the magnetic field communication system further comprises in the adapter a power supply unit configured to generate power using the magnetic field signal from the sensor unit and to store the generated power.
Mixture of active agents comprising or consisting of: (a) 4-hydroxyacetophenone and (b) at least one monoester of glycerol and a linear or branched alkane carboxylic acid having 6 to 14 carbon atoms and/or oligoglycerol with a linear or branched alkane carboxylic acid. (a) 4-hydroxyacetophenone and (b) at least one monoester of glycerol and a linear or branched alkane carboxylic acid having 6 to 14 carbon atoms and/or oligoglycerol with a linear or branched alkane carboxylic acid. glycerol and a linear or branched alkane carboxylic acid having 6 to 14 carbon atoms and/or oligoglycerol with a linear or branched alkane carboxylic acid.
A method performed by a base station wirelessly communicating with a user equipment according to a 3GPP communication protocol or standard, the user equipment being in an engaged mode, the method comprising: transmitting, by the base station to the user equipment, a first message that includes a set of common search space configuration parameters for a common search space through which the user equipment can receive an other system information block and further includes an additional set of common search space configuration parameters for the user equipment to receive a system information block type 1 or a master information block; transmitting, by the base station to the user equipment, a second message that includes the other system information block, the second message transmitted in accordance with the set of common search space configuration parameters; and transmitting, by the base station to the user equipment, additional messages in accordance with system information parameters contained in the other system information block. transmitting, by the base station to the user equipment, a first message that includes a set of common search space configuration parameters for a common search space through which the user equipment can receive an other system information block and further includes an additional set of common search space configuration parameters for the user equipment to receive a system information block type 1 or a master information block; transmitting, by the base station to the user equipment, a second message that includes the other system information block, the second message transmitted in accordance with the set of common search space configuration parameters; and transmitting, by the base station to the user equipment, additional messages in accordance with system information parameters contained in the other system information block.
A vibroflotation device, which comprises: a silo tube having a longitudinal axis and a first end and a second end; a vibroflotation unit, which is mechanically coupled to the silo tube, and a filling arrangement, which opens into the silo tube and is designed to accommodate material and conduct it into the silo tube, wherein the silo tube has at least two separate channels (121; 122) from the first end to the second end and in parallel to the longitudinal axis, characterized in that the filling arrangement opens into the silo tube at the first end. a silo tube having a longitudinal axis and a first end and a second end; a vibroflotation unit, which is mechanically coupled to the silo tube, and a filling arrangement, which opens into the silo tube and is designed to accommodate material and conduct it into the silo tube, wherein the silo tube has at least two separate channels (121; 122) from the first end to the second end and in parallel to the longitudinal axis, characterized in that the filling arrangement opens into the silo tube at the first end.
A multi-ply tissue paper product, particularly a hygiene or wiping product, comprising at least three plies (2, 100, 3) characterised by the tissue paper product comprising a first inner ply being a creped ribbed ply and having a basis weight of 10 to 30 gsm, and a first outermost ply and a second outermost ply on each side of said inner ply, characterized by said first and second outermost plies (2, 3) being non-ribbed plies, wherein a creped ribbed ply is defined as a ply comprising creping lines extending along a first direction, and parallel ribs and valleys extending continuously along a second direction being substantially perpendicular to said first direction, said ribs and valleys providing an average core roughness Rk in the range 10 to 300 μm, and a number of peaks being 4 to 12 per cm as measured along said first direction; and wherein a non-ribbed ply is defined as a ply displaying no parallel ribs and valleys extending continuously along any direction of the ply or displaying parallel ribs and valleys extending continuously along any direction of the ply, said ribs and valleys providing a number of peaks being less than 4 per cm, wherein said multi-ply tissue paper product comprises an adhesive joining at least two of the plies (2, 3, 100) of said multi-ply tissue product, said adhesive being applied over a total adhesive area being less than 10% of a total area of said multi-ply tissue product, the core roughness Rk being defined according to ISO 13565-1 and ISO 13565-2. a creped ribbed ply is defined as a ply comprising creping lines extending along a first direction, and parallel ribs and valleys extending continuously along a second direction being substantially perpendicular to said first direction, said ribs and valleys providing an average core roughness Rk in the range 10 to 300 μm, and a number of peaks being 4 to 12 per cm as measured along said first direction; and wherein a non-ribbed ply is defined as a ply displaying no parallel ribs and valleys extending continuously along any direction of the ply or displaying parallel ribs and valleys extending continuously along any direction of the ply, said ribs and valleys providing a number of peaks being less than 4 per cm, wherein said multi-ply tissue paper product comprises an adhesive joining at least two of the plies (2, 3, 100) of said multi-ply tissue product, said adhesive being applied over a total adhesive area being less than 10% of a total area of said multi-ply tissue product, the core roughness Rk being defined according to ISO 13565-1 and ISO 13565-2.
Thermoforming method for controlling a thermoforming machine for processing an article (1, 2, 3) in thermoplastic material, said method comprising: a. setting at least one start parameter, said at least one start parameter comprising at least one parameter which is related to processing said article (1, 2, 3), wherein said article (1, 2, 3) comprises a blank product and/or an intermediate product and/or a thermoformed product; b. estimating at least one operative parameter of said thermoforming method based on said at least one start parameter; c. calculating at least one control parameter for controlling said thermoforming machine based on said at least one operative parameter; d. detecting at least one actual parameter of said thermoforming method; e. comparing said at least one actual parameter which has been detected with said at least one operative parameter which has been estimated; f. based on said comparing, modifying said at least one control parameter; wherein said detecting, said comparing and said modifying are in a cyclical sequence; characterized in that said at least one start parameter comprises at least one machine parameter and said at least one machine parameter comprises a mould shape to imprint on said intermediate product. a. setting at least one start parameter, said at least one start parameter comprising at least one parameter which is related to processing said article (1, 2, 3), wherein said article (1, 2, 3) comprises a blank product and/or an intermediate product and/or a thermoformed product; b. estimating at least one operative parameter of said thermoforming method based on said at least one start parameter; c. calculating at least one control parameter for controlling said thermoforming machine based on said at least one operative parameter; d. detecting at least one actual parameter of said thermoforming method; e. comparing said at least one actual parameter which has been detected with said at least one operative parameter which has been estimated; f. based on said comparing, modifying said at least one control parameter; wherein said detecting, said comparing and said modifying are in a cyclical sequence; characterized in that said at least one start parameter comprises at least one machine parameter and said at least one machine parameter comprises a mould shape to imprint on said intermediate product.
A system, comprising: a current transformer (200; 300; 400; 500; 700; 735; 765) including an integrated magnetic actuator (104; 202) component and configured to measure a current signal; and a first plate (212; 302; 402; 504; 702) configured to align a primary coil (102; 208) of the current transformer inline with a secondary coil (106; 210) of the current transformer in a non concentric inline dual coil design, the first plate having an integrated at least first portion of a core of the current transformer, characterized in that the first plate with the integrated at least first portion of the core is manufactured by utilization of at least one of a powdered metal or metal injection process. a current transformer (200; 300; 400; 500; 700; 735; 765) including an integrated magnetic actuator (104; 202) component and configured to measure a current signal; and a first plate (212; 302; 402; 504; 702) configured to align a primary coil (102; 208) of the current transformer inline with a secondary coil (106; 210) of the current transformer in a non concentric inline dual coil design, the first plate having an integrated at least first portion of a core of the current transformer, characterized in that the first plate with the integrated at least first portion of the core is manufactured by utilization of at least one of a powdered metal or metal injection process.
A safety slave unit configured to be connected to a network, wherein a safety programmable controller used for factory automation is connected to said network; be connected to a safety input device or a safety output device of control-target to be controlled the programmable controller; transmit to and receive from the safety programmable controller by the master-slave method on/off information of the safety input or output device with respect to the control by the programmable controller, the safety slave unit comprising: information collecting means for collecting in operation the information on the status of said safety input and output devices connected to the slave unit and for monitoring input of the safety input and output devices; device information storage means for storing said information collected by said information collecting means, said device information storage means being adapted to store said information on the status of said safety input and output devices connected to the slave unit in a data structure in which, for each terminal base of the safety slave unit, to which a corresponding input or output device is connected, the corresponding information on said corresponding input or output device related to said terminal based is registered; and means for transmitting, upon a request by the safety programmable controller, said status information and individual information specifying said safety input and output devices stored in said device information storage means through the network to the safety programmable controller connected to the network. information collecting means for collecting in operation the information on the status of said safety input and output devices connected to the slave unit and for monitoring input of the safety input and output devices; device information storage means for storing said information collected by said information collecting means, said device information storage means being adapted to store said information on the status of said safety input and output devices connected to the slave unit in a data structure in which, for each terminal base of the safety slave unit, to which a corresponding input or output device is connected, the corresponding information on said corresponding input or output device related to said terminal based is registered; and means for transmitting, upon a request by the safety programmable controller, said status information and individual information specifying said safety input and output devices stored in said device information storage means through the network to the safety programmable controller connected to the network.
A method for estimation of inertial sensor errors, the method comprising: receiving first inertial output data from a master inertial measurement unit mounted on a host platform, the first inertial output data comprising a change in velocity (delta V) and a change in angle (delta theta), the master IMU in operative communication with a navigation computing unit that outputs navigation data; receiving second inertial output data from a remote IMU mounted on the host platform at a predetermined fixed distance from the master IMU, the second inertial output data comprising a delta V and a delta theta; comparing the first inertial output data with the second inertial output data to determine a difference between the delta V of the first inertial output data and the delta V of the second inertial output data, and to determine a difference between the delta theta of the first inertial output data and the delta theta of the second inertial output data; applying the determined differences between the delta V of the first inertial output data and the delta V of the second inertial output data, and between the delta theta of the first inertial output data and the delta theta of the second inertial output data, to estimate inertial sensor errors in the remote IMU; and characterized by externally outputting corrected inertial data from the remote IMU without generating a navigation solution from the remote IMU data, wherein the corrected inertial data is angular rate and acceleration data. receiving first inertial output data from a master inertial measurement unit mounted on a host platform, the first inertial output data comprising a change in velocity (delta V) and a change in angle (delta theta), the master IMU in operative communication with a navigation computing unit that outputs navigation data; receiving second inertial output data from a remote IMU mounted on the host platform at a predetermined fixed distance from the master IMU, the second inertial output data comprising a delta V and a delta theta; comparing the first inertial output data with the second inertial output data to determine a difference between the delta V of the first inertial output data and the delta V of the second inertial output data, and to determine a difference between the delta theta of the first inertial output data and the delta theta of the second inertial output data; applying the determined differences between the delta V of the first inertial output data and the delta V of the second inertial output data, and between the delta theta of the first inertial output data and the delta theta of the second inertial output data, to estimate inertial sensor errors in the remote IMU; and characterized by externally outputting corrected inertial data from the remote IMU without generating a navigation solution from the remote IMU data, wherein the corrected inertial data is angular rate and acceleration data.
A latch, adapted to fix a first object and a second object, and the latch comprising: a hollow pillar, comprising a first engaging portion and a second engaging portion opposite to each other, the hollow pillar having an inserting hole passing through the first engaging portion and the second engaging portion, and the first engaging portion configured to be disposed on the second object; and a bolt, inserted into the inserting hole and movable between a first inserting position and a second inserting position; when the bolt is moved from the first inserting position to the second inserting position along a direction from the first engaging portion pointing to the second engaging portion, and the second engaging portion is expanded by the bolt in order to be disposed on the first object, wherein the bolt has a head portion and, when the bolt is at the second inserting position, the head portion covers at least part of the first engaging portion of the hollow pillar; wherein the hollow pillar has a positioning recess at a side close to the inserting hole; the bolt further comprises a first positioning protrusion and a second positioning protrusion; when the bolt is at the first inserting position, the first positioning protrusion is located in the positioning recess and the second positioning protrusion of the bolt abuts the first engaging portion; when the bolt is at the second inserting position, the second positioning protrusion is located in the positioning recess. a hollow pillar, comprising a first engaging portion and a second engaging portion opposite to each other, the hollow pillar having an inserting hole passing through the first engaging portion and the second engaging portion, and the first engaging portion configured to be disposed on the second object; and a bolt, inserted into the inserting hole and movable between a first inserting position and a second inserting position; when the bolt is moved from the first inserting position to the second inserting position along a direction from the first engaging portion pointing to the second engaging portion, and the second engaging portion is expanded by the bolt in order to be disposed on the first object, wherein the bolt has a head portion and, when the bolt is at the second inserting position, the head portion covers at least part of the first engaging portion of the hollow pillar; wherein the hollow pillar has a positioning recess at a side close to the inserting hole; the bolt further comprises a first positioning protrusion and a second positioning protrusion; when the bolt is at the first inserting position, the first positioning protrusion is located in the positioning recess and the second positioning protrusion of the bolt abuts the first engaging portion; when the bolt is at the second inserting position, the second positioning protrusion is located in the positioning recess.