mhurhangee/ep-ind-claims huggingface dataset:
An anomalous sound detection training apparatus comprising: a first acoustic feature extraction unit that extracts an acoustic feature of normal sound based on training data for normal sound by using an acoustic feature extractor; a normal sound model updating unit that updates a normal sound model by using the acoustic feature extracted by the first acoustic feature extraction unit; a second acoustic feature extraction unit that extracts an acoustic feature of anomalous sound based on simulated anomalous sound or training data for anomalous sound by using the acoustic feature extractor and extracts an acoustic feature of normal sound based on the training data for normal sound by using the acoustic feature extractor; and an acoustic feature extractor updating unit that updates the acoustic feature extractor by using the acoustic feature of anomalous sound and the acoustic feature of normal sound that have been extracted by the second acoustic feature extraction unit, wherein the normal sound model is a probability density function followed by a feature amount extracted from normal sound; and the anomalous sound detection training apparatus is configured to perform control so that processing by the first acoustic feature extraction unit, the normal sound model updating unit, the second acoustic feature extraction unit, and the acoustic feature extractor updating unit is repeatedly performed until the acoustic feature extractor and the normal sound model converge. a first acoustic feature extraction unit that extracts an acoustic feature of normal sound based on training data for normal sound by using an acoustic feature extractor; a normal sound model updating unit that updates a normal sound model by using the acoustic feature extracted by the first acoustic feature extraction unit; a second acoustic feature extraction unit that extracts an acoustic feature of anomalous sound based on simulated anomalous sound or training data for anomalous sound by using the acoustic feature extractor and extracts an acoustic feature of normal sound based on the training data for normal sound by using the acoustic feature extractor; and an acoustic feature extractor updating unit that updates the acoustic feature extractor by using the acoustic feature of anomalous sound and the acoustic feature of normal sound that have been extracted by the second acoustic feature extraction unit, wherein the normal sound model is a probability density function followed by a feature amount extracted from normal sound; and the anomalous sound detection training apparatus is configured to perform control so that processing by the first acoustic feature extraction unit, the normal sound model updating unit, the second acoustic feature extraction unit, and the acoustic feature extractor updating unit is repeatedly performed until the acoustic feature extractor and the normal sound model converge.
Method for the recognition of manipulation on at least one vehicle network in a vehicle, having the following steps: - a digital fingerprint from the at least one vehicle network is ascertained, - the digital fingerprint from the at least one vehicle network is compared with reference information in order to determine a manipulation, - the function of the at least one vehicle network is customized on the basis of the result of the comparison, such that the safety is ensured, - a regular control mode is activated if no manipulation is recognized on the at least one vehicle network or a safe control mode is activated if a manipulation is recognized on the at least one vehicle network. - a digital fingerprint from the at least one vehicle network is ascertained, - the digital fingerprint from the at least one vehicle network is compared with reference information in order to determine a manipulation, - the function of the at least one vehicle network is customized on the basis of the result of the comparison, such that the safety is ensured, - a regular control mode is activated if no manipulation is recognized on the at least one vehicle network or a safe control mode is activated if a manipulation is recognized on the at least one vehicle network.
An identification kit for identification of causative fungi of tinea unguium using real-time PCR, which comprises at least one primer set and probes, wherein the primer set is at least one selected from the group consisting of a primer set consisting of a primer comprising the nucleotide sequence as set forth in SEQ ID NO: 1 and a primer comprising the nucleotide sequence as set forth in SEQ ID NO: 2, and a primer set consisting of a primer comprising the nucleotide sequence as set forth in SEQ ID NO: 3 and a primer comprising the nucleotide sequence as set forth in SEQ ID NO: 4, and wherein the probes comprise a probe comprising the nucleotide sequence as set forth in SEQ ID NO: 5 and a probe comprising the nucleotide sequence as set forth in SEQ ID NO: 6.
An exhaust hood for removing cooking by-products from a kitchen environment, the exhaust hood comprising: a housing open towards a bottom face to capture cooking by-products from a cooking appliance positioned below said exhaust hood, said housing having at least a first wall, which is either a front wall or a rear wall, and a second wall opposite to said first wall, said second wall being at least partly inclined inwardly from said bottom face towards a top face of said housing and having an exhaust vent in communication with an exhaust fan to extract cooking by-products entering said housing, a side wall (4, 5) a fresh air fan, characterized in that the exhaust hood further comprises a side wall extension, said side wall extension extending in a direction perpendicular to said bottom face below said housing to form a lateral skirt, said skirt having towards its bottom end a pass-through window; said side wall extension being shaped to form a side wall duct with openings along a narrow side (33, 34) adjacent to said pass-through window facing downwardly and towards a front of said kitchen hood; wherein said fresh air fan is in communication with said side wall duct, said fresh air fan being adapted to eject vertical and horizontal air streams (36, 37) through said openings, which coalesce to form a vortex which prevents cooking by-products from passing through said pass-through window. a housing open towards a bottom face to capture cooking by-products from a cooking appliance positioned below said exhaust hood, said housing having at least a first wall, which is either a front wall or a rear wall, and a second wall opposite to said first wall, said second wall being at least partly inclined inwardly from said bottom face towards a top face of said housing and having an exhaust vent in communication with an exhaust fan to extract cooking by-products entering said housing, a side wall (4, 5) a fresh air fan, characterized in that the exhaust hood further comprises a side wall extension, said side wall extension extending in a direction perpendicular to said bottom face below said housing to form a lateral skirt, said skirt having towards its bottom end a pass-through window; said side wall extension being shaped to form a side wall duct with openings along a narrow side (33, 34) adjacent to said pass-through window facing downwardly and towards a front of said kitchen hood; wherein said fresh air fan is in communication with said side wall duct, said fresh air fan being adapted to eject vertical and horizontal air streams (36, 37) through said openings, which coalesce to form a vortex which prevents cooking by-products from passing through said pass-through window.
A method for detecting lipid bilayer membrane particles or fragments thereof having predetermined molecules existing on surfaces in a biological sample collected from a subject, the method comprising: adding a dye staining a lipid bilayer membrane to the biological sample; adding a substance specifically binding to the predetermined molecules to the biological sample; trapping the substance to separate the lipid bilayer membrane particles or fragments thereof having predetermined molecules existing on surfaces; and detecting the separated lipid bilayer membrane particles or fragments thereof on the basis of emission of the dye, wherein the substance contains a magnetic bead or is capable of binding to a magnetic bead, and the trapping of the substance is performed using a magnetic apparatus; and wherein the particle size of the magnetic bead is equal or less than the minimum detection sensitivity of the measurement system, thereby simultaneously detecting information on the size of the lipid bilayer membrane particles serving as a measurement target. adding a dye staining a lipid bilayer membrane to the biological sample; adding a substance specifically binding to the predetermined molecules to the biological sample; trapping the substance to separate the lipid bilayer membrane particles or fragments thereof having predetermined molecules existing on surfaces; and detecting the separated lipid bilayer membrane particles or fragments thereof on the basis of emission of the dye, wherein the substance contains a magnetic bead or is capable of binding to a magnetic bead, and the trapping of the substance is performed using a magnetic apparatus; and wherein the particle size of the magnetic bead is equal or less than the minimum detection sensitivity of the measurement system, thereby simultaneously detecting information on the size of the lipid bilayer membrane particles serving as a measurement target.
A cross-linked structure of a carbon material, in which carbon materials are cross-linked with each other, wherein the carbon materials are cross-linked with each other through a linking group derived only from a nucleophilic compound having two or more nucleophilic groups in the molecule, and the crosslinked structure of the carbon material includes no hydrogen halide.
A method for determining an action-requiring state in a compartment for drying of wood, wherein the compartment comprises an air circulator for circulating air within the compartment and through at least one bundle of wood (6a-6f) within the compartment, the method comprising acquiring at least one measurement for determining a pressure difference of a total pressure between a first position and a second position, wherein the first and the second positions (14; 16) are within the compartment and the second position is downstream of the first position along a main air flow; the method being characterised in that it further comprises: comparing the determined pressure difference to a preset value, wherein the preset value represents a desirable pressure difference; detecting, based on the comparing, that the difference between the determined pressure difference and the preset value exceeds a threshold; outputting an indication that an action-requiring state prevails, wherein the action-requiring state indicates a functioning error; and wherein the required action is selected from the list consisting of: replacing or adjusting the air circulator; moving of pieces of wood or bundles of wood, closing or sealing of openings to the compartment, adjusting or replacing a heater, and adjusting sealing flaps, and combinations thereof. acquiring at least one measurement for determining a pressure difference of a total pressure between a first position and a second position, wherein the first and the second positions (14; 16) are within the compartment and the second position is downstream of the first position along a main air flow; the method being characterised in that it further comprises: comparing the determined pressure difference to a preset value, wherein the preset value represents a desirable pressure difference; detecting, based on the comparing, that the difference between the determined pressure difference and the preset value exceeds a threshold; outputting an indication that an action-requiring state prevails, wherein the action-requiring state indicates a functioning error; and wherein the required action is selected from the list consisting of: replacing or adjusting the air circulator; moving of pieces of wood or bundles of wood, closing or sealing of openings to the compartment, adjusting or replacing a heater, and adjusting sealing flaps, and combinations thereof.
Device for igniting a pyrotechnic active material and for preventing premature ignition of the pyrotechnic active material, wherein the device has an ignition material contained in a housing, on a first side of the housing a first opening in the housing for igniting the ignition material by means of a burning propellant charge, on a second side of the housing a second opening in the housing for igniting the active material by burning the ignition material, and a slide guided in the housing, wherein the slide can assume a closed position and an open position, wherein in the closed position the second opening is closed by the slide in order to prevent premature ignition of the pyrotechnic active material, and in the open position it is open in order to ignite the pyrotechnic active material, wherein the slide is mounted in the housing in such a way that it has to at least partially exit the housing on a third side of the housing in order to assume the open position, and as a result cannot assume the open position as long as the partial exiting from the housing on the third side is prevented by a wall, bearing against the third side, of a projectile casing, wherein the ignition material is contained in a compartment in the housing, wherein the first opening and the second opening each lead into the compartment, wherein the slide forms a piston-like closure of the compartment, which closure is driven into the open position by an excess pressure in the compartment which comes about during the burning of the ignition material.
A non-planar germanium quantum well semiconductor device, comprising: a silicon substrate a silicon germanium buffer layer over the silicon substrate; a silicon germanium barrier layer over the silicon germanium buffer layer; a doping layer over or within the silicon germanium barrier layer; an undoped germanium quantum well fin over the doping layer and having a top surface and laterally opposite sidewall surfaces; a top barrier layer on the germanium fin, wherein the top barrier layer covers the top surface and sidewall surfaces of the germanium fin, wherein the top barrier layer is formed of a material having a higher band gap than germanium; a gate electrode layer across the germanium fin; and a gate dielectric layer between the top barrier layer of semiconductor material and the gate electrode layer. a silicon substrate a silicon germanium buffer layer over the silicon substrate; a silicon germanium barrier layer over the silicon germanium buffer layer; a doping layer over or within the silicon germanium barrier layer; an undoped germanium quantum well fin over the doping layer and having a top surface and laterally opposite sidewall surfaces; a top barrier layer on the germanium fin, wherein the top barrier layer covers the top surface and sidewall surfaces of the germanium fin, wherein the top barrier layer is formed of a material having a higher band gap than germanium; a gate electrode layer across the germanium fin; and a gate dielectric layer between the top barrier layer of semiconductor material and the gate electrode layer.
A method comprising: generating a content delivery network identification; associating the content delivery network identification and a publication start time with content; selecting a first content delivery network or a second content delivery network in response to the content delivery network identification to form a selected content delivery network; communicating the content to the selected content delivery network in response to the content delivery network identification prior to the publication start time; publishing the content according to the publication start time; and communicating the content to a user device after the publication start time through the selected content delivery network and a communication network. generating a content delivery network identification; associating the content delivery network identification and a publication start time with content; selecting a first content delivery network or a second content delivery network in response to the content delivery network identification to form a selected content delivery network; communicating the content to the selected content delivery network in response to the content delivery network identification prior to the publication start time; publishing the content according to the publication start time; and communicating the content to a user device after the publication start time through the selected content delivery network and a communication network.
A method for preparing a stabilized oleosome preparation, comprising: (a) providing an oleosome preparation; and (b) mixing the oleosome preparation in the presence of (i) a multihydric alcohol and (ii) an acid capable of reducing the pH of said oleosome preparation to a pH of less than 6.0. (a) providing an oleosome preparation; and (b) mixing the oleosome preparation in the presence of (i) a multihydric alcohol and (ii) an acid capable of reducing the pH of said oleosome preparation to a pH of less than 6.0.
A session handling entity (9, 30) in a communication system, comprising: first session means for handling communication of a first user (UE 1), the communication comprising a first session (11, 21) and a second session (14, 24); second session means (32, 33) for handling the communication of the first session (11, 21) and the second session (14, 24) of the first user (UE 1) towards a second user (UE 2), characterized in that the second session means (32, 33) is arranged to merge the first session and the second session into a single internet protocol multimedia subsystem session (13, 16) towards the second user (UE 2), if the same IMS communication service identifier (ICSI) has been indicated for the first session (11, 21) and the second session (14, 24). first session means for handling communication of a first user (UE 1), the communication comprising a first session (11, 21) and a second session (14, 24); second session means (32, 33) for handling the communication of the first session (11, 21) and the second session (14, 24) of the first user (UE 1) towards a second user (UE 2), characterized in that the second session means (32, 33) is arranged to merge the first session and the second session into a single internet protocol multimedia subsystem session (13, 16) towards the second user (UE 2), if the same IMS communication service identifier (ICSI) has been indicated for the first session (11, 21) and the second session (14, 24).
Pump unit having an electrical drive motor and a control device for controlling the drive motor, wherein said control device comprises at least one microprocessor and storage means which is able to store at least one control program executable by said microprocessor, characterized in that said control device comprises or communicates with a programming module by which at least one user application can be created and/or modified and stored in said storage means, wherein said programming module is designed such that it offers several input parameters, several operators and several actions which can be chosen as program elements and combined to generate at least one user function of said user application which can be executed by said microprocessor in a way that a user may choose the operator and combine it with an offered input parameter and an offered action of the drive motor to create a user function.
Securing lug having a bolt and a securing ring which is pivotably connected to the bolt, characterised in that the pivoting angle range of the securing ring is limited, in both directions of movement, by one or two limit stops, in particular by one or two limit stops, to a range between 90°, which between +45° and -45° lies around an alignment in which the longitudinal axis of the bolt lies within a plane defined by the securing ring, and 120°, which between +60° and -60° lies around an alignment in which the longitudinal axis of the bolt lies within a plane defined by the securing ring.
A device for controlling a household electrical appliance comprising at least one control selector, said at least one control selector comprising a mount, an electronic board mounted on said mount, a rotating ring and a push-button, said push-button being disposed inside said rotating ring, characterized in that said at least one control selector comprises at least one first light source built into said electronic board and disposed beneath said push-button, and in that said push-button is a transparent or translucent body forming a light guide diffusing the light emitted by said at least one first light source so as to form a first light indicator.
A communication method for packet tunneling through a software defined network, SDN, the method comprising: receiving, by an SDN controller, programmable instructions, wherein the programmable instructions comprise primitive operations regarding processing a packet for tunneling in accordance with a tunneling protocol; and configuring, by the SDN controller, a flow table in accordance with the programmable instructions; wherein the primitive operations comprise pushing metadata operations for an SDN switch at a tunnel entry point, and/or popping metadata operations for an SDN switch at a tunnel exit point, wherein the metadata comprise information for processing a packet for tunneling. receiving, by an SDN controller, programmable instructions, wherein the programmable instructions comprise primitive operations regarding processing a packet for tunneling in accordance with a tunneling protocol; and configuring, by the SDN controller, a flow table in accordance with the programmable instructions; wherein the primitive operations comprise pushing metadata operations for an SDN switch at a tunnel entry point, and/or popping metadata operations for an SDN switch at a tunnel exit point, wherein the metadata comprise information for processing a packet for tunneling.