mhurhangee/ep-ind-claims huggingface dataset:
A side stand switch which is configured to detect a rotational position of a side stand which is rotatably mounted on a lower portion of a vehicle, comprising a base which is configured to be fixed to the vehicle, a rotary which is configured to be engaged with the side stand, a movable contact and a fixed contact that are housed between the base and the rotary, wherein the movable contact has three contacts (181 to 183) which are arranged circularly on a single circle, characterized in that the contacts (181 to 183) of the movable contact are spaced an equal distance and are arranged circumferentially at an equal interval of 120° and wherein the fixed contact is formed of three contacts (S, T, U) which are arranged on two rows of concentric circles about a center of rotation of the movable contact, wherein a center of the arrangement of the three contacts (181 to 183) of the movable contact is offset from the center of rotation of the movable contact, the fixed contact is constituted of a circular inner contact and arc-shaped outer contacts (S, T) which are arranged concentrically with respect to the inner contact, and the center of rotation of the movable contract is configured to be aligned with a center point of the fixed contact.
A polymer electrolyte having a multi-layer structure for all solid-state batteries, which comprises: a first polymer electrolyte layer comprising an aliphatic dinitrile compound represented by the following Formula 1, a lithium salt and a lithium ion conductive polymer; and a second polymer electrolyte layer comprising an ionic liquid, a lithium salt and a lithium ion conductive polymer: [Formula 1] N≡C-R-C≡N wherein R is (CH 2) n and n is an integer of 1 to 6. a first polymer electrolyte layer comprising an aliphatic dinitrile compound represented by the following Formula 1, a lithium salt and a lithium ion conductive polymer; and a second polymer electrolyte layer comprising an ionic liquid, a lithium salt and a lithium ion conductive polymer: [Formula 1] N≡C-R-C≡N wherein R is (CH 2) n and n is an integer of 1 to 6.
Method for analysing a gas mixture by means of gas chromatography, wherein a sample of the gas mixture is passed through a chromatographic separating device by means of a carrier gas and separated components of the gas mixture are quantitatively determined in a downstream absorption spectrometer having a wavelength-tunable light source, characterized in that the wavelength (λ) of the light source is tuned to an absorption line of the carrier gas, and in that the quantitative determination of the individual components of the gas mixture is carried out indirectly by means of a concentration reduction of the carrier gas.
A processor-implemented method comprising: acquiring an input image comprising a depth image of a frontalized face of a user, obtained by rotating a face of a user in a depth image captured by a camera or an image sensor included in a user authentication apparatus to a frontal face, wherein the input image includes depth values of pixels corresponding to at least a portion of the face of the user viewed when the depth image was captured and also includes pixels which correspond to a portion of the face of the user hidden when the depth image was captured, which do not have depth values; calculating a second confidence map comprising confidence values, for the pixels of the input image corresponding to the portion of the face of the user viewed when the depth image was captured among pixels included in the input image by applying the input image to a second neural network; generating a second image through an operation performed between the input image and the second confidence map; extracting a second feature vector from the second image; acquiring a first feature vector corresponding to an enrolled image from an enrollment database; and performing authentication of the user based on a correlation between the first feature vector and the second feature vector. acquiring an input image comprising a depth image of a frontalized face of a user, obtained by rotating a face of a user in a depth image captured by a camera or an image sensor included in a user authentication apparatus to a frontal face, wherein the input image includes depth values of pixels corresponding to at least a portion of the face of the user viewed when the depth image was captured and also includes pixels which correspond to a portion of the face of the user hidden when the depth image was captured, which do not have depth values; calculating a second confidence map comprising confidence values, for the pixels of the input image corresponding to the portion of the face of the user viewed when the depth image was captured among pixels included in the input image by applying the input image to a second neural network; generating a second image through an operation performed between the input image and the second confidence map; extracting a second feature vector from the second image; acquiring a first feature vector corresponding to an enrolled image from an enrollment database; and performing authentication of the user based on a correlation between the first feature vector and the second feature vector.
An electric tool with a dust collector, wherein a dust collector is in sliding engagement with a housing at a predetermined position, and a first engaging portion is provided on one of the housing and the dust collector, engageable and disengageable with a first engaged portion provided on the other of the housing and the dust collector at an engagement position of the dust collector, and biased in a direction of engagement with the first engaged portion, with the dust collector fixed by engaging the first engaging portion with the first engaged portion, the electric tool with a dust collector, characterized in that a second engaged portion is provided on the other of the housing and the dust collector, and engageable with the first engaging portion at least one slide position of the dust collector in front of the engagement position, and the dust collector can be fixed to the housing even at the slide position by engaging the first engaging portion with the second engaged portion.
A method for printing a garment, medical textile, medical implant, surgical mesh, stent or brace in three dimensions, the method comprising: shaping a three-dimensional template; depositing a filament onto at least one of a surface or one or more previously deposited filaments on the three-dimensional template in layers to form a three-dimensional part that conformably matches a shape of the three-dimensional template; and selectively modulating adhesion of the filament being deposited to the at least one of the surface or the one or more previously deposited filaments across a length of the filament being deposited to form a fabric such that the filament being deposited contacts but is unbonded with respect to the at least one of the surface or the one or more previously deposited filaments in one or more selected locations along a length of the at least one of the surface and the one or more previously deposited filaments. shaping a three-dimensional template; depositing a filament onto at least one of a surface or one or more previously deposited filaments on the three-dimensional template in layers to form a three-dimensional part that conformably matches a shape of the three-dimensional template; and selectively modulating adhesion of the filament being deposited to the at least one of the surface or the one or more previously deposited filaments across a length of the filament being deposited to form a fabric such that the filament being deposited contacts but is unbonded with respect to the at least one of the surface or the one or more previously deposited filaments in one or more selected locations along a length of the at least one of the surface and the one or more previously deposited filaments.
A rotor for an electric machine comprising a rotor core having a plurality of rotor sheets (RS1, RS2, RS3, RS4) stacked in an axial direction, each of the plurality of rotor sheets (RS1, RS2, RS3, RS4) comprising a plurality of flux guide sections (FG1, FG2, FG3, FG4) located along circumferential direction of the rotor sheet, each of the plurality of flux guide sections (FG1, FG2, FG3, FG4) comprising a plurality of flux paths (P1, P2, P3, P4) made of a material of high permeance and a plurality of flux barriers (B1, B2, B3, B4) made of a material of low permeance located alternately along radial direction of the flux guide section, the plurality of flux guide sections (FG1, FG2, FG3, FG4) comprising a first flux guide section in which a first number of the plurality of flux barriers (B1, B2, B3, B4) has a bridge interrupting the flux barrier (B1, B2, B3, B4), characterized in that the plurality of flux guide sections (FG1, FG2, FG3, FG4) comprising a second flux guide section in which none of the flux barriers (B1, B2, B3, B4) has a bridge interrupting the flux barrier or in which a second number, which is different than the first number, of the plurality of flux barriers (B1, B2, B3, B4) has a bridge interrupting the flux barrier (B1, B2, B3, B4), each of the bridges being made of a material of high permeance.
A method for accessing an internet protocol television, IPTV, network, comprising: receiving (S201, S701, S702), by a session management function, SMF, network element through a wireless network, a session establishment request message from a terminal, wherein the session establishment request message requests the SMF network element to establish a session for the terminal for accessing the IPTV network; obtaining (S202, S703), by the SMF network element from an unified data management, UDM, network element, authentication information of the terminal in the IPTV network, wherein the authentication information is for the terminal accessing the IPTV network, said authentication information being gathered from subscription information of the terminal that is stored in the UDM network element; receiving, by the SMF network element through the wireless network, an initial access message from the terminal; adding, by the SMF network element, the authentication information of the terminal to the initial access message; and sending, by the SMF network element through a user plane function, UPF, network element, the initial access message comprising the authentication information to the IPTV network. receiving (S201, S701, S702), by a session management function, SMF, network element through a wireless network, a session establishment request message from a terminal, wherein the session establishment request message requests the SMF network element to establish a session for the terminal for accessing the IPTV network; obtaining (S202, S703), by the SMF network element from an unified data management, UDM, network element, authentication information of the terminal in the IPTV network, wherein the authentication information is for the terminal accessing the IPTV network, said authentication information being gathered from subscription information of the terminal that is stored in the UDM network element; receiving, by the SMF network element through the wireless network, an initial access message from the terminal; adding, by the SMF network element, the authentication information of the terminal to the initial access message; and sending, by the SMF network element through a user plane function, UPF, network element, the initial access message comprising the authentication information to the IPTV network.
A pharmaceutical composition or kit comprising: a first anti-cancer composition which is a compound that converts glycolysis dependent cancer cells to cells incapable of glycolysis and is an alkylating agent and a second anti-cancer composition which is an autophagy inhibitor selected from the group consisting of: chloroquine, hydroxychloroquine and shRNA against the autophagy gene ATG5; the pharmaceutical composition or kit for use in the treatment of a glycolysis dependent cancer in a human, wherein the treatment comprises administering to the individual said first anti-cancer composition and said second anti-cancer composition. a first anti-cancer composition which is a compound that converts glycolysis dependent cancer cells to cells incapable of glycolysis and is an alkylating agent and a second anti-cancer composition which is an autophagy inhibitor selected from the group consisting of: chloroquine, hydroxychloroquine and shRNA against the autophagy gene ATG5; the pharmaceutical composition or kit for use in the treatment of a glycolysis dependent cancer in a human, wherein the treatment comprises administering to the individual said first anti-cancer composition and said second anti-cancer composition.
Method for operating an internal combustion engine with an exhaust gas aftertreatment device, wherein (a) in a first step a reducing agent-fuel consumption weighting q FD to be maintained during the operation of the internal combustion engine is communicated to a control system, wherein the reducing agent-fuel consumption weighting q FD is specified by means of an operator's control unit communicating with the control system, (b) in a second step a vector field of corresponding engine operating points ( n Eng i, M Eng i) is determined by the control system based on the predetermined reducing agent-fuel consumption weighting q FD in order to derive a specific reducing agent-fuel consumption BSFC i for each of the engine operating points n Eng i M Eng i, BSFC i = m ̇ Fuel i + m ̇ DEF i ⋅ q FD P out, wherein m ̇ Fuel i represents the fuel consumption rate and m ̇ DEF i represents the reducing agent consumption rate for the ith engine operating point, q FD represents the predetermined reducing agent-fuel consumption weighting and P out represents a current gearbox output power, and (c) in a third step the control system selects the element i Set from the identified vector field to which a minimum specific reducing agent-fuel consumption BSFC Set corresponds as the setpoint engine operating point n Eng Set M Eng Set), wherein a setpoint engine speed n Eng Set is specified by the control system based on the selected element i Set and from it a setpoint gear ratio r Set is specified while taking into account a current gearbox output speed n out. (a) in a first step a reducing agent-fuel consumption weighting q FD to be maintained during the operation of the internal combustion engine is communicated to a control system, wherein the reducing agent-fuel consumption weighting q FD is specified by means of an operator's control unit communicating with the control system, (b) in a second step a vector field of corresponding engine operating points ( n Eng i, M Eng i) is determined by the control system based on the predetermined reducing agent-fuel consumption weighting q FD in order to derive a specific reducing agent-fuel consumption BSFC i for each of the engine operating points n Eng i M Eng i, BSFC i = m ̇ Fuel i + m ̇ DEF i ⋅ q FD P out, wherein m ̇ Fuel i represents the fuel consumption rate and m ̇ DEF i represents the reducing agent consumption rate for the ith engine operating point, q FD represents the predetermined reducing agent-fuel consumption weighting and P out represents a current gearbox output power, and (c) in a third step the control system selects the element i Set from the identified vector field to which a minimum specific reducing agent-fuel consumption BSFC Set corresponds as the setpoint engine operating point n Eng Set M Eng Set), wherein a setpoint engine speed n Eng Set is specified by the control system based on the selected element i Set and from it a setpoint gear ratio r Set is specified while taking into account a current gearbox output speed n out.
Method for a secure boot-up process of an integrated, electronic circuit at least consisting of at least one master unit (M1, M2 to Mn), a bus system, a RAM, an internal memory (iS), at least one interface (IF1, IF2) for linking external units (eS, eMS) and slave units (S1 to Sn), wherein the boot-up process is carried out in several stages, and wherein in a first stage a first boot-up program from the internal memory (iS), in a second stage by executing the first boot-up program a second boot-up program from a first external memory (eS) and in a third stage by executing the second boot-up program from a second external memory (eMS) an application is loaded into the RAM, characterised in that a bus monitoring unit (BE1, BE2 to BEn) is connected to the at least one master unit (M1, M2 to Mn), that during a duration of the boot-up process parallel to loading and executing the first and second boot-up program by the bus monitoring unit (BE1, BE2 to BEn), internal access to the at least one master unit (M1, M2 to Mn) is monitored and respective access data is forwarded to a signature forming unit, that then an actual signature is created by the signature forming unit from the access data of the at least one master unit (M1, M2 to Mn), wherein by means of a start/stop register unit of the signature forming unit, a scope of the access data for the determination of the actual signature is adjusted and wherein address data, control information and transmitted data is used as access data for determining the actual signature, that a target signature is written into a register unit by the application loaded in the third stage of the start-up process, and that then the actual signature determined by the signature forming unit is compared with the target signature.
An electrosurgical system for treating tissue comprising: a controller (230, 330) adapted to connect to an energy source (210, 310); and a number N of energy delivery devices (270A-C),, where N is an integer greater than 1, each energy delivery device operatively coupled to the controller via a corresponding one of a plurality of channels of the controller; a number N of transmission lines (250A-C, 350A-C); wherein the controller includes a power splitter (320A-C) including an input port adapted to connect to the energy source and N output ports, wherein the plurality of transmission lines (250A-C, 350A-C) electrically couples the plurality of energy delivery devices to the plurality of output ports of the power splitter for receiving energy from the energy source (210,310), wherein each transmission line (250A-C, 350A-C) has substantially equal physical length, and wherein each of the energy delivery devices (270A-C) is a microwave antenna assembly in the form of a rigid or bendable needle and wherein the assemblies are positioned parallel to each other and are insertable directly into tissue. a controller (230, 330) adapted to connect to an energy source (210, 310); and a number N of energy delivery devices (270A-C),, where N is an integer greater than 1, each energy delivery device operatively coupled to the controller via a corresponding one of a plurality of channels of the controller; a number N of transmission lines (250A-C, 350A-C); wherein the controller includes a power splitter (320A-C) including an input port adapted to connect to the energy source and N output ports, wherein the plurality of transmission lines (250A-C, 350A-C) electrically couples the plurality of energy delivery devices to the plurality of output ports of the power splitter for receiving energy from the energy source (210,310), wherein each transmission line (250A-C, 350A-C) has substantially equal physical length, and wherein each of the energy delivery devices (270A-C) is a microwave antenna assembly in the form of a rigid or bendable needle and wherein the assemblies are positioned parallel to each other and are insertable directly into tissue.
A radiography system comprising: a radiation source mounted movable to multiple positions of different projection angles relative to an imaging subject which is placed at a predetermined position; a radiographic image detector which is adapted to detect a radiographic image of the subject by detecting radioactive rays that have penetrated the subject; an imaging controller which is adapted to control a the radiation source to move within a range of a designated sweep angle and project radioactive rays toward the subject at different projection angles, while controlling the radiographic image detector to detect a set of radiographic images each at a different projection angle; a reconstruction processor which is adapted to reconstruct the set of radiographic images of the subject acquired at multiple projection angles so as to produce a plurality of tomographic images of the subject, which are used for diagnosis; a process sequence controller which is adapted to determine a parameter for sorting the plurality of tomographic images into a first group and a second group according to the sweep angle and controls the reconstruction processor on the basis of the parameter so as to produce the first group of tomographic images prior to the second group of tomographic images; and a display device which is adapted to display at least the first group of tomographic images for determination on whether the tomographic images are adequate for use in diagnosis. a radiation source mounted movable to multiple positions of different projection angles relative to an imaging subject which is placed at a predetermined position; a radiographic image detector which is adapted to detect a radiographic image of the subject by detecting radioactive rays that have penetrated the subject; an imaging controller which is adapted to control a the radiation source to move within a range of a designated sweep angle and project radioactive rays toward the subject at different projection angles, while controlling the radiographic image detector to detect a set of radiographic images each at a different projection angle; a reconstruction processor which is adapted to reconstruct the set of radiographic images of the subject acquired at multiple projection angles so as to produce a plurality of tomographic images of the subject, which are used for diagnosis; a process sequence controller which is adapted to determine a parameter for sorting the plurality of tomographic images into a first group and a second group according to the sweep angle and controls the reconstruction processor on the basis of the parameter so as to produce the first group of tomographic images prior to the second group of tomographic images; and a display device which is adapted to display at least the first group of tomographic images for determination on whether the tomographic images are adequate for use in diagnosis.
A polyester comprising (i) monomer units derived from a sugar-based bicyclic diol; (ii) monomer units derived from an unsaturated aliphatic diacid; and (iii) monomer units derived from a saturated aliphatic diacid; wherein the monomer units derived from the ethylenically unsaturated aliphatic diacid are present in an amount of from greater than 0 mole % to 40 mole % of the polyester.