mhurhangee/patent-ind-claim-en huggingface dataset:
An electrocardiogram, ECG, authentication method comprising: acquiring an ECG signal of a subject; preprocessing the acquired ECG signal, wherein the preprocessing comprises filtering the acquired ECG signal, detecting at least one fiducial point from the filtered ECG signal based on a fiducial point being previously determined in a process of training a neural network model, and acquiring a data segment from the filtered ECG signal based on the at least one fiducial point, wherein the at least one fiducial point comprises at least one of: the peak point of the filtered ECG signal and a left and a right minimum points close to the peak point, the peak point and the left minimum point, or the peak point and the right minimum point, and wherein the data segment has a predefined length; extracting a semantic feature of the preprocessed ECG signal, wherein the extracting of the semantic feature comprises extracting a semantic feature from the data segment using the neural network model; and authenticating the subject based on the extracted semantic feature, wherein the authenticating comprises: calculating a similarity between the extracted semantic feature and a registered feature; and determining an authentication of the ECG signal based on a comparison of the similarity and a threshold. acquiring an ECG signal of a subject; preprocessing the acquired ECG signal, wherein the preprocessing comprises filtering the acquired ECG signal, detecting at least one fiducial point from the filtered ECG signal based on a fiducial point being previously determined in a process of training a neural network model, and acquiring a data segment from the filtered ECG signal based on the at least one fiducial point, wherein the at least one fiducial point comprises at least one of: the peak point of the filtered ECG signal and a left and a right minimum points close to the peak point, the peak point and the left minimum point, or the peak point and the right minimum point, and wherein the data segment has a predefined length; extracting a semantic feature of the preprocessed ECG signal, wherein the extracting of the semantic feature comprises extracting a semantic feature from the data segment using the neural network model; and authenticating the subject based on the extracted semantic feature, wherein the authenticating comprises: calculating a similarity between the extracted semantic feature and a registered feature; and determining an authentication of the ECG signal based on a comparison of the similarity and a threshold.
Contacting apparatus for electrically contacting a printed circuit board with a coil body for a solenoid valve for a braking apparatus for a vehicle, wherein the contacting apparatus has at least the following features: - a helical electrically conductive contact spring which is configured to be contacted or contactable with the printed circuit board at a first spring end and is configured to be contacted or contactable with the coil body at a second spring end opposite the first spring end , to enable a resilient electrical contacting of the printed circuit board with the coil body ; and - a pin which can be received or is received in an interior space of the contact spring , wherein the pin is configured to support the contact spring from the interior space in a received state received in the interior space , characterized in that , the pin forms at least one step . - a helical electrically conductive contact spring which is configured to be contacted or contactable with the printed circuit board at a first spring end and is configured to be contacted or contactable with the coil body at a second spring end opposite the first spring end , to enable a resilient electrical contacting of the printed circuit board with the coil body ; and - a pin which can be received or is received in an interior space of the contact spring , wherein the pin is configured to support the contact spring from the interior space in a received state received in the interior space ,
An energy saving system comprising: - an electrical power consumption quantity information acquisition unit for acquiring information on the quantity of electrical power consumed by a plurality of electric devices; - a target demand value storage unit for storing a target demand value for electrical power consumption of the plurality of electric devices; - a supply surplus indicator acquisition unit for acquiring in time intervals indicators of surplus electric power supplied by an electric power company having control over electrical power within a certain region; - a control unit for controlling the electrical power consumption of the plurality of electric devices based on the acquired supply surplus indicators, the acquired electrical power consumption quantity information, and the stored target demand value, - the target demand value storage unit comprises means for storing a target demand value on a group basis , which has been set based on categorization of the plurality of electric devices into a plurality of groups, - the control unit being further configured to implement the control of the electrical power to be consumed on a group basis characterized in that, - the control unit comprises a target-achievement-rate-dependent control means for restricting the electrical power consumed by the plurality of groups based on an order of priority such that the closer the expected electrical power consumption quantity of a group is to 100% of the target demand value, the greater the restriction of the electrical power consumed by such group. - an electrical power consumption quantity information acquisition unit for acquiring information on the quantity of electrical power consumed by a plurality of electric devices; - a target demand value storage unit for storing a target demand value for electrical power consumption of the plurality of electric devices; - a supply surplus indicator acquisition unit for acquiring in time intervals indicators of surplus electric power supplied by an electric power company having control over electrical power within a certain region; - a control unit for controlling the electrical power consumption of the plurality of electric devices based on the acquired supply surplus indicators, the acquired electrical power consumption quantity information, and the stored target demand value, - the target demand value storage unit comprises means for storing a target demand value on a group basis , which has been set based on categorization of the plurality of electric devices into a plurality of groups, - the control unit being further configured to implement the control of the electrical power to be consumed on a group basis - the control unit comprises a target-achievement-rate-dependent control means for restricting the electrical power consumed by the plurality of groups based on an order of priority such that the closer the expected electrical power consumption quantity of a group is to 100% of the target demand value, the greater the restriction of the electrical power consumed by such group.
A structure comprising: a transparent material comprising a metal ion; particles of luminescent material disposed in the transparent material; and a coating preventing reaction between the particles of luminescent material and the metal ion and disposed over the particles of luminescent material, characterized by the coating having a density of at least 2.1 g/cm3 and wherein the coating has a density of no more than 2.16 g/cm3. a transparent material comprising a metal ion; particles of luminescent material disposed in the transparent material; and a coating preventing reaction between the particles of luminescent material and the metal ion and disposed over the particles of luminescent material, characterized by the coating having a density of at least 2.1 g/cm3 and wherein the coating has a density of no more than 2.16 g/cm3.
A forced cooling rotary electric machine comprising a rotor formed on a rotating shaft , and a stator provided around an outer periphery of the rotor with a gap (G) therefrom, the stator having a stator core formed by stacking silicon steel plates along a longitudinal direction of the rotating shaft, a stator winding incorporated in winding grooves formed in the stator core, and wedges inserted on opening sides of the winding grooves to fix the stator winding in the winding grooves, wherein the stator core is formed with a plurality of air ducts provided at equal intervals in the stacking direction of the silicon steel plates with packets of silicon steel plates positioned between them, such that a cooling gas is forcedly caused to flow in the air ducts, a packet being the stacking unit of silicon steel plates positioned between each pair of neighbouring air ducts, wherein a plurality of partition walls are provided at equal intervals in the stacking direction of the stacked steel plates on an outer peripheral side of the stator core to form a plurality of first and second ventilation zones (15A1, 15A2, 15B) arranged alternately such that the cooling gas is caused to flow from the inside diameter side to the outside diameter side in the first ventilation zones (15A1, 15A2) and from the outside diameter side to the inside diameter side in the second ventilation zones ; wherein the wedges include first wedges (11 B) formed with ventilation grooves at positions opposed to the air ducts and second wedges without ventilation grooves; wherein the ventilation grooves in the first wedges have the same size in the axial direction of the rotating shaft as the air ducts, while the first wedges are formed at the ventilation grooves to have the same size in the peripheral direction of the rotating shaft as the width of the winding grooves such that ventilation grooves of the first wedges match with the air ducts and do not present a resistance member facing the air ducts in a state where the first wedges are inserted in the winding grooves; and wherein the first wedges are arranged in long flow paths for the cooling gas through the ventilation sections and the second wedges are arranged in short flow paths, such that the first and second wedges serve as flow path resistance regulating means provided on sides facing the rotor of the air ducts to uniformize flow path resistances of flow paths for the cooling gas passing through the respective air ducts. a stator core formed by stacking silicon steel plates along a longitudinal direction of the rotating shaft, a stator winding incorporated in winding grooves formed in the stator core, and wedges inserted on opening sides of the winding grooves to fix the stator winding in the winding grooves,
Method for modifying the properties of the surface (F) of a material, said method comprising the following steps: - preparing a first layer (12; 12') comprising an electrically conductive material suited to serve the function of a cathode, a second layer comprising an electrically conductive material suited to serve the function of an anode and an intermediate layer suited to become impregnated with an electrolyte in the liquid phase or to regulate its flow between said cathode and said anode; - associating an electrolyte in the liquid phase with one or more of said layers ; - supplying power to said cathode and said anode in order to activate the electrochemical process of said electrolyte in the liquid phase for a predetermined time interval, characterized by - positioning said anode or said cathode on said surface (F) to be treated. - preparing a first layer (12; 12') comprising an electrically conductive material suited to serve the function of a cathode, a second layer comprising an electrically conductive material suited to serve the function of an anode and an intermediate layer suited to become impregnated with an electrolyte in the liquid phase or to regulate its flow between said cathode and said anode; - associating an electrolyte in the liquid phase with one or more of said layers ; - supplying power to said cathode and said anode in order to activate the electrochemical process of said electrolyte in the liquid phase for a predetermined time interval, characterized by - positioning said anode or said cathode on said surface (F) to be treated.
A vehicular display assembly comprising: a first printed circuit board (PCB) disposed on a first side of a display module ; a second PCB comprising a surface arranged substantially perpendicular to the first PCB , the second PCB forms a post aperture ; an electro-optic device disposed on a second side of the display module ; wherein the vehicular display assembly further comprises a conductive connector device in connection with the surface of the second PCB and comprising: a spring assembly comprising a spring and a conductive pin extending along a longitudinal axis parallel to the surface ; a body forming an internal passage housing the spring assembly; and a connecting feature engaging the post aperture formed by the second PCB with a protrusion formed from or connected to a mounting surface of the body , wherein the conductive pin communicatively connects the second PCB to the electro-optic device . a first printed circuit board (PCB) disposed on a first side of a display module ; a second PCB comprising a surface arranged substantially perpendicular to the first PCB , the second PCB forms a post aperture ; an electro-optic device disposed on a second side of the display module ; wherein the vehicular display assembly further comprises a conductive connector device in connection with the surface of the second PCB and comprising: a spring assembly comprising a spring and a conductive pin extending along a longitudinal axis parallel to the surface ; a body forming an internal passage housing the spring assembly; and a connecting feature engaging the post aperture formed by the second PCB with a protrusion formed from or connected to a mounting surface of the body , wherein the conductive pin communicatively connects the second PCB to the electro-optic device . a spring assembly comprising a spring and a conductive pin extending along a longitudinal axis parallel to the surface ; a body forming an internal passage housing the spring assembly; and a connecting feature engaging the post aperture formed by the second PCB with a protrusion formed from or connected to a mounting surface of the body , wherein the conductive pin communicatively connects the second PCB to the electro-optic device .
A synchronisation system for at least two pulse-width modulated electrical traction converters , the system comprising: a first controller adapted for switching a first traction converter with pulse width modulation based on a first carrier signal ; a second controller adapted for switching a second traction converter with pulse width modulation based on a second carrier signal ; an electrical line for transmitting a synchronisation signal as electrical signal between the first controller and the second controller ; wherein the first controller is adapted for generating the synchronisation signal based on a timing of the first carrier signal ; wherein the second controller is adapted for determining a carrier shift of the second carrier signal with respect to the first carrier signal based on the synchronisation signal ; wherein the first controller is located in a first wagon of a train and the second controller is located in a second wagon of the train ; wherein the electrical line runs through the first wagon and the second wagon . a first controller adapted for switching a first traction converter with pulse width modulation based on a first carrier signal ; a second controller adapted for switching a second traction converter with pulse width modulation based on a second carrier signal ; an electrical line for transmitting a synchronisation signal as electrical signal between the first controller and the second controller ; wherein the first controller is adapted for generating the synchronisation signal based on a timing of the first carrier signal ; wherein the second controller is adapted for determining a carrier shift of the second carrier signal with respect to the first carrier signal based on the synchronisation signal ; wherein the first controller is located in a first wagon of a train and the second controller is located in a second wagon of the train ; wherein the electrical line runs through the first wagon and the second wagon .
An optical laminate comprising: a substrate; and a hard coating layer formed on at least one surface of the substrate and containing a binder resin and at least two groups of inorganic particles having different average radii, wherein the hard coating layer includes a domain formed by surrounding two or more first group inorganic particles having an average radius of 10 to 15 nm by two or more second group inorganic particles having an average radius of 20 to 35 nm, wherein the average radii are calculated and derived by measuring the radius of individual particles identified in the electron micrographs of SEM of the hard coating layer; and the distance (Rd), as measured according to the description, between centers of two of the second group inorganic particles located opposite to the first group inorganic particles located at the center in the domain is 60 nm to 100 nm. a substrate; and a hard coating layer formed on at least one surface of the substrate and containing a binder resin and at least two groups of inorganic particles having different average radii, wherein the hard coating layer includes a domain formed by surrounding two or more first group inorganic particles having an average radius of 10 to 15 nm by two or more second group inorganic particles having an average radius of 20 to 35 nm, wherein the average radii are calculated and derived by measuring the radius of individual particles identified in the electron micrographs of SEM of the hard coating layer; and the distance (Rd), as measured according to the description, between centers of two of the second group inorganic particles located opposite to the first group inorganic particles located at the center in the domain is 60 nm to 100 nm.
A drainage device particularly for aspiration in case of therapies with aspiration, fistulas, dehiscences of surgical wounds, bedsores, traumas and similar lesions comprising an aspiration pouch which is detachably associated with a sheet-like element which can be associated with a cavitary lesion and is connectable to aspiration means by way of a connecting element , wherein said sheet-like element has a self-adhesive surface, wherein the aspiration pouch is supported by the sheet-like element , wherein the sheet-like element includes a preformed opening that provides an access to the lesion , wherein the pouch is provided internally with a draining layer, wherein the draining layer consists of a compress made of polyurethane, usually expanded polyurethane or other material suitable for drainage, to be placed in contact with a polyurethane forming a plug , which is instead placed inside the lesion , in the part to be treated, characterised in that said sheet-like element i is constituted by a hydrocolloid substance and Z acts as a support for said connecting element , and said connecting element is a connecting valve.
Carrycot and canopy for a baby carriage suitable to be placed and connected to the carriage frame, wherein the carrycot consists of a uniform construction shell made by thermoforming or plastic injection of plastic selected from materials PE (polyethylene or polyethene), ABS (acylonitrile butadiene styrene), MPMA (methyl polymetacrylan) or from double layer panel ABS MPMA, wherein the whole carrycot is transparent, and the canopy comprises at least two panels made of transparent, stiff but flexible plastic selected from materials PE (polyethylene or polyethene), ABS (acylonitrile butadiene styrene), MPMA (methyl polymetacrylan) or from double layer panel ABS MPMA, wherein at least one panel along its one edge is contoured with a longitudinal ridge and at least in one panel at the opposite edge of panel is located a longitudinal hollow , and the ends of all panels are fastened on both sides with connectors .
A mobile barcode scanning device comprising: an embedded camera ; a user interface system comprising a visual display , the user interface system being configured to allow a user to access features of the mobile barcode scanning device with the visual display; a barcode scanning application ; and an operating system communicatively coupled to the embedded camera, the barcode scanning application, and the user interface system; wherein the visual display is configured to display an adjustable barcode scanning window , wherein the adjustable barcode scanning window is overlaid on top of a viewfinder displayed on the visual display, wherein the viewfinder is configured to display at least one barcode within a field of view of the embedded camera, wherein the mobile barcode scanning device comprises application logic configured to initialize a scan and decode a barcode of the at least one barcode in response to the at least one barcode being at least partially encompassed by the adjustable barcode scanning window, and wherein a location of the adjustable barcode scanning window on the viewfinder is adjustable in real-time based on a user input. an embedded camera ; a user interface system comprising a visual display , the user interface system being configured to allow a user to access features of the mobile barcode scanning device with the visual display; a barcode scanning application ; and an operating system communicatively coupled to the embedded camera, the barcode scanning application, and the user interface system; wherein the visual display is configured to display an adjustable barcode scanning window , wherein the adjustable barcode scanning window is overlaid on top of a viewfinder displayed on the visual display, wherein the viewfinder is configured to display at least one barcode within a field of view of the embedded camera, wherein the mobile barcode scanning device comprises application logic configured to initialize a scan and decode a barcode of the at least one barcode in response to the at least one barcode being at least partially encompassed by the adjustable barcode scanning window, and wherein a location of the adjustable barcode scanning window on the viewfinder is adjustable in real-time based on a user input.