mhurhangee/patent-ind-claim-en huggingface dataset:
A method of certifying a user by using a learning system, the method comprising: based on a plurality of reference images being registered, obtaining a plurality of characteristic information of the plurality of reference images by using the learning system, each of the plurality of characteristic information comprising reference face characteristic information and reference additional information; and storing the obtained plurality of characteristic information; based on a user image being obtained by photographing a user, obtaining a face area of the user image based on a color of an object included in the user image and a shape of the object, and other area of the user image except for the face area as an additional area; obtaining face characteristic information from the face area, and additional information from the additional area by using the learning system; comparing the face characteristic information with the stored plurality of reference face characteristic information; based on one reference face characteristic information being found, identifying that a certification of the user has succeeded; and based on a plurality of reference face characteristic information being found, comparing reference additional information, corresponding to found reference face characteristic information, with the obtained additional information, and identifying whether a certification of the user has succeeded based on the result of the comparison. based on a plurality of reference images being registered, obtaining a plurality of characteristic information of the plurality of reference images by using the learning system, each of the plurality of characteristic information comprising reference face characteristic information and reference additional information; and storing the obtained plurality of characteristic information; based on a user image being obtained by photographing a user, obtaining a face area of the user image based on a color of an object included in the user image and a shape of the object, and other area of the user image except for the face area as an additional area; obtaining face characteristic information from the face area, and additional information from the additional area by using the learning system; comparing the face characteristic information with the stored plurality of reference face characteristic information; based on one reference face characteristic information being found, identifying that a certification of the user has succeeded; and based on a plurality of reference face characteristic information being found, comparing reference additional information, corresponding to found reference face characteristic information, with the obtained additional information, and identifying whether a certification of the user has succeeded based on the result of the comparison.
A biometric recognition apparatus, comprising N detection elements and a protection cover plate located above the N detection elements, wherein the biometric recognition apparatus is a fingerprint recognition apparatus, characterized in that the protection cover plate comprises a first area and M second areas , wherein a second area i in the M second areas is disposed corresponding to a detection element j in the N detection elements, a thickness of each second area of the protection cover plate in the M second areas is greater than a first threshold, and a target parameter of each second area in the M second areas is different from that of the first area , the target parameter comprising one of the following parameters: a dielectric constant, a light transmittance and a light refractive index, wherein both N and M are integers greater than or equal to 1, 1≤i≤M, and 1≤j≤N, wherein N is equal to M, and the M second areas are disposed in one-to-one correspondence with the N detection elements, and i=j, and the first area and the second area have the same material, but have different molecule arrangement structures, and wherein the first area and M second areas are obtained by processing a same protection cover plate base, and the first area and M second areas are different areas of the protective cover plate , and both are part of the protective cover plate .
A method for restoring a degraded, partly submerged wood construction, characterised in that the degraded portion of the wood construction is removed and the resultant hollow in the wood construction is filled with epoxy grout comprising a mixture of in essence the same quantities of a first, a second and a third component, the first component being comprised of 30-50% bisphenol-A-epichlorhydrine, 10-15% pine oil, and 30-50% epoxide derivates, the second component being comprised of 20-40% m-phenylenebis, 20-40% 4-tert-butylphenol, 10-20% benzyl alcohol, 5-10% trimethylhexane-1,6-diamine, 2.5-5% 3-aminopropyldimethylamine, 2.5-5% 2,4,6-trisphenol and 1-2.5% 4,4'-isopropylidenediphenol, and the third component being in essence comprised of silicon dioxide.
A method for forming a metal matrix composite (MMC) structure , the method comprising: forming an assembly including at least two blocks of a primary phase material sharing an interface at which a secondary phase material is disposed, the assembly having a length (L) extending from a front edge to a rear edge , a width (W) extending perpendicular to the length, and a thickness (T); clamping the assembly to at least one of two platens of a press that urges the at least two blocks toward each other or maintains the at least two blocks at a predetermined position; and passing a rotating friction-stir pin along the interface from the front edge to the rear edge, wherein the friction-stir pin is supported at opposite ends as the friction-stir pin is passed along the interface , wherein the friction-stir pin has a mixing length extending at least the width of the assembly, wherein by said passing the friction-stir pin disperses the secondary phase material into the primary phase material and welds the at least two blocks together. forming an assembly including at least two blocks of a primary phase material sharing an interface at which a secondary phase material is disposed, the assembly having a length (L) extending from a front edge to a rear edge , a width (W) extending perpendicular to the length, and a thickness (T); clamping the assembly to at least one of two platens of a press that urges the at least two blocks toward each other or maintains the at least two blocks at a predetermined position; and passing a rotating friction-stir pin along the interface from the front edge to the rear edge, wherein the friction-stir pin is supported at opposite ends as the friction-stir pin is passed along the interface , wherein the friction-stir pin has a mixing length extending at least the width of the assembly, wherein by said passing the friction-stir pin disperses the secondary phase material into the primary phase material and welds the at least two blocks together.
Cab assembly used for driver's cabs of heavy commercial vehicles and providing to dampen a portion of the energy generated when the cab is subjected to an impact, comprising, - at least one chassis comprising two arms, supporting the cab as well as the main structure, - at least one tower bracket mounted to each arm of the chassis to connect the chassis and the cab (A) to each other, - at least two swing arms located on that side of the tower bracket , that is not connected to the chassis and each of them is connected to the tower bracket and moves freely around its end connected to the tower bracket in a direction perpendicular to the ground plane, - at least one linking rod mounted to the other end of the swing arm , that is not linked to the tower bracket , being perpendicular to the central axis of the swing arm and connecting both swing arms to each other, - at least one cabin bracket mounted to the linking rod and providing the connection of the cab (A) and the linking rod to each other, and characterized by - at least one damping slot (4.4), which is opened along the longitudinal axis of the swing arm and ensures that a connecting element (B), that connects the swing arm to the tower bracket , can pass through it with difficulty when the swing arm is exposed to a force by means of the cabin bracket and thus meeting some of the said force and helping it to be damped. - at least one chassis comprising two arms, supporting the cab as well as the main structure, - at least one tower bracket mounted to each arm of the chassis to connect the chassis and the cab (A) to each other, - at least two swing arms located on that side of the tower bracket , that is not connected to the chassis and each of them is connected to the tower bracket and moves freely around its end connected to the tower bracket in a direction perpendicular to the ground plane, - at least one linking rod mounted to the other end of the swing arm , that is not linked to the tower bracket , being perpendicular to the central axis of the swing arm and connecting both swing arms to each other, - at least one cabin bracket mounted to the linking rod and providing the connection of the cab (A) and the linking rod to each other, - at least one damping slot (4.4), which is opened along the longitudinal axis of the swing arm and ensures that a connecting element (B), that connects the swing arm to the tower bracket , can pass through it with difficulty when the swing arm is exposed to a force by means of the cabin bracket and thus meeting some of the said force and helping it to be damped.
A mobile handover method, comprising: receiving (S601), by a second network device , information from a first network device when the first network device learns that a terminal device is to be handed over to a target access network device , wherein the information received from the first network device comprises: an identifier of the terminal device and an indication indicating that terminal device is to be handed over to the target access network device ; and reselecting (S604), by the second network device based on the indication and target application server information corresponding to the target access network device , a target user plane function device for the terminal device; and wherein the first network device learns that the terminal device is to be handed over to the target access network device by receiving information from a source access network device sent by the source access network device after it has received a handover response message indicating that the handover is agreed sent by the target access network device in response to a handover request sent by the source network access device. receiving (S601), by a second network device , information from a first network device when the first network device learns that a terminal device is to be handed over to a target access network device , wherein the information received from the first network device comprises: an identifier of the terminal device and an indication indicating that terminal device is to be handed over to the target access network device ; and reselecting (S604), by the second network device based on the indication and target application server information corresponding to the target access network device , a target user plane function device for the terminal device; and wherein the first network device learns that the terminal device is to be handed over to the target access network device by receiving information from a source access network device sent by the source access network device after it has received a handover response message indicating that the handover is agreed sent by the target access network device in response to a handover request sent by the source network access device.
Mobile brewing apparatus with two receptacles for brewing liquids, which are interruptibly fluidically connected to one another, at least the first receptacle having a heating device and the second receptacle being provided with a screen , characterized in that a discrete collecting container for filtered liquid from the screen is connected downstream of the second second receptacle , which is fluidically connected to the second receiving container via a line, that a flow regulator is provided between the second receptacle and the collecting container , by means of which a flow rate of liquid to the collecting container can be adjusted and/or interrupted, that the collecting container is connected to a discharge line for liquid, via which liquid can be returned directly, i.e. past the first receiving container, from the collecting container into a region of the second receptacle connected upstream of the screen . two receptacles for brewing liquids, which are interruptibly fluidically connected to one another, at least the first receptacle having a heating device and the second receptacle being provided with a screen , characterized in that a discrete collecting container for filtered liquid from the screen is connected downstream of the second second receptacle , which is fluidically connected to the second receiving container via a line, that a flow regulator is provided between the second receptacle and the collecting container , by means of which a flow rate of liquid to the collecting container can be adjusted and/or interrupted, that the collecting container is connected to a discharge line for liquid, via which liquid can be returned directly, i.e. past the first receiving container, from the collecting container into a region of the second receptacle connected upstream of the screen .
Arc welding device having a melting electrode , wherein the arc welding device comprises short circuit detection means and wherein the arc welding device is configured to carry out a pulsed arc welding process, characterized in that the arc welding device comprises indication means that are configured to indicate a short circuit detected by the short circuit detection means , wherein the indication means are configured to only indicate a short circuit detected by the short circuit detection means if a set number of detected short circuits has preceded the detected short circuit during the welding process being executed.
An apparatus for producing spunbonds from continuous filaments , in particular of thermoplastic material, comprising at least one spinneret for spinning the continuous filaments , at least one monomer extraction apparatus , at least one cooling device for cooling the filaments , at least one stretching device for stretching the filaments and comprising at least one depositing device, in particular in the form of a depositing foraminous belt for depositing the filaments to form a nonwoven web , wherein at least one deformable seal (2.2) for sealing at least one gap formed between the spinneret and the monomer extraction apparatus is disposed between the spinneret and the monomer extraction apparatus , and/or wherein at least one deformable seal for sealing at least one gap formed between the monomer extraction apparatus and the cooling device is disposed between the monomer extraction apparatus and the cooling device , and/or wherein at least one deformable seal for sealing at least one gap formed between the cooling device and the stretching device or the intermediate channel (11.1) is disposed between the cooling device and the stretching device or an intermediate channel (11.1) of the stretching device and wherein the installation properties, in particular the pressing force and/or the pressing pressure and/or the contact area of the at least one seal (2.2, 7, 8) in relation to the boundary surfaces of the respective gap (2.1, 5, 6) is/are variable or adjustable.
A control unit for a game or fish feeder , wherein the control unit is arranged for mounting on or in connection to the feeder , said control unit comprising: means for controlling the powering of a drive unit of said feeder for controlled output of feed from the feeder ; a wireless transmitter arranged to communicate over a wireless network with a remote unit , wherein the wireless transmitter is part of a wireless transceiver for receiving and transmitting information over a wireless network ; a sensor (132; 134) for measuring a parameter of the feeder ; and means for determining whether a measured parameter value provided by said sensor (132; 134) fulfills a predetermined condition in order to detect an action-requiring state of the feeder , wherein, in response to a detected action-requiring state, the wireless transmitter is triggered to send a notification to said remote unit , characterised in that the control unit is arranged to cause said wireless transmitter to periodically communicate with a central control system and receive information for updating scheduling data for controlling output of feed from the feeder system , wherein the scheduling data is based on information of sunrise and sunset times in relation to earth locations and a position of the feeder system . means for controlling the powering of a drive unit of said feeder for controlled output of feed from the feeder ; a wireless transmitter arranged to communicate over a wireless network with a remote unit , wherein the wireless transmitter is part of a wireless transceiver for receiving and transmitting information over a wireless network ; a sensor (132; 134) for measuring a parameter of the feeder ; and means for determining whether a measured parameter value provided by said sensor (132; 134) fulfills a predetermined condition in order to detect an action-requiring state of the feeder , wherein, in response to a detected action-requiring state, the wireless transmitter is triggered to send a notification to said remote unit , characterised in that the control unit is arranged to cause said wireless transmitter to periodically communicate with a central control system and receive information for updating scheduling data for controlling output of feed from the feeder system , wherein the scheduling data is based on information of sunrise and sunset times in relation to earth locations and a position of the feeder system .
An impeller for a centrifugal compressor, the impeller comprising: a hub having a direction of rotation; a plurality of impeller blades extending from said hub , each said blade having a downstream end , an upstream end , a leading surface facing said direction of rotation of said hub, and a trailing surface facing opposite to said direction of rotation of said hub; and a secondary flow reducer extending towards said downstream end and said upstream end of said at least one of said plurality of impeller blades , the secondary flow reducer terminating at a location which is spaced from the upstream end of the blade and including a tapering portion which tapers to the location of termination; said secondary flow reducer defining first and second surfaces intersecting one of said leading surface and said trailing surface of said at least one of said plurality of impeller blades and a third surface between said first and second surfaces ; characterized in that an intersection of the first surface with the blade surface and an intersection of the second surface with the blade defines non-parallel lines. a hub having a direction of rotation; a plurality of impeller blades extending from said hub , each said blade having a downstream end , an upstream end , a leading surface facing said direction of rotation of said hub, and a trailing surface facing opposite to said direction of rotation of said hub; and a secondary flow reducer extending towards said downstream end and said upstream end of said at least one of said plurality of impeller blades , the secondary flow reducer terminating at a location which is spaced from the upstream end of the blade and including a tapering portion which tapers to the location of termination; said secondary flow reducer defining first and second surfaces intersecting one of said leading surface and said trailing surface of said at least one of said plurality of impeller blades and a third surface between said first and second surfaces ; characterized in that an intersection of the first surface with the blade surface and an intersection of the second surface with the blade defines non-parallel lines.
A method for dynamically deploying a web component in an application, the method comprising: building , by a front-end application platform , a client-side application; receiving, by an application server , the client-side application; deploying , by the application server , the client-side application to a web browser associated with a client device ; receiving , by the application server from a customer associated with the client device , a request to deploy a web component in the client-side application, wherein the request includes the web component and the request includes a uniform resource locator, URL, for downloading the web component; downloading, by the application server , the web component from the URL; and dynamically loading , by the application server , the web component in the client-side application for display in the client-side application by the web browser associated with the client device , the client-side application being a workspace portal customized for the customer and the web component being configurable to be displayed as a widget in a dashboard of the workspace portal. building , by a front-end application platform , a client-side application; receiving, by an application server , the client-side application; deploying , by the application server , the client-side application to a web browser associated with a client device ; receiving , by the application server from a customer associated with the client device , a request to deploy a web component in the client-side application, wherein the request includes the web component and the request includes a uniform resource locator, URL, for downloading the web component; downloading, by the application server , the web component from the URL; and dynamically loading , by the application server , the web component in the client-side application for display in the client-side application by the web browser associated with the client device , the client-side application being a workspace portal customized for the customer and the web component being configurable to be displayed as a widget in a dashboard of the workspace portal.
An apparatus for separating a thin slice sample from a specimen of a multi-layer adhesive film, thereby allowing an analysis of the multi-layer adhesive film comprising: a specimen tray unit on which the specimen of the multi-layer structure adhesive film is mounted, a blade unit that is movable in the first vertical direction to the first surface of the specimen tray unit on which the specimen is mounted, a liquid nitrogen supply unit for supplying liquid nitrogen so that the specimen mounted on the specimen tray unit is immersible, and a driving unit for moving the specimen tray unit or the blade unit in a direction parallel to the first surface . a specimen tray unit on which the specimen of the multi-layer structure adhesive film is mounted, a blade unit that is movable in the first vertical direction to the first surface of the specimen tray unit on which the specimen is mounted, a liquid nitrogen supply unit for supplying liquid nitrogen so that the specimen mounted on the specimen tray unit is immersible, and a driving unit for moving the specimen tray unit or the blade unit in a direction parallel to the first surface .