mhurhangee/patent-ind-claim-en huggingface dataset:
A magnetic clamp device having multiple magnet blocks arranged on a surface of a plate (PL) composed of a magnetic body for magnetically clamping a mold (M1, M2) when in a magnetic state, each of said magnet blocks comprising an invertible magnet capable of inverting a polarity and a non-invertible magnet , comprising: a coil adapted to detect a change in magnetic flux passing through the invertible magnet , characterized by a control device adapted to determine whether or not a polarity of induced voltage detected from the coil by the change in the magnetic flux is inverted by a positive/negative voltage threshold, and to warn that an attraction force of the mold (M1, M2) is decreased when the inversion of the polarity is detected. a coil adapted to detect a change in magnetic flux passing through the invertible magnet , characterized by a control device adapted to determine whether or not a polarity of induced voltage detected from the coil by the change in the magnetic flux is inverted by a positive/negative voltage threshold, and to warn that an attraction force of the mold (M1, M2) is decreased when the inversion of the polarity is detected.
A system comprising: a reactive component curable after exposure to a reaction initiator, wherein the reactive component comprises one or more components selected from the group consisting of a methylene malonate component, a methylene beta-ketoester component, a methylene beta-diketone component, and an oligomer or resin thereof; and a first substrate formed of a plastic material and comprising the reaction initiator, the reaction initiator incorporated into the first substrate. a reactive component curable after exposure to a reaction initiator, wherein the reactive component comprises one or more components selected from the group consisting of a methylene malonate component, a methylene beta-ketoester component, a methylene beta-diketone component, and an oligomer or resin thereof; and a first substrate formed of a plastic material and comprising the reaction initiator, the reaction initiator incorporated into the first substrate.
A laparoscopic port site closure device, which is in a tube shape for being introduced into a port site, comprising: a tubular body provided with needle guides that guide insertion of a needle; wings mounted to a lower portion of the tubular body such that the wings are opened and closed through a cam method by an operating stick penetrating through the tubular body configured to operate the wings by being pushed to open the wings pulled to close the wings, the laparoscopic port site closure device further comprising: a replaceable cartridge provided on a lower end of the tubular body to be detachably combined with the operating stick , wherein the cartridge is provided with the wings capable of being opened by operating the operating stick, and provided with a compartment for receiving surgical suture therein, characterized in that the laparoscopic port site closure device is configured such that opposites ends of the surgical suture in the compartment are mounted on the wings in mounting holes , such that the ends of the surgical suture are pulled out of a patient's body by being caught by a suture slot of a needle passed through the needle guides that is pierced into the patient's body from outside. a replaceable cartridge provided on a lower end of the tubular body to be detachably combined with the operating stick , wherein the cartridge is provided with the wings capable of being opened by operating the operating stick, and provided with a compartment for receiving surgical suture therein, characterized in that the laparoscopic port site closure device is configured such that opposites ends of the surgical suture in the compartment are mounted on the wings in mounting holes , such that the ends of the surgical suture are pulled out of a patient's body by being caught by a suture slot of a needle passed through the needle guides that is pierced into the patient's body from outside.
A display device , comprising: a base substrate (SUB) including a display area (DA), including a plurality of pixels, and a non-display area (NDA) at least partially surrounding the display area (DA); and a lower metal line (BML) disposed on the base substrate (SUB) and surrounding at least a portion of the display area (DA), wherein each pixel of the plurality of pixels includes a thin film transistor, wherein the thin film transistor includes a driving transistor (DT) and a switching transistor (ST), each of which including a channel, a first electrode, a second electrode, and a gate electrode overlapping the channel characterized in that the thin film transistor is disposed on the lower metal line (BML), the lower metal line (BML) overlaps only one of the channel of the driving transistor (DT) and the channel of the switching transistor (ST), wherein the non-display area (NDA) includes a pad area, and wherein the lower metal line (BML) is spaced apart from the non-overlapped channel of the thin film transistor and is configured to receive a constant voltage from a lower metal pad located in the pad area, the display device further comprising: a light emitting line (EL) extending along a second direction (DR2) crossing a first direction (DR1), wherein the thin film transistor is connected to the driving transistor (DT), wherein the gate electrode (DT-G) further includes a first switching transistor (ST1) connected to the light emitting line (EL) and connected to a first electrode of the driving transistor (DT). a base substrate (SUB) including a display area (DA), including a plurality of pixels, and a non-display area (NDA) at least partially surrounding the display area (DA); and a lower metal line (BML) disposed on the base substrate (SUB) and surrounding at least a portion of the display area (DA), wherein each pixel of the plurality of pixels includes a thin film transistor, wherein the thin film transistor includes a driving transistor (DT) and a switching transistor (ST), each of which including a channel, a first electrode, a second electrode, and a gate electrode overlapping the channel the thin film transistor is disposed on the lower metal line (BML), the lower metal line (BML) overlaps only one of the channel of the driving transistor (DT) and the channel of the switching transistor (ST), wherein the non-display area (NDA) includes a pad area, and wherein the lower metal line (BML) is spaced apart from the non-overlapped channel of the thin a light emitting line (EL) extending along a second direction (DR2) crossing a first direction (DR1), wherein the thin film transistor is connected to the driving transistor (DT), wherein the gate electrode (DT-G) further includes a first switching transistor (ST1) connected to the light emitting line (EL) and connected to a first electrode of the driving transistor (DT).
A method for producing a catalyst, the method comprising: mixing a compound expressed by Structural Formula below, neodymium halide, and sodium alkoxide to produce a catalyst: wherein the catalyst includes: neodymium; sodium; and a ligand, which is a compound expressed by Structural Formula below, wherein the neodymium and the ligand form a complex at a molar ratio of 1 : 2 (neodymium: ligand). neodymium; sodium; and a ligand, which is a compound expressed by Structural Formula below, wherein the neodymium and the ligand form a complex at a molar ratio of 1 : 2 (neodymium: ligand).
Pneumatic tyre provided with a passive transponder , said pneumatic tyre of toroidal form defining at any point the axial, radial and circumferential directions with respect to a centre of the pneumatic tyre , having a radially inner surface and a radially outer surface , comprising a crown (S), two sidewalls (F) and two beads (B), each bead (B) having at least one annular bead core that rotates about a reference axis defining the axial direction from the centre of said pneumatic tyre , at least one carcass ply of toroidal form, at least one inner liner , at least one protector of toroidal form, which protector is made up of at least one elastomeric blend layer placed radially inwardly of said bead core , said carcass ply and said inner liner , including a first end , located axially inwardly and radially outwardly, and a second end called a bead toe located axially inwardly and radially inwardly, said passive transponder comprising at least one metal strand forming a radiating half-wave dipole antenna defining a longitudinal axis and capable of creating an electrical coupling with at least one electronic chip , said longitudinal axis is positioned substantially perpendicular to the threads of said carcass ply , said passive transponder being embedded in an electrically insulating elastomeric blend forming a patch , having, on the periphery thereof, a first face sited axially outwardly with respect to the centre and a second face sited axially inwardly with respect to the centre , which are substantially perpendicular to said reference axis , at least one end located radially inwardly , and one end located radially outwardly , respectively, relative to the reference axis corresponding to the minimum distance and the maximum distance, respectively, between said patch and said reference axis , characterized in that at least one of the faces of the patch extends axially between the axially inner end of the carcass ply and the inner surface of the pneumatic tyre and in that at least one of the ends of the patch extends radially at a distance between that of the bead toe and that of the bead core radially-outer end .
Endoscopic device , in particular a medical or industrial endoscopic device, wherein the endoscopic device has as components a light source, an optical fibre , a camera and an endoscope having an optical element or a plurality of optical elements, wherein at least one optical element has an optical marking for verifying an identity of the optical element and/or of the endoscope such that the optical marking can be detected by the camera for verifying the identity and/or a configuration of the endoscopic device , characterised in that the camera has a zoom lens having an adjustment mechanism for changing a focal length such that the optical marking(s) can be detected with the zoom lens in a range from a proximal end to a distal end of the endoscope , each in a defined marking zoom position.
An electric compressor comprising: - a compression assembly - an electric motor arranged to drive the compression assembly; - a compressor housing forming hermetic accommodation of the electric motor and the compression assembly; and - a hermetic terminal comprising: ∘ a terminal holder defining a cavity and forming part of the housing , ∘ at least two electrically conductive terminal pins extending through the terminal holder and connected to the electric motor, and ∘ an insulative structure insulating the terminal pins from the terminal holder and having a surface exposed in the cavity, wherein the hermetic compressor further comprises a sealing element defining an enclosed space in the cavity, wherein the sealing element forms a base and an annular wall extending upwards from the base and configured to enter into the cavity, characterized in that the sealing element comprises at least one annular ridge extending upwards from the base, the at least one annular ridge extending about the annular wall outside the cavity. - a compression assembly - an electric motor arranged to drive the compression assembly; - a compressor housing forming hermetic accommodation of the electric motor and the compression assembly; and - a hermetic terminal comprising: ∘ a terminal holder defining a cavity and forming part of the housing , ∘ at least two electrically conductive terminal pins extending through the terminal holder and connected to the electric motor, and ∘ an insulative structure insulating the terminal pins from the terminal holder and having a surface exposed in the cavity, ∘ a terminal holder defining a cavity and forming part of the housing , ∘ at least two electrically conductive terminal pins extending through the terminal holder and connected to the electric motor, and ∘ an insulative structure insulating the terminal pins from the terminal holder and having a surface exposed in the cavity, wherein the hermetic compressor further comprises a sealing element defining an enclosed space in the cavity, wherein the sealing element forms a base and an annular wall extending upwards from the base and configured to enter into the cavity, characterized in that the sealing element comprises at least one annular ridge extending upwards from the base, the at least one annular ridge extending about the annular wall outside the cavity.
A secure authorization server for verifying an identity of an end-user, said secure authorization server programmed to: receive, from a computing client , an authentication request at an authorization component , wherein the authentication request includes a secure authentication request identifier; validate the authentication request at the authorization component by at least validating the secure authentication request identifier; transmit an authentication response from the authorization component to the computing client, wherein the authentication response includes an authorization code, wherein the authorization code represents a validation of the authentication request and includes at least the secure authentication request identifier; receive, from the computing client, a token request at a token component , wherein the token request includes the authorization code; validate the token request, at the token component, by validating the authorization code; and transmit a token response from the token component to the computing client, wherein the token response includes an identification token associated with an authenticated session, an access token, and a lifetime in seconds of the access token. receive, from a computing client , an authentication request at an authorization component , wherein the authentication request includes a secure authentication request identifier; validate the authentication request at the authorization component by at least validating the secure authentication request identifier; transmit an authentication response from the authorization component to the computing client, wherein the authentication response includes an authorization code, wherein the authorization code represents a validation of the authentication request and includes at least the secure authentication request identifier; receive, from the computing client, a token request at a token component , wherein the token request includes the authorization code; validate the token request, at the token component, by validating the authorization code; and transmit a token response from the token component to the computing client, wherein the token response includes an identification token associated with an authenticated session, an access token, and a lifetime in seconds of the access token.
Lipid composition comprising, per 100% of its weight: - from 40% to 99.9% by weight of a component comprising, per 100% of its weight, from 90% to 100% by weight of beeswax and from 0% to 10% by weight of at least one other lipid excipient, - from 0.1% to 60% by weight of at least one lipophilic surfactant selected from fatty acid diglycerides. - from 40% to 99.9% by weight of a component comprising, per 100% of its weight, from 90% to 100% by weight of beeswax and from 0% to 10% by weight of at least one other lipid excipient, - from 0.1% to 60% by weight of at least one lipophilic surfactant selected from fatty acid diglycerides.
Window surround for a window of a passenger vehicle , having at least one seal comprising one or more sealing profiles (10, 10', 10") and having a plastic support profile interacting with the seal, and a decorative cover with a metallic visible surface covering the support profile, characterized in that the decorative cover is formed as an injection-molded part of plastics, the support profile and the decorative cover are separate components, which are firmly bonded to one another, and the visible surface of the decorative cover being further galvanized.
An apparatus, comprising: a device (200; 460) including at least one memory adapted to store run-time data for the device, and at least one processor that is adapted to execute processor-executable code that, in response to execution, enables the device to perform actions, including: identifying a first enclave to be used for executing a cryptlet binary of a first cryptlet, wherein the first enclave is a secure execution environment, and wherein the first cryptlet is a code component that is executable in the secure execution environment, and wherein the first cryptlet is associated with at least a first counterparty; generating a cryptlet binding that is associated with the first cryptlet, wherein the cryptlet binding includes counterparty information that is associated with at least the first counterparty; providing the cryptlet binding to a cryptlet binding key graph , wherein the cryptlet binding key graph provides multi-party key registry for locating keys and their corresponding storage endpoints; receiving, from the cryptlet binding key graph, an address of a first hardware security module , HSM, that stores a key that is associated with the first counterparty; and dynamically establishing a secure encrypted communication tunnel between the first enclave and the first HSM for securely transmitting the key to the first cryptlet running in the first enclave. identifying a first enclave to be used for executing a cryptlet binary of a first cryptlet, wherein the first enclave is a secure execution environment, and wherein the first cryptlet is a code component that is executable in the secure execution environment, and wherein the first cryptlet is associated with at least a first counterparty; generating a cryptlet binding that is associated with the first cryptlet, wherein the cryptlet binding includes counterparty information that is associated with at least the first counterparty; providing the cryptlet binding to a cryptlet binding key graph , wherein the cryptlet binding key graph provides multi-party key registry for locating keys and their corresponding storage endpoints; receiving, from the cryptlet binding key graph, an address of a first hardware security module , HSM, that stores a key that is associated with the first counterparty; and dynamically establishing a secure encrypted communication tunnel between the first enclave and the first HSM for securely transmitting the key to the first cryptlet running in the first enclave.
Striking mechanism for a watch or timepiece including a movement , said striking mechanism being capable of operation in at least two distinct passing strike modes, and on at least two distinct sets of gongs, said striking mechanism including a mode selector mechanism combined with a mechanism for selecting a tune or set of gongs, said mode selector mechanism including a user-accessible mode selector allowing the user to choose which strike mode to use, and at least one means for selecting a tune or set of gongs controlled by said movement for a passing strike, and/or accessible to the user for the selection of a tune or of a set of gongs, for performing passing strike functions or for the minute repeater function when said striking mechanism includes a minute repeater mechanism, said striking mechanism including at least one said means for selecting a tune or set of gongs (103; 104) distinct from said mode selector , characterized in that said striking mechanism including a tune selector cam , which is arranged to cooperate with at least a first tune lever and a second tune lever , which are both arranged to cooperate with a tune selector arranged to control different trips for operating strike hammers, said first tune lever and said second tune lever each including an intermediate feeler beak (1030; 1040) arranged to move over the periphery of said tune selector cam , characterized in that said tune selector cam includes a pin driving a fork of a tune selection feeler arm , a first finger of which follows the periphery of a tune-selection-by-mode cam , whose angular position is directly or indirectly controlled by said mode selector , and a second finger of which is arranged to limit the travel of a petite sonnerie lever .
A cellular structure for a flow discourager of a turbine engine, comprising: a thickness dimension defined by cell walls and a surface plane defined by the edges of interconnecting cells and a rub path for a rotor tip of a rotor on the surface plane; the surface plane comprising a first cellular region of the cells having a first maximum dimension in the surface plane, wherein cells of the cellular structure defining the rub path include greater than 90% of the cells having the first maximum dimension; the surface plane comprising a second cellular region of the cells having a second maximum dimension in the surface plane, wherein the second dimension is less than the first dimension, wherein cells of the cellular structure outside the rub path include greater than 90% of the cells having the second maximum dimension; characterised by the cell walls of at least one of the first or second cellular regions having a non-linear contour or variable thickness along the height of the cell wall. a thickness dimension defined by cell walls and a surface plane defined by the edges of interconnecting cells and a rub path for a rotor tip of a rotor on the surface plane; the surface plane comprising a first cellular region of the cells having a first maximum dimension in the surface plane, wherein cells of the cellular structure defining the rub path include greater than 90% of the cells having the first maximum dimension; the surface plane comprising a second cellular region of the cells having a second maximum dimension in the surface plane, wherein the second dimension is less than the first dimension, wherein cells of the cellular structure outside the rub path include greater than 90% of the cells having the second maximum dimension; characterised by the cell walls of at least one of the first or second cellular regions having a non-linear contour or variable thickness along the height of the cell wall.