mhurhangee/patent-ind-claim-en huggingface dataset:
An aircraft seat (100, 100a-d) capable of accommodating a passenger, comprising: a backrest frame having a forward end and an upright end connected by a transitional section , the upright end including one or more backrest rollers set thereinto, the forward end including one or more lateral slots set thereinto, and the backrest frame capable of rearward articulation by the passenger; a seat frame mountable to a floor of an aircraft by at least one base and having a forward portion and an upright portion , the backrest frame pivotably mounted to the forward portion at a forward terminal end, and the upright portion including one or more backrest roller slots configured to accommodate the backrest rollers ; a seatpan slidably mounted to the backrest frame at the forward end by one or more seatpan sliders configured to translate within the lateral slots ; and at least one shift linkage pivotably mounted to the seat frame , the shift linkage configured to articulate the seatpan forward relative to the backrest frame in response to the rearward articulation. a backrest frame having a forward end and an upright end connected by a transitional section , the upright end including one or more backrest rollers set thereinto, the forward end including one or more lateral slots set thereinto, and the backrest frame capable of rearward articulation by the passenger; a seat frame mountable to a floor of an aircraft by at least one base and having a forward portion and an upright portion , the backrest frame pivotably mounted to the forward portion at a forward terminal end, and the upright portion including one or more backrest roller slots configured to accommodate the backrest rollers ; a seatpan slidably mounted to the backrest frame at the forward end by one or more seatpan sliders configured to translate within the lateral slots ; and at least one shift linkage pivotably mounted to the seat frame , the shift linkage configured to articulate the seatpan forward relative to the backrest frame in response to the rearward articulation.
A cryptographic key determination device adapted to determine one or more cryptographic keys in a cryptographic device , the cryptographic device being configured to execute one or more test programs, the cryptographic device comprising one or more components (11-i), each component (11-i) being configured to generate static and dynamic data, said dynamic data being generated in response to the execution of said one or more test programs and representing a dynamic behavior of said cryptographic device , wherein the cryptographic key determination device comprises: - a data extraction unit configured to extract at least one part of the static data and at least one part of the dynamic data generated by said one or more components (11-i) according to a data volume threshold previously determined depending one or more of a security level, a performance level, a key computation complexity, and latency required for the generation of one or more cryptographic keys from the extracted data, and - a key generator configured to combine said at least one part of static data and said at least one part of dynamic data, and to determine said one or more cryptographic keys by applying a cryptographic function to said combined data. - a data extraction unit configured to extract at least one part of the static data and at least one part of the dynamic data generated by said one or more components (11-i) according to a data volume threshold previously determined depending one or more of a security level, a performance level, a key computation complexity, and latency required for the generation of one or more cryptographic keys from the extracted data, and - a key generator configured to combine said at least one part of static data and said at least one part of dynamic data, and to determine said one or more cryptographic keys by applying a cryptographic function to said combined data.
An article , comprising: a substrate layer ; an adhesive layer ; a release layer stacked on the adhesive layer ; and an air layer interposed between the adhesive layer and the release layer ; wherein the adhesive layer is interposed between the substrate layer and the release layer ; wherein the release layer comprises microprotrusions on a surface of the release layer that opposes the adhesive layer , the microprotrusions having tips that contact the adhesive layer , and wherein the microprotrusions are provided with a wall-shaped portion that has a shape that at least partially surrounds the air layer between the adhesive layer and the release layer and protects a main portion of the adhesive layer that is adjacent to the air layer from contamination. a substrate layer ; an adhesive layer ; a release layer stacked on the adhesive layer ; and an air layer interposed between the adhesive layer and the release layer ; wherein the adhesive layer is interposed between the substrate layer and the release layer ; wherein the release layer comprises microprotrusions on a surface of the release layer that opposes the adhesive layer , the microprotrusions having tips that contact the adhesive layer , and wherein the microprotrusions are provided with a wall-shaped portion that has a shape that at least partially surrounds the air layer between the adhesive layer and the release layer and protects a main portion of the adhesive layer that is adjacent to the air layer from contamination.
A method for preventing swelling of a battery cell is characterized by comprising: a measuring process of measuring a temperature and a cell voltage of the battery cell in charge; a determining process of determining whether the measured temperature and the measured cell voltage of the battery cell are equal to or greater than a reference temperature and a reference cell voltage, respectively; a counting process of starting counting from a time when the temperature and the cell voltage of the battery cell become equal to or greater than the reference temperature and the reference cell voltage, respectively, when the measured temperature and the measured cell voltage of the battery cell are equal to or greater than the reference temperature and the reference cell voltage, respectively; a cell charging process of charging the battery cell with a dropped charging voltage (NCV) obtained by dropping a charging voltage (CV) of the battery cell by a preset setting voltage (DV), when the counted time is a set reference time or longer; and a minimum charging voltage maintaining process of maintaining the dropped charging voltage (NCV) to a preset minimum charging voltage (MCV) or greater. a measuring process of measuring a temperature and a cell voltage of the battery cell in charge; a determining process of determining whether the measured temperature and the measured cell voltage of the battery cell are equal to or greater than a reference temperature and a reference cell voltage, respectively; a counting process of starting counting from a time when the temperature and the cell voltage of the battery cell become equal to or greater than the reference temperature and the reference cell voltage, respectively, when the measured temperature and the measured cell voltage of the battery cell are equal to or greater than the reference temperature and the reference cell voltage, respectively; a cell charging process of charging the battery cell with a dropped charging voltage (NCV) obtained by dropping a charging voltage (CV) of the battery cell by a preset setting voltage (DV), when the counted time is a set reference time or longer; and a minimum charging voltage maintaining process of maintaining the dropped charging voltage (NCV) to a preset minimum charging voltage (MCV) or greater.
Skeleton structure , namely vehicle skeleton structure, having a plurality of profile elements , preferably hollow profile elements, wherein at least one first profile element is connected to at least one second profile element by means of a connecting structure , characterized in that the connecting structure comprises at least one recess and a welded connection along the recess , and that an insert part is inserted into the recess , preferably formed in the first profile element and in the second profile element , and the welded connection at least partially includes the insert part on the one hand and the first profile element and/or the second profile element on the other hand.
A method of performing an action with a processor , comprising: generating, using the processor , a three-dimensional desktop environment and projecting the three-dimensional desktop environment into a real space ; projecting an image within the three-dimensional desktop environment ; propagating an ultrasonic pulse into the real space ; receiving a reflection (307a-d) of the ultrasonic pulse from a user object located within the real space ; determining a user action of the user object with respect to the projected image using the ultrasonic pulse and the reflected ultrasonic pulse (307a-d); and performing the action with the processor based on the determined user action of the user object with respect to the projected image . generating, using the processor , a three-dimensional desktop environment and projecting the three-dimensional desktop environment into a real space ; projecting an image within the three-dimensional desktop environment ; propagating an ultrasonic pulse into the real space ; receiving a reflection (307a-d) of the ultrasonic pulse from a user object located within the real space ; determining a user action of the user object with respect to the projected image using the ultrasonic pulse and the reflected ultrasonic pulse (307a-d); and performing the action with the processor based on the determined user action of the user object with respect to the projected image .
A method for manufacturing a composite material comprising: a placement step of placing a netlike sheet (4;5;70), through which a resin composition (C) can permeate, on a reinforcing fiber substrate disposed on a forming die ; a covering step of covering the reinforcing fiber substrate and the netlike sheet (4;5;70) disposed on the forming die with a bag film to form a sealed forming space (S) between the bag film and the forming die ; an injection/impregnation step of injecting the resin composition (C) into the forming space (S) to impregnate the reinforcing fiber substrate with the resin composition (C); and a resin curing step of curing the resin composition (C) impregnated in the reinforcing fiber substrate , wherein in the netlike sheet (4;5;70), a plurality of warp yarns and a plurality of weft yarns are disposed in a lattice pattern, and in the placement step, after the netlike sheet (4;5;70) is placed on the reinforcing fiber substrate such that the warp yarns and the weft yarns form acute angles with respect to corners of the reinforcing fiber substrate , the netlike sheet (4;5;70) protruding from the reinforcing fiber substrate is bent. a placement step of placing a netlike sheet (4;5;70), through which a resin composition (C) can permeate, on a reinforcing fiber substrate disposed on a forming die ; a covering step of covering the reinforcing fiber substrate and the netlike sheet (4;5;70) disposed on the forming die with a bag film to form a sealed forming space (S) between the bag film and the forming die ; an injection/impregnation step of injecting the resin composition (C) into the forming space (S) to impregnate the reinforcing fiber substrate with the resin composition (C); and a resin curing step of curing the resin composition (C) impregnated in the reinforcing fiber substrate , wherein in the netlike sheet (4;5;70), a plurality of warp yarns and a plurality of weft yarns are disposed in a lattice pattern, and in the placement step, after the netlike sheet (4;5;70) is placed on the reinforcing fiber substrate such that the warp yarns and the weft yarns form acute angles with respect to corners of the reinforcing fiber substrate , the netlike sheet (4;5;70) protruding from the reinforcing fiber substrate is bent.
A switch assembly comprising: - a socket , - a top cap and an intermediate cart located in the socket , characterised in that : the intermediate cart is in sliding engagement with the socket to allow a sliding movement upon an activation force applied to the top cap , the top cap is in a spherical or pivot engagement with the intermediate cart to allow a spherical or pivot movement of the top cap upon an activation force applied to the top cap , and wherein an activation force of the sliding movement is lower than an activation force of the pivot movement. - a socket , - a top cap and an intermediate cart located in the socket , the intermediate cart is in sliding engagement with the socket to allow a sliding movement upon an activation force applied to the top cap , the top cap is in a spherical or pivot engagement with the intermediate cart to allow a spherical or pivot movement of the top cap upon an activation force applied to the top cap , and wherein an activation force of the sliding movement is lower than an activation force of the pivot movement.
A bicycle-tire reinforcing ply at least comprising a woven fabric that comprises polyvinyl alcohol-series fiber yarns, wherein each of the yarns includes a plurality of single fibers having an average fiber diameter of 45 μm or smaller.
An inductive sensing device for inductively coupling electromagnetic signals into and out of a medium, the device comprising: a resonator circuit formed by a first loop part coupled with a capacitor ; and a second loop part ; respective conductor lines forming the first and second loop parts being radially spaced from one another along at least portions of the conductor lines; characterized in that the device further comprises an active buffering component , via which an output of the resonator circuit is electrically connected to the second loop part, the active buffering component adapted to implement voltage to current amplification, and an output of the active buffering component configured to drive an alternating current in the second loop part. a resonator circuit formed by a first loop part coupled with a capacitor ; and a second loop part ; respective conductor lines forming the first and second loop parts being radially spaced from one another along at least portions of the conductor lines; characterized in that the device further comprises an active buffering component , via which an output of the resonator circuit is electrically connected to the second loop part, the active buffering component adapted to implement voltage to current amplification, and an output of the active buffering component configured to drive an alternating current in the second loop part.
A method for use in a network node of providing a radio resource control, RRC, state of a user equipment, LTE, to a core network node, the method comprising: receiving , from the core network node, a subscription request to receive a notification of a transition of the UE between a first RRC state and a second RRC state; determining the LTE transitioned between the first RRC state and the second RRC state; and sending the notification of the transition of the UE between the first RRC state and the second RRC state to the core network node, wherein the second RRC state is an RRC Connected Inactive state, and wherein the first RRC state is an RRC Connected state. receiving , from the core network node, a subscription request to receive a notification of a transition of the UE between a first RRC state and a second RRC state; determining the LTE transitioned between the first RRC state and the second RRC state; and sending the notification of the transition of the UE between the first RRC state and the second RRC state to the core network node, wherein the second RRC state is an RRC Connected Inactive state, and wherein the first RRC state is an RRC Connected state.
Cuff for a laundry treatment device , having a loading door with a door body which has a housing and a tub arranged therein, - which forms a loading duct between a front housing opening and a tub opening facing this and - which has at least one inwardly extending sealing lip running in the circumferential direction (U) with a contact side which abuts the door body when the loading door is closed, characterised in that - the contact side has a surface structure which comprises at least one elevation running in the circumferential direction (U). - which forms a loading duct between a front housing opening and a tub opening facing this and - which has at least one inwardly extending sealing lip running in the circumferential direction (U) with a contact side which abuts the door body when the loading door is closed, - the contact side has a surface structure which comprises at least one elevation running in the circumferential direction (U).
A method for sending an electronic business card, which is applied in a terminal, wherein the method comprises: determining whether a user has selected to send an electronic business card in a call initiated by the user, wherein the electronic business card comprises information for identifying the user; and when the user has selected to send the electronic business card in the call initiated by the user, sending an instruction message to a cloud server, the instruction message comprising a business card identification of the electronic business card data of the initiating user and instructing the cloud server to push electronic business card data of the user which is stored in the cloud server to a receiving party of the call in order to display the electronic business card data in a call receiving interface of the receiving party of the call; wherein determining whether the user has selected to send an electronic business card in the call initiated by the user comprises: receiving an operational command of the user with respect to a call initiating interface, wherein the call initiating interface containing a setting option for sending the electronic business card in an initiated call; and when receiving a command of the user for selecting the setting option in the call initiating interface, determining that the user has selected to send the electronic business card in the call initiated by the user. determining whether a user has selected to send an electronic business card in a call initiated by the user, wherein the electronic business card comprises information for identifying the user; and when the user has selected to send the electronic business card in the call initiated by the user, sending an instruction message to a cloud server, the instruction message comprising a business card identification of the electronic business card data of the initiating user and instructing the cloud server to push electronic business card data of the user which is stored in the cloud server to a receiving party of the call in order to display the electronic business card data in a call receiving interface of the receiving party of the call; wherein determining whether the user has selected to send an electronic business card in the call initiated by the user comprises: receiving an operational command of the user with respect to a call initiating interface, wherein the call initiating interface containing a setting option for sending the electronic business card in an initiated call; and when receiving a command of the user for selecting the setting option in the call initiating interface, determining that the user has selected to send the electronic business card in the call initiated by the user.
A gas turbine engine component assembly comprising: a ceramic component having a first shear modulus; a metallic component having a second shear modulus; and a bonding material securing the ceramic component to the metallic component, the bonding material including at least one of a transient liquid phase bond and a partial transient liquid phase bond, the bonding material configured to withstand a shear stress parameter relating to a differential between the first and second shear moduli. wherein the bonding material includes multiple refractory elements arranged in order of increasing shear modulus, the refractory element with a greatest shear modulus arranged adjacent to the metallic component , characterized in that the refractory elements are selected from a group consisting of the following elements, in increasing order of shear modulus: europium, ytterbium, lanthanum, praseodymium, neodymium, promethium, molybdenum, samarium, gadolinium, terbium, dysprosium, yttrium, holmium, lutetium, gold, erbium, scandium, silver, and hafnium, and in that the component assembly is one of a blade, vane, blade outer air seal, combustor liner, and exhaust liner. a ceramic component having a first shear modulus; a metallic component having a second shear modulus; and a bonding material securing the ceramic component to the metallic component, the bonding material including at least one of a transient liquid phase bond and a partial transient liquid phase bond, the bonding material configured to withstand a shear stress parameter relating to a differential between the first and second shear moduli. wherein the bonding material includes multiple refractory elements arranged in order of increasing shear modulus, the refractory element with a greatest shear modulus arranged adjacent to the metallic component , characterized in that the refractory elements are selected from a group consisting of the following elements, in increasing order of shear modulus: europium, ytterbium, lanthanum, praseodymium, neodymium, promethium, molybdenum, samarium, gadolinium, terbium, dysprosium, yttrium, holmium, lutetium, gold, erbium, scandium, silver, and hafnium,
Semi-finished product formed from a cobalt-based composite material for use with simultaneously high temperatures and an abrasive or corrosive load by hot isostatic pressing, the composite material being produced by powder metallurgy and having a matrix which has the following composition (in wt.%): C: 0.2-2.0%, Si: <1.5%, Mn: <1.5%, Cr: 27.0-32.0%, Ni: <2.0%, Fe: <2.0%, wherein - in the case of a C content of 0.2-0.8%, an Mo content of 4.0-6.0% and a W content of less than 0.5% are present or - in the case of a C content of 0.2-0.8%, an Mo content of less than 0.5% and a W content of 4.0-6.0% are present, or - in the case of a C content of 0.8-2.0%, an Mo content of less than 0.5% and a W content of 4.0-10.0% are present, remainder cobalt and unavoidable impurities, wherein hard material particles are embedded in the matrix in contents of 2.5-30 wt.%. - in the case of a C content of 0.2-0.8%, an Mo content of 4.0-6.0% and a W content of less than 0.5% are present or - in the case of a C content of 0.2-0.8%, an Mo content of less than 0.5% and a W content of 4.0-6.0% are present, or - in the case of a C content of 0.8-2.0%, an Mo content of less than 0.5% and a W content of 4.0-10.0% are present,
A process for purifying ethylene cyanohydrin (ECH), the process comprising incubating industrial grade ethylene cyanohydrin with at least one titanium(IV) alkoxide.