mhurhangee/patent-ind-claim-en huggingface dataset:
A method for activating a packet data convergence protocol, PDCP, duplication, the method comprising: receiving , by a second node, a notification message transmitted by a first node, wherein the notification message carries indication information to configure a PDCP duplication for a bearer; wherein the notification message carries indication information to configure the PDCP duplication as activated or deactivated; after the second node receives the notification message, changing or determining , by the second node, an activation or deactivation state of uplink, UL, PDCP duplication of the bearer; wherein for carrier aggregation, CA, based PDCP duplication, in a central unit, CU/distribute unit, DU, split scenario, when the first node is the CU, the second node is the DU; or, for double connection, DC, based PDCP duplication, when the first node is a master node, MN, the second node is a secondary node, SN. receiving , by a second node, a notification message transmitted by a first node, wherein the notification message carries indication information to configure a PDCP duplication for a bearer; wherein the notification message carries indication information to configure the PDCP duplication as activated or deactivated; after the second node receives the notification message, changing or determining , by the second node, an activation or deactivation state of uplink, UL, PDCP duplication of the bearer; wherein for carrier aggregation, CA, based PDCP duplication, in a central unit, CU/distribute unit, DU, split scenario, when the first node is the CU, the second node is the DU; or, for double connection, DC, based PDCP duplication, when the first node is a master node, MN, the second node is a secondary node, SN.
A method for determining a control channel, in a long term evolution system or a new radio system, the method comprising receiving (S102), by a terminal, at least one first control resource set, CORESET, information; determining (S104), by the terminal, the at least one second control resource set information based on the at least one first control resource set information and a first resource; and receiving (S106), by the terminal, a physical downlink control channel, PDCCH, based on at least one second control resource set information, wherein the at least one second control resource set information corresponds to the first resource, wherein the first resource comprises: a first time-domain resource; the first time-domain resource is a time unit; and the method further comprises: obtaining, by the terminal, the first time-domain resource; the at least one first control resource set information belongs to a first search space, and the at least one second control resource set information belongs to a second search space. receiving (S102), by a terminal, at least one first control resource set, CORESET, information; determining (S104), by the terminal, the at least one second control resource set information based on the at least one first control resource set information and a first resource; and receiving (S106), by the terminal, a physical downlink control channel, PDCCH, based on at least one second control resource set information, wherein the at least one second control resource set information corresponds to the first resource, wherein the first resource comprises: a first time-domain resource; the first time-domain resource is a time unit; and the method further comprises: obtaining, by the terminal, the first time-domain resource; the at least one first control resource set information belongs to a first search space, and the at least one second control resource set information belongs to a second search space. wherein the first resource comprises: a first time-domain resource; the first time-domain resource is a time unit; and the method further comprises: obtaining, by the terminal, the first time-domain resource; the at least one first control resource set information belongs to a first search space, and the at least one second control resource set information belongs to a second search space.
A sensor (11a-c) adapted to measure a level of a liquid, the sensor comprising: a) a stack of capacitors (32a-c), each capacitor comprising one or more measurement electrodes and one or more reference electrodes , wherein each capacitor comprises a measurement electrode and an adjacent reference electrode, and the adjacent electrodes are separated by a gap (G); and b) a measurement system arranged to measure a capacitance of each capacitor between its one or more measurement electrodes and its one or more reference electrodes , characterised in that the one or more measurement electrodes and one or more reference electrodes are arranged so that they alternate with each other within the stack or within the capacitor, wherein the sensor comprises a layer of graphene oxide , the one or more measurement electrodes and the one or more reference electrodes comprise reduced graphene oxide, all of the measurement electrodes in the stack and all of the reference electrodes in the stack are etched in the layer of graphene oxide, and the gap (G) contains graphene oxide. a) a stack of capacitors (32a-c), each capacitor comprising one or more measurement electrodes and one or more reference electrodes , wherein each capacitor comprises a measurement electrode and an adjacent reference electrode, and the adjacent electrodes are separated by a gap (G); and b) a measurement system arranged to measure a capacitance of each capacitor between its one or more measurement electrodes and its one or more reference electrodes ,
A method for communicating between a server and a client , the server and the client accessing at least one session extension key or a key associated with the session extension key, as an associated key, characterized in that the method comprises the following steps: - the server sends, to the client, a script ; - the client sends, to the server, at least one challenge request ; - the server generates, based on the challenge request, a challenge; - the server sends, to the client, the challenge , as a response to the challenge request; - the client that executes the script receives the challenge; - the client that executes the script sends, to an authentication application, the challenge ; - the authentication application generates authentication data by using the challenge, the session extension key or the associated key, and a predetermined algorithm; - the authentication application sends, to the client that executes the script, the authentication data ; - the server receives, from the client that executes the script, the authentication data ; - the server authenticates successfully at least the client on a basis of the received authentication data, the generated challenge and the session extension key or the associated key; - the server generates an expiration time, the expiration time being a time at which a communication session is open completed by a predetermined extension time period; and - the server authorizes to extend the open communication session with the authenticated client until the expiration time. - the server sends, to the client, a script ; - the client sends, to the server, at least one challenge request ; - the server generates, based on the challenge request, a challenge; - the server sends, to the client, the challenge , as a response to the challenge request; - the client that executes the script receives the challenge; - the client that executes the script sends, to an authentication application, the challenge ; - the authentication application generates authentication data by using the challenge, the session extension key or the associated key, and a predetermined algorithm; - the authentication application sends, to the client that executes the script, the authentication data ; - the server receives, from the client that executes the script, the authentication data ; - the server authenticates successfully at least the client on a basis of the received authentication data, the generated challenge and the session extension key or the associated key; - the server generates an expiration time, the expiration time being a time at which a communication session is open completed by a predetermined extension time period; and - the server authorizes to extend the open communication session with the authenticated client until the expiration time.
Removable reception device provided to form a mixing machine when said reception device is introduced into a manufacturing apparatus , the reception device comprising - a first receiving location , configured to receive a first capsule containing a first formulation, - a second reception location , configured to receive a second capsule containing a second formulation, the two capsules being able to be fluidically connected, - a first activation face (8.1) of the reception device , allowing a pressure force to be transferred to the first capsule , the first activation face (8.1) comprising a first protective shell , - a second activation face (9.1) of the reception device , opposite the first, allowing a pressure force to be transferred to the second capsule , the second activation face (9.1) comprising a second protective shell - a shutter (17.1) opening towards the outside of the reception device and extending between the two reception locations , so that it allows the capsules to be introduced separately and the capsules to be extracted integrally. - a first receiving location , configured to receive a first capsule containing a first formulation, - a second reception location , configured to receive a second capsule containing a second formulation, the two capsules being able to be fluidically connected, - a first activation face (8.1) of the reception device , allowing a pressure force to be transferred to the first capsule , the first activation face (8.1) comprising a first protective shell , - a second activation face (9.1) of the reception device , opposite the first, allowing a pressure force to be transferred to the second capsule , the second activation face (9.1) comprising a second protective shell - a shutter (17.1) opening towards the outside of the reception device and extending between the two reception locations , so that it allows the capsules to be introduced separately and the capsules to be extracted integrally.
A drainage channel, comprising a drainage body , which can be built into a ground, and a cover , which can be attached onto the drainage body , wherein the drainage body comprises, on each of the upper edges , a higher channel support , and a lower channel support offset inwards in terms of the distance thereof to a central longitudinal plane (M), and the cover comprises correspondingly formed outer cover supports and inner cover supports , which are formed such that all of the channel supports (12 - 13') are in engagement with all of the cover supports (22 - 23') when being loaded, characterized in that , in an unloaded and mounted state, the higher channel supports (12 - 12') have a spacing from the corresponding outer cover supports (22 - 22'), with said spacing being closed upon loading due to existing elasticities.
A display apparatus comprising: a display panel comprising pixels configured to display an image; and a window member disposed over the display panel , the window member comprising: a window substrate , characterized in that the window substrate comprises: a first surface comprising a first groove (GV1) pattern defined therein; and a second surface facing the first surface, the second surface comprising a second groove (GV2) pattern defined therein; polarization patterns (PLN) configured to polarize incident light, the polarization patterns (PLN) being disposed in the first groove (GV1) pattern; and an epidermal ridge sensor comprising touch patterns (TCN) configured to sense epidermal ridge information, the touch patterns (TCN) being disposed in the second groove (GV2) pattern. a display panel comprising pixels configured to display an image; and a window member disposed over the display panel , the window member comprising: a window substrate , characterized in that the window substrate comprises: a first surface comprising a first groove (GV1) pattern defined therein; and a second surface facing the first surface, the second surface comprising a second groove (GV2) pattern defined therein; polarization patterns (PLN) configured to polarize incident light, the polarization patterns (PLN) being disposed in the first groove (GV1) pattern; and an epidermal ridge sensor comprising touch patterns (TCN) configured to sense epidermal ridge information, the touch patterns (TCN) being disposed in the second groove (GV2) pattern. a window substrate , characterized in that the window substrate comprises: a first surface comprising a first groove (GV1) pattern defined therein; and a second surface facing the first surface, the second surface comprising a second groove (GV2) pattern defined therein; a first surface comprising a first groove (GV1) pattern defined therein; and a second surface facing the first surface, the second surface comprising a second groove (GV2) pattern defined therein; polarization patterns (PLN) configured to polarize incident light, the polarization patterns (PLN) being disposed in the first groove (GV1) pattern; and an epidermal ridge sensor comprising touch patterns (TCN) configured to sense epidermal ridge information, the touch patterns (TCN) being disposed in the second groove (GV2) pattern.
Use of a composition for inducing a direct transdifferentiation of a fibroblast into a vascular progenitor cell in vitro, wherein the composition comprises a vector comprising the nucleic acid molecule encoding, as an active ingredient, the proteins FLI1 (Friend leukemia virus integration 1) and ETV2 (ETS variant gene 2), wherein the vascular progenitor cell is induced through direct transdifferentiation by introducing the composition to the fibroblast, wherein the composition further comprises a culture medium to induce direct transdifferentiation of fibroblasts.
Connecting element for connecting at least one flexible tube , wherein - the connecting element comprises a main body and at least one ring sleeve , - the main body includes a central portion and at least one mandrel extending away from said central portion , - a duct extends between the mandrels via the central portion or within the mandrel to the central portion , respectively, - at least one mandrel is enclosed by one ring sleeve , - the ring sleeve is permanently, but moveably connected to the main body , - the ring sleeve is rotatable relative to the mandrel , in particular around a predetermined rotating angle, between an opened state and a closed state, - the mandrel is insertable into the flexible tube , while said flexible tube is enclosable, respectively, by the corresponding ring sleeve , - a form fit between the flexible tube and the mandrel is obtainable in the closed state, and - the main body and the ring sleeve include cooperating guiding elements effecting the, in particular permanent, connection of the ring sleeve to the main body and defining the movability of the ring sleeve relative to the mandrel between the opened state and the closed state, characterized in that the main body and the at least one ring sleeve are interconnected by bonds , wherein said bonds are provided as predetermined breaking points, so that the connecting element forms a single-piece part after its production until a first use, and wherein preferably the connecting element is in the opened state when the main body and the at least one ring sleeve are interconnected by the bonds . - the connecting element comprises a main body and at least one ring sleeve , - the main body includes a central portion and at least one mandrel extending away from said central portion , - a duct extends between the mandrels via the central portion or within the mandrel to the central portion , respectively, - at least one mandrel is enclosed by one ring sleeve , - the ring sleeve is permanently, but moveably connected to the main body , - the ring sleeve is rotatable relative to the mandrel , in particular around a predetermined rotating angle, between an opened state and a closed state, - the mandrel is insertable into the flexible tube , while said flexible tube is enclosable, respectively, by the corresponding ring sleeve , - a form fit between the flexible tube and the mandrel is obtainable in the closed state, and - the main body and the ring sleeve include cooperating guiding elements effecting the, in particular permanent, connection of the ring sleeve to the main body and defining the movability of the ring sleeve relative to the mandrel between the opened state and the closed state,
A self-piercing fastener , comprising: a planar baseplate having a top , a bottom , and a peripheral edge ; a plurality of prongs fixed to said peripheral edge and extending downward past the bottom of said baseplate, each of said prongs having a central axis and an arrowhead-shaped barb fixed to a distal end, each barb having opposed front edges extending from the tip of the barb, and opposed back edges oriented at a reverse acute angle relative to the central axis of said prong; and wherein each barb is adapted to fixedly embed in the interior of a panel to which the fastener is affixed; wherein the front edges of each of said barbs have a compound tapered configuration. a planar baseplate having a top , a bottom , and a peripheral edge ; a plurality of prongs fixed to said peripheral edge and extending downward past the bottom of said baseplate, each of said prongs having a central axis and an arrowhead-shaped barb fixed to a distal end, each barb having opposed front edges extending from the tip of the barb, and opposed back edges oriented at a reverse acute angle relative to the central axis of said prong; and wherein each barb is adapted to fixedly embed in the interior of a panel to which the fastener is affixed; wherein the front edges of each of said barbs have a compound tapered configuration.
Light metal material having a tensile strength at room temperature of ≥ 180 MPa, determined according to ISO 527-2, the light alloy material comprising (a) an aluminium alloy, wherein the aluminium alloy comprises as a further alloy component four components selected from the group consisting of silicon (Si), scandium (Sc), copper (Cu), magnesium (Mg), nickel (Ni), vanadium (V), titanium (Ti), zirconium (Zr), ytterbium (Y), manganese (Mn), hafnium (Hf), niobium (Nb), tantalum (Ta) or mixtures thereof in an amount of 0.5 to 35.0 wt.-% per element, based on the total weight of the aluminum alloy, aluminum (Al) in an amount of 60.0 to 95.0 wt.- %, based on the total weight of the aluminum alloy, optionally at least one further element selected from the group comprising zinc (Zn), lithium (Li), silver (Ag), titanium (Ti), tantalum (Ta), cobalt (Co), chromium (Cr), ytterbium (Y), lanthanum (La), europium (Eu), neodymium (Nd), gadolinium (Gd), terbium (Tb), dysprosium (Dy), erbium (Er), praseodymium (Pr), cerium (Ce) or mixtures thereof in an amount of 0.01 to 1.0 wt. - % per element, based on the total weight of the aluminium alloy, and impurities, the sum of the alloy components being 100 wt.-%, and b) nanoparticles dispersed in the aluminium alloy in an amount of 0.1 to 15.0 wt.-%, based on the total weight of the light metal material wherein the nanoparticles have a diameter of 10 to 1000 nm and the nanoparticles comprise a material selected from the group comprising carbon, alumina, zirconia, yttrium-stabilized zirconia, ceria, lanthanum oxide and mixtures thereof. (a) an aluminium alloy, wherein the aluminium alloy comprises as a further alloy component four components selected from the group consisting of silicon (Si), scandium (Sc), copper (Cu), magnesium (Mg), nickel (Ni), vanadium (V), titanium (Ti), zirconium (Zr), ytterbium (Y), manganese (Mn), hafnium (Hf), niobium (Nb), tantalum (Ta) or mixtures thereof in an amount of 0.5 to 35.0 wt.-% per element, based on the total weight of the aluminum alloy, aluminum (Al) in an amount of 60.0 to 95.0 wt.- %, based on the total weight of the aluminum alloy, optionally at least one further element selected from the group comprising zinc (Zn), lithium (Li), silver (Ag), titanium (Ti), tantalum (Ta), cobalt (Co), chromium (Cr), ytterbium (Y), lanthanum (La), europium (Eu), neodymium (Nd), gadolinium (Gd), terbium (Tb), dysprosium (Dy), erbium (Er), praseodymium (Pr), cerium (Ce) or mixtures thereof in an amount of 0.01 to 1.0 wt. - % per element, based on the total weight of the aluminium alloy, and impurities, the sum of the alloy components being 100 wt.-%, and b) nanoparticles dispersed in the aluminium alloy in an amount of 0.1 to 15.0 wt.-%, based on the total weight of the light metal material
A valve assembly (1; 1') having a housing with a chamber that has a first product opening , a second product opening , a first closable ancillary opening that can be connected to a steam line and a second closable ancillary opening , having a first closing element by means of which the first product opening can be closed, having a second closing element by means of which the second product opening can be closed, and having an outlet (33; 33') assigned to the second ancillary opening , characterized in that a switchover valve (18; 18') is arranged between the second ancillary opening and outlet (33; 33') such that a fluidic connection between the outlet (33; 33') and the second ancillary opening can be switched by switching the switchover valve (18; 18') to a fluidic connection of the outlet (33; 33') with an inlet (32; 32') that is provided on the switchover valve (18; 18') and that can be connected to a steam line while simultaneously closing the second ancillary opening , and that the first ancillary opening can be closed by means of a steam valve that can be connected to the steam line .
A tool-carrying group for agricultural machines, in particular for rotary harrows, comprising two supports which are configured to be mounted axially with spacing on a supporting structure so as to rotatably support a tool-carrying shaft on the supporting structure, each of the supports including • a flanged element (2; 2') which is configured to be removably secured to the supporting structure and in which an axial seat (11; 11') is defined, • a bearing ring which is received in the seat (11; 11') and which is configured to engage with the tool-carrying shaft , • a plurality of rolling elements which support the bearing ring in terms of rotation inside the seat (11; 11'), the rolling elements being interposed between a first rolling track which is constructed at the periphery of the bearing ring and a second rolling track which faces the first rolling track , characterized in that , in at least one of the supports (1; 1'), the second rolling track is constructed in one piece in the flanged element (2; 2') and is structurally integrated therewith so as to define with the bearing ring and the rolling elements a rolling bearing which is integrated in the flanged element (2; 2'). • a flanged element (2; 2') which is configured to be removably secured to the supporting structure and in which an axial seat (11; 11') is defined, • a bearing ring which is received in the seat (11; 11') and which is configured to engage with the tool-carrying shaft , • a plurality of rolling elements which support the bearing ring in terms of rotation inside the seat (11; 11'), the rolling elements being interposed between a first rolling track which is constructed at the periphery of the bearing ring and a second rolling track which faces the first rolling track ,