mhurhangee/patent-ind-claim-en huggingface dataset:
A white light emitting device comprising: a board ; a plurality of light sources mounted on the board , each of the plurality of light sources includes a light emitting device configured to emit blue light and a lens ; a light converter spaced apart from the board and configured to emit white light in response to blue light being incident on the light converter ; and a compensator provided between the a light converter and a board , and configured to emit white light in response to blue light being incident on the compensator , wherein the compensator includes a plurality of phosphor members , each of which are formed of a yellow light emitting phosphor; and characterized in that the phosphor members are arranged around the light emitting device at an interval having a predetermined angle (θ). a board ; a plurality of light sources mounted on the board , each of the plurality of light sources includes a light emitting device configured to emit blue light and a lens ; a light converter spaced apart from the board and configured to emit white light in response to blue light being incident on the light converter ; and a compensator provided between the a light converter and a board , and configured to emit white light in response to blue light being incident on the compensator , wherein the compensator includes a plurality of phosphor members , each of which are formed of a yellow light emitting phosphor; and characterized in that the phosphor members are arranged around the light emitting device at an interval having a predetermined angle (θ).
An aqueous polymer composition, comprising, (a) an acetoacetoxy functional polymer, (b) a metal pyrithione compound, and (c) from 0.005% to 1% by weight of 2,2,6,6-tetramethyl-1-piperidinyloxy (TEMPO) and/or a derivative thereof, based on the total weight of the aqueous polymer composition. (a) an acetoacetoxy functional polymer, (b) a metal pyrithione compound, and (c) from 0.005% to 1% by weight of 2,2,6,6-tetramethyl-1-piperidinyloxy (TEMPO) and/or a derivative thereof, based on the total weight of the aqueous polymer composition.
An electric vehicle charging station comprising a transformer, wherein: - said transformer is a multi-winding transformer comprising one primary winding and a plurality of secondary windings , - said secondary windings are electrically isolated from one another, and - said electric vehicle charging station further comprises an AC/DC converter to which a secondary winding is connected, characterised in that the electric vehicle charging station further comprises: - a switchboard with a plurality of switches , there being a plurality of secondary windings and each one being connected to a separate switch of the switchboard , and - a medium voltage input switchgear , said medium voltage input switchgear being connected to the primary winding of the multi-winding transformer , wherein the medium voltage level is 1-72 kV AC. - said transformer is a multi-winding transformer comprising one primary winding and a plurality of secondary windings , - said secondary windings are electrically isolated from one another, and - said electric vehicle charging station further comprises an AC/DC converter to which a secondary winding is connected, - a switchboard with a plurality of switches , there being a plurality of secondary windings and each one being connected to a separate switch of the switchboard , and - a medium voltage input switchgear , said medium voltage input switchgear being connected to the primary winding of the multi-winding transformer , wherein the medium voltage level is 1-72 kV AC.
A method of wireless communication performed by a user equipment, UE, comprising: receiving configuration information identifying a dynamic power sharing configuration that indicates the UE is to use a dynamic power sharing between a master cell group, MCG, and a secondary cell group, SCG, wherein the dynamic power sharing configuration identifies a MCG maximum power value and a SCG maximum power value for the dynamic power sharing; determining whether a sum of the MCG maximum power value and the SCG maximum power value satisfies a threshold corresponding to a maximum transmit power of the UE; and performing a transmission on the SCG using a first transmit power and a transmission on the MCG using a second transmit power, wherein, based at least in part on the sum of the MCG maximum power value and the SCG maximum power value satisfying the threshold, the first transmit power is determined based at least in part on a time offset associated with the transmission on the SCG, wherein the sum satisfies the threshold if it is greater than the threshold, or wherein, based at least in part on the sum of the MCG maximum power value and the SCG maximum power value failing to satisfy the threshold, the first transmit power is determined without using the time offset. receiving configuration information identifying a dynamic power sharing configuration that indicates the UE is to use a dynamic power sharing between a master cell group, MCG, and a secondary cell group, SCG, wherein the dynamic power sharing configuration identifies a MCG maximum power value and a SCG maximum power value for the dynamic power sharing; determining whether a sum of the MCG maximum power value and the SCG maximum power value satisfies a threshold corresponding to a maximum transmit power of the UE; and performing a transmission on the SCG using a first transmit power and a transmission on the MCG using a second transmit power, wherein, based at least in part on the sum of the MCG maximum power value and the SCG maximum power value satisfying the threshold, the first transmit power is determined based at least in part on a time offset associated with the transmission on the SCG, wherein the sum satisfies the threshold if it is greater than the threshold, or wherein, based at least in part on the sum of the MCG maximum power value and the SCG maximum power value failing to satisfy the threshold, the first transmit power is determined without using the time offset.
A headband assembly that is constructed and arranged to be worn on or over a head of a user, comprising: a curved compliant spring member ; a cushion member that is configured to be in contact with or proximate the head of the user when the headband assembly is worn by the user; a spine that is coupled to both the cushion member and the spring member; and a cap that at least partially overlies the spring member and the spine, characterised in that the cushion member comprises a pocket, and the spine is received in the pocket. a curved compliant spring member ; a cushion member that is configured to be in contact with or proximate the head of the user when the headband assembly is worn by the user; a spine that is coupled to both the cushion member and the spring member; and a cap that at least partially overlies the spring member and the spine, characterised in that the cushion member comprises a pocket, and the spine is received in the pocket.
Pump, in particular a blood pump, comprising a drive shaft which runs in an axial direction, a delivery element which is connected to the drive shaft in a distal region thereof, a housing which surrounds the delivery element , wherein the delivery element and the housing are designed in a manner such that these automatically unfold after a forced compression, and wherein the housing comprises an inlet region with at least one inlet opening , a fluid-tight region which surrounds a region of the delivery element , and an outlet region with at least one opening for the exit of a pump medium, characterised in that the delivery element is arranged in a manner such that it projects into the outlet region .
A method for operating a server to facilitate a non-realtime transfer of a data file to a first user equipment, UE, device, wherein the server is part of an IP network, the method comprising: a. receiving segments of a data file from a broadcast gateway via the IP network, wherein the broadcast gateway is also part of the IP network, a1. wherein a broadcast transmission system also receives the segments from the broadcast gateway and transmits them into space as part of an RF signal, a2. wherein the first UE device is configured to receive the RF signal and generate one or more missing segment indications identifying one or more segments that it is not able to successfully recover from the RF signal, a3. wherein the first UE device is further configured to transmit the one or more missing segment indications to the server through the IP network, wherein each of the missing segment indications includes a sequence number of the respective missing segment and a time-stamp associated with the respective missing segment; b. receiving the one or more missing segment indications from the first UE device; c. sending the one or more segments identified by the missing segment indications to the first UE device through the IP network. a. receiving segments of a data file from a broadcast gateway via the IP network, wherein the broadcast gateway is also part of the IP network, a1. wherein a broadcast transmission system also receives the segments from the broadcast gateway and transmits them into space as part of an RF signal, a2. wherein the first UE device is configured to receive the RF signal and generate one or more missing segment indications identifying one or more segments that it is not able to successfully recover from the RF signal, a3. wherein the first UE device is further configured to transmit the one or more missing segment indications to the server through the IP network, wherein each of the missing segment indications includes a sequence number of the respective missing segment and a time-stamp associated with the respective missing segment; a1. wherein a broadcast transmission system also receives the segments from the broadcast gateway and transmits them into space as part of an RF signal, a2. wherein the first UE device is configured to receive the RF signal and generate one or more missing segment indications identifying one or more segments that it is not able to successfully recover from the RF signal, a3. wherein the first UE device is further configured to transmit the one or more missing segment indications to the server through the IP network, wherein each of the missing segment indications includes a sequence number of the respective missing segment and a time-stamp associated with the respective missing segment; b. receiving the one or more missing segment indications from the first UE device; c. sending the one or more segments identified by the missing segment indications to the first UE device through the IP network.
A method of increasing recombinant AAV (rAAV) vector titer, the method comprising: a) co-delivering an AAV rep mRNA and a rAAV vector to a eukaryotic cell culture; b) infecting the eukaryotic cell culture with helper adenovirus; and c) harvesting rAAV from the eukaryotic cell culture, wherein the delivery of the AAV rep mRNA increases the titer of the harvested rAAV, and wherein the AAV rep mRNA is selected from the group consisting of rep68 mRNA and rep78 mRNA. a) co-delivering an AAV rep mRNA and a rAAV vector to a eukaryotic cell culture; b) infecting the eukaryotic cell culture with helper adenovirus; and c) harvesting rAAV from the eukaryotic cell culture, wherein the delivery of the AAV rep mRNA increases the titer of the harvested rAAV, and wherein the AAV rep mRNA is selected from the group consisting of rep68 mRNA and rep78 mRNA.
An indicating system for one or more high-lift flight control surfaces of an aircraft , the system comprising: a data processor ; and machine-readable memory storing instructions executable by the processor and configured to cause the processor to: using data representative of a commanded configuration for a high-lift flight control surface and data representative of a corresponding commanded position for the high-lift flight control surface , generate an output for causing a display device of the aircraft to show an indicator indicating the commanded configuration and the corresponding commanded position for the high-lift flight control surface , the indicator graphically indicating a correlation between the commanded configuration and the corresponding commanded position for the high-lift flight control surface . a data processor ; and machine-readable memory storing instructions executable by the processor and configured to cause the processor to: using data representative of a commanded configuration for a high-lift flight control surface and data representative of a corresponding commanded position for the high-lift flight control surface , generate an output for causing a display device of the aircraft to show an indicator indicating the commanded configuration and the corresponding commanded position for the high-lift flight control surface , the indicator graphically indicating a correlation between the commanded configuration and the corresponding commanded position for the high-lift flight control surface .
A method for manufacturing an at least hardened fiber-reinforced thermosetting plastic component that can be joined to a thermoplastic component via a firm bond, in which before or during the hardening process on a still unhardened thermosetting plastic main body , which comprises reinforcement fibers and a viscous thermosetting plastic matrix , a functional layer is applied, at least in a joining area intended for joining to the thermoplastic component , the at least partially coated main body is hardened and/or cured in a curing device under pressure and/or heat, wherein during this hardening process, the functional layer is joined to the thermosetting plastic matrix and/or the reinforcement fibers of the main body via a firm bond. so that after the manufacturing method has been completed, the at least hardened main body can be joined in a subsequent joining process to the thermoplastic component intended for this purpose via the functional layer . characterized in that a thermo-/ thermosetting plastic functional layer is applied.
System having a pivotable armrest , having a bracket means and having a pendulum element , wherein the armrest is articulated on the bracket means so as to be pivotable about a primary axis , wherein the armrest is connected rotationally conjointly to a connecting element and the bracket means has the pendulum element , wherein the pendulum element is pivotable about a secondary axis , wherein the connecting element and the pendulum element are designed such that, when a force acts on the system, the pendulum element can be pivoted into a first position, wherein the pivoted pendulum element , in the first position, interacts in positively locking fashion with the connecting element such that the positive locking action counteracts a pivoting of the connecting element along a second direction of rotation , wherein the first direction of rotation runs oppositely to the second direction of rotation , characterized in that the pendulum element is preloaded with a restoring force by way of a spring element , wherein the spring element is configured such that the restoring force counteracts a pivoting movement of the pendulum element along the first direction of rotation , wherein the spring element is articulated on the bracket means , wherein the spring element is configured such that the force acting on the system must exceed a threshold value for the pivoting of the pendulum element , wherein the spring element is configured such that, in the absence of the force acting on the system, the spring element returns the pendulum element into its original position immediately after an accident situation or after a braking situation.
A method of combusting gaseous fuel in a combustion chamber of an internal combustion engine , the method comprising: injecting, in a first injection , gaseous fuel into the internal combustion engine to mix with air in the combustion chamber , the internal combustion engine comprising a pre-combustion chamber having a jet aperture in fluid communication between the pre-combustion chamber and the combustion chamber ; after the first injection, igniting, in the pre-combustion chamber , mixed gaseous fuel and air ingested into the pre-combustion chamber from the combustion chamber ; and after the igniting, injecting, in a second injection , gaseous fuel into the pre-combustion chamber and expelling, with the second injection, ignited gaseous fuel and air from the pre-combustion chamber through the jet aperture and into the combustion chamber as a flaming jet with a core of gaseous fuel. injecting, in a first injection , gaseous fuel into the internal combustion engine to mix with air in the combustion chamber , the internal combustion engine comprising a pre-combustion chamber having a jet aperture in fluid communication between the pre-combustion chamber and the combustion chamber ; after the first injection, igniting, in the pre-combustion chamber , mixed gaseous fuel and air ingested into the pre-combustion chamber from the combustion chamber ; and after the igniting, injecting, in a second injection , gaseous fuel into the pre-combustion chamber and expelling, with the second injection, ignited gaseous fuel and air from the pre-combustion chamber through the jet aperture and into the combustion chamber as a flaming jet with a core of gaseous fuel.
Shaft seal arrangement having a mechanical seal and a secondary seal which has at least one O-ring which is arranged so as to be axially displaceable, characterized in that between the axially displaceable O-ring and an element which forms an axial sliding surface for the O-ring , a carbon layer for increasing the movability of the O-ring is arranged, wherein the carbon layer is a tetrahedral hydrogen-free amorphous carbon layer, wherein the element is in the form of a shaft sleeve.
Spring ring for snap fitting a rotating bezel for a watch case middle part made of ceramic, the spring ring extending in a plane (P1) and being intended to be received in an annular groove arranged on a cylindrical outer rim of said middle part ; characterised in that the spring ring comprises on the inner rim thereof at least one lug inclined in relation to the plane (P1) of the spring ring , said lug being intended to engage with a cylindrical outer surface of the watch case middle part , so as to index the position of the spring ring in relation to the middle part .
A device for taking and optionally processing a sample comprising: an enclosure with a first open end and a second end having a hole , a porous matrix , disposed in said enclosure and able to recover said sample, a plug connectable to said first end of said enclosure and having a piston sealingly closing said first end of said enclosure , said plug being movable with respect to said enclosure from an initial position to a final position whereby said piston compresses said porous matrix or said sample, a tank connectable to said second end of said enclosure and in fluid connection with said enclosure via said hole so as to recover the sample restored by said porous matrix under the effect of the compression of said porous matrix or said sample by said piston , said tank having one or more conduit(s) connecting the inner volume of the tank to the outside, sealing means being present between said plug and said tank and when said plug and said tank are connected to said enclosure and when said plug is in said final position, said plug being in direct contact with said tank and sealingly closing it and said one or more conduit(s) being occluded. an enclosure with a first open end and a second end having a hole , a porous matrix , disposed in said enclosure and able to recover said sample, a plug connectable to said first end of said enclosure and having a piston sealingly closing said first end of said enclosure , said plug being movable with respect to said enclosure from an initial position to a final position whereby said piston compresses said porous matrix or said sample, a tank connectable to said second end of said enclosure and in fluid connection with said enclosure via said hole so as to recover the sample restored by said porous matrix under the effect of the compression of said porous matrix or said sample by said piston , said tank having one or more conduit(s) connecting the inner volume of the tank to the outside, sealing means being present between said plug and said tank and when said plug and said tank are connected to said enclosure and when said plug is in said final position, said plug being in direct contact with said tank and sealingly closing it and said one or more conduit(s) being occluded.
An airbag panel arrangement for supporting protection of a vehicle occupant in the event of an ongoing or imminent collision, said airbag panel arrangement being adapted to be arranged in connection with a dashboard of a vehicle , said airbag panel arrangement comprising an inflatable airbag adapted to upon deployment protect lower body parts of a vehicle occupant seated in a vehicle seat facing said dashboard , said airbag panel arrangement comprising: a panel displacing system adapted for supporting displacement in the event of an ongoing or impending collision of said airbag panel arrangement outwardly from said dashboard from a default position to an at least first ejected position , wherein airbag deployment is supported in both said default position and in said at least first ejected position .
A staple cartridge for a surgical instrument, comprising: a plurality of staples , each having a staple base and two upstanding staple legs protruding therefrom; a compressible cartridge body ; and a support member detachably affixed to said compressible cartridge body ; characterized in that the compressible cartridge body consists of a compressible hemostatic material, wherein said staple bases and said staple legs are positioned within said compressible hemostatic material of said cartridge body . a plurality of staples , each having a staple base and two upstanding staple legs protruding therefrom; a compressible cartridge body ; and a support member detachably affixed to said compressible cartridge body ; characterized in that the compressible cartridge body consists of a compressible hemostatic material, wherein said staple bases and said staple legs are positioned within said compressible hemostatic material of said cartridge body .
Method for securing communication between a communication system of a vehicle and a vehicle-external server via a communication interface which is secured in such a way that data can be transmitted to the communication system with integrity protection and authenticity protection and, if necessary, confidentially, wherein a first securing method for non-post-quantum-resistant securing of exchanged data is implemented in the communication system via the communication interface, characterized in that a second securing method for post-quantum-resistant securing of exchanged data is implemented in the communication system via the communication interface,or is implemented via an interface (S2) which in turn is implemented in the communication system or is implemented via a software update, wherein a secret for exclusive use in the second securing method can be introduced via an additional interface (S3) which in turn is implemented in the communication system or can be implemented via a software update, which secret is received in a cryptographically encrypted manner and is securely stored for exclusive use in the second securing method, wherein the introduction of key material via the additional interface (S3) takes place with post-quantum-resistant cryptographic encryption, for which purpose initial equipping of the communication system with secret key material (G3) is carried out.