mhurhangee/patent-ind-claim-en huggingface dataset:
A lens for a lighting and/or signaling device of a motor vehicle including a first layer of material , arranged on a first face of which is a second layer of material with additional thickness, said second layer extending partially over the first layer so as to have one end edge overhanging an exposed portion of the first layer of material , the exposed portion of the first layer of material , which is not covered by the second layer of material , including on said first face a notch which extends along said end edge of the second layer of material , characterized in that the notch has an inclined surface , for example an inclined plane, having a proximal extremity starting from the contact edge of the first layer of material with the end edge of the second layer of material , enabling it to be embedded in the thickness of the first layer of material , and a distal extremity prolonged by an abutment wall , the abutment wall extending perpendicular to the first face of the first layer of material . the exposed portion of the first layer of material , which is not covered by the second layer of material , including on said first face a notch which extends along said end edge of the second layer of material , characterized in that the notch has an inclined surface , for example an inclined plane, having a proximal extremity starting from the contact edge of the first layer of material with the end edge of the second layer of material , enabling it to be embedded in the thickness of the first layer of material , and a distal extremity prolonged by an abutment wall , the abutment wall extending perpendicular to the first face of the first layer of material .
A method for producing a capsular polysaccharide from Streptococcus agalactiae comprising: culturing in a suitable culture medium a CpsA or CpsD mutant that exhibits increased secretion of capsular polysaccharide compared to the wild-type strain and recovering the polysaccharide from the culture medium, wherein CpsA or CpsD mutant is selected from - a point mutation or in-frame deletion of the CpsA gene resulting in altered activity of CpsA polypeptide such that attachment of the capsular polysaccharide to the cell wall is reduced while secretion or release of capsular polysaccharide into the external environment is increased compared to the wild-type strain, - deletion of the polynucleotide sequence that encodes the entire CpsA polypeptide, - a point mutation or in-frame deletion of the CpsD gene resulting in altered activity of CpsD polypeptide such that attachment of the capsular polysaccharide to the cell wall is reduced while secretion or release of capsular polysaccharide into the external environment is increased compared to the wild-type strain, and - deletion of the polynucleotide sequence that encodes the entire CpsD polypeptide. - a point mutation or in-frame deletion of the CpsA gene resulting in altered activity of CpsA polypeptide such that attachment of the capsular polysaccharide to the cell wall is reduced while secretion or release of capsular polysaccharide into the external environment is increased compared to the wild-type strain, - deletion of the polynucleotide sequence that encodes the entire CpsA polypeptide, - a point mutation or in-frame deletion of the CpsD gene resulting in altered activity of CpsD polypeptide such that attachment of the capsular polysaccharide to the cell wall is reduced while secretion or release of capsular polysaccharide into the external environment is increased compared to the wild-type strain, and - deletion of the polynucleotide sequence that encodes the entire CpsD polypeptide.
A method performed by a base station in a wireless communication system, the method comprising: identifying a radio resource control, RRC, state transition of a terminal from an RRC connected state to an RRC inactive state, wherein a state of the terminal in an access and mobility management function, AMF, entity is a connected state while the terminal is in the RRC inactive state, and reachability of the terminal in the RRC inactive state is managed by the base station based on an area configured for radio access network, RAN, paging; and transmitting, to the AMF entity, a report message including information indicating a current RRC state of the terminal and information on a current location of the terminal, based on the RRC state transition of the terminal, wherein the information on the current location of the terminal comprises an identity of a cell for the terminal. identifying a radio resource control, RRC, state transition of a terminal from an RRC connected state to an RRC inactive state, wherein a state of the terminal in an access and mobility management function, AMF, entity is a connected state while the terminal is in the RRC inactive state, and reachability of the terminal in the RRC inactive state is managed by the base station based on an area configured for radio access network, RAN, paging; and transmitting, to the AMF entity, a report message including information indicating a current RRC state of the terminal and information on a current location of the terminal, based on the RRC state transition of the terminal, wherein the information on the current location of the terminal comprises an identity of a cell for the terminal.
A method for securely measuring end-to-end Quality of Service, QoS, in a network, comprising: at a first endpoint comprising a first physical Ethernet controller or Physical Network Interface Controller, NIC , detecting a first packet marked for QoS measurement; generating , using a secure clock , a first timestamp for the first packet ; determining packet identifying metadata for the first packet; reporting the first timestamp and the packet identifying metadata for the first packet to an external monitor ; at a second endpoint comprising a second physical Ethernet controller or physical NIC , detecting the first packet is marked for QoS measurement; generating , using a secure clock , a second timestamp for the first packet ; determining packet identifying metadata for the first packet; reporting the second timestamp and the packet identifying metadata for the first packet to the external monitor ; and employing the first and second timestamps and the packet identifying metadata for the first packet to measure a latency incurred by the first packet from the first endpoint to the second endpoint. at a first endpoint comprising a first physical Ethernet controller or Physical Network Interface Controller, NIC , detecting a first packet marked for QoS measurement; generating , using a secure clock , a first timestamp for the first packet ; determining packet identifying metadata for the first packet; reporting the first timestamp and the packet identifying metadata for the first packet to an external monitor ; detecting a first packet marked for QoS measurement; generating , using a secure clock , a first timestamp for the first packet ; determining packet identifying metadata for the first packet; reporting the first timestamp and the packet identifying metadata for the first packet to an external monitor ; at a second endpoint comprising a second physical Ethernet controller or physical NIC , detecting the first packet is marked for QoS measurement; generating , using a secure clock , a second timestamp for the first packet ; determining packet identifying metadata for the first packet; reporting the second timestamp and the packet identifying metadata for the first packet to the external monitor ; and detecting the first packet is marked for QoS measurement; generating , using a secure clock , a second timestamp for the first packet ; determining packet identifying metadata for the first packet; reporting the second timestamp and the packet identifying metadata for the first packet to the external monitor ; and employing the first and second timestamps and the packet identifying metadata for the first packet to measure a latency incurred by the first packet from the first endpoint to the second endpoint.
A method of producing a paper-based sensor, comprising the steps of: applying a pressure sensor array on a first paper substrate; applying a temperature sensor array on a second paper substrate; applying a humidity sensor array on a third paper substrate; stacking the temperature sensor array on the pressure sensor array; and stacking the humidity sensor array on the temperature sensor array. applying a pressure sensor array on a first paper substrate; applying a temperature sensor array on a second paper substrate; applying a humidity sensor array on a third paper substrate; stacking the temperature sensor array on the pressure sensor array; and stacking the humidity sensor array on the temperature sensor array.
An optical transmission apparatus comprising: first multiplexing means (AG) configured to multiplex a plurality of subcarrier signals (S1_1 ,..., S1_4) for performing optical wavelength multiplexing communication into a first wavelength group signal (S2_1); second multiplexing means (XF) configured to multiplex the first wavelength group signal (S2_1) and a second wavelength group signal (S2_2) transmitted from outside of the optical transmission apparatus; output means (CA) configured to output the first multiplexed wavelength group signal (S2_1) and the second wavelength group signal (S2_2) to an optical transmission line; and pre-multiplexing level correction means configured to correct a level deviation between the subcarrier signals (S1_1 ,..., S1_4) before the multiplexing on first multiplexing means (AG) based on an optical level of the first wavelength group signal (S2_1) in the output means; characterized by post-multiplexing level correction means configured to correct a level deviation between the first wavelength group signal (S2_1) and the second wavelength group signal (S2_2) based on the optical level of the first wavelength group signal (S2_1) and the second wavelength group signal (S2_2) in the output means. first multiplexing means (AG) configured to multiplex a plurality of subcarrier signals (S1_1 ,..., S1_4) for performing optical wavelength multiplexing communication into a first wavelength group signal (S2_1); second multiplexing means (XF) configured to multiplex the first wavelength group signal (S2_1) and a second wavelength group signal (S2_2) transmitted from outside of the optical transmission apparatus; output means (CA) configured to output the first multiplexed wavelength group signal (S2_1) and the second wavelength group signal (S2_2) to an optical transmission line; and pre-multiplexing level correction means configured to correct a level deviation between the subcarrier signals (S1_1 ,..., S1_4) before the multiplexing on first multiplexing means (AG) based on an optical level of the first wavelength group signal (S2_1) in the output means; characterized by post-multiplexing level correction means configured to correct a level deviation between the first wavelength group signal (S2_1) and the second wavelength group signal (S2_2) based on the optical level of the first wavelength group signal (S2_1) and the second wavelength group signal (S2_2) in the output means.
An industrial automation device indicator system comprising: a plurality of indicators; and a plurality of industrial automation devices positioned in side by side orientation to one another, each of said plurality of industrial automation devices having a housing with a front face and being included in a plurality of housings, the front face sized and adapted to receive an indicator included in the plurality of indicators, the indicator included in the plurality of indicators being positioned along an edge of the front face, each of the indicators in the plurality of indicators being positioned on a housing included in the plurality of housings in a common orientation to one another, wherein a first industrial automation device included in the plurality of industrial automation devices comprises inputs for connection to a motor of a first application, and wherein a second industrial automation device included in the plurality of industrial automation devices comprises inputs for connection to a motor of a second application, the first industrial automation device and the second industrial automation device being adjacent to one another, characterised in that the indicator is constructed from a thermochromic material having either a reversible or irreversible color change. a plurality of indicators; and a plurality of industrial automation devices positioned in side by side orientation to one another, each of said plurality of industrial automation devices having a housing with a front face and being included in a plurality of housings, the front face sized and adapted to receive an indicator included in the plurality of indicators, the indicator included in the plurality of indicators being positioned along an edge of the front face, each of the indicators in the plurality of indicators being positioned on a housing included in the plurality of housings in a common orientation to one another, each of said plurality of industrial automation devices having a housing with a front face and being included in a plurality of housings, the front face sized and adapted to receive an indicator included in the plurality of indicators, the indicator included in the plurality of indicators being positioned along an edge of the front face, each of the indicators in the plurality of indicators being positioned on a housing included in the plurality of housings in a common orientation to one another, wherein a first industrial automation device included in the plurality of industrial automation devices comprises inputs for connection to a motor of a first application, and wherein a second industrial automation device included in the plurality of industrial automation devices comprises inputs for connection to a motor of a second application, the first industrial automation device and the second industrial automation device being adjacent to one another, characterised in that the indicator is constructed from a thermochromic material having either a reversible or irreversible color change.
A battery diagnosis apparatus , comprising: an ohmic resistance determining unit (no) configured to determine an ohmic resistance of a battery cell in each of a plurality of impedance profiles generated at different time points for the battery cell; a resistance change rate calculating unit configured to calculate a resistance change rate between the plurality of determined ohmic resistances; wherein the battery diagnosis apparatus is characterised by comprising: a gas generation level determining unit configured to determine an internal gas generation level of the battery cell based on the calculated resistance change rate; and a state diagnosing unit configured to diagnose a state of the battery cell according to the determined internal gas generation level. an ohmic resistance determining unit (no) configured to determine an ohmic resistance of a battery cell in each of a plurality of impedance profiles generated at different time points for the battery cell; a resistance change rate calculating unit configured to calculate a resistance change rate between the plurality of determined ohmic resistances; wherein the battery diagnosis apparatus is characterised by comprising: a gas generation level determining unit configured to determine an internal gas generation level of the battery cell based on the calculated resistance change rate; and a state diagnosing unit configured to diagnose a state of the battery cell according to the determined internal gas generation level. a gas generation level determining unit configured to determine an internal gas generation level of the battery cell based on the calculated resistance change rate; and a state diagnosing unit configured to diagnose a state of the battery cell according to the determined internal gas generation level.
A patch comprising: a backing, and an adhesive layer laminated on one side of the backing; wherein the adhesive layer comprises asenapine or a pharmaceutically acceptable salt thereof, an adhesive base and a low molecular weight amine, wherein the low molecular weight amine is one or more selected from the group consisting of monoethanolamine, diethanolamine, triethanolamine, isopropanolamine and diisopropanolamine, wherein the adhesive base is a rubber adhesive base. a backing, and an adhesive layer laminated on one side of the backing; wherein the adhesive layer comprises asenapine or a pharmaceutically acceptable salt thereof, an adhesive base and a low molecular weight amine, wherein the low molecular weight amine is one or more selected from the group consisting of monoethanolamine, diethanolamine, triethanolamine, isopropanolamine and diisopropanolamine, wherein the adhesive base is a rubber adhesive base.
An airfoil comprising: an airfoil section having an airfoil wall surrounding a cavity , the airfoil wall including an exterior monolithic ceramic shell and an interior ceramic matrix composite (CMC) liner including CMC plies , characterized in that : an outermost ply of the CMC plies forms tabs that are raised from an underlying ply of the CMC plies so as to define a slot between the tabs and the underlying ply ; the exterior monolithic ceramic shell includes an underlapping shell piece and an overlapping shell piece , the underlapping shell piece having a portion disposed in the slot and bonded with the tabs , the overlapping shell piece extending over the tabs and bonded to the tabs ; and in that the airfoil further comprises: channels bounded by adjacent ones of the tabs , the underlapping shell piece , and the overlapping shell piece ; and channel orifices through the CMC liner connecting the cavity and the channels . an outermost ply of the CMC plies forms tabs that are raised from an underlying ply of the CMC plies so as to define a slot between the tabs and the underlying ply ; the exterior monolithic ceramic shell includes an underlapping shell piece and an overlapping shell piece , the underlapping shell piece having a portion disposed in the slot and bonded with the tabs , the overlapping shell piece extending over the tabs and bonded to the tabs ; and in that the airfoil further comprises: channels bounded by adjacent ones of the tabs , the underlapping shell piece , and the overlapping shell piece ; and channel orifices through the CMC liner connecting the cavity and the channels . channels bounded by adjacent ones of the tabs , the underlapping shell piece , and the overlapping shell piece ; and channel orifices through the CMC liner connecting the cavity and the channels .
An aircraft galley oven comprising: a fan ; a heating element surrounding the fan ; a water injector ; and a drip plate configured to retain water drops from the water injector on the drip plate , wherein: the water injector is disposed between the fan and the heating element such that gravity acting on water drops from the water injector draws the water drops away from the fan and toward the heating element ; and the drip plate is disposed between the water injector and the heating element , more proximal to the heating element than the water injector , to receive water drops due to gravity from the water injector , and retain the water drops on the drip plate to at least the boiling point of water. a fan ; a heating element surrounding the fan ; a water injector ; and a drip plate configured to retain water drops from the water injector on the drip plate , wherein: the water injector is disposed between the fan and the heating element such that gravity acting on water drops from the water injector draws the water drops away from the fan and toward the heating element ; and the drip plate is disposed between the water injector and the heating element , more proximal to the heating element than the water injector , to receive water drops due to gravity from the water injector , and retain the water drops on the drip plate to at least the boiling point of water. the water injector is disposed between the fan and the heating element such that gravity acting on water drops from the water injector draws the water drops away from the fan and toward the heating element ; and the drip plate is disposed between the water injector and the heating element , more proximal to the heating element than the water injector , to receive water drops due to gravity from the water injector , and retain the water drops on the drip plate to at least the boiling point of water.
A stackable storage container with a body and a cover , wherein side walls of the body are provided with elastically deformable latching arms which can be pivoted counter to one another about an edge of the body , wherein the cover has first latching cams on an upper side, wherein, in a first configuration with the cover placed on the edge , the latching arms are releasably latchable with the first latching cams of the cover by overlapping these latching cams in a first latching position, and wherein, in a second configuration with a similar body stacked directly on the edge , the latching arms are releasably latchable with second latching cams of the similar body by overlapping these latching cams in a second latching position, and characterized in that the body has outwardly projecting feet , aligned parallel to the edge , which are provided on the upper side with the second latching cams , wherein the feet of the body , when this is stacked on the cover , engage so as to fit between the first latching cams , wherein, in a third configuration with cover placed on the edge and with similar body stacked on the cover , the latching arms can be releasably latched with the first latching cams of the cover by overlapping these latching cams and, at the same time, the feet of the similar body can be releasably latched, pinched therebetween in a third latching position. wherein side walls of the body are provided with elastically deformable latching arms which can be pivoted counter to one another about an edge of the body , wherein the cover has first latching cams on an upper side, wherein, in a first configuration with the cover placed on the edge , the latching arms are releasably latchable with the first latching cams of the cover by overlapping these latching cams in a first latching position, and wherein, in a second configuration with a similar body stacked directly on the edge , the latching arms are releasably latchable with second latching cams of the similar body by overlapping these latching cams in a second latching position, and the body has outwardly projecting feet , aligned parallel to the edge , which are provided on the upper side with the second latching cams , wherein the feet of the body , when this is stacked on the cover , engage so as to fit between the first latching cams , wherein, in a third configuration with cover placed on the edge and with similar body stacked on the cover , the latching arms can be releasably latched with the first latching cams of the cover by overlapping these latching cams and, at the same time, the feet of the similar body can be releasably latched, pinched therebetween in a third latching position.
Kit for treating an enamel lesion, comprising a curable infiltrant, comprising polymerizable or crosslinkable monomers, and an infiltration solution for treating an enamel lesion, characterized in that the infiltration solution comprises: (a) at least 25% by weight of a solvent or solvent mixture which is volatile at room temperature (23°C), and (b) dissolved in solution in the solvent or solvent mixture, a radiopaque metal compound having a radiopacity of more than 200% aluminum as determined in accordance with EN ISO 4049:2000, wherein the infiltration solution is composed to an extent of at least 80% by weight of the solvent or solvent mixture (a) and of the dissolved metal compound (b) (a) at least 25% by weight of a solvent or solvent mixture which is volatile at room temperature (23°C), and (b) dissolved in solution in the solvent or solvent mixture, a radiopaque metal compound having a radiopacity of more than 200% aluminum as determined in accordance with EN ISO 4049:2000,