mhurhangee/patent-ind-claim-en huggingface dataset:
An aerosol-generating device comprising: a mouthpiece comprising first and second planar susceptors that are arranged distanced and parallel to each other, a heating compartment , wherein the heating compartment comprises an inductor, and wherein the heating compartment is configured removably connectable to the mouthpiece, and a main body , the main body comprising a power supply, wherein the main body is removably connectable to the heating compartment, wherein each of the first and second susceptors comprises an inner surface pointing towards the respective other susceptor and an opposing outer surface, wherein the inductor comprises a first induction coil and a second induction coil , and wherein, during use, the first induction coil is situated adjacent the outer surface of the first susceptor , and the second induction coil is situated adjacent the outer surface of the second susceptor . a mouthpiece comprising first and second planar susceptors that are arranged distanced and parallel to each other, a heating compartment , wherein the heating compartment comprises an inductor, and wherein the heating compartment is configured removably connectable to the mouthpiece, and a main body , the main body comprising a power supply, wherein the main body is removably connectable to the heating compartment, wherein each of the first and second susceptors comprises an inner surface pointing towards the respective other susceptor and an opposing outer surface, wherein the inductor comprises a first induction coil and a second induction coil , and wherein, during use, the first induction coil is situated adjacent the outer surface of the first susceptor , and the second induction coil is situated adjacent the outer surface of the second susceptor .
A blade for a gas turbine engine comprising: an airfoil having: a root end and a tip ; an aluminum-based metallic substrate along at least a portion of the airfoil; and an abrasive tip coating comprising an abrasive and an aluminum-based matrix ; and a base layer between the abrasive tip coating and the metallic substrate , characterised in that the base layer is aluminium-based, the aluminium-based matrix and the aluminium-based base layer are softer than the metallic substrate , and the aluminium-based matrix is galvanically sacrificial to the aluminium-based base layer and the metallic substrate . an airfoil having: a root end and a tip ; an aluminum-based metallic substrate along at least a portion of the airfoil; and an abrasive tip coating comprising an abrasive and an aluminum-based matrix ; and a root end and a tip ; an aluminum-based metallic substrate along at least a portion of the airfoil; and an abrasive tip coating comprising an abrasive and an aluminum-based matrix ; and a base layer between the abrasive tip coating and the metallic substrate , characterised in that the base layer is aluminium-based, the aluminium-based matrix and the aluminium-based base layer are softer than the metallic substrate , and the aluminium-based matrix is galvanically sacrificial to the aluminium-based base layer and the metallic substrate . characterised in that the base layer is aluminium-based, the aluminium-based matrix and the aluminium-based base layer are softer than the metallic substrate , and the aluminium-based matrix is galvanically sacrificial to the aluminium-based base layer and the metallic substrate .
An aqueous solution comprising: a trehalose as an inhibitor agent, a polycarboxylic acid crosslinking agent, and, optionally, one or more of the following: a softener and an alkali metal salt catalyst, wherein the trehalose inhibitor agent functions in one or more of the following ways: as a lipid peroxidation inhibitor, as an aldehyde inhibitor, or as an antioxidant, and wherein the concentration of the trehalose inhibitor agent is about 0.01 to less than 10 wt% of the solution and the concentration of the polycarboxylic acid crosslinking agent is about 0.01 to 5 wt% of the solution. a trehalose as an inhibitor agent, a polycarboxylic acid crosslinking agent, and, optionally, one or more of the following: a softener and an alkali metal salt catalyst, wherein the trehalose inhibitor agent functions in one or more of the following ways: as a lipid peroxidation inhibitor, as an aldehyde inhibitor, or as an antioxidant, and wherein the concentration of the trehalose inhibitor agent is about 0.01 to less than 10 wt% of the solution and the concentration of the polycarboxylic acid crosslinking agent is about 0.01 to 5 wt% of the solution. as a lipid peroxidation inhibitor, as an aldehyde inhibitor, or as an antioxidant, and wherein the concentration of the trehalose inhibitor agent is about 0.01 to less than 10 wt% of the solution and the concentration of the polycarboxylic acid crosslinking agent is about 0.01 to 5 wt% of the solution.
Method for starting up a warp-knitting machine with a new pattern, in which threads of a warp are drawn into guide needles and at least one row of stitches is formed by interaction of the guide needles with knitting needles , characterized in that a tension of the incoming threads is determined and limited to a predetermined maximum value by regulating a delivery drive .
Method for detecting unwanted intrusions into an information network comprising a step for receiving a plurality of pieces of raw data from this network, comprising for each piece of raw data received: - a step for allocating at least one intrusion indicator search engine which is suitable for processing this type of piece of raw data, - a step for processing this piece of raw data, carried out in parallel by each search engine allocated to this piece of raw data , each search engine being configured to search within said piece of data for at least one intrusion indicator and to extract potential new data to be analyzed, known as derived data , which may be corrupted, - a step for returning each piece of derived data as a new piece of raw data to said step for allocating, if this piece of derived data has not already been processed by the same search engine allocated to this piece of data, so as to provide recursive analysis of each piece of raw data from the information network, characterized in that the recursive analysis continuing if said search engine has been updated and has a version different from the one used for a prior processing of the piece of derived data. - a step for allocating at least one intrusion indicator search engine which is suitable for processing this type of piece of raw data, - a step for processing this piece of raw data, carried out in parallel by each search engine allocated to this piece of raw data , each search engine being configured to search within said piece of data for at least one intrusion indicator and to extract potential new data to be analyzed, known as derived data , which may be corrupted, - a step for returning each piece of derived data as a new piece of raw data to said step for allocating, if this piece of derived data has not already been processed by the same search engine allocated to this piece of data, so as to provide recursive analysis of each piece of raw data from the information network,
Assembly of a tailgate box of a motor vehicle and a tailgate skin intended to be attached to the tailgate box by gluing, the tailgate box comprising a housing intended to receive the tailgate skin , characterized in that the tailgate skin is provided with a retention lip integral with the tailgate skin forming an extension of the tailgate skin and constituting a thinning of the tailgate skin , the housing provided in the tailgate box including a retention shoulder defining a nesting cavity for receiving the retention lip , complementary in shape to the retention lip , the nesting cavity and the retention lip being configured such that once nested in the nesting cavity , the retention lip forms a cover plate closing the nesting cavity and flush with an outer surface of the tailgate box. characterized in that the tailgate skin is provided with a retention lip integral with the tailgate skin forming an extension of the tailgate skin and constituting a thinning of the tailgate skin , the housing provided in the tailgate box including a retention shoulder defining a nesting cavity for receiving the retention lip , complementary in shape to the retention lip , the nesting cavity and the retention lip being configured such that once nested in the nesting cavity , the retention lip forms a cover plate closing the nesting cavity and flush with an outer surface of the tailgate box.
An atomizer (801; 901; 1001) for an aerosol delivery device, the atomizer (801; 901; 1001) comprising: a porous liquid transport element (836; 936; 1036; 1136; 1236) comprising a material containing an open pore network; a first heater (833a; 933a; 1033a; 1133a; 1233a) having a heating surface (Ha); and a second heater (833b; 933b; 1033b; 1233b) having a heating surface (Hb); wherein the first heater (833a; 933a; 1033a; 1133a; 1233a) and the second heater (833b; 933b; 1033b; 1233b) are aligned in a substantially parallel arrangement with the porous liquid transport element positioned therebetween, characterized in that the first heater (833a; 933a; 1033a; 1133a; 1233a) and the second heater (833b; 933b; 1033b; 1233b) are spaced apart with the respective heating surfaces (Ha, Hb) facing each other such that the porous liquid transport element (836; 936; 1036; 1136; 1236) is in a radiant heating arrangement with the heating surface (Ha) of the first heater (833a; 933a; 1033a; 1133a; 1233a) and the heating surface (Hb) of the second heater (833b; 933b; 1033b; 1233b) and is not in direct physical contact with the heating surface (Ha) of the first heater (833a; 933a; 1033a; 1133a; 1233a) or the heating surface (Hb) of the second heater (833b; 933b; 1033b; 1233b). a porous liquid transport element (836; 936; 1036; 1136; 1236) comprising a material containing an open pore network; a first heater (833a; 933a; 1033a; 1133a; 1233a) having a heating surface (Ha); and a second heater (833b; 933b; 1033b; 1233b) having a heating surface (Hb); wherein the first heater (833a; 933a; 1033a; 1133a; 1233a) and the second heater (833b; 933b; 1033b; 1233b) are aligned in a substantially parallel arrangement with the porous liquid transport element positioned therebetween, characterized in that the first heater (833a; 933a; 1033a; 1133a; 1233a) and the second heater (833b; 933b; 1033b; 1233b) are spaced apart with the respective heating surfaces (Ha, Hb) facing each other such that the porous liquid transport element (836; 936; 1036; 1136; 1236) is in a radiant heating arrangement with the heating surface (Ha) of the first heater (833a; 933a; 1033a; 1133a; 1233a) and the heating surface (Hb) of the second heater (833b; 933b; 1033b; 1233b) and is not in direct physical contact with the heating surface (Ha) of the first heater (833a; 933a; 1033a; 1133a; 1233a) or the heating surface (Hb) of the second heater (833b; 933b; 1033b; 1233b).
A signal transmission method, comprising: sending a first synchronization signal on a first time-frequency resource, wherein the first time-frequency resource comprises a plurality of first frequency units in a first time unit; and sending a second synchronization signal on a second time-frequency resource, wherein the second time-frequency resource comprises a plurality of second frequency units in the first time unit, and the plurality of first frequency units alternate with the plurality of second frequency units in frequency domain. sending a first synchronization signal on a first time-frequency resource, wherein the first time-frequency resource comprises a plurality of first frequency units in a first time unit; and sending a second synchronization signal on a second time-frequency resource, wherein the second time-frequency resource comprises a plurality of second frequency units in the first time unit, and the plurality of first frequency units alternate with the plurality of second frequency units in frequency domain.
A method of manufacturing a neck bent container comprising: injection molding a preform having a bottomed cylindrical shape, wherein the preform is made of resin; stretching the preform containing residual heat from the injection molding, with a stretching rod ; and blow-molding the neck bent container, in which a central axis of a container neck portion is inclined with respect to an axial direction of a container body portion , by introducing a pressurized fluid into the preform disposed in a mold , wherein the container body portion of the neck bent container has a flat shape in which a dimension in a first direction in a container cross section is longer than a dimension in a second direction perpendicular to the first direction, the container neck portion is inclined in the first direction, in a circumferential cross section of the preform, a thickness of a first region corresponding to a surface extending in the first direction of a container is set to be thicker than a thickness of a second region corresponding to a surface extending in the second direction of the container, and the thickness of the first region in an axial cross section is set to be thicker on a bottom portion side than an opening side. injection molding a preform having a bottomed cylindrical shape, wherein the preform is made of resin; stretching the preform containing residual heat from the injection molding, with a stretching rod ; and blow-molding the neck bent container, in which a central axis of a container neck portion is inclined with respect to an axial direction of a container body portion , by introducing a pressurized fluid into the preform disposed in a mold , wherein the container body portion of the neck bent container has a flat shape in which a dimension in a first direction in a container cross section is longer than a dimension in a second direction perpendicular to the first direction, the container neck portion is inclined in the first direction, in a circumferential cross section of the preform, a thickness of a first region corresponding to a surface extending in the first direction of a container is set to be thicker than a thickness of a second region corresponding to a surface extending in the second direction of the container, and the thickness of the first region in an axial cross section is set to be thicker on a bottom portion side than an opening side.
Electronic system comprising: a. a power electronics module making it possible to convert a DC current to an AC current, the power electronics module comprising: i. a first busbar and a second busbar for supplying the power electronics module with the DC current, ii. a third busbar able to supply a phase winding of a rotating electric machine , iii. a control pin receiving a control signal for driving the power electronics module , b. an electronic control module separate from the power electronics module and configured so as to generate the control signal, the electronic control module comprising an electronic measuring device , c. a support comprising an opening and carrying the electronic control module on a first side of the support, the support being made of metal, d. a measurement housing comprising a cavity , the measurement housing being located on a second side of the support opposite the first side of the support, the electronic measuring device penetrating into the opening in the support and into the cavity in the measurement housing , a sealing means providing a seal between the measurement housing and the support . a. a power electronics module making it possible to convert a DC current to an AC current, the power electronics module comprising: i. a first busbar and a second busbar for supplying the power electronics module with the DC current, ii. a third busbar able to supply a phase winding of a rotating electric machine , iii. a control pin receiving a control signal for driving the power electronics module , i. a first busbar and a second busbar for supplying the power electronics module with the DC current, ii. a third busbar able to supply a phase winding of a rotating electric machine , iii. a control pin receiving a control signal for driving the power electronics module , b. an electronic control module separate from the power electronics module and configured so as to generate the control signal, the electronic control module comprising an electronic measuring device , c. a support comprising an opening and carrying the electronic control module on a first side of the support, the support being made of metal, d. a measurement housing comprising a cavity , the measurement housing being located on a second side of the support opposite the first side of the support, the electronic measuring device penetrating into the opening in the support and into the cavity in the measurement housing , a sealing means providing a seal between the measurement housing and the support .
A method of transfecting a primary hematopoietic cell with nucleic acids, at least one which encodes for a rare-cutting endonuclease, to be expressed into said cell or to be introduced into its genome, said method comprising the steps of: a) isolating hematopoietic cells; b) culturing the hematopoietic cells in a condition where they can expand; c) loading nanoparticle-biomolecule conjugates with nucleic acids, at least one which encodes a rare-cutting endonuclease, to be expressed into said cell or to be introduced into its genome; d) incubating said hematopoietic cells with said nanoparticle-biomolecule conjugates to have them penetrate the cells; wherein said nanoparticle-biomolecule conjugates are silica-based nanoparticles which are coated with cell penetrating peptides (CPPs) and/or ligand targeting molecule. a) isolating hematopoietic cells; b) culturing the hematopoietic cells in a condition where they can expand; c) loading nanoparticle-biomolecule conjugates with nucleic acids, at least one which encodes a rare-cutting endonuclease, to be expressed into said cell or to be introduced into its genome; d) incubating said hematopoietic cells with said nanoparticle-biomolecule conjugates to have them penetrate the cells;
An immunogenic composition for use in the treatment or prevention of infection or disease caused by Neisseria meningitidis and/or Neisseria gonorrhoeae, comprising at least one modified factor H binding protein, wherein the composition is capable of eliciting an immune response when administered to a human or non-human animal, wherein the modified factor H binding protein has an amino acid sequence having at least 70% sequence identity to the amino acid sequence of Seq ID No:1, and has an alanine at position number 283 as defined in Seq ID No: 1 instead of glutamic acid, which results in no factor H binding, or at least 5 fold less factor H binding compared with the factor H binding protein of Seq ID No:1.
A battery comprising: a plurality of battery cells, arranged and stacked to form a series of battery cell groups; and an encapsulant having a Young Modulus in a range of 0.05 to 0.15 GPa, and a Flex Modulus in a range of 0.100 to 0.250 GPa, surrounding the battery cell groups. a plurality of battery cells, arranged and stacked to form a series of battery cell groups; and an encapsulant having a Young Modulus in a range of 0.05 to 0.15 GPa, and a Flex Modulus in a range of 0.100 to 0.250 GPa, surrounding the battery cell groups.
Method for ascertaining a deactivated operating state of a motor vehicle , comprising at least the following method steps: a) receiving at least one signal , which comprises an operating parameter of the motor vehicle , b) ascertaining a time at which the operating parameter from the at least one signal received in accordance with step a) last exceeded a predefinable threshold, c) recognizing the deactivated operating state on the basis of whether more than a predefined time interval has elapsed since the time ascertained in accordance with step b); wherein the method is further designed to output an output signal for at least one trigger signal for a pyrotechnic element of the motor vehicle , wherein the output signal comprises a first value if a deactivated operating state has been recognized, wherein the output signal additionally comprises a second value, and wherein the method further comprises the following method step: d) outputting the at least one trigger signal for the applicable pyrotechnic element of the motor vehicle if a deactivated operating state has been recognized in step c). a) receiving at least one signal , which comprises an operating parameter of the motor vehicle , b) ascertaining a time at which the operating parameter from the at least one signal received in accordance with step a) last exceeded a predefinable threshold, c) recognizing the deactivated operating state on the basis of whether more than a predefined time interval has elapsed since the time ascertained in accordance with step b);
An isolated peptide comprising an amino acid sequence as set forth by: SEQ ID NO:2 or SEQ ID NO:4, the isolated peptide being capable of preventing TERT nuclear translocation.
A method for providing video content in a Dynamic Adaptive Streaming over Hypertext Transfer Protocol, DASH, streaming session, the method being performed by at least one processor, characterized by the method comprising: obtaining a pre-session-based description, PreSBD, descriptor information of the DASH streaming session from a media presentation description, MPD, associated with the DASH streaming session instructing a PreSBD client to generate customized session-based description, SBD, document uniform resource locator, URL, for a plurality of SBD descriptors of the DASH streaming session, wherein the PreSBD descriptor information comprises a @urlclass attribute with a value "sbd" indicating that the PreSBD descriptor information includes SBD hypertext transfer protocol (HTTP) GET requests; instantiating the PreSBD client and passing PreSBD descriptor information; controlling by a DASH client generation of a customized SBD document URL associated with a first SBD descriptor from the plurality of SBD descriptors of the DASH streaming session; launching a first SBD client based on the customized SBD document URL and passing the first SBD descriptor to the first SBD client; controlling generation of a segment URL based on the first SBD descriptor and the customized SBD document URL, and processing a request for a segment of the video content by at least modifying the segment URL; and providing the segment of the video content based on the modified segment URL. obtaining a pre-session-based description, PreSBD, descriptor information of the DASH streaming session from a media presentation description, MPD, associated with the DASH streaming session instructing a PreSBD client to generate customized session-based description, SBD, document uniform resource locator, URL, for a plurality of SBD descriptors of the DASH streaming session, wherein the PreSBD descriptor information comprises a @urlclass attribute with a value "sbd" indicating that the PreSBD descriptor information includes SBD hypertext transfer protocol (HTTP) GET requests; instantiating the PreSBD client and passing PreSBD descriptor information; controlling by a DASH client generation of a customized SBD document URL associated with a first SBD descriptor from the plurality of SBD descriptors of the DASH streaming session; launching a first SBD client based on the customized SBD document URL and passing the first SBD descriptor to the first SBD client; controlling generation of a segment URL based on the first SBD descriptor and the customized SBD document URL, and processing a request for a segment of the video content by at least modifying the segment URL; and providing the segment of the video content based on the modified segment URL.