mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus comprising: at least one processor; and at least one non-transitory memory storing instructions that, when executed by the at least one processor, cause the apparatus at least to: initiate performance of at least one function enabled with a first model; receive, from a source base station, at least one model compatibility configuration; determine whether the at least one function is compatible with a second model of at least one target base station based, at least partially, on the at least one model compatibility configuration; transmit, to the at least one target base station, at least one report, wherein the at least one report comprises, at least, an indication of a result of whether the at least one function is compatible with the second model of the at least one target base station; and receive, in response to the report, a conditional handover configuration, wherein the conditional handover configuration comprises, at least, an indication to at least one of: perform data collection, update the first model, or switch the first model with another model. at least one processor; and at least one non-transitory memory storing instructions that, when executed by the at least one processor, cause the apparatus at least to: initiate performance of at least one function enabled with a first model; receive, from a source base station, at least one model compatibility configuration; determine whether the at least one function is compatible with a second model of at least one target base station based, at least partially, on the at least one model compatibility configuration; transmit, to the at least one target base station, at least one report, wherein the at least one report comprises, at least, an indication of a result of whether the at least one function is compatible with the second model of the at least one target base station; and receive, in response to the report, a conditional handover configuration, wherein the conditional handover configuration comprises, at least, an indication to at least one of: perform data collection, update the first model, or switch the first model with another model. initiate performance of at least one function enabled with a first model; receive, from a source base station, at least one model compatibility configuration; determine whether the at least one function is compatible with a second model of at least one target base station based, at least partially, on the at least one model compatibility configuration; transmit, to the at least one target base station, at least one report, wherein the at least one report comprises, at least, an indication of a result of whether the at least one function is compatible with the second model of the at least one target base station; and receive, in response to the report, a conditional handover configuration, wherein the conditional handover configuration comprises, at least, an indication to at least one of: perform data collection, update the first model, or switch the first model with another model. perform data collection, update the first model, or switch the first model with another model.
A tire arrangement comprising: tires provided with a decorative portion located on a sidewall portion , and a tire arrangement implement for arranging the tires in a row in a tire rotational axis direction, the tire arrangement implement comprising: a spacer configured to be disposed between bead cores of adjacent tires or between a bead core of one of the tires and a peripherally located member (F) in contact with both of them, characterised in that the spacer is not in contact with the decorative portion , the spacer separating the decorative portion of one of the tires from another one of the tires or the peripherally located member (F), wherein the spacer has an annular structure, wherein an outer diameter Ro and an inner diameter Ri of the spacer , and a diameter R3 of the bead core of the tire have a relationship Ri < R3 < Ro, and wherein the outer diameter Ro of the spacer , a tire diameter R1 at a tire maximum width position and an inner diameter R2 of the decorative portion have relationships Ro < R1 and Ro < R2. tires provided with a decorative portion located on a sidewall portion , and a tire arrangement implement for arranging the tires in a row in a tire rotational axis direction, the tire arrangement implement comprising: a spacer configured to be disposed between bead cores of adjacent tires or between a bead core of one of the tires and a peripherally located member (F) in contact with both of them, characterised in that the spacer is not in contact with the decorative portion , the spacer separating the decorative portion of one of the tires from another one of the tires or the peripherally located member (F), wherein the spacer has an annular structure, wherein an outer diameter Ro and an inner diameter Ri of the spacer , and a diameter R3 of the bead core of the tire have a relationship Ri < R3 < Ro, and wherein the outer diameter Ro of the spacer , a tire diameter R1 at a tire maximum width position and an inner diameter R2 of the decorative portion have relationships Ro < R1 and Ro < R2. a spacer configured to be disposed between bead cores of adjacent tires or between a bead core of one of the tires and a peripherally located member (F) in contact with both of them, characterised in that the spacer is not in contact with the decorative portion , the spacer separating the decorative portion of one of the tires from another one of the tires or the peripherally located member (F), wherein the spacer has an annular structure, wherein an outer diameter Ro and an inner diameter Ri of the spacer , and a diameter R3 of the bead core of the tire have a relationship Ri < R3 < Ro, and wherein the outer diameter Ro of the spacer , a tire diameter R1 at a tire maximum width position and an inner diameter R2 of the decorative portion have relationships Ro < R1 and Ro < R2.
A level and surface temperature gauge comprising: a housing structure ; a level scanner supported by the housing structure and configured to generate surface level measurements at a plurality of locations on the surface of a process material surface formed of solids; and a temperature scanner supported by the housing structure and configured to generate temperature measurements of the process material surface at a plurality of locations on the surface wherein, the temperature scanner includes a thermographic imaging device comprising: optics ; an array of infrared detectors each configured to generate an infrared level signal based on infrared light received by the infrared detector through the optics ; and temperature measurement circuitry configured to generate the temperature measurements based on the infrared level signals. a housing structure ; a level scanner supported by the housing structure and configured to generate surface level measurements at a plurality of locations on the surface of a process material surface formed of solids; and a temperature scanner supported by the housing structure and configured to generate temperature measurements of the process material surface at a plurality of locations on the surface wherein, the temperature scanner includes a thermographic imaging device comprising: optics ; an array of infrared detectors each configured to generate an infrared level signal based on infrared light received by the infrared detector through the optics ; and temperature measurement circuitry configured to generate the temperature measurements based on the infrared level signals. optics ; an array of infrared detectors each configured to generate an infrared level signal based on infrared light received by the infrared detector through the optics ; and temperature measurement circuitry configured to generate the temperature measurements based on the infrared level signals.
A display for a vehicle, comprising: a plastic cover lens including a lens of PC clear, a front film disposed on a front surface of the lens , a super retardation film, SRF, adhered to a rear surface of the plastic cover lens using a front optically clear adhesive, OCA ; a liquid crystal display module adhered to a rear surface of the super retardation film using a rear optically clear adhesive ; a panel-front assembled at the rear of the plastic cover lens , in close contact with and supporting the liquid crystal display module , and preventing deformation of the plastic cover lens ; and a rear cover assembled at the rear of the panel-front , characterized in that a rear film is disposed on a rear surface of the lens and the rear film includes a black masking layer printed on the rear surface of the lens excluding a window area corresponding to a position of the liquid crystal display module . a plastic cover lens including a lens of PC clear, a front film disposed on a front surface of the lens , a super retardation film, SRF, adhered to a rear surface of the plastic cover lens using a front optically clear adhesive, OCA ; a liquid crystal display module adhered to a rear surface of the super retardation film using a rear optically clear adhesive ; a panel-front assembled at the rear of the plastic cover lens , in close contact with and supporting the liquid crystal display module , and preventing deformation of the plastic cover lens ; and a rear cover assembled at the rear of the panel-front , characterized in that a rear film is disposed on a rear surface of the lens and the rear film includes a black masking layer printed on the rear surface of the lens excluding a window area corresponding to a position of the liquid crystal display module .
Coating system , in particular corrosion protection coating system, for producing cathodic corrosion protection on a metallic substrate , comprising at least two layers, characterized in that the coating system comprises (a) a first layer in the form of a cathodic corrosion protection coating which cross-links under the action of moisture at temperatures of less than 100 °C, wherein the first layer is obtained from a coating composition comprising at least one solvent, and (b) a second layer in the form of a coating obtained from an aqueous-based coating composition, wherein the second layer comprises at least one hydrophilic inorganic or organic polymeric compound, and wherein the inorganic or organic polymeric compound comprises ionic components and/or the coating composition additionally comprises ionic components in amounts of 0.1 to 5 wt.%, based on the coating composition. (a) a first layer in the form of a cathodic corrosion protection coating which cross-links under the action of moisture at temperatures of less than 100 °C, wherein the first layer is obtained from a coating composition comprising at least one solvent, and (b) a second layer in the form of a coating obtained from an aqueous-based coating composition, wherein the second layer comprises at least one hydrophilic inorganic or organic polymeric compound, and wherein the inorganic or organic polymeric compound comprises ionic components and/or the coating composition additionally comprises ionic components in amounts of 0.1 to 5 wt.%, based on the coating composition. wherein the second layer comprises at least one hydrophilic inorganic or organic polymeric compound, and wherein the inorganic or organic polymeric compound comprises ionic components and/or the coating composition additionally comprises ionic components in amounts of 0.1 to 5 wt.%, based on the coating composition.
An immunoassay for evaluating test sample neutrophil activation for assisting in the diagnosis of sepsis or severe infection in a subject, the assay comprising the steps of: (i) contacting the sample with an agent that permeabilises or solubilises neutrophils such that total (internal and external) amounts of CD64 are determined; (ii) simultaneously with (i) or sequentially, contacting the sample with a binding agent that binds specifically to CD64 in the sample and forms CD64-binding agent complex a; (iii) simultaneously with (i) and/or (ii) or sequentially, contacting the sample with a second binding agent that binds specifically to neutrophil elastase (NE) in the sample and forms NE-binding agent complex b, wherein the amount of NE is proportional to the number of neutrophils in the sample; (iv) employing the amount of complex a and complex b to determine the relative level of CD64 and of NE in the sample; and (v) determining a ratio of CD64 and NE (CD64:NE) from the sample, wherein the ratio is internally corrected for the number of neutrophils in the sample determined using the level of NE in the sample and scoring the sample as comprising control or supranormal levels of neutrophil CD64/activation if the CD64:NE ratio exceeds a cut-off level predetermined as above the 95% confidence interval of the line of best fit for the CD64:NE ratio. (i) contacting the sample with an agent that permeabilises or solubilises neutrophils such that total (internal and external) amounts of CD64 are determined; (ii) simultaneously with (i) or sequentially, contacting the sample with a binding agent that binds specifically to CD64 in the sample and forms CD64-binding agent complex a; (iii) simultaneously with (i) and/or (ii) or sequentially, contacting the sample with a second binding agent that binds specifically to neutrophil elastase (NE) in the sample and forms NE-binding agent complex b, wherein the amount of NE is proportional to the number of neutrophils in the sample; (iv) employing the amount of complex a and complex b to determine the relative level of CD64 and of NE in the sample; and (v) determining a ratio of CD64 and NE (CD64:NE) from the sample,
A vehicle front end comprising: front side members extending along a vehicle longitudinal axis on the right and left sides of a vehicle at the vehicle front end; a compartment cross member disposed between the right and left front side members , a power unit being attached to the compartment cross member ; apron portions of wheel housings disposed on the right and left sides of the vehicle and above the front side members , each of the apron portions being positioned nearer to the front of the vehicle than a front suspension tower ; characterized by further comprising: fastening brackets disposed on the right and left sides of the vehicle for fastening the compartment cross member , the front side members , and the apron portions , wherein each of the fastening brackets comprises a base fastening the compartment cross member and the front side member , and an arm upwardly extending from the base to the apron portion and fastened to the apron portion , and the arm comprises a groove-shaped bent portion extending along the vehicle longitudinal axis. front side members extending along a vehicle longitudinal axis on the right and left sides of a vehicle at the vehicle front end; a compartment cross member disposed between the right and left front side members , a power unit being attached to the compartment cross member ; apron portions of wheel housings disposed on the right and left sides of the vehicle and above the front side members , each of the apron portions being positioned nearer to the front of the vehicle than a front suspension tower ; characterized by further comprising: fastening brackets disposed on the right and left sides of the vehicle for fastening the compartment cross member , the front side members , and the apron portions , wherein each of the fastening brackets comprises a base fastening the compartment cross member and the front side member , and an arm upwardly extending from the base to the apron portion and fastened to the apron portion , and the arm comprises a groove-shaped bent portion extending along the vehicle longitudinal axis. fastening brackets disposed on the right and left sides of the vehicle for fastening the compartment cross member , the front side members , and the apron portions , wherein each of the fastening brackets comprises a base fastening the compartment cross member and the front side member , and an arm upwardly extending from the base to the apron portion and fastened to the apron portion , and a base fastening the compartment cross member and the front side member , and an arm upwardly extending from the base to the apron portion and fastened to the apron portion , and the arm comprises a groove-shaped bent portion extending along the vehicle longitudinal axis.
Combustion chamber system , in particular for use in a gas turbine installation, comprising a circumferential wall , which extends circumferentially around a longitudinal axis (L) and delimits a combustion chamber in which a reaction zone is formed during operation, comprising a burner head which is arranged on the inlet side of the combustion chamber , is intended for adding fuel and oxidizer to the combustion chamber , and comprises at least one fuel supply for adding fuel to the oxidizer, and comprising a combustion chamber outlet arranged on the outlet side of the combustion chamber , the combustion chamber system being subdivided into at least a first and a second modular unit which, in the installed state in a technical application, are arranged axially one behind the other, the second modular unit extending downstream of the first modular unit at least in some regions, the modular units being mounted so as to be axially movable relative to one another, the first modular unit comprising a first subportion of the circumferential wall , and the second modular unit comprising a second subportion of the circumferential wall , the division of the combustion chamber system into the modular units being adjacent to one or between two subportions , the modular units arranged one behind the other overlapping one another in an axial overlap region , in particular the first subportion overlapping the second modular unit , in particular overlapping the second subportion , and the second modular unit having, on its outer circumference, at least one support means which, in the installed state, is designed to support the second modular unit on a housing surrounding the combustion chamber system , characterized in that the support means is arranged in the overlap region .
An oral care implement handle comprising: a gripping portion extending from a proximal end to a distal end ; a stem comprising an attachment portion protruding from a first transverse shoulder at the distal end of the gripping portion , the stem extending along a stem axis (B-B) and configured to be detachably coupled to a replaceable oral care device, the attachment portion of the stem comprising: a second transverse shoulder axially spaced from the first transverse shoulder ; and a post protruding from the second transverse shoulder , the post terminating in a closed distal end that forms a free end of the attachment portion of the stem , the post comprising a hub portion extending along the stem axis (B-B) and a plurality of protuberances protruding radially from a side surface of the hub portion ; and upward from the second transverse shoulder ; and a vibration generating device ; characterized in that the plurality of protuberances are circumferentially arranged about the hub portion in a spaced-apart manner from one another. a gripping portion extending from a proximal end to a distal end ; a stem comprising an attachment portion protruding from a first transverse shoulder at the distal end of the gripping portion , the stem extending along a stem axis (B-B) and configured to be detachably coupled to a replaceable oral care device, the attachment portion of the stem comprising: a second transverse shoulder axially spaced from the first transverse shoulder ; and a post protruding from the second transverse shoulder , the post terminating in a closed distal end that forms a free end of the attachment portion of the stem , the post comprising a hub portion extending along the stem axis (B-B) and a plurality of protuberances protruding radially from a side surface of the hub portion ; and upward from the second transverse shoulder ; and a vibration generating device ; characterized in that a second transverse shoulder axially spaced from the first transverse shoulder ; and a post protruding from the second transverse shoulder , the post terminating in a closed distal end that forms a free end of the attachment portion of the stem , the post comprising a hub portion extending along the stem axis (B-B) and a plurality of protuberances protruding radially from a side surface of the hub portion ; and upward from the second transverse shoulder ; and a vibration generating device ; the plurality of protuberances are circumferentially arranged about the hub portion in a spaced-apart manner from one another.
A composition for producing a glass fiber, comprising the following components with corresponding percentage amounts by weight: SiO 2 54.2-64% Al 2 O 3 11-18% CaO 20-25.5% MgO 0.3-3.9% Na 2 O+K 2 O 0.1-2% TiO 2 0.1-1.5% Total iron oxides 0.1-1% Wherein the iron oxides include ferrous oxide (calculated as FeO); a weight percentage ratio C1=FeO/( iron oxides -FeO) is 1-5.66; the total content of the components listed above is greater than 97%; and the weight percentage ratio Na 2 O/K 2 O is greater than 0.65. the iron oxides include ferrous oxide (calculated as FeO); a weight percentage ratio C1=FeO/( iron oxides -FeO) is 1-5.66; the total content of the components listed above is greater than 97%; and the weight percentage ratio Na 2 O/K 2 O is greater than 0.65.
A method for displaying a message box, comprising: acquiring a context object corresponding to an application in response to a start of the application, and creating a message box object, wherein the context object carries a screen identity of a screen object (S201); transmitting the context object into the message box object (S202); adding the message box object to a notification management service, NMS, through a preset enqueue interface, and reading the screen identity in the message box object by the NMS through a set screen interface, wherein the screen interface and the preset enqueue interface are interfaces allowing the NMS to communicate with the message box object, and the screen interface is configured to be called by the NMS to acquire the screen identity from the message box object (S203); and displaying the message box object on a screen corresponding to the screen identity through the NMS (S204). acquiring a context object corresponding to an application in response to a start of the application, and creating a message box object, wherein the context object carries a screen identity of a screen object (S201); transmitting the context object into the message box object (S202); adding the message box object to a notification management service, NMS, through a preset enqueue interface, and reading the screen identity in the message box object by the NMS through a set screen interface, wherein the screen interface and the preset enqueue interface are interfaces allowing the NMS to communicate with the message box object, and the screen interface is configured to be called by the NMS to acquire the screen identity from the message box object (S203); and displaying the message box object on a screen corresponding to the screen identity through the NMS (S204).
A bioreactor, comprising a container for holding fluid media containing biological material; a feedthrough with a through-opening between the interior of the container for holding fluid media containing biological material and the exterior of the container for holding fluid media containing biological material; a device for mounting an image capturing device, in particular a microscopic device, comprising a window including a transparent element that is transparent to electromagnetic radiation, and a holder for the image capturing device; characterized in that the device for mounting an image capturing device is held at least partially in the through-opening of the feedthrough, whereby the window seals the through-opening.