mhurhangee/patent-ind-claim-en huggingface dataset:
A communication method, characterized by comprising: receiving a paging message for a terminal device, wherein the terminal device is in an inactive state; determining whether a content carried in the paging message comprises a first identity of the terminal device, or the content carried in the paging message comprises a second identity of the terminal device and an identity of an anchor access network device; when the content carried in the paging message comprises a first identity of the terminal device, sending a first message to a first access network device, wherein the first message is a connection establishment request message carrying a non-access stratum, NAS, identifier of the terminal device, and the first identity of the terminal device is used to identify the terminal device in a core network; and when the content carried in the paging message comprises a second identity of the terminal device and the identity of an anchor access network device, sending a second message to the first access network device corresponding to a cell in which the terminal device is currently located, wherein the second message is a connection resume message carrying information of the second identity of the terminal device and information of the identity of the anchor access network device, the second identity of the terminal device is used to identify the terminal device on the anchor access network device, and the identity of the anchor access network device is used to identify the anchor access network device in an access network. receiving a paging message for a terminal device, wherein the terminal device is in an inactive state; determining whether a content carried in the paging message comprises a first identity of the terminal device, or the content carried in the paging message comprises a second identity of the terminal device and an identity of an anchor access network device; when the content carried in the paging message comprises a first identity of the terminal device, sending a first message to a first access network device, wherein the first message is a connection establishment request message carrying a non-access stratum, NAS, identifier of the terminal device, and the first identity of the terminal device is used to identify the terminal device in a core network; and when the content carried in the paging message comprises a second identity of the terminal device and the identity of an anchor access network device, sending a second message to the first access network device corresponding to a cell in which the terminal device is currently located, wherein the second message is a connection resume message carrying information of the second identity of the terminal device and information of the identity of the anchor access network device, the second identity of the terminal device is used to identify the terminal device on the anchor access network device, and the identity of the anchor access network device is used to identify the anchor access network device in an access network.
An inlet header for a fuel cell comprising: an inner end configured to be located against a plate stack of the fuel cell, an outer end spaced apart from the inner end, and a plurality of segments between the inner end and the outer end, and the plurality of segments include: an outer segment that extends from the outer end to a first intermediate end, wherein the outer segment defines a cylindrical profile; a first intermediate segment that forms an outer elbow and extends from the first intermediate end to a second intermediate end, wherein the second intermediate end has a rectangular shape, and wherein the first intermediate segment increases in width proportionally as it extends toward the second intermediate end; a second intermediate segment that extends from the second intermediate end to a third intermediate end, wherein the third intermediate end has a rectangular shape, and wherein the second intermediate segment increases in width and height proportionally as it extends toward the third intermediate end; and an inner segment that forms an inner elbow and extends from the third intermediate end to the inner end of the inlet header . an outer segment that extends from the outer end to a first intermediate end, wherein the outer segment defines a cylindrical profile; a first intermediate segment that forms an outer elbow and extends from the first intermediate end to a second intermediate end, wherein the second intermediate end has a rectangular shape, and wherein the first intermediate segment increases in width proportionally as it extends toward the second intermediate end; a second intermediate segment that extends from the second intermediate end to a third intermediate end, wherein the third intermediate end has a rectangular shape, and wherein the second intermediate segment increases in width and height proportionally as it extends toward the third intermediate end; and an inner segment that forms an inner elbow and extends from the third intermediate end to the inner end of the inlet header .
A method, comprising: projecting image-based media onto a display with a projector , wherein the display is attached to a first side of a wall opposite a second side of the wall from which the display is viewable by an observer, and wherein the display is positioned over an opening in the wall; display mapping of the projected image-based media using a compound curvature of a surface of the display to produce a substantially undistorted simulation of an environment, the simulated environment having an appearance of being behind the surface of the display such that the display acts as a window through the wall and into the simulated environment; and enabling the observer to view the simulated environment from multiple perspectives, each perspective providing a different view of the simulated environment, using the compound curvature of the surface and by terminating view directions of the display beyond the extents of the opening in the wall. projecting image-based media onto a display with a projector , wherein the display is attached to a first side of a wall opposite a second side of the wall from which the display is viewable by an observer, and wherein the display is positioned over an opening in the wall; display mapping of the projected image-based media using a compound curvature of a surface of the display to produce a substantially undistorted simulation of an environment, the simulated environment having an appearance of being behind the surface of the display such that the display acts as a window through the wall and into the simulated environment; and enabling the observer to view the simulated environment from multiple perspectives, each perspective providing a different view of the simulated environment, using the compound curvature of the surface and by terminating view directions of the display beyond the extents of the opening in the wall.
A moving state determining device, comprising: a satellite radiowave receiving unit comprising a receiver for receiving radiowaves from positioning satellites; a sensor comprising an acceleration sensor which measures a motion state of the satellite radiowave receiving unit ; and a processor , wherein the processor determines a moving state of the satellite radiowave receiving unit based on the motion state measured by the sensor , characterized in that the processor performs a positioning operation based on information obtained from the radiowaves received by the receiver to obtain a current position and an error range of the current position of the satellite radiowave receiving unit , if it is determined that a representative value of the acceleration measured by the sensor is less than a reference value; wherein a result of the positioning operation is used in determining the moving state,if the error range of the current position satisfies a predetermined accuracy standard, and wherein the error range is calculated based on a positioning accuracy and on a deviation of the current position relative to a predicted position calculated according to a moving state of the satellite radiowave receiving device, the positioning accuracy being obtained by combining a position receiving state of radiowaves for each of a plurality of positioning satellites from which radiowaves are received. a satellite radiowave receiving unit comprising a receiver for receiving radiowaves from positioning satellites; a sensor comprising an acceleration sensor which measures a motion state of the satellite radiowave receiving unit ; and a processor , wherein the processor determines a moving state of the satellite radiowave receiving unit based on the motion state measured by the sensor , characterized in that the processor performs a positioning operation based on information obtained from the radiowaves received by the receiver to obtain a current position and an error range of the current position of the satellite radiowave receiving unit , if it is determined that a representative value of the acceleration measured by the sensor is less than a reference value; wherein a result of the positioning operation is used in determining the moving state,if the error range of the current position satisfies a predetermined accuracy standard, and wherein the error range is calculated based on a positioning accuracy and on a deviation of the current position relative to a predicted position calculated according to a moving state of the satellite radiowave receiving device, the positioning accuracy being obtained by combining a position receiving state of radiowaves for each of a plurality of positioning satellites from which radiowaves are received.
A polynucleotide comprising a 5' signal sequence portion and a 3' toxin portion wherein (a) the 5' signal sequence portion encodes a polypeptide capable of directing transport of a heterologous protein to the bacterial periplasm, the polypeptide having an amino acid sequence of (i) SEQ ID NO: 24, (ii) variants of SEQ ID NO:24 wherein said variants contain 1, 2 or 3 amino acid substitution, amino acid addition or amino acid deletion mutations, wherein an amino acid addition is the addition of one amino acid, an amino acid substitution is the replacement of one amino acid with another amino acid and an amino acid deletion is the removal of one amino acid, or (iii) fragments of at least 10 amino acids of SEQ ID NO: 24; and (b) the 3' toxin portion encodes a polypeptide having an amino acid sequence at least 90% identical to SEQ ID NO: 32 (a) the 5' signal sequence portion encodes a polypeptide capable of directing transport of a heterologous protein to the bacterial periplasm, the polypeptide having an amino acid sequence of (i) SEQ ID NO: 24, (ii) variants of SEQ ID NO:24 wherein said variants contain 1, 2 or 3 amino acid substitution, amino acid addition or amino acid deletion mutations, wherein an amino acid addition is the addition of one amino acid, an amino acid substitution is the replacement of one amino acid with another amino acid and an amino acid deletion is the removal of one amino acid, or (iii) fragments of at least 10 amino acids of SEQ ID NO: 24; and (b) the 3' toxin portion encodes a polypeptide having an amino acid sequence at least 90% identical to SEQ ID NO: 32
An assembly comprising: an electronic unit defining an interior and including: a circuit card assembly disposed in the interior; and an enclosure surrounding five sides of the interior; characterized in that a sixth side of the interior is closed by the circuit card assembly, wherein the circuit card assembly is coated with a metal layer configured to contain flame within the interior. an electronic unit defining an interior and including: a circuit card assembly disposed in the interior; and an enclosure surrounding five sides of the interior; characterized in that a circuit card assembly disposed in the interior; and an enclosure surrounding five sides of the interior; characterized in that a sixth side of the interior is closed by the circuit card assembly, wherein the circuit card assembly is coated with a metal layer configured to contain flame within the interior.
A computer implemented method for calculating a deviation between experimental melting curve data and the background electro-optical, EO, radiation signal to provide melting curve analysis of a compound, the method comprising the steps of: accessing experimental melting curve data from a memory, the experimental melting curve data comprising a plurality of electro-optical, EO, radiation measurements corresponding to respective temperatures spanning a temperature interval, the measurements obtained by melting a compound comprising a fluorescing dye, wherein the experimental melting curve data comprises a background EO radiation signal; accessing a mathematical model of the background EO radiation signal from a memory; calculating a deviation function for the experimental melting curve data using a computing device, wherein calculating the deviation function comprises calculating function fitting parameters that conform the mathematical model of the background EO radiation signal to the experimental melting curve data at respective temperatures spanning the temperature interval, such that the deviation function quantifies a deviation between the experimental melting curve data and the mathematical model of the background EO radiation signal as a function of temperature; and determining a temperature corresponding to a transition within the experimental melting curve data using the computing device, the determining comprising identifying one or more of a melt transition and an unfolding transition within the deviation function. accessing experimental melting curve data from a memory, the experimental melting curve data comprising a plurality of electro-optical, EO, radiation measurements corresponding to respective temperatures spanning a temperature interval, the measurements obtained by melting a compound comprising a fluorescing dye, wherein the experimental melting curve data comprises a background EO radiation signal; accessing a mathematical model of the background EO radiation signal from a memory; calculating a deviation function for the experimental melting curve data using a computing device, wherein calculating the deviation function comprises calculating function fitting parameters that conform the mathematical model of the background EO radiation signal to the experimental melting curve data at respective temperatures spanning the temperature interval, such that the deviation function quantifies a deviation between the experimental melting curve data and the mathematical model of the background EO radiation signal as a function of temperature; and determining a temperature corresponding to a transition within the experimental melting curve data using the computing device, the determining comprising identifying one or more of a melt transition and an unfolding transition within the deviation function.
A vehicle wash component , comprising: a rotatable hub portion having an axis of rotation and a hollow middle portion; a drive mechanism in communication with the hub portion to effectuate rotation thereof about the axis of rotation; a plurality of wash media elements engaged with the hub portion that are configured to engage a vehicle surface as the hub portion rotates, the plurality of wash media elements being arranged in a plurality of spaced apart arrays, which define open areas between the adjacent ones of the plurality of spaced apart arrays; one or more lighting elements disposed on the hub portion and in an open area of the hub portion ; characterised in that the vehicle wash component further comprises a slip ring assembly having an electrical connection and a plurality of channels, the electrical connection passing through the hollow middle portion of the hub portion and the plurality of the channels allowing power to be supplied from a power source to each of the lighting elements to permit their illumination and rotation while the hub portion rotates about the axis of rotation. a rotatable hub portion having an axis of rotation and a hollow middle portion; a drive mechanism in communication with the hub portion to effectuate rotation thereof about the axis of rotation; a plurality of wash media elements engaged with the hub portion that are configured to engage a vehicle surface as the hub portion rotates, the plurality of wash media elements being arranged in a plurality of spaced apart arrays, which define open areas between the adjacent ones of the plurality of spaced apart arrays; one or more lighting elements disposed on the hub portion and in an open area of the hub portion ; characterised in that the vehicle wash component further comprises a slip ring assembly having an electrical connection and a plurality of channels, the electrical connection passing through the hollow middle portion of the hub portion and the plurality of the channels allowing power to be supplied from a power source to each of the lighting elements to permit their illumination and rotation while the hub portion rotates about the axis of rotation.
Use of an apparatus (10; 110; 210; 310), in particular an insertion aid, during the insertion of a plain bearing shell into a bearing seat of a component (12; 212; 312), in particular of a bearing block part or a connecting rod part for a motor vehicle, preferably a commercial vehicle, the apparatus (10; 110; 210; 310) having: a first attachment region (18; 118; 318) for releasably attaching the apparatus (10; 110; 210; 310) to the component (12; 212; 312); a first supporting region (20; 120; 320) for supporting the plain bearing shell during an insertion of the plain bearing shell into the bearing seat of the component (12; 212; 312); and a grip region (22; 322) for gripping and guiding the apparatus (10; 110; 210; 310), the grip region (22; 322) being arranged so as to adjoin the first supporting region (20; 120; 320), so as to lie opposite the first attachment region (18; 118; 318). a first attachment region (18; 118; 318) for releasably attaching the apparatus (10; 110; 210; 310) to the component (12; 212; 312); a first supporting region (20; 120; 320) for supporting the plain bearing shell during an insertion of the plain bearing shell into the bearing seat of the component (12; 212; 312); and a grip region (22; 322) for gripping and guiding the apparatus (10; 110; 210; 310), the grip region (22; 322) being arranged so as to adjoin the first supporting region (20; 120; 320), so as to lie opposite the first attachment region (18; 118; 318).
A pharmaceutical composition comprising a C5 inhibitor polypeptide having the core sequence SEQ ID NO: 1 and a pharmaceutically acceptable excipient, wherein the pharmaceutically acceptable excipient comprises sodium chloride at a concentration of from 25 mM to 100 mM and sodium phosphate at a concentration of from 10 mM to 100 mM.
A data transmission method performed by a first station, wherein a first multi-link device comprises multiple stations among which the first station is one of them, and each station among the multiple stations operates on a different link among multiple links, wherein the method comprises the steps of: • generating a frame, wherein the frame comprises: ∘ either a first field, wherein the first field indicates, for each modulation and coding scheme, MCS, among a plurality of MCSs, a maximum quantity of shared spatial streams whose reception at the first multi-link device is supported by the first multi-link device, and the first field is carried in a Supported EHT MCS and NSS Set field of the frame, or ∘ a second field, wherein the second field indicates, for each MCS among the plurality of MCSs, a maximum quantity of shared spatial streams whose transmission from the multi-link device is supported by the first multi-link device, and the second field is carried in a Supported EHT MCS and NSS Set field of the frame; and • sending (S 301) the frame to a peer device. • generating a frame, wherein the frame comprises: ∘ either a first field, wherein the first field indicates, for each modulation and coding scheme, MCS, among a plurality of MCSs, a maximum quantity of shared spatial streams whose reception at the first multi-link device is supported by the first multi-link device, and the first field is carried in a Supported EHT MCS and NSS Set field of the frame, or ∘ a second field, wherein the second field indicates, for each MCS among the plurality of MCSs, a maximum quantity of shared spatial streams whose transmission from the multi-link device is supported by the first multi-link device, and the second field is carried in a Supported EHT MCS and NSS Set field of the frame; and ∘ either a first field, wherein the first field indicates, for each modulation and coding scheme, MCS, among a plurality of MCSs, a maximum quantity of shared spatial streams whose reception at the first multi-link device is supported by the first multi-link device, and the first field is carried in a Supported EHT MCS and NSS Set field of the frame, or ∘ a second field, wherein the second field indicates, for each MCS among the plurality of MCSs, a maximum quantity of shared spatial streams whose transmission from the multi-link device is supported by the first multi-link device, and the second field is carried in a Supported EHT MCS and NSS Set field of the frame; and • sending (S 301) the frame to a peer device.
A method executed by a node (201-203, 210), comprising: - receiving control data from a terminal , the control data being indicative of a user engagement in a mobile edge application which is being executed on a source mobile edge server (201-203) of a mobile edge system and on the terminal ; - facilitating relocation of the mobile edge application from the source mobile edge server (201-203) to a target mobile edge server (201-203) based on the control data , wherein the control data is indicative of a point in time of reduced user engagement, wherein the relocation is triggered by the node synchronized with the point in time - receiving control data from a terminal , the control data being indicative of a user engagement in a mobile edge application which is being executed on a source mobile edge server (201-203) of a mobile edge system and on the terminal ; - facilitating relocation of the mobile edge application from the source mobile edge server (201-203) to a target mobile edge server (201-203) based on the control data , wherein the control data is indicative of a point in time of reduced user engagement, wherein the relocation is triggered by the node synchronized with the point in time
Process for preparing a polymer mixture containing at least two different comb polymers, wherein the comb polymers each have a polymer backbone having side chains attached via ester and/or amide groups, which process comprises the steps of: a) providing and/or preparing a reaction mixture containing at least a first base polymer bearing acid groups and a second base polymer bearing acid groups, wherein the two base polymers differ chemically; b) conjointly esterifying and/or amidating the two base polymers with at least one unilaterally hydroxyl-terminated side chain compound and/or with at least one unilaterally amino-terminated side chain compound to obtain at least two different comb polymers. a) providing and/or preparing a reaction mixture containing at least a first base polymer bearing acid groups and a second base polymer bearing acid groups, wherein the two base polymers differ chemically; b) conjointly esterifying and/or amidating the two base polymers with at least one unilaterally hydroxyl-terminated side chain compound and/or with at least one unilaterally amino-terminated side chain compound to obtain at least two different comb polymers.