mhurhangee/patent-ind-claim-en huggingface dataset:
Security method for allowing secure communication in a communication system, the communication system comprising a first entity (UE), a second entity (MME) and a third entity (eNB), wherein the first entity (UE) and the second entity (MME) share a first cryptographic key and a second cryptographic key, wherein the first entity (UE) and the third entity (eNB) share a third cryptographic key, the method comprising the steps of: sending a first number from the first entity (UE) to the second entity (MME); receiving by the first entity (UE) a second number from the second entity (MME); deriving a fourth cryptographic key from the first cryptographic key and at least one of the first and second numbers in at least one of the first entity (UE) and the second entity (MME), wherein the fourth cryptographic key is a temporary cryptographic key, wherein the first entity (UE) is a user equipment, the second entity (MME) is a mobility management entity and the third entity (eNB) is a base station; wherein the first and second numbers are transmitted during a state transition, the state transition being selected from the group consisting of idle-to-idle, idle-to-active, detach-to-active and detach-to-idle state transitions; and wherein the fourth cryptographic key is a refreshed key for replacing one of the second and third cryptographic keys. sending a first number from the first entity (UE) to the second entity (MME); receiving by the first entity (UE) a second number from the second entity (MME); deriving a fourth cryptographic key from the first cryptographic key and at least one of the first and second numbers in at least one of the first entity (UE) and the second entity (MME), wherein the fourth cryptographic key is a temporary cryptographic key, wherein the first and second numbers are transmitted during a state transition, the state transition being selected from the group consisting of idle-to-idle, idle-to-active, detach-to-active and detach-to-idle state transitions; and wherein the fourth cryptographic key is a refreshed key for replacing one of the second and third cryptographic keys.
Vehicle comprising a cabin and configured to tow a trailer , said cabin and said trailer when towed defining a space between them, said vehicle comprising at least one heat exchanger housed, at least partially, in said space , said vehicle comprising an aerodynamic system comprising a box defining a space between a front opening facing towards said cab and a rear opening facing said trailer , said space being configured to house said heat exchanger , said box being configured to guide the inlet of a first air flow (F') flowing around said cabin towards said at least one heat exchanger and to guide a second air flow (F") exiting said heat exchanger so as to direct it around said trailer .
A base station antenna, comprising power dividers , network calibration modules , and connectors , wherein the base station antenna further comprises at least two phase shifters (121; 122), the phase shifters (121; 122) comprise a first phase shifter and a second phase shifter , wherein the first phase shifter is integrated with at least one combiner , wherein integration refers to an integrated setting, that is, without using cables, where the at least one combiner and the first phase shifter are connected by using a circuit board or a metallic circuit, the connectors are connected to the network calibration modules , and the network calibration modules are connected to the phase shifters (121; 122), wherein the combined port of each of the at least one combiner is connected to a respective power divider , and at least one output port of the second phase shifter is connected to a respective of the at least one combiner .
High-resolution thermopile infrared sensor array having at least 16 rows and 16 columns and monolithically integrated signal processing on a sensor chip (SP), comprising a plurality of parallel signal processing channels (K 1 ...K N ) for the signals of the sensor array (TPA), and a digital port (DIO) for serial output of the signals of the pixels (SE), wherein each signal processing channel (K 1 ...K N ) has at least one integrated analogue-to-digital converter (ADC) with an integrated low-pass filter (TPF), wherein there is a memory area in a memory for storing the results from the analogue-to-digital converters (ADC) for each signal processing channel (K 1 ...K N ), wherein no more than 16 pixels (SE) of the sensor array (TPA) share a signal processing channel (K 1 ...K N ), wherein the number of signal processing channels (K 1 ...K N ) corresponds to at least 4-times the number of rows, wherein one portion of the signal processing channels (K 1 ...K N ) is in each case arranged in the interstice between the pixels (SE) and a further portion of the signal processing channels (K 1 ...K N ) is arranged together with further electronics in the outer edge region of the sensor chip (SP) that surrounds the sensor array (TPA), or below the same sensor chip (SP), wherein a signal multiplexer (MUX) for selecting the pixels (SE) of the sensor array (TPA) assigned to the signal processing channel (K 1 ...K N ) is present for each signal processing channel (K 1 ...K N ) with a number a of pixels (SE) with a > 1, wherein a preamplifier (W) with a gain factor of less than 500-times is disposed upstream of each analogue-to-digital converter (ADC), wherein the preamplifier (W) is an auto-zero or switched chopper amplifier, wherein the analogue-to-digital converter (ADC) has a resolution of at least 10 bits and operates with a conversion rate of 15-60 Hz, wherein the low-pass filters (TPF) operate with a cut-off frequency which is no more than eight times the absolute value of the product of frame rate of the sensor array (TPA) and the number a of pixels per signal processing channel (K 1 ...K N ) for the purposes of limiting the noise bandwidth, and wherein the mean spacing of the pixels (SE) is less than 100 μm.
A container for a foodstuff or beverage preparation machine, the container for containing beverage or foodstuff preparation material and comprising a code encoding preparation information, the code comprising: a data sequence having a plurality of marker locations, whereby said marker locations either comprise or do not comprise a data marker as a variable to at least partially encode the preparation information therein, with adjacent marker locations separated by a distance of Δx; at least one locator marker to enable location of the data sequence of the code, the locator marker having a read distance X2, which is distinct from a read distance X1 of the data markers to enable a locator marker to be identified, wherein the markers of the code are arranged sequentially to each other, characterised in that the read distance X2 of the or each locator marker at least 1.5 times greater that the read distance X1 of the data markers and in that X2 is related to the distance(s) Δx between the plurality of marker locations of the data sequence , such that the X2 distance determines the arrangement of the marker locations, whereby X2 comprise a multiple of one or more Δx' distances and a multiple of one or more X1 distances, wherein Δx = Δx' + X1 and Δx' is the gap between the marker locations. a data sequence having a plurality of marker locations, whereby said marker locations either comprise or do not comprise a data marker as a variable to at least partially encode the preparation information therein, with adjacent marker locations separated by a distance of Δx; at least one locator marker to enable location of the data sequence of the code, the locator marker having a read distance X2, which is distinct from a read distance X1 of the data markers to enable a locator marker to be identified, wherein the markers of the code are arranged sequentially to each other, characterised in that the read distance X2 of the or each locator marker at least 1.5 times greater that the read distance X1 of the data markers and in that X2 is related to the distance(s) Δx between the plurality of marker locations of the data sequence , such that the X2 distance determines the arrangement of the marker locations, whereby X2 comprise a multiple of one or more Δx' distances and a multiple of one or more X1 distances, wherein Δx = Δx' + X1 and Δx' is the gap between the marker locations.
A device for performing polygonal area decomposition, the device being movable between a first end state in which the device takes the form of a first polygon and a second end state (1b, Sb, 80b, 100b) :in which the device takes the form of a second polygon of equal area to the first polygon, comprising a number of polygon components (11, 12, 13, 14; 51, 52, 53, 54, 55, 56; 81, 82, 83, 84; 101, 102, 103, 104, 105, 106) in the form of plate-like components which are aligned in a main plane of the device or parallel to the main plane of the device, wherein the polygon components (11-14, 51-56, 81-84, 101-106) in each of the two end states (1a, 1b, 5a, Sb, 80a, 80b, 100a, 100b) are arranged adjacent to one another without overlapping with respect to the main plane and together form a surface shape in accordance with the first and second polygon respectively, wherein all or some of the polygon components (11-14, 51-56, 81-84, 101-106) are arranged adjacent to one another without overlapping with respect to the main plane and together form a surface shape in accordance with the first and second polygon respectively second polygon, wherein all or at least a predominant part of the polygon components (11-14, 51-56, 81-84, 101-106) are hingedly connected to one another and at least one cyclically closed coupling gear (21-24, 61-64, 90-93, 113-116) is formed which allows relative movement of the polygon components parallel to the main plane, and the polygon components are arranged in the coupling mechanism at least during an intermediate state between the first and the second end state in at least two plane positions at respective different heights relative to the main plane, characterized by at least one arm component which forms a component of a cyclically closed coupling mechanism, wherein it is hingedly connected to two of the polygon components in each case and is also movable only parallel to the main plane, wherein the at least one arm component is concealed in each of the two end positions (5a, Sb) by the respective surface shape, namely is not visible when viewed perpendicularly to the main plane on a front side of the device, or, in that the polygon components are at least partly articulated and at least partially connected to each other by magnets .
A method, comprising: determining motion data of a camera during capture of a time lapse image sequence according to an initial frame rate, the motion data determined using one or more sensors tracking motion of the camera while the camera captures the time lapse image sequence; converting the motion data from time domain data to frequency domain data; determining a dominant frequency in the frequency domain data comprising determining a frequency value in the frequency domain data that has the largest magnitude of a plurality of frequency values in the frequency domain data; determining a modified frame rate using the dominant frequency; capturing the time lapse image sequence according to the modified frame rate; and storing the time lapse image sequence to a storage medium. determining motion data of a camera during capture of a time lapse image sequence according to an initial frame rate, the motion data determined using one or more sensors tracking motion of the camera while the camera captures the time lapse image sequence; converting the motion data from time domain data to frequency domain data; determining a dominant frequency in the frequency domain data comprising determining a frequency value in the frequency domain data that has the largest magnitude of a plurality of frequency values in the frequency domain data; determining a modified frame rate using the dominant frequency; capturing the time lapse image sequence according to the modified frame rate; and storing the time lapse image sequence to a storage medium.
A fatigue performance enhancer for enhancing fatigue resistance and/or fatigue life of an underlying conduit comprising a body, the body 146, 164)) including: a central region extending a first axial length of the enhancer; a first end region extending a second axial length of the enhancer; and a second end region extending a third axial length of the enhancer; wherein the first axial length, the second axial length and the third axial length forms the total length of the enhancer, and the central region has a greater average radial cross-sectional thickness than each of the first end region and the second end region; the body of the enhancer includes a polymeric material and a metallic insert disposed within the polymeric material between an inner surface of the enhancer and an outer surface of the enhancer; characterized in that the metallic insert includes a plurality of longitudinally spaced rings and a plurality of circumferentially spaced longitudinal members ; and the plurality of longitudinally spaced rings are connected by the plurality of circumferentially spaced longitudinal members extending between the plurality of rings. a central region extending a first axial length of the enhancer; a first end region extending a second axial length of the enhancer; and a second end region extending a third axial length of the enhancer; wherein the first axial length, the second axial length and the third axial length forms the total length of the enhancer, and the central region has a greater average radial cross-sectional thickness than each of the first end region and the second end region; the body of the enhancer includes a polymeric material and a metallic insert disposed within the polymeric material between an inner surface of the enhancer and an outer surface of the enhancer; characterized in that the metallic insert includes a plurality of longitudinally spaced rings and a plurality of circumferentially spaced longitudinal members ; and the plurality of longitudinally spaced rings are connected by the plurality of circumferentially spaced longitudinal members extending between the plurality of rings.
A cleaning article bounded by edges defining an XY plane and a Z-direction perpendicular thereto, said article comprising: a carrier sheet having a first side and a second side opposed thereto, and a plurality of discrete tow fibers joined to said first side of said carrier sheet by a plurality of primary bonds and extending outwardly therefrom in the Z-direction to have a tow thickness in the z-direction, and the cleaning article has a plurality of tufts made of tow fibers, the tufts are joined to the carrier sheet by a first plurality of primary bonds ; and a second plurality of secondary bonds forming channel or groves through the tufts characterized by at least one pair of elongate secondary bonds disposed on at least a portion of said tow fibers and joining said portion of said tow fibers to said carrier sheet, each secondary bond having a secondary bond thickness in the Z-direction, said secondary bond thickness being less than said tow thickness in the Z-direction, said pair of secondary bonds bridging at least two adjacent pluralities of tow fibers. a carrier sheet having a first side and a second side opposed thereto, and a plurality of discrete tow fibers joined to said first side of said carrier sheet by a plurality of primary bonds and extending outwardly therefrom in the Z-direction to have a tow thickness in the z-direction, and the cleaning article has a plurality of tufts made of tow fibers, the tufts are joined to the carrier sheet by a first plurality of primary bonds ; and a second plurality of secondary bonds forming channel or groves through the tufts characterized by at least one pair of elongate secondary bonds disposed on at least a portion of said tow fibers and joining said portion of said tow fibers to said carrier sheet, each secondary bond having a secondary bond thickness in the Z-direction, said secondary bond thickness being less than said tow thickness in the Z-direction, said pair of secondary bonds bridging at least two adjacent pluralities of tow fibers.
Method for sending information in a set of networks (NET) implementing management of IP resource reputation and comprising at least a first network (AS1) and a second network (AS2), said method being implemented by a device (rAS1) of said first network (AS1), called the "sending device" (rAS1), and characterized in that it comprises a step (E010, E110) of said sending device (rAS1) sending, to a device (DEST, rAS2) of said second network (AS2), called the "receiving device" (DEST, rAS2), a piece of information representative of a length (T) of a second prefix extracted from a first prefix of IP addresses allocated to the first network (AS1), the second prefix having been delegated to at least one equipment (TRM) connected to said first network (AS1), said at least one equipment being identified by an IP address derived from this second prefix.
Organic light-emitting diode having a lossy optical resonator and an emitter layer in the optical resonator which can generate light by recombination of electrons with holes, the light-emitting diode comprising a photolithographically patternable material arranged within the resonator, the material being in particular photochemically crosslinkable or a photoresist which becomes soluble by exposure to light, wherein the photolithographically patternable material is present in the form of a layer with different layer thicknesses so that a plurality of colours can be produced, the emitter layer being adapted such that it is capable of emitting white light, characterised in that the layer with different layer thicknesses is made of a material with a structure based on triarylamine with oxetane as reactive group and is a hole-conducting layer in addition to the emitter layer
A multilayer film comprising: a first long-length substrate; and an optically anisotropic layer wherein the optically anisotropic layer is formed directly on the first substrate and contains cured liquid-crystal molecules, and wherein the first substrate has an orientation-controlling force caused by stretching, a slow axis of the first substrate is different from a lengthwise direction of the first substrate, characterized in that the first substrate has a birefringence Δn of 0.000050 or more, a phase difference Re in the in-plane direction of the first substrate is 30 nm or more. a first long-length substrate; and an optically anisotropic layer wherein the optically anisotropic layer is formed directly on the first substrate and contains cured liquid-crystal molecules, and wherein the first substrate has an orientation-controlling force caused by stretching, a slow axis of the first substrate is different from a lengthwise direction of the first substrate, characterized in that the first substrate has a birefringence Δn of 0.000050 or more, a phase difference Re in the in-plane direction of the first substrate is 30 nm or more.
An aircraft assembly comprising: a rib having at least two rib feet configured to join a bottom edge of the rib to another component, and a recess between the rib feet ; a stringer received in and extending through the recess; a seal member arrangement comprising: a first seal plate extending at least partially over the recess from a first edge of the recess ; a second seal plate extending at least partially over the recess from a second edge of the recess ; and characterised in that the seal member arrangement further comprises a third seal plate extending at least partially over the recess from a third edge of the recess . a rib having at least two rib feet configured to join a bottom edge of the rib to another component, and a recess between the rib feet ; a stringer received in and extending through the recess; a seal member arrangement comprising: a first seal plate extending at least partially over the recess from a first edge of the recess ; a second seal plate extending at least partially over the recess from a second edge of the recess ; and characterised in that the seal member arrangement further comprises a third seal plate extending at least partially over the recess from a third edge of the recess . a first seal plate extending at least partially over the recess from a first edge of the recess ; a second seal plate extending at least partially over the recess from a second edge of the recess ; and characterised in that the seal member arrangement further comprises a third seal plate extending at least partially over the recess from a third edge of the recess .
Medical ventilator comprising an outer shell , and a rigid exoskeleton structure arranged around said shell and rigidly connected to said shell , the rigid exoskeleton structure comprising a base and a plurality of elongate elements rigidly connected to said base and defining a volume in which the shell is housed by positioning itself on the base , the greater part of the rigid exoskeleton structure being spaced from said shell when said shell is housed in the volume , characterized in that the rigid exoskeleton structure comprises: - four elongate elements , arranged along corner regions of the ventilator and spaced apart from said regions, said four elongate elements joining each other in a joining zone above the medical ventilator , and - a carrying handle situated in the joining zone of the elongate elements , allowing a user to manually grasp the exoskeleton structure and transport the assembly composed of ventilator and exoskeleton structure. - four elongate elements , arranged along corner regions of the ventilator and spaced apart from said regions, said four elongate elements joining each other in a joining zone above the medical ventilator , and - a carrying handle situated in the joining zone of the elongate elements , allowing a user to manually grasp the exoskeleton structure and transport the assembly composed of ventilator and exoskeleton structure.
A children's play gym comprising: a support bar assembly comprising a plurality of toy bars , each of the plurality of toy bars having substantially matching curvatures, a first end configured to rest on a support surface and a second end configured to be supported above the support surface, the second ends of the plurality of toy bars being pivotally coupled to one another by a hub ; wherein in a use position the support bar assembly is self supporting with the first ends of the plurality of toy bars spaced apart from one another and wherein in a storage position the widths of the toy bars are aligned and the toy bars are nested on top of one another; and at least one toy component configured to releasably attach to at least one toy bar . a support bar assembly comprising a plurality of toy bars , each of the plurality of toy bars having substantially matching curvatures, a first end configured to rest on a support surface and a second end configured to be supported above the support surface, the second ends of the plurality of toy bars being pivotally coupled to one another by a hub ; wherein in a use position the support bar assembly is self supporting with the first ends of the plurality of toy bars spaced apart from one another and wherein in a storage position the widths of the toy bars are aligned and the toy bars are nested on top of one another; and at least one toy component configured to releasably attach to at least one toy bar .