mhurhangee/patent-ind-claim-en huggingface dataset:
A method comprising: receiving, by a wireless device, one or more configuration parameters for a secondary cell, wherein the one or more configuration parameters indicate a plurality of bandwidth parts, BWPs, comprising a first BWP and a second BWP; switching an active BWP of the secondary cell to the first BWP; sending a message associated with a random access procedure via the first BWP; determining, based on a quantity of uplink transmissions, that the random access procedure is unsuccessful; and based on the determining that the random access procedure is unsuccessful, switching the active BWP of the secondary cell to the second BWP. receiving, by a wireless device, one or more configuration parameters for a secondary cell, wherein the one or more configuration parameters indicate a plurality of bandwidth parts, BWPs, comprising a first BWP and a second BWP; switching an active BWP of the secondary cell to the first BWP; sending a message associated with a random access procedure via the first BWP; determining, based on a quantity of uplink transmissions, that the random access procedure is unsuccessful; and based on the determining that the random access procedure is unsuccessful, switching the active BWP of the secondary cell to the second BWP.
An apparatus, configured to act as a sidelink relay, comprising: means for receiving a configuration indicative of at least a first resource pool and a second resource pool, wherein the first resource pool comprises at least one shared resource pool and the second resource pool comprises at least one dedicated resource pool; means for configuring a unique mapping between resource pool indices and allocated resources in the first resource pool and the second resource pool; means for receiving downlink control information comprising a resource pool index, wherein the downlink control information has downlink control information format 3_0; and means for determining , based on the received resource pool index and the mapping, allocated resources in the first resource pool or in the second resource pool, characterized in that the determining comprises determining allocated resources in the first resource pool or in the second resource pool based on one of: - the resource pool index being odd or even, wherein the resource pool indices in the unique mapping are integers, - a time slot associated with a grant indicated in the downlink control information being odd or even, or - a time gap indicated in the downlink control information being odd or even. means for receiving a configuration indicative of at least a first resource pool and a second resource pool, wherein the first resource pool comprises at least one shared resource pool and the second resource pool comprises at least one dedicated resource pool; means for configuring a unique mapping between resource pool indices and allocated resources in the first resource pool and the second resource pool; means for receiving downlink control information comprising a resource pool index, wherein the downlink control information has downlink control information format 3_0; and means for determining , based on the received resource pool index and the mapping, allocated resources in the first resource pool or in the second resource pool, characterized in that the determining comprises determining allocated resources in the first resource pool or in the second resource pool based on one of: - the resource pool index being odd or even, wherein the resource pool indices in the unique mapping are integers, - a time slot associated with a grant indicated in the downlink control information being odd or even, or - a time gap indicated in the downlink control information being odd or even. - the resource pool index being odd or even, wherein the resource pool indices in the unique mapping are integers, - a time slot associated with a grant indicated in the downlink control information being odd or even, or - a time gap indicated in the downlink control information being odd or even.
A communication interface for facilitating communications between a vehicle and a trailer via one or more powerlines, the communication interface comprising: a housing having a first contact and a second contact that are each accessible from an exterior of the housing; a first powerline that electrically couples the first contact and the second contact for conveying a first power signal between the vehicle and an electrical system ; a connector having a set of ports for connection to one or more devices of the trailer; and a powerline communication controller (614; 700) having a first terminal coupled to the first powerline and a second terminal coupled to the connector, the powerline communication controller configured to: receive, via the connector, a first signal from a device of the one or more devices that indicates a condition regarding a defined region of the trailer; encode information provided in the first signal according to a compression algorithm; generate, based on the first signal, a second signal representative of the condition; and introduce the second signal onto the first power signal, wherein the second signal is modulated on the first powerline to convey the information encoded. a housing having a first contact and a second contact that are each accessible from an exterior of the housing; a first powerline that electrically couples the first contact and the second contact for conveying a first power signal between the vehicle and an electrical system ; a connector having a set of ports for connection to one or more devices of the trailer; and a powerline communication controller (614; 700) having a first terminal coupled to the first powerline and a second terminal coupled to the connector, the powerline communication controller configured to: receive, via the connector, a first signal from a device of the one or more devices that indicates a condition regarding a defined region of the trailer; encode information provided in the first signal according to a compression algorithm; generate, based on the first signal, a second signal representative of the condition; and introduce the second signal onto the first power signal, wherein the second signal is modulated on the first powerline to convey the information encoded. receive, via the connector, a first signal from a device of the one or more devices that indicates a condition regarding a defined region of the trailer; encode information provided in the first signal according to a compression algorithm; generate, based on the first signal, a second signal representative of the condition; and introduce the second signal onto the first power signal, wherein the second signal is modulated on the first powerline to convey the information encoded.
A handheld lighter for igniting a combustible material comprising: an ignition mechanism for generating a heat source; an actuating means for activating the ignition mechanism; a metallic shield positioned adjacent to the ignition mechanism and at a distance to the ignition mechanism such that the metallic shield is heated by the heat source when the handheld lighter is operated; and a housing comprising the ignition mechanism, the actuating means and the metallic shield; wherein the metallic shield comprises a thermochromic coating comprising: (a) an electron-donative organic compound (component (a)), (b) an electron-accepting compound (component (b)), and (c) a reaction medium enabling a reversible electron transfer reaction between the components (a) and (b) above the melting or softening point of the reaction medium (component (c)); and wherein the thermochromic coating is configured to reversibly change color in response to an increase of the temperature of the metallic shield to a first temperature of about 60 °C or above and to reversibly change color in response to a decrease of the temperature of the metallic shield to a second temperature which is about 0 to about 20 °C below the first temperature. an ignition mechanism for generating a heat source; an actuating means for activating the ignition mechanism; a metallic shield positioned adjacent to the ignition mechanism and at a distance to the ignition mechanism such that the metallic shield is heated by the heat source when the handheld lighter is operated; and a housing comprising the ignition mechanism, the actuating means and the metallic shield; wherein the metallic shield comprises a thermochromic coating comprising: (a) an electron-donative organic compound (component (a)), (b) an electron-accepting compound (component (b)), and (c) a reaction medium enabling a reversible electron transfer reaction between the components (a) and (b) above the melting or softening point of the reaction medium (component (c)); and (a) an electron-donative organic compound (component (a)), (b) an electron-accepting compound (component (b)), and (c) a reaction medium enabling a reversible electron transfer reaction between the components (a) and (b) above the melting or softening point of the reaction medium (component (c)); and wherein the thermochromic coating is configured to reversibly change color in response to an increase of the temperature of the metallic shield to a first temperature of about 60 °C or above and to reversibly change color in response to a decrease of the temperature of the metallic shield to a second temperature which is about 0 to about 20 °C below the first temperature.
A non-blade shaped external turning tool comprising: an elongated tool body having opposite clamping and cutting portions defining an axial direction (AD) therebetween; a damping mechanism at the cutting portion , the damping mechanism comprising an elongated damping member having an elongation axis (E); and a turning insert removably retained in a pocket of the cutting portion ; wherein: the elongation axis (E) forms a non-zero damping member angle (α) with the axial direction (AD); the cutting portion has opposite cutting portion top and bottom surfaces and an elongated damping recess configured to accommodate the damping member ; and: the damping recess opens out to exactly one of the cutting portion top and bottom surfaces ; characterized in that : a plane (P) perpendicular to the axial direction (AD) intersects both the turning insert and the damping mechanism . an elongated tool body having opposite clamping and cutting portions defining an axial direction (AD) therebetween; a damping mechanism at the cutting portion , the damping mechanism comprising an elongated damping member having an elongation axis (E); and a turning insert removably retained in a pocket of the cutting portion ; wherein: the elongation axis (E) forms a non-zero damping member angle (α) with the axial direction (AD); the cutting portion has opposite cutting portion top and bottom surfaces and an elongated damping recess configured to accommodate the damping member ; and: the damping recess opens out to exactly one of the cutting portion top and bottom surfaces ; the elongation axis (E) forms a non-zero damping member angle (α) with the axial direction (AD); the cutting portion has opposite cutting portion top and bottom surfaces and an elongated damping recess configured to accommodate the damping member ; and: the damping recess opens out to exactly one of the cutting portion top and bottom surfaces ;
Electrical connector system comprising at least a first connector device and at least a second connector device slidably couplable to said first connector device , in a "male-female" configuration, along a predetermined coupling/uncoupling direction (A-A), each of said first connector device and said second connector device comprising a casing of insulating material and one or more connection elements (14; 16) of conductive material, arranged for an electrical connection, wherein each connection element of said first connector device is a female connection element and each connection element of said second connector device is a male connection element, wherein each female connection element is provided with a plurality of elastically deformable lamellar contacts , formed in a single piece with a base portion of said female connection element , and wherein each lamellar contact is provided with a respective curved contact portion configured to elastically adhere against the surface of a male connection element , the system being characterized in that each female connection element is provided with four opposite lamellar contacts , equally spaced apart by twos, wherein each curved contact portion has a cylindrically shaped surface with generatrix straight lines parallel to the coupling/uncoupling direction (A-A), wherein each lamellar contact is further provided with a respective flat end contact portion , connected to the corresponding curved contact portion and configured to cooperate with said curved contact portion to elastically adhere against the surface of the male connection element , wherein also each flat end contact portion extends along a direction substantially parallel to the coupling/uncoupling direction (A-A).
Process for preparing a set of inorganic particles by aerosol pyrolysis, comprising, without addition of swelling agent: nebulizing at a temperature between 10°C and 40°C a liquid solution containing a precursor of the inorganic material(s) from which one wishes to form particles at a molar concentration greater than or equal to 0.5 mol/L in the solution, so as to obtain a mist of droplets in solution, heating the obtained mist at a temperature between 150°C and 400°C capable of ensuring the evaporation of the solvent to increase the concentration of precursor of the inorganic material(s) at the periphery of the droplets and capable of ensuring the formation of particles for a duration comprised between 1 and 10 seconds, heating the particles obtained in step at a temperature between 400°C and 700°C, capable of ensuring the decomposition of the precursor to form the inorganic material with simultaneous precipitation and complete extraction of the solvent to form the shell of the hollow particles for a duration comprised between 10 and 30 seconds, densifying the obtained particles shell at a temperature between 200°C and 1000°C for a duration comprised between 20 and 30 seconds, optionally quenching the particles obtained, and recovering the particles thus formed, steps , and being performed at increasing temperatures. nebulizing at a temperature between 10°C and 40°C a liquid solution containing a precursor of the inorganic material(s) from which one wishes to form particles at a molar concentration greater than or equal to 0.5 mol/L in the solution, so as to obtain a mist of droplets in solution, heating the obtained mist at a temperature between 150°C and 400°C capable of ensuring the evaporation of the solvent to increase the concentration of precursor of the inorganic material(s) at the periphery of the droplets and capable of ensuring the formation of particles for a duration comprised between 1 and 10 seconds, heating the particles obtained in step at a temperature between 400°C and 700°C, capable of ensuring the decomposition of the precursor to form the inorganic material with simultaneous precipitation and complete extraction of the solvent to form the shell of the hollow particles for a duration comprised between 10 and 30 seconds, densifying the obtained particles shell at a temperature between 200°C and 1000°C for a duration comprised between 20 and 30 seconds, optionally quenching the particles obtained, and recovering the particles thus formed, steps , and being performed at increasing temperatures.
A filter cartridge arrangement comprising: (a) a filter media pack comprising a fluted sheet secured to facing sheet to define inlet and outlet flow channels extending between first and second, opposite, flow surfaces ; (b) a housing seal arrangement molded onto the filter cartridge arrangement ; characterized by (c) a molded side panel arrangement comprising at least first and second, opposite, molded panels molded directly to, and in sealing coverage over, a first set of two opposite sides of the media pack ; and, (d) the filter media pack having a second set of two opposite sides each of which is at least partially not covered by the molded side panel arrangement. (a) a filter media pack comprising a fluted sheet secured to facing sheet to define inlet and outlet flow channels extending between first and second, opposite, flow surfaces ; (b) a housing seal arrangement molded onto the filter cartridge arrangement ; characterized by (c) a molded side panel arrangement comprising at least first and second, opposite, molded panels molded directly to, and in sealing coverage over, a first set of two opposite sides of the media pack ; and, (d) the filter media pack having a second set of two opposite sides each of which is at least partially not covered by the molded side panel arrangement.
A device for cracking fruit shells comprising a first jaw and a second jaw , the jaws being spaced apart and configured so as to move conjointly in order to compress a shell fruit between them, the first jaw being configured to as to slide on an arm in order to modify the spacing of the jaws, the second jaw being configured so as to be driven along the arm towards the first jaw by a drive mechanism ; and a lever ; the lever being configured to operate the drive mechanism and drive the second jaw along the arm towards the first jaw ; the first jaw , being held by a user when the lever is gripped, comprises an elongate jaw member with an intermediate perforation to allow passage of the arm , said device for cracking fruit shells being characterised in that the second jaw comprises an L-shaped part with a pinion arm parallel to the arm and moving by means of the drive mechanism , and a jaw arm disposed orthogonally, parallel to the member .
Monitoring system for displaying interactions of a vehicle gesture control unit with a user, comprising a control and computing unit , which is able to be coupled to a vehicle gesture control unit of a vehicle, comprising an operating program , a radio system that is coupled to this control and computing unit and comprises at least one transmitter/receiver unit that is provided on the vehicle and is configured to detect a distance of the user from the vehicle by means of a radio connection to a mobile transmitter/receiver unit to be carried by a user, wherein, depending on a distance of the user from the vehicle , dynamic interactions of the vehicle gesture control unit of the vehicle with the user are able to be displayed by means of a display device coupled to the control and computing unit , wherein, depending on interactions detected by means of the control and computing unit , at least one separate item of display information assigned in the operating program is able to be displayed for each interaction in a user-defined manner, characterized in that the display device comprises at least one light element unit comprising individual light elements, with the result that respective items of display information assigned in the operating program are able to be displayed by means of a sequence of the lit-up light elements and/or by means of a respective light intensity of the lit-up light elements and/or by means of a respective colour of the lit-up light elements, and in that the respective distance of the user from the vehicle is able to be displayed by means of a number and/or a light intensity of the active light elements, with the result that it is possible to display to the user their current position in relation to the gesture interaction region. depending on a distance of the user from the vehicle , dynamic interactions of the vehicle gesture control unit of the vehicle with the user are able to be displayed by means of a display device coupled to the control and computing unit , wherein, depending on interactions detected by means of the control and computing unit , at least one separate item of display information assigned in the operating program is able to be displayed for each interaction in a user-defined manner, characterized in that the display device comprises at least one light element unit comprising individual light elements, with the result that respective items of display information assigned in the operating program are able to be displayed by means of a sequence of the lit-up light elements and/or by means of a respective light intensity of the lit-up light elements and/or by means of a respective colour of the lit-up light elements, and in that the respective distance of the user from the vehicle is able to be displayed by means of a number and/or a light intensity of the active light elements, with the result that it is possible to display to the user their current position in relation to the gesture interaction region.
A holding body for heating elements , in particular oval and circular heating elements , having an outer part assembly and an inner part assembly , which is arranged within the outer part assembly and forms an elastic connection, being under tension, with the outer part assembly , wherein the outer part assembly and/or the inner part assembly include/s a plurality of receiving means being arranged distributed in the circumferential direction, in each of which a heating element is arranged, and the outer part assembly and the inner part assembly each comprise a polygon profile having polygon corners , and polygon sides connecting the polygon corners , characterized in that the inner part assembly and the outer part assembly are twistable relative to one another and are dimensioned such that by a relative rotation between the inner part assembly and the outer part assembly the polygon profiles elastically deform such that, in the mounted state, a press fit is formed in the area of the heating elements by the induced mechanical tension.