mhurhangee/patent-ind-claim-en huggingface dataset:
A method comprising: receiving, by a wireless device, parameters indicating: a first number of physical downlink control channel, PDCCH, monitor occasions, MOs, per synchronization signal block, SSB, of SSBs, in a paging occasion; a first starting location indication of first PDCCH MOs of a paging early indication, PEI, occasion; and a second starting location indication of second PDCCH MOs of the paging occasion; receiving, a PEI, based on monitoring a second number of the first PDCCH MOs of the PEI occasion, wherein the second number is determined based on: the first number; and a quantity of the SSBs; and monitoring, in response to the PEI, a third number of the second PDCCH MOs of the paging occasion, wherein the third number is equal to the second number. receiving, by a wireless device, parameters indicating: a first number of physical downlink control channel, PDCCH, monitor occasions, MOs, per synchronization signal block, SSB, of SSBs, in a paging occasion; a first starting location indication of first PDCCH MOs of a paging early indication, PEI, occasion; and a second starting location indication of second PDCCH MOs of the paging occasion; a first number of physical downlink control channel, PDCCH, monitor occasions, MOs, per synchronization signal block, SSB, of SSBs, in a paging occasion; a first starting location indication of first PDCCH MOs of a paging early indication, PEI, occasion; and a second starting location indication of second PDCCH MOs of the paging occasion; receiving, a PEI, based on monitoring a second number of the first PDCCH MOs of the PEI occasion, wherein the second number is determined based on: the first number; and a quantity of the SSBs; and the first number; and a quantity of the SSBs; and monitoring, in response to the PEI, a third number of the second PDCCH MOs of the paging occasion, wherein the third number is equal to the second number.
High-speed mechanical bearing , comprising a cage , an outer ring and an inner ring , centred on the same bearing axis (X2), with the outer ring being arranged radially around the inner ring , - wherein the cage is arranged coaxially between the inner ring and the outer ring and is housing cylindrical rollers , with this cage being formed by several disjointed tubular portions which, in the assembled state of the bearing , are separated from each other by a non-zero gap between 10 and 70% of the space between two adjacent cylindrical rollers , wherein each portion of the cage delimits several through housings for receiving cylindrical rollers , the through housings being cut-outs with a rectangular contour which are regularly spaced around the axis (X2), of which the dimensions correspond to those of the cylindrical rollers , wherein the cage is formed by at least three disjointed tubular portions , that do not cooperate mechanically with each other in the assembled state of the bearing , wherein the inner ring comprises a peripheral groove wherein the cylindrical rollers are partially housed. - wherein the cage is arranged coaxially between the inner ring and the outer ring and is housing cylindrical rollers , with this cage being formed by several disjointed tubular portions which, in the assembled state of the bearing , are separated from each other by a non-zero gap between 10 and 70% of the space between two adjacent cylindrical rollers , wherein the cage is formed by at least three disjointed tubular portions , that do not cooperate mechanically with each other in the assembled state of the bearing , wherein the inner ring comprises a peripheral groove wherein the cylindrical rollers are partially housed.
Underfloor convector having a convector housing which in operation can be set at a depth in a floor structure and a heat exchanger arranged in the interior of the convector housing for warming or cooling air, wherein the convector housing is substantially cuboidal, channel-shaped, shell-shaped or shaft-shaped and has a floor surface as well as two longitudinal side walls parallel to one another, and is covered on its top side by an air-permeable, preferably removable, grating element or a grille , and that the convector housing at least including the floor surface and the longitudinal side walls is formed in one part and in one piece, characterised in that the convector housing consists of foamed polymeric material or polymeric foam material.
A pupa comprising a recombinant baculovirus and/or a bacmid derived from Autographa californica multicapsid nucleopolyhedrovirus (AcMNPV), wherein the pupa belongs to the genus Trichoplusia.
Method of finishing textile fabrics with at least one silicone-containing finishing layer, characterized in that the textile fabric to be finished is impregnated in a first step with an aqueous solution and, in a subsequent step, in the still-wet state, is provided on one side with the silicone-containing finishing layer, which is condensed in a further step, preferably while running through a heated tenter frame, wherein the water vapour that exits from the aqueous impregnation generates pores in the silicone-containing finishing layer above it and the finished silicone coating on the textile fabric is not closed but has a multitude of pores.
An image display apparatus comprising: a light source configured to emit light; an optical scanning unit configured to scan a predetermined scanning zone with light from the light source to render a display image; a light intensity detecting unit configured to detect a light intensity of light from the light source ; a control unit configured to select a pulse driving condition from a plurality of pulse driving conditions on the basis of a condition of outside light, and perform pulse modulation on light emitted by the light source according to the selected pulse driving condition to control brightness of the display image; and a storage unit configured to store, for each of the plurality of pulse driving conditions, relationships between control currents provided to the light source and light intensities of light from the light source , the plurality of pulse driving conditions being suitable for respective different conditions of outside light; wherein the control unit is configured to control on the basis of the relationships between control currents and light intensities stored in the storage unit a control current to display the display image with light from the light source , and the optical scanning unit is configured to scan an area outside the display image, and wherein the control unit is configured to detect by the light intensity detecting unit a light intensity of light during the scanning of said area outside the display image, and update, on the basis of the light intensity, the relationships between control currents and light intensities stored in the storage unit . a light source configured to emit light; an optical scanning unit configured to scan a predetermined scanning zone with light from the light source to render a display image; a light intensity detecting unit configured to detect a light intensity of light from the light source ; a control unit configured to select a pulse driving condition from a plurality of pulse driving conditions on the basis of a condition of outside light, and perform pulse modulation on light emitted by the light source according to the selected pulse driving condition to control brightness of the display image; and a storage unit configured to store, for each of the plurality of pulse driving conditions, relationships between control currents provided to the light source and light intensities of light from the light source , the plurality of pulse driving conditions being suitable for respective different conditions of outside light; wherein the control unit is configured to control on the basis of the relationships between control currents and light intensities stored in the storage unit a control current to display the display image with light from the light source , and the optical scanning unit is configured to scan an area outside the display image, and wherein the control unit is configured to detect by the light intensity detecting unit a light intensity of light during the scanning of said area outside the display image, and update, on the basis of the light intensity, the relationships between control currents and light intensities stored in the storage unit .
Screen wiper blade of a vehicle, in particular a motor vehicle, of the flat type and including a longitudinal vertebra for bending, which is integral, substantially in its middle, with a mechanical connector for attachment to a screen wiper arm , and a heating electrical circuit carried by the longitudinal vertebra , characterized in that the wiper blade comprises at least one ramp for distributing a fluid, in particular, a screen washing liquid, in that said circuit comprises at least one bimetal strip thermostat configured to provide a thermal fuse function, and in that the said at least one bimetal strip thermostat is situated at the mechanical connector .
A complex organic silicon compounds with boron citrate and dimethylethanolamine of formula: [CH 3 Si(OMe) 3 ] m • [C 18 H 15 BO 21 ] n • [DMAE] p wherein: Me is an alkaline, monovalent metal or hydrogen; DMAE is dimethylethanolamine; m has the value of 1-3; n has the value of 1-20; p has the value of 10-100. Me is an alkaline, monovalent metal or hydrogen; DMAE is dimethylethanolamine; m has the value of 1-3; n has the value of 1-20; p has the value of 10-100.
The use of a device to be applied around the fastening of a wrist object, such as a watch or a bracelet, to which it is intended so that the said device, by closing on itself around the fastening of the said wrist object, contextually has a function of safety fastening against the inadvertent loss of the said wrist object and detecting of at least one measurement related to the physical activity performed by the user, the said device being in the form of a strap configured to be roll-up on itself, said strap comprising quick attachment means for fixing themselves in a releasable manner to the winding position on itself around the fastening of the said wrist object and further comprising: - Means configured to detect at least one measurement related to the user; - The device being communicable with an external electronic device , preferably a mobile telephone device , through which the said at least one detected measurement can be displayed. - Means configured to detect at least one measurement related to the user; - The device being communicable with an external electronic device , preferably a mobile telephone device , through which the said at least one detected measurement can be displayed.
Vehicle steering system having a superimposing actuator which superimposes additional steering movements onto the steering movements which are carried out by way of a steering handle , and which superimposing actuator has a motor and a superimposing transmission which is configured as a strain wave gear mechanism , the strain wave gear mechanism having a rigid outer ring with an internal toothing system , into which outer ring a flexible inner ring engages with an external toothing system at two points which lie opposite one another, characterized in that the external toothing system of the flexible inner ring has between 54 and 66 teeth, in particular precisely 60 teeth, and in that the internal toothing system of the rigid outer ring has precisely two more teeth than the external toothing system of the flexible inner ring .
An apparatus for forming a releasable connection, comprising: a first part adapted for coupling with a second part by a quick-release coupling formed by a first projection of the first part having an at least partial dovetail shape and a recess of the second part having an at least partial dovetail shape; wherein an opening in the recess is adapted for receiving the projection in an axial direction; wherein the first part comprises a drill bit and the second part comprises a carrier for the drill bit, or the first part is a chuck , the second part is a drill bit , and further including a third part adapted for coupling with the first part and the second part . a first part adapted for coupling with a second part by a quick-release coupling formed by a first projection of the first part having an at least partial dovetail shape and a recess of the second part having an at least partial dovetail shape; wherein an opening in the recess is adapted for receiving the projection in an axial direction; wherein the first part comprises a drill bit and the second part comprises a carrier for the drill bit, or the first part is a chuck , the second part is a drill bit , and further including a third part adapted for coupling with the first part and the second part .
A coupled inductor , comprising: a monolithic magnetic core formed of a powder magnetic material and comprising a bottom portion and a top portion , the top portion being disposed over the bottom portion in a first direction; first, second, third, and fourth terminals ; a first winding at least partially embedded in the bottom portion of the monolithic magnetic core , the first winding electrically coupled between the first and second terminals ; and a second winding at least partially embedded in the bottom portion of the monolithic magnetic core , the second winding electrically coupled between the third and fourth terminals , the first and second windings disposed in a row in a second direction that is orthogonal to the first direction, the second winding at least partially physically separated from the first winding within the monolithic magnetic core in the second direction; the first and second windings non-overlapping as seen when the coupled inductor is viewed cross-sectionally in a third direction that is orthogonal to each of the first direction and the second direction; the first and second windings being wound around different respective axes extending in the third direction; the first and second windings non-overlapping with the top portion of the monolithic magnetic core , as seen when the coupled inductor is viewed cross-sectionally in the third direction; and the coupled inductor including no windings embedded in the monolithic magnetic core other than windings embedded in the bottom portion of the monolithic magnetic core . a monolithic magnetic core formed of a powder magnetic material and comprising a bottom portion and a top portion , the top portion being disposed over the bottom portion in a first direction; first, second, third, and fourth terminals ; a first winding at least partially embedded in the bottom portion of the monolithic magnetic core , the first winding electrically coupled between the first and second terminals ; and a second winding at least partially embedded in the bottom portion of the monolithic magnetic core , the second winding electrically coupled between the third and fourth terminals , the first and second windings disposed in a row in a second direction that is orthogonal to the first direction, the second winding at least partially physically separated from the first winding within the monolithic magnetic core in the second direction; the first and second windings non-overlapping as seen when the coupled inductor is viewed cross-sectionally in a third direction that is orthogonal to each of the first direction and the second direction; the first and second windings being wound around different respective axes extending in the third direction; the first and second windings non-overlapping with the top portion of the monolithic magnetic core , as seen when the coupled inductor is viewed cross-sectionally in the third direction; and the coupled inductor including no windings embedded in the monolithic magnetic core other than windings embedded in the bottom portion of the monolithic magnetic core .
Method for producing sheet metal components, the method comprising: - preshaping a workpiece to form a preshaped component , wherein material which is excess at least in regions is introduced into the preshaped component ; and - calibrating the preshaped component to form an at least partially finally shaped component using the excess material , wherein the preshaped component is compressed at least in sections; characterized - in that different regions of the preshaped component are calibrated in a time-staggered manner. - preshaping a workpiece to form a preshaped component , wherein material which is excess at least in regions is introduced into the preshaped component ; and - calibrating the preshaped component to form an at least partially finally shaped component using the excess material , wherein the preshaped component is compressed at least in sections; characterized - in that different regions of the preshaped component are calibrated in a time-staggered manner.
An LED-based lighting unit , comprising: a plurality of LEDs ; one or more optical elements ; and a controller operably coupled with the plurality of LEDs and the optical elements, the controller configured to: determine a value of a characteristic of a detected electric signal within a range of possible values; configure the one or more optical elements to achieve a lighting effect pattern selected from a plurality of predetermined lighting effects patterns based on the value of the characteristic; and energize a predetermined distribution of the plurality of LEDs in response to selecting the predetermined distribution from a plurality of predetermined distributions of the plurality of LEDs based on the value of the characteristic; characterised in that the plurality of LEDs comprise a linear strip of LEDs , and the plurality of predetermined distributions are selected so that a leading edge of energized LEDs along the strip corresponds to a position of the value of the electrical signal characteristic within the range of possible values. a plurality of LEDs ; one or more optical elements ; and a controller operably coupled with the plurality of LEDs and the optical elements, the controller configured to: determine a value of a characteristic of a detected electric signal within a range of possible values; configure the one or more optical elements to achieve a lighting effect pattern selected from a plurality of predetermined lighting effects patterns based on the value of the characteristic; and energize a predetermined distribution of the plurality of LEDs in response to selecting the predetermined distribution from a plurality of predetermined distributions of the plurality of LEDs based on the value of the characteristic; characterised in that the plurality of LEDs comprise a linear strip of LEDs , and the plurality of predetermined distributions are selected so that a leading edge of energized LEDs along the strip corresponds to a position of the value of the electrical signal characteristic within the range of possible values. determine a value of a characteristic of a detected electric signal within a range of possible values; configure the one or more optical elements to achieve a lighting effect pattern selected from a plurality of predetermined lighting effects patterns based on the value of the characteristic; and energize a predetermined distribution of the plurality of LEDs in response to selecting the predetermined distribution from a plurality of predetermined distributions of the plurality of LEDs based on the value of the characteristic; characterised in that the plurality of LEDs comprise a linear strip of LEDs , and the plurality of predetermined distributions are selected so that a leading edge of energized LEDs along the strip corresponds to a position of the value of the electrical signal characteristic within the range of possible values.
A method, performed in a radio device comprising a service client configured for service level communication with a service provider via a Radio Access Network, RAN, to which the radio device is connected, for establishing an interaction session between the service client and the RAN , the method comprising: the service client packing (S1) first interaction data of the interaction session into a transparent first interaction container , by including the interaction data inside a message which can be handled by a control plane while being agnostic of the data itself; transferring (S2) the first interaction container , comprising the first interaction data, from the service client to a control plane function in the radio device via an application programming interface, API, ; and sending (S3) the first interaction container to the RAN , by means of a radio control plane protocol of the control plane function, over a radio interface , wherein the service level communication with the service provider is over a dedicated bearer, and wherein the control plane function adds information about the dedicated bearer to the first interaction container . the service client packing (S1) first interaction data of the interaction session into a transparent first interaction container , by including the interaction data inside a message which can be handled by a control plane while being agnostic of the data itself; transferring (S2) the first interaction container , comprising the first interaction data, from the service client to a control plane function in the radio device via an application programming interface, API, ; and sending (S3) the first interaction container to the RAN , by means of a radio control plane protocol of the control plane function, over a radio interface , wherein the service level communication with the service provider is over a dedicated bearer, and wherein the control plane function adds information about the dedicated bearer to the first interaction container .
A surface treatment support structure assembly for treating a contoured surface , the surface treatment support structure assembly comprising: a support structure array formed from a plurality of base structures , each base structure being operably coupled with respect to one another and configured to slide along a longitudinal axis and rotate about a laterally translating axis perpendicular to the longitudinal axis ; at least one applicator head coupled to each base structure of the support structure array , each of the at least one applicator head being configured to treat the contoured surface ; and a base structure actuator operatively coupled to and configured to manipulate each base structure along the longitudinal axis and the laterally translating axis such that the support structure array is adjusted relative to the contoured surface . a support structure array formed from a plurality of base structures , each base structure being operably coupled with respect to one another and configured to slide along a longitudinal axis and rotate about a laterally translating axis perpendicular to the longitudinal axis ; at least one applicator head coupled to each base structure of the support structure array , each of the at least one applicator head being configured to treat the contoured surface ; and a base structure actuator operatively coupled to and configured to manipulate each base structure along the longitudinal axis and the laterally translating axis such that the support structure array is adjusted relative to the contoured surface .