mhurhangee/patent-ind-claim-en huggingface dataset:
A process for the repair of molded parts using a layered repair material , which is solid at a storage temperature, reversibly plastically deformable at a deformation temperature, and irreversibly dimensionally stably curable at a curing temperature, comprising the process steps of: a) warming the repair material from the storage temperature to the deformation temperature, b) applying the plastically deformable repair material to a repair area of the molded part , c) casting the surface contour of the repair area of the molded part , d) actively or passively cooling the repair material below the deformation temperature, e) removing the solid repair material molded onto the contour of the repair area from the repair area of the molded part , f) warming the repair material to the curing temperature by dimensionally stably curing the repair material , and g) bonding the cured repair material with the repair area of the molded part . a) warming the repair material from the storage temperature to the deformation temperature, b) applying the plastically deformable repair material to a repair area of the molded part , c) casting the surface contour of the repair area of the molded part , d) actively or passively cooling the repair material below the deformation temperature, e) removing the solid repair material molded onto the contour of the repair area from the repair area of the molded part , f) warming the repair material to the curing temperature by dimensionally stably curing the repair material , and g) bonding the cured repair material with the repair area of the molded part .
A method performed by a user equipment, UE , the method comprising: performing (S801), by the UE , an initial access by detecting a primary synchronization signal, SS, anchor carrier, referred to as SS anchor, within a block of contiguous spectrum carrying radio resources , referred to as virtual carrier, VC; obtaining (S802) a serving cell identification from a SS sequence carried in the detected primary SS anchor, wherein there are one or more SS anchors within a serving cell; and receiving (S803) one or more VC configurations of the serving cell comprising at least a VC with the detected primary SS anchor; receiving (S804) a signaling of coding chain rate matching patterns of one or more other SS anchors within the one or more VCs for the serving cell, characterized in that in the one or more VC configurations of the serving cell one or more downlink, DL, primary SS anchors are configured with a primary synchronization signal, PSS, a secondary synchronization signal, SSS, and physical channels carrying minimum system information, SI, for a random access channel, RACH. performing (S801), by the UE , an initial access by detecting a primary synchronization signal, SS, anchor carrier, referred to as SS anchor, within a block of contiguous spectrum carrying radio resources , referred to as virtual carrier, VC; obtaining (S802) a serving cell identification from a SS sequence carried in the detected primary SS anchor, wherein there are one or more SS anchors within a serving cell; and receiving (S803) one or more VC configurations of the serving cell comprising at least a VC with the detected primary SS anchor; receiving (S804) a signaling of coding chain rate matching patterns of one or more other SS anchors within the one or more VCs for the serving cell, characterized in that in the one or more VC configurations of the serving cell one or more downlink, DL, primary SS anchors are configured with a primary synchronization signal, PSS, a secondary synchronization signal, SSS, and physical channels carrying minimum system information, SI, for a random access channel, RACH.
A method in a wireless communication system for performing link adaptation, the method comprising: when a first measure of channel quality is higher than a first predetermined amount, using a first outer loop adjustment process directed to determining link adaptation for a first data transmission transmitted to a wireless device (S106), wherein the first outer loop adjustment process comprises three loops corresponding each to a respective codeword for one codeword transmissions or for two code word transmissions; and when the first measure of channel quality is lower than a second predetermined amount, using a second outer loop adjustment process different from the first outer loop adjustment process directed to determining link adaptation for a second data transmission transmitted to the wireless device (S108), wherein the second outer loop adjustment process comprises a single loop for both one code word transmissions and two code word transmissions. when a first measure of channel quality is higher than a first predetermined amount, using a first outer loop adjustment process directed to determining link adaptation for a first data transmission transmitted to a wireless device (S106), wherein the first outer loop adjustment process comprises three loops corresponding each to a respective codeword for one codeword transmissions or for two code word transmissions; and when the first measure of channel quality is lower than a second predetermined amount, using a second outer loop adjustment process different from the first outer loop adjustment process directed to determining link adaptation for a second data transmission transmitted to the wireless device (S108), wherein the second outer loop adjustment process comprises a single loop for both one code word transmissions and two code word transmissions.
A method performed by a wireless device, UE , comprising: - acquiring network support information associated with a neighbor new radio cell of a serving cell of the UE, the serving cell being hosted by a serving network node, wherein the network support information indicates that the neighbor new radio cell supports a Stand-Alone, SA, mode of operation and/or a Non-Stand-Alone, NSA, mode of operation; wherein a neighbor new radio cell supporting the SA mode of operation supports at least one of the following functionalities: allowing the UE, in an idle or inactive mode to camp on the neighbor new radio cell, enabling a hand over of the UE in a connected mode from the serving cell to the neighbor new radio cell, and wherein a neighbor new radio cell supporting the NSA mode of operation does not support those functionalities; and - transmitting to the serving cell a report comprising identification information associated with the neighbour new radio cell and the network support information indicating that the neighbor new radio cell supports the SA mode of operation and/or the NSA mode of operation. - acquiring network support information associated with a neighbor new radio cell of a serving cell of the UE, the serving cell being hosted by a serving network node, wherein the network support information indicates that the neighbor new radio cell supports a Stand-Alone, SA, mode of operation and/or a Non-Stand-Alone, NSA, mode of operation; wherein a neighbor new radio cell supporting the SA mode of operation supports at least one of the following functionalities: allowing the UE, in an idle or inactive mode to camp on the neighbor new radio cell, enabling a hand over of the UE in a connected mode from the serving cell to the neighbor new radio cell, and wherein a neighbor new radio cell supporting the NSA mode of operation does not support those functionalities; and - transmitting to the serving cell a report comprising identification information associated with the neighbour new radio cell and the network support information indicating that the neighbor new radio cell supports the SA mode of operation and/or the NSA mode of operation.
Process for the layer-by-layer manufacture of a three-dimensional object by sintering of a powder based on polyaryletherketones, PAEKs, with electromagnetic radiation, wherein said powder comprises at least 50% by weight, relative to the total weight of powder, of at least one PAEK and at least one phosphate, said powder being, at least in part, a recycled powder; the proportion of said at least one phosphate in said powder being greater than or equal to 1000 ppm; said recycled powder being capable of being obtained by continuous or discontinuous heating, over a period of at least six hours, of a powder of the same composition at a constant or nonconstant temperature, strictly between the glass transition temperature, Tg, and the melting temperature, Tm, of the powder. said powder comprises at least 50% by weight, relative to the total weight of powder, of at least one PAEK and at least one phosphate, said powder being, at least in part, a recycled powder; the proportion of said at least one phosphate in said powder being greater than or equal to 1000 ppm; said recycled powder being capable of being obtained by continuous or discontinuous heating, over a period of at least six hours, of a powder of the same composition at a constant or nonconstant temperature, strictly between the glass transition temperature, Tg, and the melting temperature, Tm, of the powder.
An instrumented linear motion device comprising: - a guide rail defining a main axis of the instrumented linear motion device , the guide rail having an end portion comprising an axial end of the guide rail , the guide rail being provided with a guideway for guiding a carriage along a linear path parallel to the main axis , the guide rail being provided with a linear groove parallel to the main axis , - a photoluminescent optical fibre received in the linear groove , the photoluminescent optical fibre having an end ; and - a photosensitive sensor facing the end of the photoluminescent optical fibre ; characterised in that the linear groove has an open end opened at the axial end of the guide rail and the instrumented linear motion device further comprises a sensor housing fixed to the end portion of the guide rail in a releasable manner by means of securing means , the photosensitive sensor being received within a sensor cavity of the sensor housing . - a guide rail defining a main axis of the instrumented linear motion device , the guide rail having an end portion comprising an axial end of the guide rail , the guide rail being provided with a guideway for guiding a carriage along a linear path parallel to the main axis , the guide rail being provided with a linear groove parallel to the main axis , - a photoluminescent optical fibre received in the linear groove , the photoluminescent optical fibre having an end ; and - a photosensitive sensor facing the end of the photoluminescent optical fibre ;
A belt drive system comprising a stationary shaft defining an axis along its length and a motorized pulley wherein the motorised pulley comprises an axial-flux motor having a rotor rotatable about an axis of rotation and a stator axially offset from the rotor across a gap between the stator and a side of the rotor ; a driver for engaging a belt, wherein the driver is coaxial with and coupled to the rotor to rotate with the rotor about the axis , and wherein the stator is affixed to the stationary shaft and the axial-flux motor is mounted on the stationary shaft ; characterised in that the belt drive system further comprising either: (a) a plurality of motorized pulleys mounted on the stationary shaft at axially spaced locations; or (b) one or more idler pulleys rotatably mounted on the stationary shaft for rotation about the axis . (a) a plurality of motorized pulleys mounted on the stationary shaft at axially spaced locations; or (b) one or more idler pulleys rotatably mounted on the stationary shaft for rotation about the axis .
A method for performing wireless power transmission by a power transmitter (TX) comprising a transmitting antenna array, the method characterized by comprising: determining angular coordinates of a plurality of power receivers (RXs) in relation to a position of the power transmitter (TX) based on a focal beam steering performed by the transmitting antenna array, the focal beam steering being performed using a focal beam focused on a specific point; determining a distance between each of the plurality of power receivers (RXs) and the power transmitter (TX) based on the determined angular coordinates by using a focused microwave field; determining the position of each of the plurality of power receivers (RXs) based on the determined angular coordinates and the determined distance; and transmitting power by focusing a microwave field to the determined position of each of the plurality of power receivers (RXs), wherein the transmitting of power comprises simultaneously charging the plurality of power receivers (RX1, RX2) by exciting the transmitting antenna array to form a multi-focus microwave field pattern with multiple focal points to the determined position of each of the plurality of power receivers (RX1, RX2). determining angular coordinates of a plurality of power receivers (RXs) in relation to a position of the power transmitter (TX) based on a focal beam steering performed by the transmitting antenna array, the focal beam steering being performed using a focal beam focused on a specific point; determining a distance between each of the plurality of power receivers (RXs) and the power transmitter (TX) based on the determined angular coordinates by using a focused microwave field; determining the position of each of the plurality of power receivers (RXs) based on the determined angular coordinates and the determined distance; and transmitting power by focusing a microwave field to the determined position of each of the plurality of power receivers (RXs), wherein the transmitting of power comprises simultaneously charging the plurality of power receivers (RX1, RX2) by exciting the transmitting antenna array to form a multi-focus microwave field pattern with multiple focal points to the determined position of each of the plurality of power receivers (RX1, RX2).
A method for generating a digital model of a dental replacement part, formed by a dental prosthesis and a prosthesis base having a rear protection plate, characterised in that - in a digital model of a jawbone or jawbone section to be provided and a digital dental prosthesis model positioned therein, an interface is automatically and/or manually marked in the region of the dental prosthesis model , - a rear protection plate model is formed by the interface , an abutting surface of the digital jawbone model and a region of a surface of the dental prosthesis model joining the surface and the interface , - a revised dental prosthesis model is formed from the digital dental prosthesis model by adopting the interface as a surface, and - the digital model of the dental replacement part is generated from the rear protection plate model and the revised dental prosthesis model . - in a digital model of a jawbone or jawbone section to be provided and a digital dental prosthesis model positioned therein, an interface is automatically and/or manually marked in the region of the dental prosthesis model , - a rear protection plate model is formed by the interface , an abutting surface of the digital jawbone model and a region of a surface of the dental prosthesis model joining the surface and the interface , - a revised dental prosthesis model is formed from the digital dental prosthesis model by adopting the interface as a surface, and - the digital model of the dental replacement part is generated from the rear protection plate model and the revised dental prosthesis model .
An apparatus for making a beverage, comprising: - an infusion chamber suitable for receiving a capsule containing a food substance for making a beverage; - an insertion opening for inserting the capsule into the apparatus ; - a transfer channel for the capsule, which connects the insertion opening to the infusion chamber ; - an image acquisition device intended, in use, to acquire at least one image of a portion of the capsule, the image acquisition device including an optical sensor facing towards an image capture zone in which, in use, said capsule is located or passes, the image capture zone being a stretch of the transfer channel ; - a viewing window , made of transparent material, which is interposed between the optical sensor and the image capture zone , the viewing window having a first face facing towards the optical sensor and a second face facing towards the image capture zone ; - a heating device ; wherein the heating device is positioned in a first region of the apparatus and the viewing window is positioned in a second region of the apparatus , the first region being at a height that is lower than the second region ; wherein the first region and the second region are in communication with each other, thereby allowing an airflow from the first region to the second region ; characterised in that the apparatus is configured in such a way that, in use, the heating device heats air in the first region and the heated air flows into the second region , where the heated air can make contact with the first face and/or the second face of the viewing window and heat the viewing window . - an infusion chamber suitable for receiving a capsule containing a food substance for making a beverage; - an insertion opening for inserting the capsule into the apparatus ; - a transfer channel for the capsule, which connects the insertion opening to the infusion chamber ; - an image acquisition device intended, in use, to acquire at least one image of a portion of the capsule, the image acquisition device including an optical sensor facing towards an image capture zone in which, in use, said capsule is located or passes, the image capture zone being a stretch of the transfer channel ; - a viewing window , made of transparent material, which is interposed between the optical sensor and the image capture zone , the viewing window having a first face facing towards the optical sensor and a second face facing towards the image capture zone ; - a heating device ; wherein the first region and the second region are in communication with each other, thereby allowing an airflow from the first region to the second region ; characterised in that the apparatus is configured in such a way that, in use, the heating device heats air in the first region and the heated air flows into the second region , where the heated air can make contact with the first face and/or the second face of the viewing window and heat the viewing window .
A weaving loom comprising at least one main shaft with a crank drive , a warp thread feeder , a weaving site with a shed forming device for forming a shed , a reed , a weft thread insertion device with a weft needle and a weft shaft lever , wherein the weft thread insertion device is cooperatively connected to the the main shaft of the weaving loom by means of the crank drive , characterized in that a knee lever system is arranged between the crank drive and the weft shaft lever and that the weft thread insertion device further comprises a second lever system for driving the weft needle , wherein the movement of the weft needle is changed by the action of the knee lever in such manner that, the weft needle enters into the shed in a delayed manner and/or exits therefrom in an advanced manner.
1. Slave link assembly , especially for a windscreen wiper mechanism, comprising a slave link in the form of an elongated element having two ends, with a fastening region located between these ends, said region being adapted to fastening a master link to it by means of a bearing , the slave link assembly having a reinforcing element secured in the fastening region so as to decrease the stresses in the slave link caused by the action of the force F exerted by the master link on the slave link after proper fastening of the master link , wherein after proper fastening of the master link , the pin of the bearing connecting the master link to the slave link assembly passes through the reinforcing element , characterised in that , in the fastening region , the link is broader than in its remaining portion.
In a wireless transmitter, wherein an input bit sequence is encoded and transmitted over a wireless medium using a plurality of spatial streams each using a plurality of subcarriers, a method of interleaving comprising: receiving an encoded input bit stream from an encoder; parsing the encoded input bit stream to the plurality of spatial streams, wherein even bits of the encoded input bit stream are parsed to a first spatial stream and odd bits of the encoded input bit stream, adjacent the even bits, are parsed to a second spatial stream; interleaving bits parsed to the first spatial stream over subcarriers using a first interleaving sequence to generate a first plurality of interleaved bits; and interleaving bits parsed to the second spatial stream over subcarriers using a second interleaving sequence distinct from the first interleaving sequence to generate a second plurality of interleaved bits; wherein the first and second interleaving sequences differ by a cyclic shift in the subcarriers used. receiving an encoded input bit stream from an encoder; parsing the encoded input bit stream to the plurality of spatial streams, wherein even bits of the encoded input bit stream are parsed to a first spatial stream and odd bits of the encoded input bit stream, adjacent the even bits, are parsed to a second spatial stream; interleaving bits parsed to the first spatial stream over subcarriers using a first interleaving sequence to generate a first plurality of interleaved bits; and interleaving bits parsed to the second spatial stream over subcarriers using a second interleaving sequence distinct from the first interleaving sequence to generate a second plurality of interleaved bits; wherein the first and second interleaving sequences differ by a cyclic shift in the subcarriers used.
A turbine rotor for use in a turbomachine, the turbine rotor having a plurality of radially extending blades, each blade having an aerofoil , a platform located radially inwardly of the aerofoil and having a retaining recess formed therein, and a stem located radially inwardly of the platform, and having at least one vibration damper mounted thereon; the vibration damper having a seal-region comprising a pair of sealing surfaces configured for engagement with respective contact surfaces provided on adjacent blade platforms , and having a mass-region configured to extend radially inwardly from the seal-region and to terminate at a position located radially between adjacent blade stems , characterised in that said seal-region is shaped such that a first one of said pair of sealing surfaces lies in a radial plane relative to the rotor , for engagement with a radial contact surface on one of the adjacent blade platforms , and wherein said seal-region has a retaining projection configured for loose engagement within a corresponding retaining recess formed in one of the adjacent blade platforms , for retention within said recess when centrifugal forces acting on the vibration damper are insufficient to urge the sealing surfaces into engagement with the contact surfaces , wherein the retaining projection is located radially outward of the mass region .