mhurhangee/patent-ind-claim-en huggingface dataset:
A method to automatically select an optimal PCI value to be configured at a cell belonging to a network of cells, using a radio environment map, wherein the geographic area over which the cells are deployed is split into a set of Level 1-Radio Blocks, wherein the size of a Level 1-Radio Block is based on the average transmission power of cells deployed, wherein a pool of PCIs is pre-allocated for each Level 1-Radio Block, wherein said cell is associated with a specific Level 1-Radio Block based on its geographical location and its radio coverage footprint, composed of one the following two operations: i. for each PCI in the pool of PCIs of the Level 1-Radio Block associated with said cell, computation of a handicap value, incremented for each constraint that is not satisfied between this PCI and the PCI configured at a neighbor cell, and addition of this handicap value to the "totalPCIHandicap" value associated with this PCI, followed by the selection of the PCI whose associated "totalPCIHandicap" value is the smallest, or, ii. for each PCI in the pool of PCIs of the Level 1-Radio Block associated with said cell, addition of the PCI to a "PCI candidates" list each time all the constraints between this PCI and the PCI configured at a neighbor cell are satisfied, followed by the selection of the PCI that appears the most frequently within this "PCI candidates" list. i. for each PCI in the pool of PCIs of the Level 1-Radio Block associated with said cell, computation of a handicap value, incremented for each constraint that is not satisfied between this PCI and the PCI configured at a neighbor cell, and addition of this handicap value to the "totalPCIHandicap" value associated with this PCI, followed by the selection of the PCI whose associated "totalPCIHandicap" value is the smallest, or, ii. for each PCI in the pool of PCIs of the Level 1-Radio Block associated with said cell, addition of the PCI to a "PCI candidates" list each time all the constraints between this PCI and the PCI configured at a neighbor cell are satisfied, followed by the selection of the PCI that appears the most frequently within this "PCI candidates" list.
Motor vehicle forecarriage comprising - a forecarriage frame , - a pair of front wheels (10', 10") kinematically connected to the forecarriage frame by means of an articulated quadrilateral , - said articulated quadrilateral comprising a pair of cross members (24', 24"), hinged to the forecarriage frame in correspondence of middle hinges , - said cross members (24', 24") being connected together, in correspondence of opposite transverse ends , by means of uprights (48', 48") pivoted to said transverse ends in correspondence of side hinges , - the cross members (24', 24") and the uprights (48', 48") defining said articulated quadrilateral , wherein - each of the uprights (48', 48") guides and supports a stub axle of a front wheel (10', 10"), each upright (48', 48") extending from an upper end to a lower end , - wherein each stub axle is mechanically connected to a rotation pin of the respective front wheel (10', 10") so as to rotatably support the front wheel (10', 10") around a rotation axis (R-R), and wherein each rotation pin of the respective front wheel (10', 10") is comprised between the upper end and the lower end of the corresponding upright (48', 48") of the articulated quadrilateral , wherein between each stub axle and the respective upright are arranged suspension means of the respective front wheel (10', 10"), characterised in that each of said uprights (48', 48") is hollow so as to house internally, at least partially, said suspension means of the respective front wheel (10', 10"). - a forecarriage frame , - a pair of front wheels (10', 10") kinematically connected to the forecarriage frame by means of an articulated quadrilateral , - said articulated quadrilateral comprising a pair of cross members (24', 24"), hinged to the forecarriage frame in correspondence of middle hinges , - said cross members (24', 24") being connected together, in correspondence of opposite transverse ends , by means of uprights (48', 48") pivoted to said transverse ends in correspondence of side hinges , - the cross members (24', 24") and the uprights (48', 48") defining said articulated quadrilateral , wherein - each of the uprights (48', 48") guides and supports a stub axle of a front wheel (10', 10"), each upright (48', 48") extending from an upper end to a lower end , - wherein each stub axle is mechanically connected to a rotation pin of the respective front wheel (10', 10") so as to rotatably support the front wheel (10', 10") around a rotation axis (R-R), and wherein each rotation pin of the respective front wheel (10', 10") is comprised between the upper end and the lower end of the corresponding upright (48', 48") of the articulated quadrilateral , wherein between each stub axle and the respective upright are arranged suspension means of the respective front wheel (10', 10"), characterised in that each of said uprights (48', 48") is hollow so as to house internally, at least partially, said suspension means of the respective front wheel (10', 10").
An oral care composition, comprising: an orally acceptable vehicle comprising pectin in an amount of from about 0.1% to about 1% by weight, an anticaries agent; and a moisturizing agent, wherein the moisturizing agent comprises coconut oil, wherein the coconut oil is present in an amount greater than about 0.01% to less than about 5% by weight, and wherein the composition is a toothpaste or gel. an orally acceptable vehicle comprising pectin in an amount of from about 0.1% to about 1% by weight, an anticaries agent; and a moisturizing agent, wherein the moisturizing agent comprises coconut oil, wherein the coconut oil is present in an amount greater than about 0.01% to less than about 5% by weight, and wherein the composition is a toothpaste or gel.
A dental implant comprising: a cylindrical body section ; a tapered body section coupled to the cylindrical body section; a helical thread on the exterior surfaces of the cylindrical body section and the tapered body section, the helical thread defining a path , the helical thread having a first section, which is a cylindrical section , extending from the exterior surface of the cylindrical body section , and a second section, including an upper thread section and a lower tapered thread section , each extending from the exterior surface of the tapered body section ; and a plurality of self-tapping cutting teeth along the second section of the helical thread, including an uppermost cutting tooth formed on the helical thread where the first section on the cylindrical body section transitions into the second section on the tapered body section, wherein the cylindrical section , the upper thread section and the lower tapered thread section each have a major diameter that is the exterior surface of the thread and a minor diameter that is the location where the thread joins the cylindrical body section or the tapered body section,; characterized in that the major diameter of the cylindrical section of the helical thread and the major diameter of the upper thread section of the helical thread is constant. a cylindrical body section ; a tapered body section coupled to the cylindrical body section; a helical thread on the exterior surfaces of the cylindrical body section and the tapered body section, the helical thread defining a path , the helical thread having a first section, which is a cylindrical section , extending from the exterior surface of the cylindrical body section , and a second section, including an upper thread section and a lower tapered thread section , each extending from the exterior surface of the tapered body section ; and a plurality of self-tapping cutting teeth along the second section of the helical thread, including an uppermost cutting tooth formed on the helical thread where the first section on the cylindrical body section transitions into the second section on the tapered body section, wherein the cylindrical section , the upper thread section and the lower tapered thread section each have a major diameter that is the exterior surface of the thread and a minor diameter that is the location where the thread joins the cylindrical body section or the tapered body section,; characterized in that the major diameter of the cylindrical section of the helical thread and the major diameter of the upper thread section of the helical thread is constant.
A blister component for a blister package, comprising: a multilayer thermoplastic film comprising: i. two exterior layers comprising a cyclic olefin copolymer (COC); and ii. a central core layer comprising a high density polyethylene (HDPE). i. two exterior layers comprising a cyclic olefin copolymer (COC); and ii. a central core layer comprising a high density polyethylene (HDPE).
A computer-implemented data stream processing method comprising: generating a directed graph in which processes in a stream processing infrastructure are represented by nodes and data input/output relationships between the nodes are represented by edges; calculating a degree of each of the nodes based on a weight of each of the edges, the degree referring to a numerical value relating to the data transmission/reception relationships in which the node is involved; deploying, based on the calculated degree of each of the nodes, the processes represented by the nodes at stages of a pipeline in the stream processing infrastructure ; observing data communication amounts between the processes in the stream processing infrastructure ; and determining, based on the observed data communication amounts between the processes, an outgoing direction weight of each of the edges and an incoming direction weight of each of the edges, wherein the weight of each of the edges includes the outgoing direction weight and the incoming direction weight, the deploying includes deploying a first process of the processes at a first stage of the pipeline and a second process of the processes at a second stage of the pipeline, the degree of the second process is less than the degree of the first process, and the second stage is an upstream stage more than the first stage. generating a directed graph in which processes in a stream processing infrastructure are represented by nodes and data input/output relationships between the nodes are represented by edges; calculating a degree of each of the nodes based on a weight of each of the edges, the degree referring to a numerical value relating to the data transmission/reception relationships in which the node is involved; deploying, based on the calculated degree of each of the nodes, the processes represented by the nodes at stages of a pipeline in the stream processing infrastructure ; observing data communication amounts between the processes in the stream processing infrastructure ; and determining, based on the observed data communication amounts between the processes, an outgoing direction weight of each of the edges and an incoming direction weight of each of the edges, wherein the weight of each of the edges includes the outgoing direction weight and the incoming direction weight, the deploying includes deploying a first process of the processes at a first stage of the pipeline and a second process of the processes at a second stage of the pipeline, the degree of the second process is less than the degree of the first process, and the second stage is an upstream stage more than the first stage.
Hollow rod composite anchor for stabilizing rock strata in mining, tunnel construction, civil engineering and rock construction, at least comprising an anchor base comprising one or more outlet channels , a hollow rod arranged behind the anchor base and including a static mixing device and an adhesive cartridge comprising a squeezing plunger , characterized in that the adhesive cartridge is disposed via a cylindrical sealing device comprising at least one bursting surface at the static mixing device , wherein the outer diameter of the sealing device essentially corresponds to the inner diameter of the hollow rod and the bursting surface is greater than or equal to 15% and less than or equal to 90% of the cylindrical cross section of the sealing device , wherein the ratio of the bursting surface to the area of the hollow rod wall cross-section, expressed as the bursting surface divided by the wall area of the hollow rod cross-section, is greater than or equal to 0,1 and less than or equal to 25.
A metal nitride film for a thermistor, characterized in that the metal nitride film consists of a metal nitride represented by the general formula: Ti x Al y N z (where 0.70 ≤ y/(x+y) ≤ 0.95, 0.4 ≤ z ≤ 0.5, and x+y+z = 1), wherein the crystal structure thereof is a hexagonal wurtzite-type single phase, and the peak ratio of the diffraction peak intensity of a-axis orientation relative to the diffraction peak intensity of c-axis orientation (i.e., the diffraction peak intensity of a-axis orientation /the diffraction peak intensity of c-axis orientation ) is 0.1 or lower in X-ray diffraction.
Transporting arrangement having: • a multi-level transporting path , which has a first transporting plane and a second transporting plane , which is arranged above the first; • a feed conveyor for feeding a container in the direction of the multi-level transporting path ; • a distribution conveyor between the feed conveyor and the multi-level transporting path , wherein the distribution conveyor is mounted on the multi-level transporting path such that it can be pivoted between the first transporting level and the second transporting level , for the purpose of distributing the container to the first transporting level or the second transporting level ; • a sensor arrangement , which is designed to detect at least one physical property of the container; • a pivoting-control device , which is designed to pivot the distribution conveyor between the first transporting level and the second transporting level when the at least one property meets a predetermined criterion; • wherein the pivoting-control device has a movement-gear mechanism , which is designed to convert a rotary movement into a translatory movement, which causes the distribution conveyor to pivot; characterized in that : • the movement-gear mechanism has an eccentric; or • the movement-gear mechanism has a spindle and/or a toggle-lever mechanism. • a multi-level transporting path , which has a first transporting plane and a second transporting plane , which is arranged above the first; • a feed conveyor for feeding a container in the direction of the multi-level transporting path ; • a distribution conveyor between the feed conveyor and the multi-level transporting path , wherein the distribution conveyor is mounted on the multi-level transporting path such that it can be pivoted between the first transporting level and the second transporting level , for the purpose of distributing the container to the first transporting level or the second transporting level ; • a sensor arrangement , which is designed to detect at least one physical property of the container; • a pivoting-control device , which is designed to pivot the distribution conveyor between the first transporting level and the second transporting level when the at least one property meets a predetermined criterion; • wherein the pivoting-control device has a movement-gear mechanism , which is designed to convert a rotary movement into a translatory movement, which causes the distribution conveyor to pivot; • the movement-gear mechanism has an eccentric; or • the movement-gear mechanism has a spindle and/or a toggle-lever mechanism.
An armrest for a chair, comprising: a first member having a body comprising one or more recesses , each of the one or more recesses configured to securely retain a corresponding magnet ; and a second member releasably attached to the first member , the second member comprising: a bottom housing defining a cavity , the cavity configured to receive the first member ; one or more magnetizable plate members disposed in the cavity , the one or more magnetizable plate members being adjacent the one or more magnets when the first member is received in the cavity ; characterized in that the second member further comprises: a rim member disposed on a periphery of the bottom housing ; and a cushion member disposed on the rim member and configured to abut at least a surface of the bottom housing forming the cavity to snugly fit over the bottom housing . a first member having a body comprising one or more recesses , each of the one or more recesses configured to securely retain a corresponding magnet ; and a second member releasably attached to the first member , the second member comprising: a bottom housing defining a cavity , the cavity configured to receive the first member ; one or more magnetizable plate members disposed in the cavity , the one or more magnetizable plate members being adjacent the one or more magnets when the first member is received in the cavity ; a bottom housing defining a cavity , the cavity configured to receive the first member ; one or more magnetizable plate members disposed in the cavity , the one or more magnetizable plate members being adjacent the one or more magnets when the first member is received in the cavity ; a rim member disposed on a periphery of the bottom housing ; and a cushion member disposed on the rim member and configured to abut at least a surface of the bottom housing forming the cavity to snugly fit over the bottom housing .
A cellular base station in a fifth-generation, 5G, wireless network, the cellular base station comprising circuitry configured to: multiplex a 5G Physical Downlink Control Channel, xPDCCH, and a 5G Physical Downlink Shared Channel, xPDSCH, using a Transmission Time Interval, TTI, format defined by a symmetric uplink and downlink, UL/DL, design that partitions the xPDCCH and the xPDSCH within the TTI , wherein the symmetric UL/DL design defines a unified waveform that applies to both wireless downlink transmissions sent from the cellular base station and uplink transmissions received at the cellular base station; send wireless downlink transmissions that conform to the symmetric UL/DL design via a radio link; and receive wireless uplink transmissions that conform to the symmetric UL/DL design via the radio link, wherein the unified waveform has a same multiple access type that applies to both the wireless downlink transmission sent from the cellular base station and the uplink transmissions received at the cellular base station. multiplex a 5G Physical Downlink Control Channel, xPDCCH, and a 5G Physical Downlink Shared Channel, xPDSCH, using a Transmission Time Interval, TTI, format defined by a symmetric uplink and downlink, UL/DL, design that partitions the xPDCCH and the xPDSCH within the TTI , wherein the symmetric UL/DL design defines a unified waveform that applies to both wireless downlink transmissions sent from the cellular base station and uplink transmissions received at the cellular base station; send wireless downlink transmissions that conform to the symmetric UL/DL design via a radio link; and receive wireless uplink transmissions that conform to the symmetric UL/DL design via the radio link, wherein the unified waveform has a same multiple access type that applies to both the wireless downlink transmission sent from the cellular base station and the uplink transmissions received at the cellular base station.
An apparatus for personalising security or identification objects, in short SI objects with at least a first laser processing station , wherein the laser processing station comprises: - a laser unit adapted to personalise an SI article located in a laser processing region by laser irradiation, - a turntable having a first receiving region for receiving a first SI object and having a second receiving region for receiving a second SI object ; wherein - the turntable is rotatably supported relative to the laser unit about an axis of rotation (D) so that it can be rotated from a first rotational position to a second rotational position; wherein - in the first rotational position of the turntable , the first SI object disposed in the first receiving region is at least partially located in the laser processing region ; and wherein - in the second rotational position of the turntable , the second SI object disposed in the second receiving region is at least partially located in the laser processing region , characterized in that the apparatus further comprises: - a laser irradiation preparation unit for preparing laser irradiation, wherein the laser irradiation preparation unit is arranged to detect a position of the second SI object received in the second receiving region in the first rotational position of the turntable and to transmit information about the detected position to the laser unit ; and wherein - the laser unit is arranged to use the transmitted information as an input quantity in a subsequent laser irradiation of the second SI object . - a laser unit adapted to personalise an SI article located in a laser processing region by laser irradiation, - a turntable having a first receiving region for receiving a first SI object and having a second receiving region for receiving a second SI object ; wherein - the turntable is rotatably supported relative to the laser unit about an axis of rotation (D) so that it can be rotated from a first rotational position to a second rotational position; wherein - in the first rotational position of the turntable , the first SI object disposed in the first receiving region is at least partially located in the laser processing region ; and wherein - in the second rotational position of the turntable , the second SI object disposed in the second receiving region is at least partially located in the laser processing region , characterized in that the apparatus further comprises: - a laser irradiation preparation unit for preparing laser irradiation, - the laser unit is arranged to use the transmitted information as an input quantity in a subsequent laser irradiation of the second SI object .