mhurhangee/patent-ind-claim-en huggingface dataset:
A bicycle comprising: a front frame ; a rear frame operably associated with the front frame ; and a suspension system operably coupled to the front frame and to the rear frame and comprising a shock assembly , characterized in that the suspension system causes at least a portion of the rear frame to travel in a first direction and in a second direction opposite the first direction during a compression of the shock assembly, wherein the portion of the rear frame is configured to travel along a linear path. a front frame ; a rear frame operably associated with the front frame ; and a suspension system operably coupled to the front frame and to the rear frame and comprising a shock assembly , characterized in that the suspension system causes at least a portion of the rear frame to travel in a first direction and in a second direction opposite the first direction during a compression of the shock assembly, wherein the portion of the rear frame is configured to travel along a linear path.
Backlit ornamental element for a vehicle, in particular for a motor vehicle, with a visible side and comprising a layered structure which is formed at least by a decorative element ; a light guide arranged on the rear side of the decorative element with local design structures for locally influencing the light transport from a light source to the visible side of the ornamental element ; and a mirror layer with a region arranged on the rear side of the light guide in order to reflect incoming light from the light guide towards the visible side and thereby create a depth effect for an observer, wherein at least some of the local design structures are arranged in the interior of the light guide , characterized in that the local design structures arranged in the interior of the light guide are provided by local material changes which are produced by means of a laser. a decorative element ; a light guide arranged on the rear side of the decorative element with local design structures for locally influencing the light transport from a light source to the visible side of the ornamental element ; and a mirror layer with a region arranged on the rear side of the light guide in order to reflect incoming light from the light guide towards the visible side and thereby create a depth effect for an observer, wherein at least some of the local design structures are arranged in the interior of the light guide , characterized in that the local design structures arranged in the interior of the light guide are provided by local material changes which are produced by means of a laser.
A method , performed in a Policy and Charging Rules Function, PCRF, for managing subscription to policy counters maintained at an Online Charging System, OCS, wherein the PCRF is operable to communicate with the OCS over an Sy reference point, the method characterised by : receiving a Multiple Users subscription trigger from a network operator, the Multiple Users subscription trigger identifying a reference network policy and a subject network policy ; and sending a Spending Limit Request, SLR, command to the OCS, the SLR command specifying an identifier of a subject policy counter for the subject network policy and specifying application of the SLR command with respect to the subject policy counter to all ongoing Sy sessions between the PCRF and the OCS which already include a subscription to a policy counter for the reference network policy . receiving a Multiple Users subscription trigger from a network operator, the Multiple Users subscription trigger identifying a reference network policy and a subject network policy ; and sending a Spending Limit Request, SLR, command to the OCS, the SLR command specifying an identifier of a subject policy counter for the subject network policy and specifying application of the SLR command with respect to the subject policy counter to all ongoing Sy sessions between the PCRF and the OCS which already include a subscription to a policy counter for the reference network policy .
A device for fastening a robot driver in a motor vehicle, said device being fixable by means of a safety belt on a vehicle seat , comprising - a base element placeable on a vehicle seat surface , wherein said base element is configured such that a driving robot can be fastened thereto, and - at least one actuator in contact with said base element for tensioning said safety belt , characterized in that said actuator has an extendable contact portion which can be brought into contact with the locked safety belt , wherein said extendable contact portion of said actuator can be moved away from said base element for tensioning the locked safety belt . - a base element placeable on a vehicle seat surface , wherein said base element is configured such that a driving robot can be fastened thereto, and - at least one actuator in contact with said base element for tensioning said safety belt , characterized in that said actuator has an extendable contact portion which can be brought into contact with the locked safety belt , wherein said extendable contact portion of said actuator can be moved away from said base element for tensioning the locked safety belt .
Quick connector coupling comprising a collar port and a connector to be coupled thereto, wherein the collar port has a cylindrical inner passage and an outwardly projecting collar around an opening of the inner passage, and wherein the connector comprises a complementary cylindrical tube portion to be received in the inner passage of the collar port, an abutment surface formed by a flange on the tube portion for abutment on the collar of the collar port when the connector is in a mounted state with the tube portion received in the inner passage, and a sealing ring received in a groove on the outer circumference of the tube portion for sealing the tube portion in the inner passage of the collar port, the quick connector coupling further comprising a locking clip for engaging the collar and an engagement surface of the connector to lock the connector against axial movement on the collar port, wherein the flange is provided with two circumferentially opposite extensions extending along the tube portion past and beyond the collar when the connector is in its mounted state, which extensions carry a terminal ring disposed parallel and at a distance to the flange such that a surface of the terminal ring facing the flange forms the engagement surface of the connector at a distance to the collar when the connector is in the mounted state, wherein the locking clip is arranged to be disposed between the engagement surface of the terminal ring and the collar to engage the engagement surface and the collar when the connector is in the mounted state such that the locking clip locks the connector on the collar port against axial movement away from it, and wherein the sealing ring groove is axially disposed on the tube portion such that it is closer to the flange than the engagement surface when the connector is in its mounted state.
An enclosure for a computer system having electronic components, the enclosure comprising: a seamless housing separate from the electronic components and having a cylindrical shape that includes a first circular opening at a first end and a second circular opening axially disposed from the first circular opening at a second end opposite the first end, the cylindrically shaped housing further comprising a longitudinal axis and a circular cross section, the circular cross section having (i) a centre point at a position on the longitudinal axis and (ii) a radius having a constant length and that originates at the centre point and is perpendicular to the longitudinal axis, and wherein the cylindrically shaped housing encloses an internal volume that is symmetric about the longitudinal axis, the housing being formed of material that is both electrically and thermally conductive, and characterised by the second circular opening being at least partially defined by an exhaust lip arranged to engage with and remove heat from a portion of the air flowing out of the second opening , wherein the housing has a varying thickness value that decreases gradually from a first thickness value (t1) near the exhaust lip to a second thickness value (t2). a seamless housing separate from the electronic components and having a cylindrical shape that includes a first circular opening at a first end and a second circular opening axially disposed from the first circular opening at a second end opposite the first end, the cylindrically shaped housing further comprising a longitudinal axis and a circular cross section, the circular cross section having (i) a centre point at a position on the longitudinal axis and (ii) a radius having a constant length and that originates at the centre point and is perpendicular to the longitudinal axis, and (i) a centre point at a position on the longitudinal axis and (ii) a radius having a constant length and that originates at the centre point and is perpendicular to the longitudinal axis, and wherein the cylindrically shaped housing encloses an internal volume that is symmetric about the longitudinal axis, the housing being formed of material that is both electrically and thermally conductive, and characterised by the second circular opening being at least partially defined by an exhaust lip arranged to engage with and remove heat from a portion of the air flowing out of the second opening , wherein the housing has a varying thickness value that decreases gradually from a first thickness value (t1) near the exhaust lip to a second thickness value (t2).
Pharmaceutical combination comprising (a) Gly(A21)-Arg(B31)-Arg(B32)-human insulin or/and a pharmacologically tolerable salt thereof in a concentration of 40 to 500 U/ml, and (b) desPro 36 exendin-4(1-39)-Lys 6 -NH 2 or/and a pharmacologically tolerable salt thereof in a concentration of 10 to 300 μg/ml.
An apparatus that is configured to utilize plasma confinement for laser gain-amplification, said apparatus comprising: a plasma confinement device configured to generate a plasma pinch of a laser gain medium comprising at least one gas; and a laser configured to transmit coherent light through the plasma pinch to amplify the coherent light utilizing the laser gain medium compressed within the plasma pinch , wherein the plasma confinement device comprises: an outer electrode in a form of a hollow cylinder; an inner electrode within an interior of the outer electrode ; and a power source electrically coupled to the outer electrode and the inner electrode that is configured to generate an electric arc between the outer electrode and the inner electrode through the laser gain medium ; wherein the electric arc travels along an interior surface of the outer electrode towards an end of the outer electrode to generate the plasma pinch . a plasma confinement device configured to generate a plasma pinch of a laser gain medium comprising at least one gas; and a laser configured to transmit coherent light through the plasma pinch to amplify the coherent light utilizing the laser gain medium compressed within the plasma pinch , an outer electrode in a form of a hollow cylinder; an inner electrode within an interior of the outer electrode ; and a power source electrically coupled to the outer electrode and the inner electrode that is configured to generate an electric arc between the outer electrode and the inner electrode through the laser gain medium ; wherein the electric arc travels along an interior surface of the outer electrode towards an end of the outer electrode to generate the plasma pinch .
A base stock composition obtainable by radical coupling using a peroxide catalyst of a feedstock having a viscosity index of 50 to 120, a kinematic viscosity at 100°C of 12 cSt or less, and at least one of a sulfur content greater than 0.03 wt% and an aromatics content greater than 10 wt% to form a coupled effluent, followed by fractionating at least a portion of said coupled effluent; said base stock composition having a number average molecular weight (M n ) of 600 g/mol to 3000 g/mol, a weight average molecular weight (M w ) of 900 g/mol to 10000 g/mol, a polydispersity (M w / M n ) of at least 1.4, a pour point of 0°C or less, a kinematic viscosity at 100°C of at least 35 cSt, a kinematic viscosity at 40°C of at least 600 cSt, and a viscosity index of 50 to 150.
A method for a first managed forwarding element that implements a logical network, the method comprising: receiving a packet from a first machine operating on a same physical host machine as the first managed forwarding element ; performing (i) layer 2, 'L2', processing for a first logical switch , to which the first machine logically couples, to logically forward the packet to a logical router , (ii) layer 3, 'L3', processing for the logical router to logically forward the packet to a second logical switch to which a second machine associated with a destination address of the packet logically couples, and (iii) L2 processing for the second logical switch ; and based on the L2 processing for the second logical switch , forwarding the packet to a second managed forwarding element operating on a same physical host machine as the second machine . receiving a packet from a first machine operating on a same physical host machine as the first managed forwarding element ; performing (i) layer 2, 'L2', processing for a first logical switch , to which the first machine logically couples, to logically forward the packet to a logical router , (ii) layer 3, 'L3', processing for the logical router to logically forward the packet to a second logical switch to which a second machine associated with a destination address of the packet logically couples, and (iii) L2 processing for the second logical switch ; and based on the L2 processing for the second logical switch , forwarding the packet to a second managed forwarding element operating on a same physical host machine as the second machine .
A method for use by a communication apparatus , the method comprising: executing communication (S31) between a user equipment and a communication network based on carrier aggregation in which a number of component carriers corresponding to a number of serving cells are aggregated and at least two physical uplink control channel, PUCCH, groups are configured, the communication being executed using a first group of the at least two PUCCH groups, the first group comprising a first cell of the number of serving cells, which is a primary serving cell, that carries a first PUCCH, and first serving cells of the number of serving cells, which use the first PUCCH, and a second group of the at least two PUCCH groups, the second group comprising a second cell of the number of serving cells, which is a secondary serving cell, that carries a second PUCCH, and second serving cells of the number of serving cells, which use the second PUCCH, characterised in that the method further comprises: in case a detection of a failure in the primary serving cell or receipt of an instruction to exchange the first and second groups occurs, continuing the communication (S33) by exchanging the first group by the second group wherein the secondary serving cell that carries the second PUCCH becomes a current primary serving cell and the primary serving cell that carries the first PUCCH becomes a current secondary serving cell, and only in case a radio link failure on both the primary serving cell and the secondary serving cell is detected, triggering a re-establishment procedure.
A resin infusion method comprising: a) heating a mixture of solid amine compounds until all amine compounds are melted; b) cooling the mixture of melted amine compounds to a temperature of 35 °C or lower, preferably, in the range of 20°C to 35°C to form an amine blend (A); c) combining the amine blend (A) with a thermosettable resin (B), which comprises one or more epoxy monomers, at a temperature effective for forming a liquid resin composition; and d) infusing a fibrous preform with the liquid resin composition, wherein the mixture of solid amine compounds at (a) comprises at least three amine compounds, at least one of which is an aromatic diamine having an individual melting point (T m1 ) and represented by Structure 1 or 2: and the other amine compounds are aromatic diamines having an original individual melting point (T m2 ), which is higher than T m1 . a) heating a mixture of solid amine compounds until all amine compounds are melted; b) cooling the mixture of melted amine compounds to a temperature of 35 °C or lower, preferably, in the range of 20°C to 35°C to form an amine blend (A); c) combining the amine blend (A) with a thermosettable resin (B), which comprises one or more epoxy monomers, at a temperature effective for forming a liquid resin composition; and d) infusing a fibrous preform with the liquid resin composition,
A washing machine comprising: a tub storing water; a drum rotatably provided in the tub , and accommodating laundry; and a detergent supply device supplying a liquid additive to the tub , wherein the detergent supply device comprises: a cartridge containing the additive; a check valve assembly for controlling extracting of the additive, and a check valve housing forming a space in which the extracted additive is temporarily stored; a pump for extracting the additive by changing a pressure in the space formed in the check valve assembly ; and an outlet passage through which the temporarily stored additive is discharged, wherein the check valve assembly comprises: a first outlet opening communicating with the cartridge and formed in the check valve housing ; a second outlet opening communicating with the outlet passage and formed in the check valve housing ; a first check valve for opening and closing the first outlet opening ; and a second check valve for opening and closing the second outlet opening , wherein the first and second check valves are opened in the same direction. a tub storing water; a drum rotatably provided in the tub , and accommodating laundry; and a detergent supply device supplying a liquid additive to the tub , a cartridge containing the additive; a check valve assembly for controlling extracting of the additive, and a check valve housing forming a space in which the extracted additive is temporarily stored; a pump for extracting the additive by changing a pressure in the space formed in the check valve assembly ; and an outlet passage through which the temporarily stored additive is discharged, a first outlet opening communicating with the cartridge and formed in the check valve housing ; a second outlet opening communicating with the outlet passage and formed in the check valve housing ; a first check valve for opening and closing the first outlet opening ; and a second check valve for opening and closing the second outlet opening ,
A method for altering a spot size of a high energy beam in an additive manufacturing apparatus for forming a three-dimensional article through successive fusion of parts of at least one layer of powder provided on a work table, which parts correspond to successive cross sections of the three-dimensional article, the method comprising the step of: varying a Full Width Half Maximum, FWHM, of the high energy beam as a function of an already fused thickness of the three-dimensional article below the layer of powder which is to be fused, wherein the FWHM of the high energy beam is decreased for a decreased already fused thickness of the three-dimensional article for counteracting an undesired widening of a melt pool when fusing the powder, wherein the function is a linear function or a polynomial function. varying a Full Width Half Maximum, FWHM, of the high energy beam as a function of an already fused thickness of the three-dimensional article below the layer of powder which is to be fused, wherein the FWHM of the high energy beam is decreased for a decreased already fused thickness of the three-dimensional article for counteracting an undesired widening of a melt pool when fusing the powder, wherein the function is a linear function or a polynomial function.
A method, comprising: receiving , by a computing device, static web page data of a web page; responsive to receiving the static web page data, parsing , by the computing device , the static web page data to identify a plurality of links comprising a first link and a second link in the static web page data, wherein the first link and the second link correspond to respective first and second computing environments corresponding to an operating system of the computing device; selecting , by the computing device , the first or second link of the plurality of links, wherein the computing device selects the first or the second link from the plurality of links to be displayed based on the computing environment of the computing device, wherein the computing environment of the computing device corresponds to the operating system on the computing device; rendering , by the computing device , the web page with i) the first link of the plurality of links if the computing device is operated using the corresponding first computing environment and ii) the second link of the plurality of links if the computing device is operated using the corresponding second computing environment; and outputting , for display, the rendered web page. receiving , by a computing device, static web page data of a web page; responsive to receiving the static web page data, parsing , by the computing device , the static web page data to identify a plurality of links comprising a first link and a second link in the static web page data, wherein the first link and the second link correspond to respective first and second computing environments corresponding to an operating system of the computing device; selecting , by the computing device , the first or second link of the plurality of links, wherein the computing device selects the first or the second link from the plurality of links to be displayed based on the computing environment of the computing device, wherein the computing environment of the computing device corresponds to the operating system on the computing device; rendering , by the computing device , the web page with i) the first link of the plurality of links if the computing device is operated using the corresponding first computing environment and ii) the second link of the plurality of links if the computing device is operated using the corresponding second computing environment; and outputting , for display, the rendered web page.
A method comprising: identifying, by an edge device implemented in circuitry, a telemetry packet indicating telemetry data for a plurality of packets output by a network device of a plurality of network devices, wherein the edge device and the plurality of network devices are located in an enterprise network ; selecting, by the edge device, a source identifier for the network device from a plurality of source identifiers; modifying, by the edge device, the telemetry packet to further indicate the selected source identifier; and outputting, by the edge device, the modified telemetry packet . identifying, by an edge device implemented in circuitry, a telemetry packet indicating telemetry data for a plurality of packets output by a network device of a plurality of network devices, wherein the edge device and the plurality of network devices are located in an enterprise network ; selecting, by the edge device, a source identifier for the network device from a plurality of source identifiers; modifying, by the edge device, the telemetry packet to further indicate the selected source identifier; and outputting, by the edge device, the modified telemetry packet .