mhurhangee/patent-ind-claim-en huggingface dataset:
A spout unit for dispensing beverage in a beverage container , comprising: a spout comprising a mouthpiece having a dispensing orifice , and a neck extending downwardly from the mouthpiece , and a reinforcement unit overmolded with the spout , wherein the reinforcement unit comprises: a main body having a top wall and a receiving chamber , a linking portion (523; 524) extending from the main body to protrude beyond the top wall of the main body for engaging the spout , the linking portion (523; 524) having a bore which extends through the linking portion (523; 524) and is in fluid communication with the dispensing orifice of the spout , and means for reinforcing structurally interlocking of the reinforcement unit with the spout characterized in that the means for reinforcing includes one or more shut off holes adapted to receive flow of material from the spout in the overmolding process, wherein the flow of material forms one or more ridges on an outer side surface of the neck of the spout , and the shut off holes are distributed circumferentially on the top wall . a spout comprising a mouthpiece having a dispensing orifice , and a neck extending downwardly from the mouthpiece , and a reinforcement unit overmolded with the spout , wherein the reinforcement unit comprises: a main body having a top wall and a receiving chamber , a linking portion (523; 524) extending from the main body to protrude beyond the top wall of the main body for engaging the spout , the linking portion (523; 524) having a bore which extends through the linking portion (523; 524) and is in fluid communication with the dispensing orifice of the spout , and means for reinforcing structurally interlocking of the reinforcement unit with the spout a main body having a top wall and a receiving chamber , a linking portion (523; 524) extending from the main body to protrude beyond the top wall of the main body for engaging the spout , the linking portion (523; 524) having a bore which extends through the linking portion (523; 524) and is in fluid communication with the dispensing orifice of the spout , and means for reinforcing structurally interlocking of the reinforcement unit with the spout
A top drive system comprising: a drive unit comprising: a drive stem ; a plurality of sliding coupling members disposed on an exterior of the drive stem; a retainer to retain the plurality of sliding coupling members on the drive stem; and a torque profile on the drive stem; and a tool adapter comprising: a tool stem having a tool stem sleeve , wherein the drive stem extends through an interior of the tool stem sleeve; a plurality of coupling recesses on an interior of the tool stem sleeve and engagable with the sliding coupling members to support axial load; and a sleeve torque profile engaging with the torque profile. a drive unit comprising: a drive stem ; a plurality of sliding coupling members disposed on an exterior of the drive stem; a retainer to retain the plurality of sliding coupling members on the drive stem; and a torque profile on the drive stem; and a drive stem ; a plurality of sliding coupling members disposed on an exterior of the drive stem; a retainer to retain the plurality of sliding coupling members on the drive stem; and a torque profile on the drive stem; and a tool adapter comprising: a tool stem having a tool stem sleeve , wherein the drive stem extends through an interior of the tool stem sleeve; a plurality of coupling recesses on an interior of the tool stem sleeve and engagable with the sliding coupling members to support axial load; and a sleeve torque profile engaging with the torque profile. a tool stem having a tool stem sleeve , wherein the drive stem extends through an interior of the tool stem sleeve; a plurality of coupling recesses on an interior of the tool stem sleeve and engagable with the sliding coupling members to support axial load; and a sleeve torque profile engaging with the torque profile.
A composition for use in the treatment of a subject suffering from a neuroinflammatory disease wherein the composition is effective to provide lower risk of side effects and/or a beneficial pharmacokinetic profile and wherein the composition comprises a therapeutically effective amount of a compound selected from the following: or a pharmaceutically acceptable salt thereof, in which treatment the compound is administered to the subject at a dose of 0.1 to 0.5mg/kg twice daily or less.
A method of imaging a heterogeneous object having a first portion and a second portion, the first portion having the property of attenuating x-rays more than the second portion, the method comprising: positioning the heterogeneous object within a fixture having a chamber ; adding an inert gas to the chamber , the inert gas comprising at least one of argon, xenon, and krypton; sealing the chamber to substantially contain the gas within the chamber ; increasing the pressure within the sealed chamber as a function of the density of the second portion of the object, the density of the gas increasing with the increased pressure within the sealed chamber ; penetrating x-rays through the object to produce a plurality of images of the object , the pressurized gas contrasting with the second portion of the object in at least some of the plurality of images to form a contrasting boundary, said boundary having topological details at least of the second portion of the object; generating a three-dimensional representation of the object using the contrast produced by the pressurized gas in the plurality of images, the three-dimensional representation of the object showing the topological details of the object; and measuring at least one of the topological object details of the contrasting boundary using the three-dimensional representation of the object . positioning the heterogeneous object within a fixture having a chamber ; adding an inert gas to the chamber , the inert gas comprising at least one of argon, xenon, and krypton; sealing the chamber to substantially contain the gas within the chamber ; increasing the pressure within the sealed chamber as a function of the density of the second portion of the object, the density of the gas increasing with the increased pressure within the sealed chamber ; penetrating x-rays through the object to produce a plurality of images of the object , the pressurized gas contrasting with the second portion of the object in at least some of the plurality of images to form a contrasting boundary, said boundary having topological details at least of the second portion of the object; generating a three-dimensional representation of the object using the contrast produced by the pressurized gas in the plurality of images, the three-dimensional representation of the object showing the topological details of the object; and measuring at least one of the topological object details of the contrasting boundary using the three-dimensional representation of the object .
Method of service authorization and service charging in a communication network, comprising the steps: executing a real time service authorization for a requested service by - determining (S10) an upper estimate of a service charge for the requested service; - comparing (S12) the upper estimate with a balance value of an account used for charging the requested service; - authorizing (S14) the requested service when determining that the upper estimate of the service charge is within the balance value of the account; and, - calculating (S18) an accurate service charge for the requested service in a batch mode without real time requirements after the real time service authorization; characterized by wherein when determining that the real-time upper estimate of the service charge is not within the balance value of the account, terminating the real-time service authorization and switching to service authorization on the basis of an actual price calculation in real-time. executing a real time service authorization for a requested service by - determining (S10) an upper estimate of a service charge for the requested service; - comparing (S12) the upper estimate with a balance value of an account used for charging the requested service; - authorizing (S14) the requested service when determining that the upper estimate of the service charge is within the balance value of the account; and, - calculating (S18) an accurate service charge for the requested service in a batch mode without real time requirements after the real time service authorization; - determining (S10) an upper estimate of a service charge for the requested service; - comparing (S12) the upper estimate with a balance value of an account used for charging the requested service; - authorizing (S14) the requested service when determining that the upper estimate of the service charge is within the balance value of the account; and, - calculating (S18) an accurate service charge for the requested service in a batch mode without real time requirements after the real time service authorization; characterized by wherein when determining that the real-time upper estimate of the service charge is not within the balance value of the account, terminating the real-time service authorization and switching to service authorization on the basis of an actual price calculation in real-time.
A lubricating composition having a kinematic viscosity at 100°C of 3.6 to 4.8 cSt (mm 2 /s) comprising: (a) an oil of lubricating viscosity having a kinematic viscosity at 100°C of 2.8 to 3.6 cSt (mm 2 /s) and a viscosity index of 104 to 130; (b) 1.2 to 5.0 wt % of at least one borated dispersant, wherein at least one borated dispersant is further functionalised with a sulphur or phosphorus moiety; (c) a calcium sulphonate detergent, wherein the detergent is present in an amount to deliver at least 110 ppm to 700 ppm of calcium; (d) a at least two phosphorus-containing compounds, wherein the phosphorus-containing compounds are present in an amount to deliver 360 to 950 ppm of phosphorus to the lubricating composition, wherein at least 150 ppm of the phosphorus is delivered by a C 4-6 hydrocarbyl phosphite; and (e) 0.1 wt % to 5 wt % of a linear polymer viscosity modifier, comprising a poly(meth)acrylate, having dispersant functionality, wherein the linear polymer has a weight average molecular weight of 5,000 to 25,000. (a) an oil of lubricating viscosity having a kinematic viscosity at 100°C of 2.8 to 3.6 cSt (mm 2 /s) and a viscosity index of 104 to 130; (b) 1.2 to 5.0 wt % of at least one borated dispersant, wherein at least one borated dispersant is further functionalised with a sulphur or phosphorus moiety; (c) a calcium sulphonate detergent, wherein the detergent is present in an amount to deliver at least 110 ppm to 700 ppm of calcium; (d) a at least two phosphorus-containing compounds, wherein the phosphorus-containing compounds are present in an amount to deliver 360 to 950 ppm of phosphorus to the lubricating composition, wherein at least 150 ppm of the phosphorus is delivered by a C 4-6 hydrocarbyl phosphite; and (e) 0.1 wt % to 5 wt % of a linear polymer viscosity modifier, comprising a poly(meth)acrylate, having dispersant functionality, wherein the linear polymer has a weight average molecular weight of 5,000 to 25,000.
Method for producing a wire cable , in which, to form a core cable , core cable strands are wound around a heart strand , the core cable is compressed by hammering to smooth its surface , a plastics layer is then applied to the core cable and next strands are stranded on the core cable , characterized in that the core cable is precompressed before hammering and the wire cable is hammered after stranding the strands on the core cable .
A liquid delivery system comprising: a source of hydraulic fluid ; a hydraulic cylinder fluidically coupled to the source of hydraulic fluid and having a hydraulic piston movable between first and second limit positions; a hydraulic piston rod connected to the hydraulic piston and extending out of the hydraulic cylinder ; a sensor device located outside the hydraulic cylinder and configured to sense a position of the hydraulic piston rod and to generate a signal indicating the sensed position; a liquid cylinder comprising a liquid piston, operably driven by the rod , to pump a liquid along a flow path to a fluid applicator ; wherein the sensor is configured to detect a component operably coupled to the hydraulic piston , such that movement of the hydraulic piston causes a corresponding movement of the component; wherein the sensor device comprises a hall effect sensor ; characterised in that the component comprises a ferrous metal and the sensor device further comprises a magnet; wherein the component couples the hydraulic piston rod to the liquid piston. a source of hydraulic fluid ; a hydraulic cylinder fluidically coupled to the source of hydraulic fluid and having a hydraulic piston movable between first and second limit positions; a hydraulic piston rod connected to the hydraulic piston and extending out of the hydraulic cylinder ; a sensor device located outside the hydraulic cylinder and configured to sense a position of the hydraulic piston rod and to generate a signal indicating the sensed position; a liquid cylinder comprising a liquid piston, operably driven by the rod , to pump a liquid along a flow path to a fluid applicator ; wherein the sensor is configured to detect a component operably coupled to the hydraulic piston , such that movement of the hydraulic piston causes a corresponding movement of the component; wherein the sensor device comprises a hall effect sensor ; characterised in that the component comprises a ferrous metal and the sensor device further comprises a magnet; wherein the component couples the hydraulic piston rod to the liquid piston.
Headrest for a medical or dental-medical treatment chair with a backrest, wherein the headrest has: • a base part , which can be connected to the backrest of the treatment chair or is formed by the backrest, • an intermediate support and • a padding support , which is designed for receiving padding , wherein the intermediate support is connected at a first end region of the intermediate support pivotably about a first pivot axis (S1) to the base part , and wherein, at a second end region of the intermediate support opposite from the first end region, the padding support is connected pivotably about a second pivot axis (S2) to the intermediate support , wherein the headrest also has: • a first fixing device , which is designed to arrest a pivoting position of the intermediate support with respect to the base part according to choice, and • a second fixing device , which is designed to arrest a pivoting position of the padding support with respect to the intermediate support according to choice, wherein the two fixing devices extend substantially parallel to one another along the intermediate support from the first pivot axis (S1) to the second pivot axis (S2), and wherein the first and second fixing devices are variable in their length. • a base part , which can be connected to the backrest of the treatment chair or is formed by the backrest, • an intermediate support and • a padding support , which is designed for receiving padding , wherein the intermediate support is connected at a first end region of the intermediate support pivotably about a first pivot axis (S1) to the base part , and wherein, at a second end region of the intermediate support opposite from the first end region, the padding support is connected pivotably about a second pivot axis (S2) to the intermediate support , wherein the headrest also has: • a first fixing device , which is designed to arrest a pivoting position of the intermediate support with respect to the base part according to choice, and • a second fixing device , which is designed to arrest a pivoting position of the padding support with respect to the intermediate support according to choice, • a first fixing device , which is designed to arrest a pivoting position of the intermediate support with respect to the base part according to choice, and • a second fixing device , which is designed to arrest a pivoting position of the padding support with respect to the intermediate support according to choice, wherein the two fixing devices extend substantially parallel to one another along the intermediate support from the first pivot axis (S1) to the second pivot axis (S2), and wherein the first and second fixing devices are variable in their length.
Motor vehicle with locking and contacting system for the electrically connecting an on-board power supply network of the motor vehicle with a removable vehicle seat or a seat system, wherein the motor vehicle seat comprises at least one seat rail which is attached to the seat structure and which is held so as to be displaceable and blockable in the longitudinal direction via a floor rail , which is attached to the vehicle structure, and so as to be removable from the floor rails , and an actuating rail which is displaceably mounted in the seat rail , wherein the actuating rail is displaceable via a first and/or second actuating element with a blocking and contact unit which is arranged so as to be operatively connected to the actuating rail , wherein a blocking of the seat rail in the floor rail in the x-direction and an electrical connection of the motor vehicle seat to the on-board power supply of the motor vehicle are able to be produced and/or released via the blocking and contact unit by means of an actuation of the first and/or second actuating element , characterized in that the blocking and contact unit comprises blocking and contact elements which are opposingly arranged in pairs in the longitudinal direction so as to be mirrored about a longitudinal axis, wherein each pair comprises a blocking and contact element and wherein the blocking element and contact element are arranged adjacent to one another in the x-direction and are held on the seat rail so as to be pivotable and spring-preloaded about an axis which is oriented in the x-direction, in the direction of the floor rail , and when actuated via the first and/or second actuating element the at least one blocking element positively engages in the floor rail and, via the at least one contact element , an electrical connection is able to be produced with a contact element on the floor rail , and in that an entrainer yoke is attached to the rear face of the blocking element and, with a pivoting movement of the blocking element in the direction of the floor rail along a short pivoting path, said entrainer yoke entraining the contact element for the purpose of contact.
A medical device (10; 110; 210), comprising: a tubular stent (11; 111; 211), the stent including an inner surface (32; 132) and an outer surface; a flexible inner member (18; 118; 218) extending along at least a portion of the inner surface (32; 132) of the stent (11; 111; 211); an activation assembly positioned along a portion of the inner member (18; 118; 218), the activation assembly including a conductive member (20; 120; 220) having a first end region and a second end region, wherein a portion of the first end region is coupled to an activation element (42a-d; 52; 142a-d), and wherein the second end region is coupled to a power source ; wherein the power source is configured to deliver an electrical stimulus to the activation element (42a-d; 52; 142a-d), and wherein electrical stimulation of the activation element (42a-d; 52; 142a-d) shifts the inner member (18; 118; 218) between a first configuration and a second expanded configuration. a tubular stent (11; 111; 211), the stent including an inner surface (32; 132) and an outer surface; a flexible inner member (18; 118; 218) extending along at least a portion of the inner surface (32; 132) of the stent (11; 111; 211); an activation assembly positioned along a portion of the inner member (18; 118; 218), the activation assembly including a conductive member (20; 120; 220) having a first end region and a second end region, wherein a portion of the first end region is coupled to an activation element (42a-d; 52; 142a-d), and wherein the second end region is coupled to a power source ; wherein the power source is configured to deliver an electrical stimulus to the activation element (42a-d; 52; 142a-d), and wherein electrical stimulation of the activation element (42a-d; 52; 142a-d) shifts the inner member (18; 118; 218) between a first configuration and a second expanded configuration.
Terminal for receiving data of the Transport Protocol Experts Group (TPEG) type, comprising: - a memory storing a unique multicast IP address for broadcasting TPEG data; - a unit for accessing a first IP network, said access unit being capable of emitting a subscription request for said unique multicast IP address, and for receiving, in response to said request, TPEG data or a link to TPEG data; wherein the unit for accessing is able to access a second IP network, to send a subscription request for said unique multicast IP address via the second IP network, and to receive TPEG data or a link to TPEG data. - a memory storing a unique multicast IP address for broadcasting TPEG data; - a unit for accessing a first IP network, said access unit being capable of emitting a subscription request for said unique multicast IP address, and for receiving, in response to said request, TPEG data or a link to TPEG data;
A porous membrane comprising a porous support and a fluoropolymer, wherein the fluoropolymer consists of polymerized monomeric units of the formula A-X-CH 2 -B, wherein A is C 6 F 13 -(CH 2 ) 2 , X is O or S, and B is vinylphenyl, and the fluoropolymer has a weight average molecular weight (Mw) of at least 100 kg/ mol and/or a glass transition temperature of at least 33 °C; and wherein the membrane has a critical wetting surface tension (CWST), measured as defined in the description, of 0.015-0.023 N/m ( 15 to 23 dynes/cm). wherein A is C 6 F 13 -(CH 2 ) 2 , X is O or S, and B is vinylphenyl, and the fluoropolymer has a weight average molecular weight (Mw) of at least 100 kg/ mol and/or a glass transition temperature of at least 33 °C; and wherein the membrane has a critical wetting surface tension (CWST), measured as defined in the description, of 0.015-0.023 N/m ( 15 to 23 dynes/cm).
A base unit for a vapour provision system comprising: a receiving zone for receiving an inhaler component comprising a thermal store ; a control circuitry a power supply a source of energy for heating the thermal store in the inhaler component when the inhaler component is located in the receiving zone such that heat from the heated thermal store is used to vaporise at least a portion of a vapour precursor material to form a vapour for inhalation by a user when the inhaler component is removed from the receiving zone; wherein the base unit further comprises a sensor for detecting when the inhaler component is about to be removed from the receiving zone, and wherein the sensor is configured to pass a signal to the control circuitry when the sensor detects that the inhaler component is about to be removed for use, and in response to said signal the control circuitry is configured to apply a drive signal to the source of energy by appropriately directing power from the power supply to the source of energy. a receiving zone for receiving an inhaler component comprising a thermal store ; a control circuitry a power supply a source of energy for heating the thermal store in the inhaler component when the inhaler component is located in the receiving zone such that heat from the heated thermal store is used to vaporise at least a portion of a vapour precursor material to form a vapour for inhalation by a user when the inhaler component is removed from the receiving zone; wherein the base unit further comprises a sensor for detecting when the inhaler component is about to be removed from the receiving zone, and wherein the sensor is configured to pass a signal to the control circuitry when the sensor detects that the inhaler component is about to be removed for use, and in response to said signal the control circuitry is configured to apply a drive signal to the source of energy by appropriately directing power from the power supply to the source of energy.