mhurhangee/patent-ind-claim-en huggingface dataset:
An optical fiber coating apparatus comprising: a cone-only coating die having a conical entrance portion with a tapered wall angled at a half angle α, wherein 2° ≤ α ≤ 25°, and a cone height L 1 less than 2.2 mm, and a cylindrical portion having an inner diameter of d 2 , wherein 0.1 mm ≤ d 2 ≤ 0.5 mm and a cylindrical height of L 2 , wherein 0.05 mm ≤ L 2 ≤ 1.25 mm; a guide die having an optical fiber exit , the guide die disposed adjacent the cone-only coating die; and a holder for holding the cone-only coating die and the guide die in a fixed relationship defining a coating chamber between the guide die and the cone-only coating die, characterised in that a wetted length (L 5 ) between the optical fiber exit of the guide die and the entrance of the cone-only coating die is from 1 mm to less than 4.5 mm; and the coating chamber having an inner radius L 6 from the optical fiber axis to an inner wall of the holder that is from 3 mm to 10 mm. a cone-only coating die having a conical entrance portion with a tapered wall angled at a half angle α, wherein 2° ≤ α ≤ 25°, and a cone height L 1 less than 2.2 mm, and a cylindrical portion having an inner diameter of d 2 , wherein 0.1 mm ≤ d 2 ≤ 0.5 mm and a cylindrical height of L 2 , wherein 0.05 mm ≤ L 2 ≤ 1.25 mm; a guide die having an optical fiber exit , the guide die disposed adjacent the cone-only coating die; and a holder for holding the cone-only coating die and the guide die in a fixed relationship defining a coating chamber between the guide die and the cone-only coating die, characterised in that a wetted length (L 5 ) between the optical fiber exit of the guide die and the entrance of the cone-only coating die is from 1 mm to less than 4.5 mm; and the coating chamber having an inner radius L 6 from the optical fiber axis to an inner wall of the holder that is from 3 mm to 10 mm.
Internal combustion engine having an apparatus for influencing the flow behaviour of a reaction gas which, during the operation of the internal combustion engine , which has at least two cylinders , can be fed into a combustion chamber of the cylinders , and here each of the cylinders has an inlet device for the feed of the reaction gas, which inlet devices are assigned at least one inlet channel , which can be divided into at least one swirling channel and one filling channel , and at least two inlet valves which are arranged at and/or in the respective cylinder , characterized in that in each case two directly adjacent cylinders of the internal combustion engine are assigned exclusively to one cylinder pair , such that a cylinder assigned to one cylinder pair is not assigned to any other cylinder pair , wherein the internal combustion engine has, for each cylinder pair , a variable inlet valve drive which is actuatable by means of at most one actuating element , wherein the variable inlet valve drive is formed by a cam piece which is arranged rotationally conjointly and axially displaceably on an inlet camshaft , wherein the cam piece has at least two cams for actuating the inlet valves with at least two different cam contours formed axially in succession, and the actuation of the variable inlet valve drive in an axial direction of the inlet camshaft can be performed by means of the actuating element by interaction of the actuating element with a slotted guide formed on the cam piece , having at least one slotted-guide track which acts in an axial direction of the inlet camshaft , wherein, by means of the variable inlet valve drive , in each case exactly one inlet valve of the inlet valves per cylinder of the cylinder pair can be actuated in a variable manner in terms of valve lift, wherein the inlet valves actuated by means of the variable inlet valve drive are arranged in the filling channel and are formed as filling channel inlet valves which separate the filling channel from the combustion chamber of the cylinder .
Belt retractor comprising an electrically actuatable blocking device comprising - a housing having a base plate and an upright first limb , - a blocking lever which is pivotably mounted on the upright first limb and has a steel plate which is spring-loaded by means of a spring , and - an electromagnet which is arranged in the housing , comprising - a coil having a through-opening - a first iron core which is arranged in the through-opening and exerts a magnetic force on the blocking lever via the steel plate when a voltage is applied to the coil , and actuates said lever to trigger a blocking or unblocking movement against the force of the spring , wherein - the movement of the blocking lever is forced by a first magnetic circuit (I) which is formed by the first iron core , the upright first limb and the portions of the base plate and of the blocking lever between the first iron core and the upright first limb , wherein - a damping element is provided which is arranged such that it damps the movement of the blocking lever relative to the housing in at least a portion of the movement curve of the blocking lever , characterized in that - the damping element is formed by at least one elastically deformable hook arranged on the blocking lever . - a housing having a base plate and an upright first limb , - a blocking lever which is pivotably mounted on the upright first limb and has a steel plate which is spring-loaded by means of a spring , and - an electromagnet which is arranged in the housing , comprising - a coil having a through-opening - a first iron core which is arranged in the through-opening and exerts a magnetic force on the blocking lever via the steel plate when a voltage is applied to the coil , and actuates said lever to trigger a blocking or unblocking movement against the force of the spring , wherein - the movement of the blocking lever is forced by a first magnetic circuit (I) which is formed by the first iron core , the upright first limb and the portions of the base plate and of the blocking lever between the first iron core and the upright first limb , wherein - a damping element is provided which is arranged such that it damps the movement of the blocking lever relative to the housing in at least a portion of the movement curve of the blocking lever , characterized in that - the damping element is formed by at least one elastically deformable hook arranged on the blocking lever .
A method for producing a bonded SOI wafer by bonding a bond wafer and a base wafer , each being formed of a silicon single crystal, together with a silicon oxide film placed therebetween, comprising: preparing, as the base wafer , a silicon single crystal wafer whose resistivity is 100 Ω·cm or more, initial interstitial oxygen concentration is 10 ppma (ASTM'79) or less and nitrogen concentration is 1 × 10 13 to 1 × 10 15 atoms/cm 3 ; forming, on a front surface of the base wafer, a silicon oxide film whose thickness is 1 μm or more by performing, on the base wafer, heat treatment in an oxidizing atmosphere at a temperature of 700°C or higher and 1000°C or lower for 5 hours or more, the heat treatment doubling as donor annihilation; bonding the base wafer and the bond wafer together with the silicon oxide film placed therebetween; and thinning the bonded bond wafer to form an SOI layer . preparing, as the base wafer , a silicon single crystal wafer whose resistivity is 100 Ω·cm or more, initial interstitial oxygen concentration is 10 ppma (ASTM'79) or less and nitrogen concentration is 1 × 10 13 to 1 × 10 15 atoms/cm 3 ; forming, on a front surface of the base wafer, a silicon oxide film whose thickness is 1 μm or more by performing, on the base wafer, heat treatment in an oxidizing atmosphere at a temperature of 700°C or higher and 1000°C or lower for 5 hours or more, the heat treatment doubling as donor annihilation; bonding the base wafer and the bond wafer together with the silicon oxide film placed therebetween; and thinning the bonded bond wafer to form an SOI layer .
Method for allocating execution resources, by a virtualized-resources manager entity , for an execution of an application service and of at least one network service, the execution of said application service depending on the concurrent execution of said at least one network service, comprising: - a first request (E4) for allocation of execution resources by a manager entity of said at least one network service to said virtualized-resources manager entity; - a second request (E7) for allocation of execution resources by a manager entity of said application service to said virtualized-resources manager entity; characterized in that said method comprises, prior to said requests, a notification (E1), by the manager entity of said application service, of a consumption forecast by said application service of at least one network service provided by said network services manager entity, to the network services manager entity. - a first request (E4) for allocation of execution resources by a manager entity of said at least one network service to said virtualized-resources manager entity; - a second request (E7) for allocation of execution resources by a manager entity of said application service to said virtualized-resources manager entity;
Process for building a tyre for vehicle wheels, comprising: making a carcass sleeve on a building drum comprising at least one carcass ply having axially outer edges engaged with respective annular reinforcing structures, and at least one self-sealing layer applied on a radially inner surface of the carcass sleeve , wherein said self-sealing layer is made as a band circumferentially extending along said radially inner surface and having end flaps mutually joined along a junction line (L) extending axially with respect to the radially inner surface ; by means of a transfer device , removing the carcass sleeve from the building drum ; applying a piece of adhesive tape along said junction line (L), wherein the application of said piece comprises: arranging the piece on a support ; by means of a manipulator , picking up the piece from the support and transferring it to the carcass sleeve to apply it on the junction line (L); wherein during the application of the piece the carcass sleeve is retained by the transfer device used to remove the carcass sleeve from the building drum . making a carcass sleeve on a building drum comprising at least one carcass ply having axially outer edges engaged with respective annular reinforcing structures, and at least one self-sealing layer applied on a radially inner surface of the carcass sleeve , wherein said self-sealing layer is made as a band circumferentially extending along said radially inner surface and having end flaps mutually joined along a junction line (L) extending axially with respect to the radially inner surface ; by means of a transfer device , removing the carcass sleeve from the building drum ; applying a piece of adhesive tape along said junction line (L), wherein the application of said piece comprises: arranging the piece on a support ; by means of a manipulator , picking up the piece from the support and transferring it to the carcass sleeve to apply it on the junction line (L); wherein during the application of the piece the carcass sleeve is retained by the transfer device used to remove the carcass sleeve from the building drum . arranging the piece on a support ; by means of a manipulator , picking up the piece from the support and transferring it to the carcass sleeve to apply it on the junction line (L); wherein during the application of the piece the carcass sleeve is retained by the transfer device used to remove the carcass sleeve from the building drum .
A method performed by a radio node for configuring a wireless device , the radio node and the wireless device operating in a wireless communications network , the method comprising: - configuring the wireless device with a plurality of Physical Uplink Control Channel, PUCCH, resource units, wherein the plurality of PUCCH resource units is associated with a number of downlink, DL, aggregated carriers, wherein the configuring comprises configuring the wireless device with a set of pluralities of PUCCH resource units, each of the pluralities of PUCCH resource units being identifiable by a respective indicator in a respective single DL scheduling assignment , the method further comprising: - selecting a plurality of PUCCH resource units out of the configured set of pluralities of PUCCH resource units for allocation to the wireless device , and - indicating the selected plurality of PUCCH resource units to the wireless device in a DL scheduling assignment . - configuring the wireless device with a plurality of Physical Uplink Control Channel, PUCCH, resource units, wherein the plurality of PUCCH resource units is associated with a number of downlink, DL, aggregated carriers, - selecting a plurality of PUCCH resource units out of the configured set of pluralities of PUCCH resource units for allocation to the wireless device , and - indicating the selected plurality of PUCCH resource units to the wireless device in a DL scheduling assignment .
An electrical connection device with two connection parts , which can be brought into engagement, of which the one connection part is designed as a plug and the other connection part as a socket , wherein the plug and the socket have electrically conductive contact elements , which are associated with one another, and the electrical connection device serves to establish an electrical connection between a vehicle seat and a vehicle on-board electrical system , characterized in that the socket is movably mounted in a socket receptacle in a three-dimensional manner in an x-direction, a y-direction and a z-direction of the socket and the plug is movable at least in a two-dimensional manner in the socket in the contact position, wherein the x- and y-direction in each case are perpendicular to one another and with respect to the z-direction, wherein the external dimensions of the socket are smaller in the x- and y-direction of the socket than the internal dimensions of the socket receptacle , so that the socket is movable in the socket receptacle in the x- and y-direction of the socket .
A silent spring hinge for household appliances, comprising - a fixing base , - a hinge arm and - a spring assembly , - the fixing base being connected to a rotating wheel through a first gear shaft , wherein the rotating wheel is a first gear including gear teeth, and - the hinge arm comprises a connecting arm and a second gear , the second gear being provided on an end of the connecting arm , the second gear and the connecting arm forming an integral structure, the second gear being connected to the fixing base through a second gear shaft , the second gear being meshed with the first gear , - the spring assembly being mounted on the fixing base and being eccentrically and elastically connected to a wheel surface of the rotating wheel, characterized in that - a damping assembly corresponding to a side edge of the rotating wheel is further provided on the fixing base , the damping assembly comprising a sleeve body , a steel ball , a spring and a lock nut, an outer wall of the sleeve body being snap-fitted on the fixing base , the steel ball , the spring and the lock nut being mounted within the sleeve body in sequence, a portion of the steel ball being exposed from the sleeve body and being elastically connected to the side edge of the rotating wheel, - and a deceleration groove and a self-locking groove mated with the steel ball at a final stage of the process of closing a cabinet door being provided on a gear edge of the rotating wheel. - a fixing base , - a hinge arm and - a spring assembly , - the fixing base being connected to a rotating wheel through a first gear shaft , wherein the rotating wheel is a first gear including gear teeth, and - the hinge arm comprises a connecting arm and a second gear , the second gear being provided on an end of the connecting arm , the second gear and the connecting arm forming an integral structure, the second gear being connected to the fixing base through a second gear shaft , the second gear being meshed with the first gear , - the spring assembly being mounted on the fixing base and being eccentrically and elastically connected to a wheel surface of the rotating wheel, characterized in that - a damping assembly corresponding to a side edge of the rotating wheel is further provided on the fixing base , the damping assembly comprising a sleeve body , a steel ball , a spring and a lock nut, an outer wall of the sleeve body being snap-fitted on the fixing base , the steel ball , the spring and the lock nut being mounted within the sleeve body in sequence, a portion of the steel ball being exposed from the sleeve body and being elastically connected to the side edge of the rotating wheel, - and a deceleration groove and a self-locking groove mated with the steel ball at a final stage of the process of closing a cabinet door being provided on a gear edge of the rotating wheel.
A horizontal filter press having a plurality of filter plate assemblies supported by side bars , and a track ; the horizontal filter press further comprising a washer carriage ; the washer carriage being movably supported on the track and comprising a washer unit for washing the filter plate assemblies ; wherein the washer unit comprises a wash water manifold having a first outlet for feeding wash water to a first spindle and a second outlet for feeding wash water to a second spindle , each of the spindles comprising a reel for spooling a flexible hose thereon and being rotatable with respect to the washer carriage ; the washer unit further comprising a spray bar ; wherein a first end of the spray bar fluidly communicates with a first flexible hose supported by a reel on the first spindle ; wherein a second end of the spray bar fluidly communicates with a second flexible hose supported by a reel on the second spindle ; and wherein the spray bar receives wash water from the wash water manifold via the first and second spindles and first and second flexible hoses . wherein the washer unit comprises a wash water manifold having a first outlet for feeding wash water to a first spindle and a second outlet for feeding wash water to a second spindle , each of the spindles comprising a reel for spooling a flexible hose thereon and being rotatable with respect to the washer carriage ; the washer unit further comprising a spray bar ; wherein a first end of the spray bar fluidly communicates with a first flexible hose supported by a reel on the first spindle ; wherein a second end of the spray bar fluidly communicates with a second flexible hose supported by a reel on the second spindle ; and wherein the spray bar receives wash water from the wash water manifold via the first and second spindles and first and second flexible hoses .
A method of increasing the efficiency of genome editing comprising contacting a cell undergoing genome editing in vitro with a compound that inhibits the expression or activity of TGFβ, wherein the method is not a method of modifying the germ line genetic identity of a human being.
A styrenated phenol compound represented by Formula 1, comprising: styrenated phenol; and hydroxylamine, which binds to the styrenated phenol: where n is one of integers of 1 to 3, and R 1 and R 2 are each hydrogen or one of C1 to C4 alkyl groups, and where the content of the hydroxylamine is 0.1 to 15 wt% based on the total weight of the styrenated phenol compound. styrenated phenol; and hydroxylamine, which binds to the styrenated phenol: where n is one of integers of 1 to 3, and R 1 and R 2 are each hydrogen or one of C1 to C4 alkyl groups, and where the content of the hydroxylamine is 0.1 to 15 wt% based on the total weight of the styrenated phenol compound.
A method for activation of magnesium silicate minerals by conversion to magnesium hydroxide, comprising: a. mixing a dry powder of magnesium silicate rock with a dry powder of at least one alkali metal compound selected from the group consisting of alkali metal hydroxide, carbonates, bicarbonates, to form a dry solid-solid mixture with a molar ratio in the range of 1-3 moles of alkali metal per mole of silicon in the mixture; b. heating the dry solid-solid mixture to a temperature below 300 °C in an unpressurised vessel for less than 4 hours to form a solid glass product predominantly comprising a mixture of magnesium hydroxide and alkali metal silicate; and c. dissolution of the solid glass product in aqueous solution to form an alkaline aqueous liquid slurry, comprising solid and aqueous phase products. a. mixing a dry powder of magnesium silicate rock with a dry powder of at least one alkali metal compound selected from the group consisting of alkali metal hydroxide, carbonates, bicarbonates, to form a dry solid-solid mixture with a molar ratio in the range of 1-3 moles of alkali metal per mole of silicon in the mixture; b. heating the dry solid-solid mixture to a temperature below 300 °C in an unpressurised vessel for less than 4 hours to form a solid glass product predominantly comprising a mixture of magnesium hydroxide and alkali metal silicate; and c. dissolution of the solid glass product in aqueous solution to form an alkaline aqueous liquid slurry, comprising solid and aqueous phase products.
A recombinant adeno-associated virus (AAV) expression vector comprising a human GFAP promoter sequence operably linked to a nucleic acid encoding NeuroD1 for use in a method for decreasing neuroinflammation after a stroke in a subject in need thereof, wherein the decrease in neuroinflammation comprises a downregulation in at least one pro-inflammatory factor selected from the group consisting of interferon y, TNFα, interleukin 1β, and interleukin 6, and wherein the AAV expression vector is administered to the central nervous system of the subject.
A poly(alkylene carbonate) resin composition comprising poly(alkylene carbonate) having a weight average molecular weight of 100,000 g/mol to 500,000 g/mol and polyamide having a melting point of 180 °C to 194 °C, as measured according to ISO 3146, at a weight ratio of 95:5 to 75:25, wherein the polyamide is in a pellet form having a diameter of 1 mm to 5 mm, and is blended with the poly(alkylene carbonate).
An oral shield system for protecting an area in a patient's mouth , the shield system comprising: a rotatable oral shield device including a molded body forming a contoured surface ; and comprising a pair of wings extending from the body , wherein the wings are similarly shaped and extend from the body with a similar length and are structured and arranged to be applied over a buccal side and a lingual side of human gingiva adjacent the area to be protected; and an elongate handle , the elongate handle including a bendable portion plastically deformable in multiple degrees of freedom, to enable repositioning the rotatable oral shield device relative to a grip portion of the handle , and having an axis about which the rotatable oral shield device can be rotated when in use in the patient's mouth ; wherein the oral shield device includes a closed-end socket and the elongate handle has at a distal end thereof a connector mated with and reliably retained within the closed-end socket , or the oral shield device is manufactured integrally with the handle .