mhurhangee/patent-ind-claim-en huggingface dataset:
A fibrous filament construct , comprising: a first section of fibrous filament extending from a first end to a second end; a pair of protrusions extending from intermediate portions of the first section and spaced apart from each other to capture a suture anchor therebetween; and a second section moveable from an un-deployed position where the second section extends beyond the pair of protrusions to a deployed position where the second section is captured between the pair of protrusions , characterized in that the second section is folded several times with the first section passing through each fold so that the second section is woven about the first section between the first end and the second end. a first section of fibrous filament extending from a first end to a second end; a pair of protrusions extending from intermediate portions of the first section and spaced apart from each other to capture a suture anchor therebetween; and a second section moveable from an un-deployed position where the second section extends beyond the pair of protrusions to a deployed position where the second section is captured between the pair of protrusions , characterized in that the second section is folded several times with the first section passing through each fold so that the second section is woven about the first section between the first end and the second end.
A method, for use in a Network Functions Virtualization, NFV, system , for providing a Virtualized Network Function, VNF, according to Network Service, NS, requirements received from a tenant requesting a network service, comprising: - selecting an on-boarded VNF descriptor, VNFD, from a VNF catalogue based on the requested network service; - configuring the selected on-boarded VNFD by adding VNF deployment constraints and virtualized network resource requirements in the VNFD based on the NS requirements received from the tenant ; and - instantiating a VNF according to the configured on-boarded VNFD . - selecting an on-boarded VNF descriptor, VNFD, from a VNF catalogue based on the requested network service; - configuring the selected on-boarded VNFD by adding VNF deployment constraints and virtualized network resource requirements in the VNFD based on the NS requirements received from the tenant ; and - instantiating a VNF according to the configured on-boarded VNFD .
Process for the operation of a light system for generating a first and a second light function each with a separate light module , where at least the second light function features a modifiable illumination area , where the first light function is a vehicle's low beam and the second function is a vehicle's high beam, where a change in the illumination area of the second light function makes it possible to reduce the glare on the oncoming traffic, involving the following steps: - recognition of an error in the modifiable illumination area of the second light function, - switching off of the light module of the second light function, - continued operation of the light module of the first light function, where the process is executed by a processing unit , where recognition of the error is at least partially performed by active monitoring, e.g. by means of a camera system, of the illumination area generated by the second light function, where the light system features at least one control unit in order to identify the error in the modifiable illumination area of the second light function. - recognition of an error in the modifiable illumination area of the second light function, - switching off of the light module of the second light function, - continued operation of the light module of the first light function,
A steam generator , in particular for an oven, comprising a tank provided with at least one inlet pipe suitable for introducing liquid into the tank and at least one outlet pipe suitable for releasing steam from the tank ; at least one heating element adapted to heat the liquid to produce the steam; wherein the tank comprises: a first chamber ; a second chamber ; a third chamber , proximal to the outlet pipe ; wherein the first chamber and the second chamber are adapted to contain the liquid introduced by means of said inlet pipe ; wherein a first partition wall is provided, which partially separates the first chamber and the second chamber from each other; wherein a second partition wall is provided, wherein a first passage is provided which allows the steam to pass from the first chamber to the second chamber ; wherein a second passage is provided which allows the steam to pass from the second chamber to the third chamber ; characterized in that the second partition wall separates at least partially both the first chamber and the second chamber from the third chamber ; wherein a third passage is provided which allows the liquid to pass between the second chamber and the first chamber . at least one heating element adapted to heat the liquid to produce the steam; wherein the tank comprises: a first chamber ; a second chamber ; a third chamber , proximal to the outlet pipe ; a first chamber ; a second chamber ; a third chamber , proximal to the outlet pipe ; wherein the first chamber and the second chamber are adapted to contain the liquid introduced by means of said inlet pipe ; wherein a first partition wall is provided, which partially separates the first chamber and the second chamber from each other; wherein a second partition wall is provided, wherein a first passage is provided which allows the steam to pass from the first chamber to the second chamber ; wherein a second passage is provided which allows the steam to pass from the second chamber to the third chamber ; characterized in that the second partition wall separates at least partially both the first chamber and the second chamber from the third chamber ; wherein a third passage is provided which allows the liquid to pass between the second chamber and the first chamber .
An apparatus for use in a base station configured for overlaid code division multiple access, CDMA, in an extended coverage global system for mobile, GSM/enhanced data rates for GSM evolution, EDGE, radio access network, the apparatus comprising: one or more processors configured to: assign, at the base station, a different orthogonal code to each of one or more mobile stations; assign, at the base station, a same set of resources to be used by the one or more mobile stations for blind repetitions of uplink transmissions that are multiplexed on a same physical channel using the different orthogonal codes assigned to the mobile stations of the one or more mobile stations; assign, at the base station, modulation and coding scheme, MCS, levels to the mobile stations of the one or more mobile stations, the MCS levels to be used for the blind repetitions of the uplink transmissions; wherein the MCS level assigned to each mobile station of the one or more mobile stations is based on a number of the blind repetitions and a channel quality of the respective mobile station; and receive, at the base station, the blind repetitions of the uplink transmissions that are multiplexed on the same physical channel from the one or more mobile stations on the same set of resources based on the different orthogonal code assigned to each mobile station. assign, at the base station, a different orthogonal code to each of one or more mobile stations; assign, at the base station, a same set of resources to be used by the one or more mobile stations for blind repetitions of uplink transmissions that are multiplexed on a same physical channel using the different orthogonal codes assigned to the mobile stations of the one or more mobile stations; assign, at the base station, modulation and coding scheme, MCS, levels to the mobile stations of the one or more mobile stations, the MCS levels to be used for the blind repetitions of the uplink transmissions; wherein the MCS level assigned to each mobile station of the one or more mobile stations is based on a number of the blind repetitions and a channel quality of the respective mobile station; and receive, at the base station, the blind repetitions of the uplink transmissions that are multiplexed on the same physical channel from the one or more mobile stations on the same set of resources based on the different orthogonal code assigned to each mobile station.
A coiled product dispensing kit comprising: - a coil of a filamentary product; - a support device for said coil ; - a payout tube configured to pass a length of said filamentary product through it, the payout tube extending through an opening formed in said support device and having an entrance end for said filamentary product inside an area surrounded by said coil , characterized in that said coiled product dispensing kit further comprises a connector assembly attached to an end of said filamentary product and the support device comprises: - a first wall (41; 45) and a second wall arranged in perpendicular planes and attached to each other to form a corner (43; 46); - a compartment formed between said corner (43; 46) and a further wall attached to both the first wall (41; 45) and the second wall , the compartment being configured to house said connector assembly . - a coil of a filamentary product; - a support device for said coil ; - a payout tube configured to pass a length of said filamentary product through it, the payout tube extending through an opening formed in said support device and having an entrance end for said filamentary product inside an area surrounded by said coil , - a first wall (41; 45) and a second wall arranged in perpendicular planes and attached to each other to form a corner (43; 46); - a compartment formed between said corner (43; 46) and a further wall attached to both the first wall (41; 45) and the second wall , the compartment being configured to house said connector assembly .
A monolithic separation membrane structure comprising a porous monolithic substrate including a first end surface , a second end surface and a plurality of through-holes respectively passing from the first end surface to the second end surface; and a separation membrane formed on an inner surface of the respective plurality of through-holes ; wherein the separation membrane is configured from an inorganic material which is selected from zeolite, carbon and silica, a surface roughness Ra of the separation membrane is no more than 1 micrometer, wherein the surface roughness Ra of the separation membrane is measured using a contact measurement device in accordance with the measurement method for the arithmetic mean roughness Ra described in JIS B0601; a thickness of the separation membrane is no more than 5 micrometers, the monolithic substrate includes an extrusion material layer and a support layer disposed between the extrusion material layer and the separation membrane , an average particle diameter of a porous material configuring the support layer is smaller than an average particle diameter of a porous material configuring the extrusion material layer , and a surface roughness Ra of the support layer is no more than 1.0 micrometer, wherein the surface roughness Ra of the support layer is measured using a surface curve within a range of 25 micrometers obtained using SEM. a porous monolithic substrate including a first end surface , a second end surface and a plurality of through-holes respectively passing from the first end surface to the second end surface; and a separation membrane formed on an inner surface of the respective plurality of through-holes ; wherein the separation membrane is configured from an inorganic material which is selected from zeolite, carbon and silica, a surface roughness Ra of the separation membrane is no more than 1 micrometer, wherein the surface roughness Ra of the separation membrane is measured using a contact measurement device in accordance with the measurement method for the arithmetic mean roughness Ra described in JIS B0601; a thickness of the separation membrane is no more than 5 micrometers, the monolithic substrate includes an extrusion material layer and a support layer disposed between the extrusion material layer and the separation membrane , an average particle diameter of a porous material configuring the support layer is smaller than an average particle diameter of a porous material configuring the extrusion material layer , and a surface roughness Ra of the support layer is no more than 1.0 micrometer, wherein the surface roughness Ra of the support layer is measured using a surface curve within a range of 25 micrometers obtained using SEM.
A sensor , comprising: a first light source that generates a first beam of light; a second light source that generates a second beam of light, wherein the first light source and the second light source are supported by a light support structure ; an imager that directly receives the first beam of light and the second beam of light, wherein the imager is positioned proximate to the light support structure and the imager and the light support structure are movable relative to one another; an elastic member (670 and 671) that connects the light support structure to the imager, wherein the elastic member is operable to facilitate relative movement of the imager and the light support structure; a light location module that determines locations of the first beam of light and the second beam of light on the imager, and a position module that determines a relative position of the imager and the light support structure based on the locations of the first beam of light and the second beam of light. a first light source that generates a first beam of light; a second light source that generates a second beam of light, wherein the first light source and the second light source are supported by a light support structure ; an imager that directly receives the first beam of light and the second beam of light, wherein the imager is positioned proximate to the light support structure and the imager and the light support structure are movable relative to one another; an elastic member (670 and 671) that connects the light support structure to the imager, wherein the elastic member is operable to facilitate relative movement of the imager and the light support structure; a light location module that determines locations of the first beam of light and the second beam of light on the imager, and a position module that determines a relative position of the imager and the light support structure based on the locations of the first beam of light and the second beam of light.
Device for labelling syringes for pharmaceutical products, comprising: - means for feeding syringes to the device, - a syringe manipulator configured to carry a syringe from the syringe-feeding means to a labelling station , - the labelling station for labelling the syringes brought from the syringe-feeding means by means of the syringe manipulator, - a control device for coordinating the aforementioned components, the syringe-feeding means comprising a support for receiving a tray for holding one or more syringes , said support having a first position in which the syringe(s) on the tray is/are in a substantially vertica position, characterised in that said tray-receiving support comprises at least one pivot point , and in that the device comprises an actuator configured to tilt said support with respect to said at least one pivot point in order to move from the first position to a second position of the support , in which the syringe(s) of the tray advance(s) towards a point proximal to the manipulator under the effect of gravity. - means for feeding syringes to the device, - a syringe manipulator configured to carry a syringe from the syringe-feeding means to a labelling station , - the labelling station for labelling the syringes brought from the syringe-feeding means by means of the syringe manipulator, - a control device for coordinating the aforementioned components, the syringe-feeding means comprising a support for receiving a tray for holding one or more syringes , said support having a first position in which the syringe(s) on the tray is/are in a substantially vertica position, characterised in that said tray-receiving support comprises at least one pivot point , and in that the device comprises an actuator configured to tilt said support with respect to said at least one pivot point in order to move from the first position to a second position of the support , in which the syringe(s) of the tray advance(s) towards a point proximal to the manipulator under the effect of gravity.
A piece of furniture or household appliance having a body and at least one rack guided in the body and a sliding-pivoting mechanism for pulling out and raising the rack from the body of the piece of furniture or household appliance , having - at least two pivot arms , which are pivotably fixable on the body and are arranged in parallel to one another, and which form a parallel guide for a pullout guide , - wherein the pullout guide has a guide rail , a middle rail displaceable in relation to the guide rail , and a slide rail displaceable in relation to the middle rail , on which the rack is fastened, - a locking mechanism arranged on the guide rail and on one of the pivot arms for preventing a simultaneous pivoting and sliding movement, - whereby the locking mechanism has a switching device , which is adjustable between at least two switch positions (S1, S2) and using which the slide rail , in a predetermined partially extended pivot base position (LP1, LP2) in relation to the guide rail , is movable in one of the switch positions (S1, S2) together with the further components of the pullout guide in an extended sliding movement in relation to the guide rail characterized in that the switching device has an actuating element and an unlocking lever , which is coupled to the actuating element and is adjustable between the switch positions (S1, S2, S3). - at least two pivot arms , which are pivotably fixable on the body and are arranged in parallel to one another, and which form a parallel guide for a pullout guide , - wherein the pullout guide has a guide rail , a middle rail displaceable in relation to the guide rail , and a slide rail displaceable in relation to the middle rail , on which the rack is fastened, - a locking mechanism arranged on the guide rail and on one of the pivot arms for preventing a simultaneous pivoting and sliding movement, - whereby the locking mechanism has a switching device , which is adjustable between at least two switch positions (S1, S2) and using which the slide rail , in a predetermined partially extended pivot base position (LP1, LP2) in relation to the guide rail , is movable in one of the switch positions (S1, S2) together with the further components of the pullout guide in an extended sliding movement in relation to the guide rail
A nasal spray pharmaceutical formulation comprising between 0.40 mg and 2.4 mg of epinephrine, or a salt thereof, in a single dose of the nasal spray pharmaceutical formulation; wherein the nasal spray pharmaceutical formulation further comprises an absorption enhancer, wherein the absorption enhancer is an alkylglycoside; wherein the nasal spray pharmaceutical formulation is an aqueous solution; wherein the nasal spray pharmaceutical formulation has a pH between 3.0 and 5.0; and wherein the epinephrine, or the salt thereof, is the only pharmaceutically active compound in the pharmaceutical formulation. wherein the nasal spray pharmaceutical formulation further comprises an absorption enhancer, wherein the absorption enhancer is an alkylglycoside; wherein the nasal spray pharmaceutical formulation is an aqueous solution; wherein the nasal spray pharmaceutical formulation has a pH between 3.0 and 5.0; and wherein the epinephrine, or the salt thereof, is the only pharmaceutically active compound in the pharmaceutical formulation.
A vacuum pump damper for the vacuum-tight connection of a vacuum pump to a recipient , wherein a first flange is connected or connectable to the vacuum pump and a second flange is connected or connectable to the recipient , said vacuum pump damper comprising at least one decoupling member which is arranged directly between mutually facing flange sides of the first and second flanges ; and at least one fastening element , in particular a screw, by which the first and second flanges are connected or connectable to one another, wherein the fastening element and the flanges are configured to preload the decoupling member in a vacuum-tight manner in a non-evacuated assembly state such that the two flanges are mechanically and/or electrically decoupled from one another in an evacuated operating state; wherein a decoupling element is provided at the fastening element , is arranged between the fastening element and one of the flanges and is acted on by a driving surface of the fastening element ; and wherein the two flanges are indirectly in contact with one another via the fastening element , and at least via the decoupling element , in the region of the fastening element in the evacuated operating state, characterized in that the decoupling element is already preloaded by the fastening element in the non-evacuated assembly state, with the preload of the decoupling element in the evacuated operating state being reduced with respect to the preload in the non-evacuated assembly state.
A bath agent composition, comprising the following components (A), (B), and (C): (A) a total of 0.00001 mass% or more and 0.5 mass% or less of ginsenoside Rg3 and/or ginsenoside Rh2; (B) a carbonate comprising 30 mass% or more of a dialkali metal carbonate; and (C) an organic acid, wherein a mass ratio of ginsenosides Rb2, Rb1, Rc and Rd to ginsenosides Rg3 and Rh2 ((Rb2+Rb1+Rc+Rd)/(Rg3+Rh2)) is 0 or more and 30 or less. (A) a total of 0.00001 mass% or more and 0.5 mass% or less of ginsenoside Rg3 and/or ginsenoside Rh2; (B) a carbonate comprising 30 mass% or more of a dialkali metal carbonate; and (C) an organic acid,
A compound of formula (I): or pharmaceutically acceptable salt or solvate thereof, wherein: Y is selected from C or N; X is O; bond a is a single or double bond; x is 1 when a is a single bond and x is 0 when a is a double bond; R 1 is selected from hydrogen and methyl; R 2 (when present) is selected from hydrogen and methyl; R 3 is selected from hydrogen, (1-6C)alkyl and (1-6C)alkyl-phenyl, wherein said phenyl is optionally substituted by one or more (for example 1 to 3) substituents each independently selected from hydroxy, (1-6C)alkoxy, (1-6C)alkyl and halo (such as chloro and fluoro). Y is selected from C or N; X is O; bond a is a single or double bond; x is 1 when a is a single bond and x is 0 when a is a double bond; R 1 is selected from hydrogen and methyl; R 2 (when present) is selected from hydrogen and methyl; R 3 is selected from hydrogen, (1-6C)alkyl and (1-6C)alkyl-phenyl, wherein said phenyl is optionally substituted by one or more (for example 1 to 3) substituents each independently selected from hydroxy, (1-6C)alkoxy, (1-6C)alkyl and halo (such as chloro and fluoro).
A hydraulic steering system comprising a steering input unit, SIU, and a processing circuitry configured to control a haptic feedback exerted by the SIU , characterized by the processing circuitry being configured to: obtain an available hydraulic steering capacity of the hydraulic steering system , and control the haptic feedback exerted on the SIU based on the obtained hydraulic steering capacity . obtain an available hydraulic steering capacity of the hydraulic steering system , and control the haptic feedback exerted on the SIU based on the obtained hydraulic steering capacity .