mhurhangee/patent-ind-claim-en huggingface dataset:
Needle hub assembly for a syringe , said assembly having a longitudinal axis (L1) comprising: - a needle hub body having a syringe connector for receiving an attachment member of a syringe at a first end of the body and a needle receiving portion at a second opposing end of the body , - a needle extending from the needle receiving portion , wherein the syringe connector comprises a substantially conical receiving opening for receiving a syringe attachment member , at least a distal end thereof, wherein an entrance area of the receiving opening has a cross sectional dimension (D) of approximately 4.270 mm to approximately 4.315 mm, wherein an inner circumferential wall of the receiving opening that extends between an entrance area perimeter and an upper surface perimeter tapers from the entrance area towards the upper surface with 6%, characterized in that a length (A) of said opening , measured along the longitudinal axis (L1), is between 3 and 7 mm, for instance approximately 6.1+0.05 mm. - a needle hub body having a syringe connector for receiving an attachment member of a syringe at a first end of the body and a needle receiving portion at a second opposing end of the body , - a needle extending from the needle receiving portion , wherein the syringe connector comprises a substantially conical receiving opening for receiving a syringe attachment member , at least a distal end thereof, wherein an entrance area of the receiving opening has a cross sectional dimension (D) of approximately 4.270 mm to approximately 4.315 mm, wherein an inner circumferential wall of the receiving opening that extends between an entrance area perimeter and an upper surface perimeter tapers from the entrance area towards the upper surface with 6%, characterized in that a length (A) of said opening , measured along the longitudinal axis (L1), is between 3 and 7 mm, for instance approximately 6.1+0.05 mm.
Method for reverse osmosis water purification comprising: - receiving untreated or treated water at a first pressure, - producing permeate water by means of a reverse osmosis water purification unit (RO-unit, 10) at a second pressure that is lower than the first pressure of the untreated or treated water, - conducting the permeate water from the RO-unit to a buffer storage unit having a permeate reservoir , thereby, at least partially, filling the permeate reservoir with the permeate water, the permeate water containing CO 2 dissolved therein, - conducting the permeate water from the permeate reservoir to a pump chamber of a permeate pump , wherein the permeate reservoir of said buffer storage unit contains a surface, in particular for CO 2 accumulation, whereby, when the permeate water encounters said surface, gaseous CO 2 is accumulated at said surface thereby providing a compressible buffer volume, characterized in that permeate water and concentrate are produced by means of a reverse osmosis water purification unit (RO-unit, 10) and the concentrate from the RO-unit is conducted to a working chamber of the permeate pump . - receiving untreated or treated water at a first pressure, - producing permeate water by means of a reverse osmosis water purification unit (RO-unit, 10) at a second pressure that is lower than the first pressure of the untreated or treated water, - conducting the permeate water from the RO-unit to a buffer storage unit having a permeate reservoir , thereby, at least partially, filling the permeate reservoir with the permeate water, the permeate water containing CO 2 dissolved therein, - conducting the permeate water from the permeate reservoir to a pump chamber of a permeate pump , wherein
A quenching depth measurement method of measuring quenching depth in a workpiece , the method including: magnetizing the workpiece by arranging a magnetizer including an excitation coil near the workpiece , the magnetizer comprising a substantially U-shaped yoke; detecting an induction magnetic field, which is generated by the magnetization of the workpiece by the magnetizer , by the detection coil and measuring an output voltage of the detection coil ; and specifying thickness of a quench hardened layer of the workpiece based on known electromagnetic characteristic information on both, an unquenched material not subjected to quenching and a completely quenched material subjected to quenching, both being made of a workpiece equivalent material, and the measured output voltage value of the detection coil , wherein the electromagnetic characteristic information includes an estimated output voltage value of the detection coil obtained by analysis based on a finite element method using values of standard physical properties of both the unquenched material and the completely quenched material of the workpiece equivalent material. magnetizing the workpiece by arranging a magnetizer including an excitation coil near the workpiece , the magnetizer comprising a substantially U-shaped yoke; detecting an induction magnetic field, which is generated by the magnetization of the workpiece by the magnetizer , by the detection coil and measuring an output voltage of the detection coil ; and specifying thickness of a quench hardened layer of the workpiece based on known electromagnetic characteristic information on both, an unquenched material not subjected to quenching and a completely quenched material subjected to quenching, both being made of a workpiece equivalent material, and the measured output voltage value of the detection coil , wherein the electromagnetic characteristic information includes an estimated output voltage value of the detection coil obtained by analysis based on a finite element method using values of standard physical properties of both the unquenched material and the completely quenched material of the workpiece equivalent material.
A medical device having a flexible elongate member configured for traversing body lumens, the flexible elongate member defining a lumen that is in fluid communication with at least one distal aperture ; wherein an energy delivery device is attached at a distal end of the flexible elongate member whereby the energy delivery device does not move relative to the flexible elongate member , the energy delivery device being operable to be electrically coupled to an energy source; a support spine extending proximally from and coupled to the energy delivery device , and the support spine has a distal end which is attached to the distal end of the medical device within a distal portion of the lumen ; and the support spine having a proximal end which is located within the distal portion of the lumen , and wherein a proximal portion of the lumen is substantially unobstructed by the support spine . a flexible elongate member configured for traversing body lumens, the flexible elongate member defining a lumen that is in fluid communication with at least one distal aperture ; wherein an energy delivery device is attached at a distal end of the flexible elongate member whereby the energy delivery device does not move relative to the flexible elongate member , the energy delivery device being operable to be electrically coupled to an energy source; a support spine extending proximally from and coupled to the energy delivery device , and the support spine has a distal end which is attached to the distal end of the medical device within a distal portion of the lumen ; and the support spine having a proximal end which is located within the distal portion of the lumen , and wherein a proximal portion of the lumen is substantially unobstructed by the support spine .
A method for detecting island formation of a distributed electrical power system , the distributed electrical power system comprising at least one distributed electrical power generator for generating and providing electrical power to a connection , in particular a power line for electrical power, wherein the distributed electrical power system is interruptibly coupled to an electrical power grid , the method comprising: - generating a reactive-power signal having at least one probe-signal component (700.2, 700.4, 700.6) of a specified kind by an islanding-detection arrangement coupled to the connection , - injecting the reactive-power signal into the connection , - determining one or more monitored quantities, which are indicative of a response of the distributed electrical power system to the injected reactive-power signal , and - applying an islanding-identification algorithm (211, 300a.7, 300b.7, 300c.7) to each of the one or more determined monitored quantities, wherein a result of the islanding-identification algorithm (211, 300a.7, 300b.7, 300c.7) is indicative of whether the distributed electrical power system is decoupled from the electrical power grid , characterized in that - the at least one of the monitored quantities involves: - a second derivative (d 2 f/dt 2 ) with respect to time of a frequency (f) of a voltage (V, 108.1) associated with the generated electrical power (300b.6). - generating a reactive-power signal having at least one probe-signal component (700.2, 700.4, 700.6) of a specified kind by an islanding-detection arrangement coupled to the connection , - injecting the reactive-power signal into the connection , - determining one or more monitored quantities, which are indicative of a response of the distributed electrical power system to the injected reactive-power signal , and - applying an islanding-identification algorithm (211, 300a.7, 300b.7, 300c.7) to each of the one or more determined monitored quantities, wherein a result of the islanding-identification algorithm (211, 300a.7, 300b.7, 300c.7) is indicative of whether the distributed electrical power system is decoupled from the electrical power grid , characterized in that - the at least one of the monitored quantities involves: - a second derivative (d 2 f/dt 2 ) with respect to time of a frequency (f) of a voltage (V, 108.1) associated with the generated electrical power (300b.6). - a second derivative (d 2 f/dt 2 ) with respect to time of a frequency (f) of a voltage (V, 108.1) associated with the generated electrical power (300b.6).
A cartridge system for dispensing an aqueous solution, which consists of a mixture of an active substance with a liquid medium, including a bottle-shaped container fastened to the neck of which there is a pump , wherein the container may be filled with the liquid medium, wherein arranged in the container there is a cartridge , sealingly inserted into the upper side of which is the inlet pipe of the pump , wherein the active substance may be introduced into the cartridge , wherein the cartridge is sealed from the exterior by at least one piston or stopper which is movably arranged in a wall of the cartridge and moves into the interior of the cartridge under the action of reduced pressure produced by the pump and opens it to the exterior so that the active substance is mixable with the liquid medium.
A method, performed by a network, for network slice selection and configuration, comprising the steps of: receiving , by a first Access and Mobility Management Function, AMF, from a [Radio] Access Network, R(AN, an AMF selection request including Requested Network Slice Selection Assistance Information, NSSAI, and a User Equipment, UE, Network Slice Component Identifier, UE-NSCID, the UE-NSCID identifying a UE slice component of a UE slice instance determined at a UE ; sending , from the first AMF to a (R)AN-Network Slice Selection Function, (R)AN-NSSF, a (R)AN slice selection request including the Requested NSSAI and the UE-NSCID; receiving , by the first AMF from the (R)AN-NSSF, a (R)AN slice selection response including an Allowed Single-NSSAI, S-NSSAI, and selected (R)AN slice information including a selected (R)AN network slice instance (NSI) associated with the Allowed S-NSSAI and a selected (R)AN slice component associated with the selected (R)AN NSI; and sending , from the first AMF to the (R)AN, a network slice access confirmation including the Allowed S-NSSAI and the selected (R)AN slice information. receiving , by a first Access and Mobility Management Function, AMF, from a [Radio] Access Network, R(AN, an AMF selection request including Requested Network Slice Selection Assistance Information, NSSAI, and a User Equipment, UE, Network Slice Component Identifier, UE-NSCID, the UE-NSCID identifying a UE slice component of a UE slice instance determined at a UE ; sending , from the first AMF to a (R)AN-Network Slice Selection Function, (R)AN-NSSF, a (R)AN slice selection request including the Requested NSSAI and the UE-NSCID; receiving , by the first AMF from the (R)AN-NSSF, a (R)AN slice selection response including an Allowed Single-NSSAI, S-NSSAI, and selected (R)AN slice information including a selected (R)AN network slice instance (NSI) associated with the Allowed S-NSSAI and a selected (R)AN slice component associated with the selected (R)AN NSI; and sending , from the first AMF to the (R)AN, a network slice access confirmation including the Allowed S-NSSAI and the selected (R)AN slice information.
A compact power running board assembly (100; 300) for a motor vehicle, comprising: an actuator assembly (126; 303) operably coupled to a swing arm (108, 110; 308); a running board operably connected to the swing arm (108, 110; 308); a housing assembly (124; 194) including an opening (128; 196); a pivot shaft (130; 198) located within the housing assembly (124; 194), the swing arm (108, 110; 308) extending through the opening (128; 196) of the housing assembly (124; 194) and operably connected to the pivot shaft (130; 198); a pair of bushing bearings (132, 134; 202, 204) coupled to the pivot shaft (130; 198) within the housing assembly (124; 194), and a motor assembly (150; 350) operably coupled to the actuator assembly (126; 303) for driving the actuator assembly (126; 303) to move the running board between at least one stowed position and at least one deployed position, characterized in that the pivot shaft (130; 198) and the bushing bearings (132, 134; 202, 204) are completely contained in the housing assembly (124; 194). an actuator assembly (126; 303) operably coupled to a swing arm (108, 110; 308); a running board operably connected to the swing arm (108, 110; 308); a housing assembly (124; 194) including an opening (128; 196); a pivot shaft (130; 198) located within the housing assembly (124; 194), the swing arm (108, 110; 308) extending through the opening (128; 196) of the housing assembly (124; 194) and operably connected to the pivot shaft (130; 198); a pair of bushing bearings (132, 134; 202, 204) coupled to the pivot shaft (130; 198) within the housing assembly (124; 194), and a motor assembly (150; 350) operably coupled to the actuator assembly (126; 303) for driving the actuator assembly (126; 303) to move the running board between at least one stowed position and at least one deployed position,
An induction cooking device , comprising: a top plate on which an object to be heated is to be placed; a housing defining a top opening that opens to a top surface side of the housing and including a frame plate , the top opening accommodating the top plate , the frame plate being adhered to the top plate and supporting a bottom surface of the top plate ; a coil unit disposed inside the housing and pressed against the bottom surface of the top plate ; and a locking mechanism that is attached to the bottom surface of the top plate and locks the top plate , characterized in that the locking mechanism includes: an engagement component including an engagement portion and an adhesion portion that is adhered to the bottom surface of the top plate ; and a support component that supports the adhesion portion of the engagement component , wherein the engagement portion is located a predetermined distance (h) below the frame plate . a top plate on which an object to be heated is to be placed; a housing defining a top opening that opens to a top surface side of the housing and including a frame plate , the top opening accommodating the top plate , the frame plate being adhered to the top plate and supporting a bottom surface of the top plate ; a coil unit disposed inside the housing and pressed against the bottom surface of the top plate ; and a locking mechanism that is attached to the bottom surface of the top plate and locks the top plate , characterized in that the locking mechanism includes: an engagement component including an engagement portion and an adhesion portion that is adhered to the bottom surface of the top plate ; and a support component that supports the adhesion portion of the engagement component , wherein the engagement portion is located a predetermined distance (h) below the frame plate . an engagement component including an engagement portion and an adhesion portion that is adhered to the bottom surface of the top plate ; and a support component that supports the adhesion portion of the engagement component , wherein the engagement portion is located a predetermined distance (h) below the frame plate .
A method of forming a glass container, the method comprising: forming a glass container comprising a sidewall at least partially enclosing an interior volume, at least a portion of an interior surface of the sidewall having an interior surface layer; and contacting the glass container with an aqueous treating medium to remove a thin layer of the interior surface layer having a thickness of from 100 nm to 1.0 μm from the interior surface of the sidewall, wherein the aqueous treating medium comprises 0.001 weight percent to 0.15 weight percent fluoride ions; and the glass container has a delamination factor of less than or equal to 10 after the thin layer of the interior surface layer is removed. forming a glass container comprising a sidewall at least partially enclosing an interior volume, at least a portion of an interior surface of the sidewall having an interior surface layer; and contacting the glass container with an aqueous treating medium to remove a thin layer of the interior surface layer having a thickness of from 100 nm to 1.0 μm from the interior surface of the sidewall, wherein the aqueous treating medium comprises 0.001 weight percent to 0.15 weight percent fluoride ions; and the glass container has a delamination factor of less than or equal to 10 after the thin layer of the interior surface layer is removed.
Use of a nucleotide sequence comprising 4pgG600 (SEQ ID NO. 1) or 4pMCP600 (SEQ ID NO. 2) or the complementary nucleotide sequences thereof or a functional fragment thereof or the complementary nucleotide sequences thereof as a promoter, whereby the functional fragment of the promoter sequence has a sequence identity and /or homology of at least 70% to SEQ ID NO. 1 or SEQ ID NO. 2, wherein the promoter sequence is operably linked to a heterologous and/or exogenous nucleotide sequence of interest, gene of interest or antigen encoding sequence of interest, wherein said promoter sequence leads to expression of said nucleotide sequence of interest, preferably gene of interest, more preferably antigen encoding sequence.
A transgenic plant, or a portion of a plant, or a plant material, or a plant seed, or a plant cell comprising a heterologous nucleotide sequence comprising: one or more polynucleotide sequences having at least 80% sequence identity over the full length of the nucleotide sequence of SEQ ID NO:1; and a promoter that controls expression of the one or more polynucleotide sequences, wherein, (a) the promoter overexpresses the one or more polynucleotide sequences in the transgenic plant, portion of a plant, plant material, plant seed, or plant cell; (b) the transgenic plant, portion of a plant, plant material, plant seed, or plant cell has increased expression of the one or more polynucleotide sequences, compared to a non-transgenic plant; and (c) the increased expression of the one or more polynucleotide sequences increases photosynthetic activity or total content of photosynthetic pigments in the transgenic plant, portion of a plant, plant material, plant seed, or plant cell compared to the non-transgenic plant. (a) the promoter overexpresses the one or more polynucleotide sequences in the transgenic plant, portion of a plant, plant material, plant seed, or plant cell; (b) the transgenic plant, portion of a plant, plant material, plant seed, or plant cell has increased expression of the one or more polynucleotide sequences, compared to a non-transgenic plant; and (c) the increased expression of the one or more polynucleotide sequences increases photosynthetic activity or total content of photosynthetic pigments in the transgenic plant, portion of a plant, plant material, plant seed, or plant cell compared to the non-transgenic plant.
A system for suspending a curtain of a curtain-sided vehicle, which system comprises a rail and a multiplicity of tensioning strap runners arranged to be fixed to tensioning straps attached to an upper part of the curtain , the rail having a first track and a second and a third track which are arranged above said first track and which are facing one another, each of said runners comprising: - a frame ; - at least two track rollers which are rotatably mounted on said frame and which are arranged to roll over said first track , which first track is located on a distance from the plane of said curtain when the curtain is suspended on the runners and tensioned vertically so that the suspended curtain exerts a moment of force on the runners ; and - at least one auxiliary roller which is rotatably mounted on said frame and arranged to co-operate with said second and said third track to keep the track rollers in an upright position, the auxiliary roller engaging the second track to counteract said moment of force when the curtain is tensioned vertically, wherein said rail comprises a longitudinal chamber for the tensioning strap runners , which longitudinal chamber is arranged to receive the track rollers and the auxiliary rollers of the runners and has a top wall , a bottom wall , a first side wall , and a second side wall situated opposite the first side wall , with a lateral continuous longitudinal opening through which the frames of the runners extend when the curtain is suspended on the runners being provided at least in said first side wall , the bottom wall of the longitudinal chamber being provided with said first track for the track rollers , the top wall of the longitudinal chamber forming above said first track a stop for the track rollers , preventing the track rollers from being lifted out of the first track , and the first side wall being provided above said longitudinal opening with said second track for the auxiliary rollers and the second side wall being provided with said third track for the auxiliary rollers , characterised in that said first track is gutter-shaped and said track rollers are arranged to roll in the gutter-shaped first track , with the track rollers being urged inwards against the upstanding side wall of the gutter-shaped first track by said moment of force when the curtain is tensioned vertically. - a frame ; - at least two track rollers which are rotatably mounted on said frame and which are arranged to roll over said first track , which first track is located on a distance from the plane of said curtain when the curtain is suspended on the runners and tensioned vertically so that the suspended curtain exerts a moment of force on the runners ; and - at least one auxiliary roller which is rotatably mounted on said frame and arranged to co-operate with said second and said third track to keep the track rollers in an upright position, the auxiliary roller engaging the second track to counteract said moment of force when the curtain is tensioned vertically,