mhurhangee/patent-ind-claim-en huggingface dataset:
A disinfection cap comprising: an outer support structure forming a first cavity; an inner support structure integrally formed with the outer support structure and positioned within the first cavity, the inner support structure having an inside diameter that is greater than the outside diameter of a male luer , the inner support structure forming a second cavity that contains a solution for disinfecting the inner and outer surfaces of the male luer when the male luer is inserted into the second cavity; and a septum attached to a top surface of the inner support structure thereby forming a seal for maintaining the solution within the second cavity, the septum being pierceable to allow the male luer to be inserted through the septum into the second cavity, characterized in that the septum wraps around a top end of the inner support structure . an outer support structure forming a first cavity; an inner support structure integrally formed with the outer support structure and positioned within the first cavity, the inner support structure having an inside diameter that is greater than the outside diameter of a male luer , the inner support structure forming a second cavity that contains a solution for disinfecting the inner and outer surfaces of the male luer when the male luer is inserted into the second cavity; and a septum attached to a top surface of the inner support structure thereby forming a seal for maintaining the solution within the second cavity, the septum being pierceable to allow the male luer to be inserted through the septum into the second cavity, characterized in that the septum wraps around a top end of the inner support structure .
A measurement method using a gas sensor, the measurement being performed while alternately switching between a reference gas and a sample gas to be measured and supplying the reference gas and the sample gas to a sensor element in the gas sensor, wherein at least one of the reference gas and the sample gas is allowed to contain a specific gas; characterized in that the method comprises a step of equilibrating a concentration of the specific gas in the reference gas with a concentration of the specific gas in the sample gas by connecting a flow path of the reference gas and a flow path of the sample gas to each other via a gas equilibration device in which is arranged a permeable membrane for the specific gas, the permeable membrane being arranged on the flow paths of the reference gas and the sample gas and in a section where the flow path of the sample gas and the flow path of the reference gas are separated from each other such that a gas flow of the reference gas and a gas flow of the sample gas flowing across the permeable membrane are alternate gas flows by switching between the reference gas and the sample gas. wherein at least one of the reference gas and the sample gas is allowed to contain a specific gas; characterized in that the method comprises a step of equilibrating a concentration of the specific gas in the reference gas with a concentration of the specific gas in the sample gas by connecting a flow path of the reference gas and a flow path of the sample gas to each other via a gas equilibration device in which is arranged a permeable membrane for the specific gas, the permeable membrane being arranged on the flow paths of the reference gas and the sample gas and in a section where the flow path of the sample gas and the flow path of the reference gas are separated from each other such that a gas flow of the reference gas and a gas flow of the sample gas flowing across the permeable membrane are alternate gas flows by switching between the reference gas and the sample gas.
Handpan, comprising - a hollow base body , composed of a lower shell and an upper shell , each in the form of a spherical segment, which are connected, preferably glued, to one another at mutually facing outer edges thereof, - a basic tone field preferably arranged centrally on the upper shell , - further tone fields (6.1 to 6.8) arranged annularly on the upper shell , preferably around the basic tone field , as well as - a resonance opening (7.1) in the lower shell , characterized by - at least one further resonance opening (7.2 to 7.4) in the lower shell , wherein the at least two resonance openings (7.1 to 7.4) are arranged decentrally in the lateral rising zone of the lower shell . - a hollow base body , composed of a lower shell and an upper shell , each in the form of a spherical segment, which are connected, preferably glued, to one another at mutually facing outer edges thereof, - a basic tone field preferably arranged centrally on the upper shell , - further tone fields (6.1 to 6.8) arranged annularly on the upper shell , preferably around the basic tone field , as well as - a resonance opening (7.1) in the lower shell , characterized by - at least one further resonance opening (7.2 to 7.4) in the lower shell , wherein the at least two resonance openings (7.1 to 7.4) are arranged decentrally in the lateral rising zone of the lower shell .
A multilayer panel for making a floor covering, said panel comprising a wear layer comprising a surface layer made up at least of PVC, said wear layer being bonded to a back layer being made up of at least a thermoplastic material, a plasticizer and fillers, characterized in that the surface layer has a Shore D hardness greater than or equal to 60, and a Young's modulus greater than or equal to 1000 MPa and impact absorbers.
A method of operating an event consumer , said method comprising: receiving a triggering event from an event generator; said method being characterised by : selecting one or more policies triggered by the event, each policy specifying an action to be executed on the occurrence of an event specified in the policy, provided conditions specified in conditional clauses in the policy are met, the conditions including relevance constraints and sensor values; collecting contextual data required to evaluate the one or more conditional clauses in the policy, the contextual data comprising at least one measured sensor value and an associated relevance indicator; evaluating whether the associated relevance indicator meets the relevance constraints; evaluating the measured sensor value; and based on the evaluations of the associated relevance indicator and the measured sensor value, decide whether to initiate the action specified in the policy in reaction to the triggering event. selecting one or more policies triggered by the event, each policy specifying an action to be executed on the occurrence of an event specified in the policy, provided conditions specified in conditional clauses in the policy are met, the conditions including relevance constraints and sensor values; collecting contextual data required to evaluate the one or more conditional clauses in the policy, the contextual data comprising at least one measured sensor value and an associated relevance indicator; evaluating whether the associated relevance indicator meets the relevance constraints; evaluating the measured sensor value; and based on the evaluations of the associated relevance indicator and the measured sensor value, decide whether to initiate the action specified in the policy in reaction to the triggering event.
A porous aluminum sintered compact comprising a plurality of aluminum substrates sintered to each other, wherein a junction , in which the plurality of aluminum substrates are bonded each other, includes a Ti-Al compound and a Mg oxide , wherein: the aluminum substrates are aluminum fibers or both of aluminum fibers and an aluminum powder , the aluminum fibers are subjected to a shape-added processing which is a torsion processing or a bending processing, the fiber diameter (R) of the aluminum fiber is 50 μm or more and 1000 μm or less, the fiber length (L) of the aluminum fiber is 0.2 mm or more and 100 mm or less, the ratio L/R of the aluminum fiber is 4 or more and 2500 or less, the grain size of the aluminum powder is 20 μm or more and 300 μm or less, the ratio of the aluminum powder in the aluminum substrates is 15 mass% or less, and a plurality of pillar-shaped protrusions projecting toward an outside is formed on outer surfaces of the aluminum substrates , and the pillar-shaped protrusions include the junction . the aluminum substrates are aluminum fibers or both of aluminum fibers and an aluminum powder , the aluminum fibers are subjected to a shape-added processing which is a torsion processing or a bending processing, the fiber diameter (R) of the aluminum fiber is 50 μm or more and 1000 μm or less, the fiber length (L) of the aluminum fiber is 0.2 mm or more and 100 mm or less, the ratio L/R of the aluminum fiber is 4 or more and 2500 or less, the grain size of the aluminum powder is 20 μm or more and 300 μm or less, the ratio of the aluminum powder in the aluminum substrates is 15 mass% or less, and a plurality of pillar-shaped protrusions projecting toward an outside is formed on outer surfaces of the aluminum substrates , and the pillar-shaped protrusions include the junction .
A free-cutting and non-quenched and tempered steel, comprising the following chemical elements by mass percentages: C: 0.35-0.45%, Si: 0.45-0.65%, Mn: 1.35-1.65%, S: 0.025-0.065%, V: 0.07-0.15%, Ti: 0.01-0.018%, N: 0.012-0.017%, Al: 0.015-0.035%, Ca: 0.0008-0.0025%, with the balance being iron and other unavoidable impurities; wherein the S and Ca elements satisfy the relationship of S/Ca=20-60; wherein the steel has a microstructure of ferrite + pearlite; wherein the steel has elongated MnS inclusions; and wherein the steel has a tensile strength (Rm) of 900 MPa or more, a yield strength (RP0.2) of 550 MPa or more, an elongation rate (A) of 18% or more, a reduction of area (Z) of 40% or more, and an impact energy (AKv) of 30 J or more. C: 0.35-0.45%, Si: 0.45-0.65%, Mn: 1.35-1.65%, S: 0.025-0.065%, V: 0.07-0.15%, Ti: 0.01-0.018%, N: 0.012-0.017%, Al: 0.015-0.035%, Ca: 0.0008-0.0025%, with the balance being iron and other unavoidable impurities; wherein the S and Ca elements satisfy the relationship of S/Ca=20-60; wherein the steel has a microstructure of ferrite + pearlite; wherein the steel has elongated MnS inclusions; and wherein the steel has a tensile strength (Rm) of 900 MPa or more, a yield strength (RP0.2) of 550 MPa or more, an elongation rate (A) of 18% or more, a reduction of area (Z) of 40% or more, and an impact energy (AKv) of 30 J or more.
A method for operating a mass spectrometry system with a simplified control interface for a mass spectrometry system, comprising: receiving a solvent volatility setting from a user; determining a plurality of instrument control parameters based upon a chromatographic liquid flow rate; adjusting the plurality of instrument control parameters based on the received setting, the plurality of instrument control parameters including a nebulizing gas flow, a desolvation gas flow, a desolvation gas temperature , or any combination thereof; and setting the flow rates and/or temperatures of the mass spectrometry system in accordance with the plurality of adjusted instrument control parameters. receiving a solvent volatility setting from a user; determining a plurality of instrument control parameters based upon a chromatographic liquid flow rate; adjusting the plurality of instrument control parameters based on the received setting, the plurality of instrument control parameters including a nebulizing gas flow, a desolvation gas flow, a desolvation gas temperature , or any combination thereof; and setting the flow rates and/or temperatures of the mass spectrometry system in accordance with the plurality of adjusted instrument control parameters.
A brush holder assembly for use in an electrical generator including a moving conductive surface , the brush holder assembly comprising: a brush holder configured to be removably mounted to a mounting block on the electrical generator; a carbon brush slidingly disposed with the brush holder, the carbon brush configured to be positioned in contact with the moving conductive surface ; a handle moveable relative to the brush holder between an unlocked position in which the brush holder is removable from the mounting block and a locked position in which the brush holder is secured relative to the mounting block ; and a sensor that is configured to detect an anomalous or threshold condition of the brush holder assembly , characterized in that the brush holder assembly comprises a circuit board including the sensor , the circuit board being disposed within the handle . a brush holder configured to be removably mounted to a mounting block on the electrical generator; a carbon brush slidingly disposed with the brush holder, the carbon brush configured to be positioned in contact with the moving conductive surface ; a handle moveable relative to the brush holder between an unlocked position in which the brush holder is removable from the mounting block and a locked position in which the brush holder is secured relative to the mounting block ; and a sensor that is configured to detect an anomalous or threshold condition of the brush holder assembly , characterized in that the brush holder assembly comprises a circuit board including the sensor , the circuit board being disposed within the handle .
A method of producing a titanium oxide in which titanium tetrachloride is hydrolyzed using a liquid-phase method, the method comprising: a step of adding an aqueous titanium tetrachloride solution to warm water having a higher temperature than the aqueous titanium tetrachloride solution, wherein in the step, the temperature of the warm water is 30°C to 95°C and the aqueous titanium tetrachloride solution is added to the warm water such that an increase rate of titanium atomic concentration in the warm water is 0.25 mmol/L/min to 5.0 mmol/L/min, and a titanium atomic concentration in the warm water after the step is 280 mmol/L or lower. a step of adding an aqueous titanium tetrachloride solution to warm water having a higher temperature than the aqueous titanium tetrachloride solution, wherein in the step, the temperature of the warm water is 30°C to 95°C and the aqueous titanium tetrachloride solution is added to the warm water such that an increase rate of titanium atomic concentration in the warm water is 0.25 mmol/L/min to 5.0 mmol/L/min, and a titanium atomic concentration in the warm water after the step is 280 mmol/L or lower.
A sewing instrument comprising: a proximal end and a distal end ; a longitudinal axis; a sewing device being positioned at the distal end of the sewing instrument, which sewing device comprises: a curved needle having a first end and a second end , a first point at the first end and a second point at the second end, the needle further comprising a thread receiving portion ; a first jaw and a second jaw , which jaws are moveable between an open position and a closed position, the first jaw being adapted to releasably hold the first end of the needle, and the second jaw being adapted to releasably hold the second end of the needle; and a lock mechanism comprising a first lock for locking the needle in the first jaw, and a second lock for locking the needle in the second jaw; the sewing instrument further comprising: a first drive mechanism for moving the jaws between the open position and the closed position; and a second drive mechanism for operating the first and second locks, characterised in that the second drive mechanism comprises a first lock tendon attachable to the first lock, and a second lock tendon attachable to the second lock. a proximal end and a distal end ; a longitudinal axis; a sewing device being positioned at the distal end of the sewing instrument, which sewing device comprises: a curved needle having a first end and a second end , a first point at the first end and a second point at the second end, the needle further comprising a thread receiving portion ; a first jaw and a second jaw , which jaws are moveable between an open position and a closed position, the first jaw being adapted to releasably hold the first end of the needle, and the second jaw being adapted to releasably hold the second end of the needle; and a lock mechanism comprising a first lock for locking the needle in the a curved needle having a first end and a second end , a first point at the first end and a second point at the second end, the needle further comprising a thread receiving portion ; a first jaw and a second jaw , which jaws are moveable between an open position and a closed position, the first jaw being adapted to releasably hold the first end of the needle, and the second jaw being adapted to releasably hold the second end of the needle; and a lock mechanism comprising a first lock for locking the needle in the first jaw, and a second lock for locking the needle in the second jaw; a first drive mechanism for moving the jaws between the open position and the closed position; and a second drive mechanism for operating the first and second locks, characterised in that the second drive mechanism comprises a first lock tendon attachable to the first lock, and a second lock tendon attachable to the second lock.
A method for automatically transmitting status information, or status change information in the case of a status change, of a first communication terminal (EG A, EG B) configured to perform speech communication to a second communication terminal (CL A, CL B) configured to perform text communication, wherein the speech communication between communication terminals is conveyed via at least one speech communication server (SCS) and parallel thereto the text communication is transmitted between communication terminals via at least one text communication server (TCS), wherein the at least one speech communication server (SCS) and the at least one text communication server (TCS) exchange messages via at least one converter (GW), and wherein the status change is signaled by the first communication terminal (EG A, EG B) via the at least one speech communication server (SCS), the at least one converter (GW) and the at least one text communication server (TCS) to the second communication terminal (CL A, CL B), characterized in that a transmission of information for signaling the status change between the text communication server (TCS) and the speech communication server (SCS) occurs when the speech communication server (SCS) has signaled to the text communication server beforehand that the transmission of the status change should occur.
A hearing device for automatically enabling a monitoring mode within the hearing device comprising: ∘ at least one sound reproducing unit arranged for receiving a first audio signal; ∘ an electronic module comprising a processor arranged to mix said received first audio signal and a monitored ambient sound signal, ∘ characterized in that the electronic module is arranged for collecting environment data based on events in the vicinity of said hearing device, and for obtaining said monitored ambient sound signal by automatically enabling of monitoring ambient sounds based on the environment data representing entering of the hearing device into a predefined location where monitoring sounds from the surroundings should be automatically enabled when entering. ∘ at least one sound reproducing unit arranged for receiving a first audio signal; ∘ an electronic module comprising a processor arranged to mix said received first audio signal and a monitored ambient sound signal, ∘ characterized in that the electronic module is arranged for collecting environment data based on events in the vicinity of said hearing device, and for obtaining said monitored ambient sound signal by automatically enabling of monitoring ambient sounds based on the environment data representing entering of the hearing device into a predefined location where monitoring sounds from the surroundings should be automatically enabled when entering.
A compound represented by formula 1 below or a pharmaceutically acceptable salt thereof: in the formula, ring X is R 8 is H or C 1 -C 6 alkyl, and Y is N or O, Z is CR 5 or NR 5 , ---- is each absent or a single bond, R 1 , R 2 , and R 5 are each independently H, C 1 -C 6 alkyl, OH, or -O-C 1 -C 6 alkyl. ring X is R 8 is H or C 1 -C 6 alkyl, and Y is N or O, Z is CR 5 or NR 5 , ---- is each absent or a single bond, R 1 , R 2 , and R 5 are each independently H, C 1 -C 6 alkyl, OH, or -O-C 1 -C 6 alkyl.
A lift truck comprising an upright device which comprises at least one actuator unit configured for moving at least one element for moving a load; an armrest comprising a first supporting element configured for resting the forearm of the driver of the truck and a second supporting element configured for resting the palm of the hand of the driver; at least a portion of at least one between the first supporting element and the second supporting element is configured to vibrate to signal to the driver that predetermined operating conditions of the truck have been reached; characterised in that the armrest has a plurality of control levers , at least one control lever being configured to drive a respective actuator unit by a relative movement of the control lever ; at least one between the first supporting element and the second supporting element is configured to vibrate following operation of an activating element configured to control the passage from a first control condition to a second control condition of at least one of the control levers . an upright device which comprises at least one actuator unit configured for moving at least one element for moving a load; an armrest comprising a first supporting element configured for resting the forearm of the driver of the truck and a second supporting element configured for resting the palm of the hand of the driver; at least a portion of at least one between the first supporting element and the second supporting element is configured to vibrate to signal to the driver that predetermined operating conditions of the truck have been reached; characterised in that the armrest has a plurality of control levers , at least one control lever being configured to drive a respective actuator unit by a relative movement of the control lever ; at least one between the first supporting element and the second supporting element is configured to vibrate following operation of an activating element configured to control the passage from a first control condition to a second control condition of at least one of the control levers .
A 3D printed building element comprising: - a 3D printed block comprising an upper wall , a front wall , a rear wall and two lateral walls , defining an inner space , the lower portions of the walls defining an inner edge developing seamlessly to form a bottom edge surface ; - two internal ducts disposed in the inner space , each defining a first feedthrough opening provided on the upper wall , and an opposite second feedthrough opening facing the bottom edge surface ; the building element further comprises two connecting elements , each inserted in a corresponding duct of the block , so that a first portion of the connection element is exposed outside the first feedthrough opening provided on the upper wall and is suitable to be inserted in a second feedthrough opening facing the bottom edge surface of a duct of a further block superimposed to the block . - a 3D printed block comprising an upper wall , a front wall , a rear wall and two lateral walls , defining an inner space , the lower portions of the walls defining an inner edge developing seamlessly to form a bottom edge surface ; - two internal ducts disposed in the inner space , each defining a first feedthrough opening provided on the upper wall , and an opposite second feedthrough opening facing the bottom edge surface ;