mhurhangee/patent-ind-claim-en huggingface dataset:
A child stroller apparatus comprising: a stroller frame ; and an adapter assembled with the stroller frame and having a first coupling portion and a second coupling portion , each of the first and second coupling portions being configurable as a mount for installation of a detachable part, the adapter being pivotally connected with the stroller frame about a pivot axis (Y) extending transversally from a left side to a right side of the stroller frame , the adapter being rotatable to displace the first and second coupling portions in a concurrent manner for modifying an orientation of the first and second coupling portions ; wherein the adapter is movable relative to the stroller frame to displace the first and second coupling portions , a first position of the adapter configuring the first coupling portion as the mount while maintaining an angle between the first coupling portion and the second coupling portion , and a second position of the adapter configuring the second coupling portion as the mount while maintaining the angle between the first coupling portion and the second coupling portion ; characterized in that the first and second coupling portions protrude in different directions, a top of the second coupling portion in the second position of the adapter being at a substantially same height as a top of the first coupling portion in the first position of the adapter . a stroller frame ; and an adapter assembled with the stroller frame and having a first coupling portion and a second coupling portion , each of the first and second coupling portions being configurable as a mount for installation of a detachable part, the adapter being pivotally connected with the stroller frame about a pivot axis (Y) extending transversally from a left side to a right side of the stroller frame , the adapter being rotatable to displace the first and second coupling portions in a concurrent manner for modifying an orientation of the first and second coupling portions ; wherein the adapter is movable relative to the stroller frame to displace the first and second coupling portions , a first position of the adapter configuring the first coupling portion as the mount while maintaining an angle between the first coupling portion and the second coupling portion , and a second position of the adapter configuring the second coupling portion as the mount while maintaining the angle between the first coupling portion and the second coupling portion ; characterized in that the first and second coupling portions protrude in different directions, a top of the second coupling portion in the second position of the adapter being at a substantially same height as a top of the first coupling portion in the first position of the adapter .
Insulating glazing (I), at least comprising a first pane , a second pane , and a third pane and a circumferential spacer , wherein - - the spacer is formed by a polymeric main body at least comprising a first pane contact surface (2.1) and, extending parallel thereto, a second pane contact surface (2.2), a first glazing interior surface (3.1), a second glazing interior surface (3.2), an outer surface , a first hollow chamber (5.1), and a second hollow chamber (5.2), - the spacer has a groove for receiving third pane , which groove extends parallel to the first pane contact surface (2.1) and the second pane contact surface (2.2) between the first glazing interior surface (3.1) and the second glazing interior surface (3.2), - the first hollow chamber (5.1) is adjacent the first glazing interior surface (3.1), and the second hollow chamber (5.2) is adjacent the second glazing interior surface (3.2), - the lateral flanks of the groove are formed by the walls of the first hollow chamber (5.1) and the second hollow chamber (5.2), - the first pane is connected to the first pane contact surface (2.1) via a seal , - the second pane is connected to the second pane contact surface (2.2) via a seal , characterized in that the third pane is formed by at least one thermoplastic polymeric pane with a thickness of at least 3 mm, - the thermoplastic polymeric pane has at least one taper in the edge region of the third pane , and - the third pane is inserted into the groove of the spacer (I) in the region of the taper . - - the spacer is formed by a polymeric main body at least comprising a first pane contact surface (2.1) and, extending parallel thereto, a second pane contact surface (2.2), a first glazing interior surface (3.1), a second glazing interior surface (3.2), an outer surface , a first hollow chamber (5.1), and a second hollow chamber (5.2), - the spacer has a groove for receiving third pane , which groove extends parallel to the first pane contact surface (2.1) and the second pane contact surface (2.2) between the first glazing interior surface (3.1) and the second glazing interior surface (3.2), - the first hollow chamber (5.1) is adjacent the first glazing interior surface (3.1), and the second hollow chamber (5.2) is adjacent the second glazing interior surface (3.2), - the lateral flanks of the groove are formed by the walls of the first hollow chamber (5.1) and the second hollow chamber (5.2), - the first pane is connected to the first pane contact surface (2.1) via a seal , - the second pane is connected to the second pane contact surface (2.2) via a seal , characterized in that the third pane is formed by at least one thermoplastic polymeric pane with a thickness of at least 3 mm, - the thermoplastic polymeric pane has at least one taper in the edge region of the third pane , and - the third pane is inserted into the groove of the spacer (I) in the region of the taper .
A composition comprising a formulation comprising recombinant human tripeptidyl peptidase-1 (rhTPP1) for use in a method of treating Neuronal Ceroid Lipofuscinosis (CLN2) disease in a subject less than 3 years old, wherein a dosage of about 300 mg or less is administered intracerebroventricularly, intrathecally, or intraocularly to the subject once every 2 weeks.
Power semiconductor module for a motor vehicle, wherein a plurality of unhoused power semiconductor chips are provided, which are arranged so that a cooling liquid that is introduced into the power semiconductor module through a cooling liquid feed line can circulate directly around them, characterised in that a carrier element is provided, on which the power semiconductor chips are arranged, wherein the carrier element has a cooling body with at least one cooling channel through which the cooling liquid can circulate.
An apparatus for use in humidifying a flow of treatment gas (F) for providing to a user (P), the apparatus comprising: a housing ; an inlet structured to receive the flow of treatment gas from a gas flow generator ; an outlet structured to convey the flow of treatment gas to a patient interface device ; a compartment defined in the housing, the compartment being structured to hold a volume of water (W) therein; a primary valve disposed between the inlet and the compartment, the primary valve being structured to permit passage of the flow of treatment gas from the inlet to the compartment and to prevent passage of a fluid from the compartment to the inlet; and a secondary valve disposed between the compartment and the inlet, the secondary valve being structured to permit passage of a fluid from the compartment to the inlet and to prevent passage of the flow of treatment gas from the inlet to the compartment, characterized in that the secondary valve is placed between the primary valve and the inlet (22. 122) of the apparatus and wherein the apparatus further comprises an elongated passage extending between the secondary valve and a distal end disposed at or about the outlet, wherein the elongated passage is structured to convey the fluid from the outlet to the secondary valve without exposing the fluid to the volume of water. a housing ; an inlet structured to receive the flow of treatment gas from a gas flow generator ; an outlet structured to convey the flow of treatment gas to a patient interface device ; a compartment defined in the housing, the compartment being structured to hold a volume of water (W) therein; a primary valve disposed between the inlet and the compartment, the primary valve being structured to permit passage of the flow of treatment gas from the inlet to the compartment and to prevent passage of a fluid from the compartment to the inlet; and a secondary valve disposed between the compartment and the inlet, the secondary valve being structured to permit passage of a fluid from the compartment to the inlet and to prevent passage of the flow of treatment gas from the inlet to the compartment, characterized in that the secondary valve is placed between the primary valve and the inlet (22. 122) of the apparatus and wherein the apparatus further comprises an elongated passage extending between the secondary valve and a distal end disposed at or about the outlet, wherein the elongated passage is structured to convey the fluid from the outlet to the secondary valve without exposing the fluid to the volume of water.
A flexible sensor label , comprising: a reservoir chamber configured to store an activation medium and to release the activation medium in response to the reservoir chamber being crushed; an irreversible chamber configured to store an irreversible indicator medium, wherein the irreversible indicator medium is altered in response to being mixed with the activation medium after the activation medium is released and the flexible sensor label being exposed to a first condition associated with the irreversible indicator medium; and a reversible chamber configured to store a reversible indicator medium, wherein the reversible indicator medium is altered in response to being mixed with the activation medium after the activation medium is released and the flexible sensor label being exposed to a second condition associated with the reversible indicator medium. a reservoir chamber configured to store an activation medium and to release the activation medium in response to the reservoir chamber being crushed; an irreversible chamber configured to store an irreversible indicator medium, wherein the irreversible indicator medium is altered in response to being mixed with the activation medium after the activation medium is released and the flexible sensor label being exposed to a first condition associated with the irreversible indicator medium; and a reversible chamber configured to store a reversible indicator medium, wherein the reversible indicator medium is altered in response to being mixed with the activation medium after the activation medium is released and the flexible sensor label being exposed to a second condition associated with the reversible indicator medium.
An intraocular lens (IOL) having an optical axis extending in an anterior-posterior direction and an equator extending in a plane substantially perpendicular to the optical axis, the IOL comprising: an elastic anterior face located anterior to the equator; a posterior face located posterior to the equator, wherein the anterior face, the posterior face, or both comprises a poly(dimethylsiloxane) elastomer having a durometer between about 20 Shore A to about 50 Shore A; and a chamber located between the anterior face and the posterior face comprising a silicone oil comprising polysiloxanes comprising diphenyl siloxane and dimethyl siloxane units, the silicone oil having a maximum viscosity of about 800 cSt at 25 °C; wherein the silicone oil has a mean molecular weight from about 1,000 to about 3,000 Daltons. an elastic anterior face located anterior to the equator; a posterior face located posterior to the equator, wherein the anterior face, the posterior face, or both comprises a poly(dimethylsiloxane) elastomer having a durometer between about 20 Shore A to about 50 Shore A; and a chamber located between the anterior face and the posterior face comprising a silicone oil comprising polysiloxanes comprising diphenyl siloxane and dimethyl siloxane units, the silicone oil having a maximum viscosity of about 800 cSt at 25 °C; wherein the silicone oil has a mean molecular weight from about 1,000 to about 3,000 Daltons.
A rotational resonator comprising a substrate with one or more anchor points and an inertial mass with a first longitudinal end and a second longitudinal end , wherein the first longitudinal end and second longitudinal end lie on opposite sides of the one or more anchor points, wherein the inertial mass has a rest position in the xy-plane that defines an inertial mass plane, and wherein the inertial mass is suspended from the one or more anchor points by at least one suspender extending from the one or more anchor points toward the first longitudinal end of the inertial mass , and by at least one suspender extending from the same one or more anchor points toward the second longitudinal end of the inertial mass , and wherein each suspender is attached from a first attachment point to its anchor point and from a second attachment point to the inertial mass , and wherein one or more suspenders are coated suspenders coated with a piezoelectric transducer structure configured to drive or detect oscillating rotary movement in the inertial mass , wherein at least one of the coated suspenders is attached from its second attachment point to the inertial mass with a flexure , characterized in that said flexure . is stiff for translational movement out of the inertial mass plane but flexible for bending in the inertial mass plane and flexible for torsional twisting about an axis which is parallel to a lengthwise direction of the flexure that extends in the xy-plane.
A method comprising: calculating a first channel correlation for each pair of access terminals in a population of access terminals; identifying a particular pair of access terminals from the population of access terminals based on the first channel correlations, the population of access terminals comprising a first access terminal of the particular pair of access terminals, a second access terminal of the particular pair of access terminals, and at least one remaining access terminal from the population of access terminals; calculating a second channel correlation between the first access terminal and each of the at least one remaining access terminal; calculating a third channel correlation between the second access terminal and each of the at least one remaining access terminal; and selecting one of the first access terminal and the second access terminal to drop from service based on the second channel correlations and the third channel correlations. calculating a first channel correlation for each pair of access terminals in a population of access terminals; identifying a particular pair of access terminals from the population of access terminals based on the first channel correlations, the population of access terminals comprising a first access terminal of the particular pair of access terminals, a second access terminal of the particular pair of access terminals, and at least one remaining access terminal from the population of access terminals; calculating a second channel correlation between the first access terminal and each of the at least one remaining access terminal; calculating a third channel correlation between the second access terminal and each of the at least one remaining access terminal; and selecting one of the first access terminal and the second access terminal to drop from service based on the second channel correlations and the third channel correlations.
Linking device configured to connect an aircraft engine and a primary structure of an aircraft pylon, comprising: - a support configured to be connected to the primary structure, - a spreader , extending between first and second ends (58.1, 58.2), that has a central part (58.3) connected to the support by a principal link comprising a principal rotation axis , - a first thrust rod comprising a first end (52.1) connected to the first end (58.1) of the spreader by a first secondary link and a second end configured to be connected to the engine, - a second thrust rod comprising a first end (52.1') connected to the second end (58.2) of the spreader by a second secondary link and a second end configured to be connected to the engine, - first and second fittings , secured to the support , comprising upper and lower branches , between which the spreader is positioned, characterized in that the linking device generates a deflection of the spreader that is configured to pivot about a deflection rotation axis (R) perpendicular to the principal rotation axis and contained in a plane of symmetry (Ps) passing via the principal rotation axis and in that the linking device comprises at least one system for limiting the deflection of the spreader comprising an extension secured to the spreader and also upper and lower stops , secured to the first or second fitting , between which the extension is positioned. - a support configured to be connected to the primary structure, - a spreader , extending between first and second ends (58.1, 58.2), that has a central part (58.3) connected to the support by a principal link comprising a principal rotation axis , - a first thrust rod comprising a first end (52.1) connected to the first end (58.1) of the spreader by a first secondary link and a second end configured to be connected to the engine, - a second thrust rod comprising a first end (52.1') connected to the second end (58.2) of the spreader by a second secondary link and a second end configured to be connected to the engine, - first and second fittings , secured to the support , comprising upper and lower branches , between which the spreader is positioned,
An engine lubrication system (S) comprising: an oil pump configured to be driven by an engine ; an oil jet mechanism (17a to 17f) configured to inject oil fed or pressure-fed by the oil pump to a piston; and control means configured to set a target hydraulic pressure of the oil injected from the oil jet mechanism (17a to 17f) according to an operation state of the engine , wherein the control means has a hydraulic pressure state determination section configured to determine a hydraulic pressure state of the oil injected from the oil jet mechanism (17a to 17f), and characterised in that it comprises an automatic transmission and in that the control means is configured to control the automatic transmission to downshift or is configured to change a gear stage of the automatic transmission to a lower gear stage, when the hydraulic pressure state determination section determines a hydraulic pressure insufficient state where an actual hydraulic pressure of the oil that is actually injected from the oil jet mechanism (17a to 17f) is insufficient for the target hydraulic pressure. an oil pump configured to be driven by an engine ; an oil jet mechanism (17a to 17f) configured to inject oil fed or pressure-fed by the oil pump to a piston; and control means configured to set a target hydraulic pressure of the oil injected from the oil jet mechanism (17a to 17f) according to an operation state of the engine , wherein the control means has a hydraulic pressure state determination section configured to determine a hydraulic pressure state of the oil injected from the oil jet mechanism (17a to 17f), and characterised in that it comprises an automatic transmission and in that the control means is configured to control the automatic transmission to downshift or is configured to change a gear stage of the automatic transmission to a lower gear stage, when the hydraulic pressure state determination section determines a hydraulic pressure insufficient state where an actual hydraulic pressure of the oil that is actually injected from the oil jet mechanism (17a to 17f) is insufficient for the target hydraulic pressure.
A tooth root canal filling material comprising: a mesenchymal stem cell excluding dental pulp stem cells; and an extracellular matrix, wherein the mesenchymal stem cells are: a bone marrow stem cell or adipose stem cell, including CD105-positive cells or CXCR4-positive cells. a mesenchymal stem cell excluding dental pulp stem cells; and an extracellular matrix, wherein the mesenchymal stem cells are: a bone marrow stem cell or adipose stem cell, including CD105-positive cells or CXCR4-positive cells.
A passenger cabin for a vehicle having a modular cabin segment arranged in a rear section of the passenger cabin, in which a passage through the cabin segment is not required, the cabin segment comprising - a first lateral segment module that accommodates a first toilet arrangement with at least one toilet compartment , - a second lateral segment module , wherein each of the first and second lateral segment modules comprises an outer lateral face and an inner lateral face that delimit each of the first and second lateral segment modules in transverse direction of the cabin, and - at least one central module , wherein the at least one central module is arranged between the first lateral segment module and the second lateral segment module , wherein the at least one central module comprises a first lateral face and a second lateral face , which faces delimit the central module in the transverse direction of the cabin, wherein in each case the outer lateral face of the first lateral segment module and of the second lateral segment module is designed to snugly fit in each case to an inner wall of the cabin of the vehicle so as to correspond to the inner wall, wherein the second lateral segment module is a galley module, and wherein the cabin segment extends in a transverse axis from a sidewall of the cabin up to the opposite sidewall. - a first lateral segment module that accommodates a first toilet arrangement with at least one toilet compartment , - a second lateral segment module , wherein each of the first and second lateral segment modules comprises an outer lateral face and an inner lateral face that delimit each of the first and second lateral segment modules in transverse direction of the cabin, and - at least one central module , wherein the at least one central module is arranged between the first lateral segment module and the second lateral segment module , wherein the at least one central module comprises a first lateral face and a second lateral face , which faces delimit the central module in the transverse direction of the cabin, wherein in each case the outer lateral face of the first lateral segment module and of the second lateral segment module is designed to snugly fit in each case to an inner wall of the cabin of the vehicle so as to correspond to the inner wall, wherein the second lateral segment module is a galley module, and wherein the cabin segment extends in a transverse axis from a sidewall of the cabin up to the opposite sidewall.