mhurhangee/patent-ind-claim-en huggingface dataset:
Valve, in particular a slide valve, having a longitudinal axis , comprising - a housing , - a valve housing , and - a slide sleeve which extends along the longitudinal axis , - wherein the housing has at least one bearing surface against which the slide sleeve bears, - wherein the valve housing at least partially encloses the slide sleeve and is connected in a shear-resistant manner to the slide sleeve at least in the direction towards the housing , - wherein the valve housing has a holding rim situated radially outside with respect to the longitudinal axis , and - wherein the housing has at least one holding element which engages around the holding rim such that the valve housing is tensioned towards the housing along the longitudinal axis with elastic deformation of the valve housing , characterized in that the valve housing has an end side which faces the housing and which, by virtue of the elastic deformation, is tilted out of an orientation in which it is oriented transversely to the longitudinal axis . - a housing , - a valve housing , and - a slide sleeve which extends along the longitudinal axis , - wherein the housing has at least one bearing surface against which the slide sleeve bears, - wherein the valve housing at least partially encloses the slide sleeve and is connected in a shear-resistant manner to the slide sleeve at least in the direction towards the housing , - wherein the valve housing has a holding rim situated radially outside with respect to the longitudinal axis , and - wherein the housing has at least one holding element which engages around the holding rim such that the valve housing is tensioned towards the housing along the longitudinal axis with elastic deformation of the valve housing , characterized in that the valve housing has an end side which faces the housing and which, by virtue of the elastic deformation, is tilted out of an orientation in which it is oriented transversely to the longitudinal axis .
A cell search method, applied to a terminal device in an inactive state, wherein the inactive state refers to that the terminal device is disconnected from a network device, wherein both the network device and the terminal device retain context information of the terminal device, and wherein the context information is used for establishing a connection between the terminal device and the network device; characterized in that the method comprising: entering , by the terminal device, an arbitrary cell search state of searching for a suitable cell when the terminal device does not find a suitable cell to reside in, and continuing to maintain the inactive state and maintaining running of a location update timer; wherein the suitable cell is a cell in which the terminal device is capable of residing and obtaining a normal service. entering , by the terminal device, an arbitrary cell search state of searching for a suitable cell when the terminal device does not find a suitable cell to reside in, and continuing to maintain the inactive state and maintaining running of a location update timer; wherein the suitable cell is a cell in which the terminal device is capable of residing and obtaining a normal service.
A liquid jet discharge device comprising: a narrow tube having a tube shaped body that is open at both ends, and in which a discharge liquid being disposed therein, the discharge liquid contacting at least at an inner face of the narrow tube at a contact angle of less than 90 degrees; a container in which a transmission medium being disposed at a bottom side thereof where one end of the narrow tube is disposed, so that a pressure wave is propagated from the transmission medium to the discharge liquid ; an adjustment mechanism that applies or reduces pressure of gas portion inside the container to cause a liquid surface of the discharge liquid inside the narrow tube and an interface between gas portion and the transmission medium outside the narrow tube and inside the container to be staggered in position along an axial direction of the narrow tube ; and a generation mechanism that generates a pressure wave in the transmission medium , wherein the pressure wave is propagated from the transmission medium to the discharge liquid such that a liquid jet is discharged from the discharge liquid inside the narrow tube . a narrow tube having a tube shaped body that is open at both ends, and in which a discharge liquid being disposed therein, the discharge liquid contacting at least at an inner face of the narrow tube at a contact angle of less than 90 degrees; a container in which a transmission medium being disposed at a bottom side thereof where one end of the narrow tube is disposed, so that a pressure wave is propagated from the transmission medium to the discharge liquid ; an adjustment mechanism that applies or reduces pressure of gas portion inside the container to cause a liquid surface of the discharge liquid inside the narrow tube and an interface between gas portion and the transmission medium outside the narrow tube and inside the container to be staggered in position along an axial direction of the narrow tube ; and a generation mechanism that generates a pressure wave in the transmission medium , wherein the pressure wave is propagated from the transmission medium to the discharge liquid such that a liquid jet is discharged from the discharge liquid inside the narrow tube .
A method comprising: executing a virtual machine monitor on a computer system including a plurality of cores ; selecting one or more cores of the plurality of cores as a first subset of cores ; executing an operating system on the first subset of cores , wherein the operating system executes as a guest under control of the virtual machine monitor and an application executes on the operating system ; sequestering as one or more computing accelerators, a second subset of cores of the plurality of cores, the first subset of cores and the second subset of cores being mutually exclusive , the sequestering including dedicating a portion of shared system memory to the second subset of cores and including isolating the second subset of cores from the operating system making the second subset of cores not visible to the operating system; scheduling work for the application to be completed by the second subset of cores ; and executing the work for the application on the second subset of cores, the application indirectly accessing the second subset of cores via the virtual machine monitor . executing a virtual machine monitor on a computer system including a plurality of cores ; selecting one or more cores of the plurality of cores as a first subset of cores ; executing an operating system on the first subset of cores , wherein the operating system executes as a guest under control of the virtual machine monitor and an application executes on the operating system ; sequestering as one or more computing accelerators, a second subset of cores of the plurality of cores, the first subset of cores and the second subset of cores being mutually exclusive , the sequestering including dedicating a portion of shared system memory to the second subset of cores and including isolating the second subset of cores from the operating system making the second subset of cores not visible to the operating system; scheduling work for the application to be completed by the second subset of cores ; and executing the work for the application on the second subset of cores, the application indirectly accessing the second subset of cores via the virtual machine monitor .
A developing device comprising: a developer bearing member that bears a developer on a surface thereof; a supplying member that contacts the surface of the developer bearing member and supplies the developer to the surface of the developer bearing member ; and a regulating member that contacts the surface of the developer bearing member and regulates the developer borne on the surface of the developer bearing member , characterized in that the developer includes a toner having a toner particle and an inorganic particle present on a surface of the toner particle; a fixing ratio of the inorganic particle to the surface of the toner particle is 80% or more measured as explained in the description; an aspect ratio of the toner is 0.90 or more measured as explained in the description; a contact pressure of the regulating member against the surface of the developer bearing member is denoted by N (gf/mm) and a contact pressure of the supplying member against the surface of the developer bearing member is denoted by D (gf/mm) and is measured according to the description, the following expressions are satisfied: D + 2 × N − 6 ≥ 0 , 1.5 ≤ N ≤ 4.0 , and 2.0 ≤ D ≤ 3.5 . a developer bearing member that bears a developer on a surface thereof; a supplying member that contacts the surface of the developer bearing member and supplies the developer to the surface of the developer bearing member ; and a regulating member that contacts the surface of the developer bearing member and regulates the developer borne on the surface of the developer bearing member , characterized in that the developer includes a toner having a toner particle and an inorganic particle present on a surface of the toner particle; a fixing ratio of the inorganic particle to the surface of the toner particle is 80% or more measured as explained in the description; an aspect ratio of the toner is 0.90 or more measured as explained in the description; a contact pressure of the regulating member against the surface of the developer bearing member is denoted by N (gf/mm) and a contact pressure of the supplying member against the surface of the developer bearing member is denoted by D (gf/mm) and is measured according to the description, the following expressions are satisfied: D + 2 × N − 6 ≥ 0 , 1.5 ≤ N ≤ 4.0 , and 2.0 ≤ D ≤ 3.5 .
A curable composition comprising component (a): a carboxyl group-containing polyurethane which has an aromatic ring concentration of 0.1 to 4.5 mmol/g and contains an organic residue derived from a polyisocyanate; component (b): a solvent; and component (c): a compound having two or more epoxy groups in one molecule. component (a): a carboxyl group-containing polyurethane which has an aromatic ring concentration of 0.1 to 4.5 mmol/g and contains an organic residue derived from a polyisocyanate; component (b): a solvent; and component (c): a compound having two or more epoxy groups in one molecule.
A mobility aid with - a first structural component , - a second structural component and - at least one connection element arranged between the first structural component and the second structural component , wherein - the first structural component is positively connected to the at least one connection element and the connection at least partially features an n-fold discrete rotational symmetry, and - the second structural component is positively connected to the at least one connection element and the connection at least partially features a p-fold discrete rotational symmetry, wherein the n-fold and p-fold rotational symmetry have the same axis of symmetry , characterized by the fact that n and p are different. - a first structural component , - a second structural component and - at least one connection element arranged between the first structural component and the second structural component , - the first structural component is positively connected to the at least one connection element and the connection at least partially features an n-fold discrete rotational symmetry, and - the second structural component is positively connected to the at least one connection element and the connection at least partially features a p-fold discrete rotational symmetry,
A method of producing a high-rigidity ceramics material containing boron carbide in an amount of 90 to 99.5 mass%, having a Young's modulus of 370 GPa or more, measured in conformity to JIS R1602, and having a density of 2.3 to 2.6 g/cm 3 , wherein at least silicon, aluminum, oxygen and nitrogen coexist in a grain boundary phase between crystal grains of the boron carbide, wherein the high-rigidity ceramics material contains silicon carbide in an amount of 5 mass% or less and contains free carbon in an amount of 5 mass% or less, the method comprising: preparing a boron carbide powder, and, as a sintering aid, one or more selected from the group consisting of an oxide, a nitride and an oxynitride of silicon, an oxide, a nitride and an oxynitride of aluminum, and a composite oxide, a composite nitride and a composite oxynitride of aluminum and silicon, in such a manner as to contain all of Si, Al, O and N; and subjecting the boron carbide powder and the sintering aid to mixing, forming and sintering, wherein at least a powder of composite oxynitride of aluminum and silicon is used as the sintering aid. preparing a boron carbide powder, and, as a sintering aid, one or more selected from the group consisting of an oxide, a nitride and an oxynitride of silicon, an oxide, a nitride and an oxynitride of aluminum, and a composite oxide, a composite nitride and a composite oxynitride of aluminum and silicon, in such a manner as to contain all of Si, Al, O and N; and subjecting the boron carbide powder and the sintering aid to mixing, forming and sintering, wherein at least a powder of composite oxynitride of aluminum and silicon is used as the sintering aid.
A method to provide continuous operation of a facility comprising an equipment , the method comprising: retrieving a plurality of workpieces that are queued to be processed from a storage chamber of the equipment ; wherein the number of workpieces to be retrieved is given by the number of workpieces that will be needed to be removed from the storage chamber for a next predetermined period, wherein the next predetermined period is the average time needed to repair the equipment; storing the retrieved workpieces in a buffer station of the equipment , the buffer station being separate from the storage chamber ; wherein the buffer station comprises an emergency access for externally accessing the workpieces during a time of an equipment failure; the emergency access allowing removal of the workpieces in the buffer station ; moving the workpieces from the buffer station to an IO station , wherein the IO station comprises an external access to transfer the workpiece outside the equipment . retrieving a plurality of workpieces that are queued to be processed from a storage chamber of the equipment ; wherein the number of workpieces to be retrieved is given by the number of workpieces that will be needed to be removed from the storage chamber for a next predetermined period, wherein the next predetermined period is the average time needed to repair the equipment; storing the retrieved workpieces in a buffer station of the equipment , the buffer station being separate from the storage chamber ; wherein the buffer station comprises an emergency access for externally accessing the workpieces during a time of an equipment failure; the emergency access allowing removal of the workpieces in the buffer station ; moving the workpieces from the buffer station to an IO station ,
A method comprising: generating, by a network access point (302a,b,c), a first communication tunnel between the network access point (302a,b,c) and a first tunnel endpoint , wherein the first communication tunnel is dynamically configured based on a first triggering event; transmitting, by the network access point (302a,b,c) to the first tunnel endpoint via the first communication tunnel data; awaiting a response to the transmitted data; determining, by the network access point (302a,b,c), availability of the first tunnel endpoint based on whether the response to the transmitted data is received within a time period from the first tunnel endpoint via the first communication tunnel , wherein the first tunnel endpoint is determined to be available if the response is received within the time period, and wherein the first tunnel endpoint is determined to not be available if the response is not received within the time period; if the first tunnel endpoint is determined to be available, routing, by the network access point (302a,b,c) via the first communication tunnel , network traffic to the first tunnel endpoint ; and if the first tunnel endpoint is determined to be unavailable, establishing, by the network access point (302a,b,c), and based on a second triggering event, a second communication tunnel between the network access point (302a,b,c) and a second tunnel endpoint , and routing, by the network access point (302a,b,c) via the second communication tunnel , the network traffic to the second tunnel endpoint . generating, by a network access point (302a,b,c), a first communication tunnel between the network access point (302a,b,c) and a first tunnel endpoint , wherein the first communication tunnel is dynamically configured based on a first triggering event; transmitting, by the network access point (302a,b,c) to the first tunnel endpoint via the first communication tunnel data; awaiting a response to the transmitted data; determining, by the network access point (302a,b,c), availability of the first tunnel endpoint based on whether the response to the transmitted data is received within a time period from the first tunnel endpoint via the first communication tunnel , wherein the first tunnel endpoint is determined to be available if the response is received within the time period, and wherein the first tunnel endpoint is determined to not be available if the response is not received within the time period; if the first tunnel endpoint is determined to be available, routing, by the network access point (302a,b,c) via the first communication tunnel , network traffic to the first tunnel endpoint ; and if the first tunnel endpoint is determined to be unavailable, establishing, by the network access point (302a,b,c), and based on a second triggering event, a second communication tunnel between the network access point (302a,b,c) and a second tunnel endpoint , and routing, by the network access point (302a,b,c) via the second communication tunnel , the network traffic to the second tunnel endpoint .
Centrifugal rotor comprising: - a hub presenting a longitudinal axis , - a fluid inlet , - a first flange, called upstream flange having an opening around the hub , - a second flange, called downstream flange separated from the first flange by blades thus forming channels each delimited by the first flange , the second flange and two blades and extending from the fluid inlet to a peripheral outlet proximate to which the first flange has a concave zone oriented towards the channels while the second flange presents a convex zone oriented towards the channels Characterized in that the surface tangent to the concave zone of the first flange on output from the channel forms an angle between 1° and 45° with a radial surface perpendicular to the longitudinal axis . - a hub presenting a longitudinal axis , - a fluid inlet , - a first flange, called upstream flange having an opening around the hub , - a second flange, called downstream flange separated from the first flange by blades thus forming channels each delimited by the first flange , the second flange and two blades and extending from the fluid inlet to a peripheral outlet proximate to which the first flange has a concave zone oriented towards the channels while the second flange presents a convex zone oriented towards the channels Characterized in that the surface tangent to the concave zone of the first flange on output from the channel forms an angle between 1° and 45° with a radial surface perpendicular to the longitudinal axis .
A method for characterizing blood flow in an atrioventricular valve of the human heart, the atrioventricular valve connecting an atrium with a corresponding ventricle of the heart, the ventricle being fluidly coupled to a particular vessel that transports blood outside the ventricle , the method comprising: a) obtaining image data of the heart, for example angiographic x-ray image frames; b) identifying a contour of the atrium within the image data; c) identifying a contour of a region within the particular vessel within the image data; d) converting the image data to densitometric image data; e) calculating a time-density curve for the atrium from the contour of the atrium and the densitometric image data; f) calculating a time-density curve for the region of the particular vessel from the contour of the region of the vessel and the densitometric image data; and g) generating data representing at least one regurgitation fraction related to the atrioventricular valve of the heart from the time-density curves. a) obtaining image data of the heart, for example angiographic x-ray image frames; b) identifying a contour of the atrium within the image data; c) identifying a contour of a region within the particular vessel within the image data; d) converting the image data to densitometric image data; e) calculating a time-density curve for the atrium from the contour of the atrium and the densitometric image data; f) calculating a time-density curve for the region of the particular vessel from the contour of the region of the vessel and the densitometric image data; and g) generating data representing at least one regurgitation fraction related to the atrioventricular valve of the heart from the time-density curves.
Thermal spray cabin comprising: a table to hold a part to becoated ; a robot with a robot body and an arm ; a spray gun mounted on the arm of the robot; and a ventilation system comprising an air inlet and a suction hood designed to create a gas flow with a main stream (M) from the air inlet to the suction hood thereby passing the table in an operating state of the thermal spray cabin ; wherein the air inlet , the table , the robot , and the suction hood are arranged in such a way, that the robot body is positioned outside the main stream (M) of the gas flow in the operating state, and characterized in that the suction hood further comprises ∘ a cylindrical shaped vortex system , the vortex system being connected to a suction pipe for producing a circular and/or a spiral motion of an air outlet flow in the operating state; and ∘ a curved shaped collecting sheet for providing a homogeneous flow of collected air containing the dust and/or particles in the operating state. a table to hold a part to becoated ; a robot with a robot body and an arm ; a spray gun mounted on the arm of the robot; and a ventilation system comprising an air inlet and a suction hood designed to create a gas flow with a main stream (M) from the air inlet to the suction hood thereby passing the table in an operating state of the thermal spray cabin ; wherein the air inlet , the table , the robot , and the suction hood are arranged in such a way, that the robot body is positioned outside the main stream (M) of the gas flow in the operating state, and characterized in that the suction hood further comprises ∘ a cylindrical shaped vortex system , the vortex system being connected to a suction pipe for producing a circular and/or a spiral motion of an air outlet flow in the operating state; and ∘ a curved shaped collecting sheet for providing a homogeneous flow of collected air containing the dust and/or particles in the operating state. ∘ a cylindrical shaped vortex system , the vortex system being connected to a suction pipe for producing a circular and/or a spiral motion of an air outlet flow in the operating state; and ∘ a curved shaped collecting sheet for providing a homogeneous flow of collected air containing the dust and/or particles in the operating state.