mhurhangee/patent-ind-claim-en huggingface dataset:
A method for forming an ad-hoc network between vehicles to communicate vehicle management information between them, comprising the steps of: collecting, by a source vehicle, its own first vehicle driving information; creating, by the source vehicle, vehicle management information of the source vehicle based on the first vehicle driving information; setting up, by the source vehicle, a routing condition composed of predetermined vehicle traveling requirements based on the vehicle management information; transmitting, by the source vehicle, a vehicle management information message having the routing condition and the vehicle management information to nearby vehicles; searching, by the nearby vehicles receiving the vehicle management information message, the routing condition from the vehicle management information message; and determining, by the nearby vehicles, whether the nearby vehicles route the vehicle management information message according to the routing condition, wherein only vehicles satisfying the vehicle travelling requirements comprised in the routing condition among the nearby vehicles route the vehicle management information message, wherein the nearby vehicles are one or more vehicles comprised in a prescribed area covering a predetermined distance where the vehicle management information message is broadcasted by the source vehicle. collecting, by a source vehicle, its own first vehicle driving information; creating, by the source vehicle, vehicle management information of the source vehicle based on the first vehicle driving information; setting up, by the source vehicle, a routing condition composed of predetermined vehicle traveling requirements based on the vehicle management information; transmitting, by the source vehicle, a vehicle management information message having the routing condition and the vehicle management information to nearby vehicles; searching, by the nearby vehicles receiving the vehicle management information message, the routing condition from the vehicle management information message; and determining, by the nearby vehicles, whether the nearby vehicles route the vehicle management information message according to the routing condition, wherein only vehicles satisfying the vehicle travelling requirements comprised in the routing condition among the nearby vehicles route the vehicle management information message, wherein the nearby vehicles are one or more vehicles comprised in a prescribed area covering a predetermined distance where the vehicle management information message is broadcasted by the source vehicle.
An in vitro process for analysis of the presence of atherosclerosis, characterized by determining the concentration of anti-Myc-associated zinc finger protein (anti-MAZI) auto-antibody in a patient sample, wherein an elevated concentration of anti-MAZI auto-antibody is indicative of atherosclerosis and/or of an increased risk for myocardial infarction.
A fitting component for a window or a door, in which a locking fitting consisting of locking elements and stationary locking engagement means is effective between casement and frame, wherein the locking fitting can be set to at least one swivelopening position of the casement relative to the frame and a securing element is provided at at least one lateral perpendicular swivel axis, which is non-detachably mounted, which in normal operation is without function, however, secures the casement to the frame, when the casement moves beyond a permissible setpoint position, and consists of a rope arranged in the rebate area between casement and frame, which at one end is allocated to the casement in a casement component and at the other end to the frame in a frame mount, characterized in that the frame mount is a locking engagement means of the locking fitting.
Composition, in particular a cosmetic composition, especially for coating keratin materials, more particularly for making up and/or caring for keratin materials, such as the skin, in the form of a water-in-oil emulsion comprising an aqueous phase, a fatty phase and pigments, characterized in that : said composition comprises at least one lipophilic clay and at least mica in a proportion ranging from 1.2% to 5% by weight relative to the total weight of the composition, said mica being in the form of mixtures of filler(s) and nacre(s), said mica in filler form being at least fluorophlogopite, said fatty phase comprises at least one volatile hydrocarbon-based oil and at least one non-cyclic silicone oil, the volatile hydrocarbon-based oil being present in a content ranging from 5% to 20% by weight relative to the total weight of the composition, the non-cyclic silicone oil being present in a content ranging from 10% to 25% by weight relative to the total weight of the composition. said composition comprises at least one lipophilic clay and at least mica in a proportion ranging from 1.2% to 5% by weight relative to the total weight of the composition, said mica being in the form of mixtures of filler(s) and nacre(s), said mica in filler form being at least fluorophlogopite, said fatty phase comprises at least one volatile hydrocarbon-based oil and at least one non-cyclic silicone oil, the volatile hydrocarbon-based oil being present in a content ranging from 5% to 20% by weight relative to the total weight of the composition, the non-cyclic silicone oil being present in a content ranging from 10% to 25% by weight relative to the total weight of the composition.
A compound of Formula (I): or a pharmaceutically acceptable salt thereof, wherein: A is arylene or heteroarylene; L is a linker; BA is a binding agent, wherein BA is an antibody or an antibody fragment; and k is an integer from 1 to 30. A is arylene or heteroarylene; L is a linker; BA is a binding agent, wherein BA is an antibody or an antibody fragment; and k is an integer from 1 to 30.
A vascular graft for treating damaged or diseased cardiovascular tissue, comprising: a tubular member comprising acellular extracellular matrix (ECM) derived from a mammalian tissue source and an exogenously added biologically active agent, said exogenously added biologically active agent comprising a growth factor selected from the group consisting of a transforming growth factor-alpha (TGF-α), transforming growth factor-beta (TGF-β), fibroblast growth factor-2 (FGF-2), and vascular epithelial growth factor (VEGF), said tubular member comprising an outer surface and a lumen that extends therethrough, said lumen defining a tubular member inner surface, said tubular member further comprising at least one biodegradable coating disposed on said tubular member outer surface, said biodegradable coating comprising an ECM-mimicking biomaterial composition comprising poly(glycerol sebacate) (PGS). a tubular member comprising acellular extracellular matrix (ECM) derived from a mammalian tissue source and an exogenously added biologically active agent, said exogenously added biologically active agent comprising a growth factor selected from the group consisting of a transforming growth factor-alpha (TGF-α), transforming growth factor-beta (TGF-β), fibroblast growth factor-2 (FGF-2), and vascular epithelial growth factor (VEGF), said tubular member comprising an outer surface and a lumen that extends therethrough, said lumen defining a tubular member inner surface, said tubular member further comprising at least one biodegradable coating disposed on said tubular member outer surface, said biodegradable coating comprising an ECM-mimicking biomaterial composition comprising poly(glycerol sebacate) (PGS).
Brake disc with a friction ring which consists at least in part of a first material, and a brake pot which consists at least in part of a second material which is different from the first material, the friction ring having a collar which is configured in the axial direction, and the collar being connected by means of at least one connecting element to an edge of the brake pot , which edge is directed axially towards the friction ring , the edge and/or the collar being of planar configuration at least in the region of the at least one connecting element , and the edge and/or the collar being configured in a circular manner with a partially curved shell face, and the shell face being of planar configuration at least in the region which is in contact with the connecting element .
A system for reducing the probability of detection of a Line of Sight type communication and sensor mast , the system comprising the mast , the mast having an upper portion extending upwardly relatively the ground , and a lower portion closer to the ground than the upper portion , where the mast at the upper portion is equipped with at least a communication or sensor element , the mast is equipped with an actuator , wherein the actuator , based on calculated instructions, is designed to alter the elevation above ground of the mast upper portion so as to achieve an acceptable signal quality with the upper portion of the mast at the lowest possible elevation, the system further comprising a drive system coupled to the actuator for controlling the actuator , wherein the drive system is configured for first extending the mast until the signal quality is acceptable and then retracting the upper portion as much as possible retaining acceptable signal quality.
A landing gear , the landing gear comprising: an upper torque link ; a lower torque link ; a joint formed between the upper torque link and the lower torque link; and a shimmy damper installed at the joint between the upper torque link and the lower torque link, wherein the shimmy damper comprises: a cap ; a housing ; a damper shaft extending from the cap to the housing; and a plurality of magnets configured to exert an opposing force on the cap and the housing via the damper shaft, wherein the plurality of magnets includes: a first shaft magnet and a second shaft magnet each coupled to the damper shaft, the first shaft magnet being located closer to the cap than the second shaft magnet; a cap magnet configured to be repelled by the first shaft magnet and to exert a force on the cap; and a housing magnet configured to be repelled by the second shaft magnet and to exert a force on the housing in an opposite direction than the force exerted on the cap by the cap magnet. an upper torque link ; a lower torque link ; a joint formed between the upper torque link and the lower torque link; and a shimmy damper installed at the joint between the upper torque link and the lower torque link, wherein the shimmy damper comprises: a cap ; a housing ; a damper shaft extending from the cap to the housing; and a plurality of magnets configured to exert an opposing force on the cap and the housing via the damper shaft, wherein the plurality of magnets includes: a first shaft magnet and a second shaft magnet each coupled to the damper shaft, the first shaft magnet being located closer to the cap than the second shaft magnet; a cap magnet configured to be repelled by the first shaft magnet and to exert a force on the cap; and a housing magnet configured to be repelled by the second shaft magnet and to exert a force on the housing in an opposite direction than the force exerted on the cap by the cap magnet. a cap ; a housing ; a damper shaft extending from the cap to the housing; and a plurality of magnets configured to exert an opposing force on the cap and the housing via the damper shaft, wherein the plurality of magnets includes: a first shaft magnet and a second shaft magnet each coupled to the damper shaft, the first shaft magnet being located closer to the cap than the second shaft magnet; a cap magnet configured to be repelled by the first shaft magnet and to exert a force on the cap; and a housing magnet configured to be repelled by the second shaft magnet and to exert a force on the housing in an opposite direction than the force exerted on the cap by the cap magnet. a first shaft magnet and a second shaft magnet each coupled to the damper shaft, the first shaft magnet being located closer to the cap than the second shaft magnet; a cap magnet configured to be repelled by the first shaft magnet and to exert a force on the cap; and a housing magnet configured to be repelled by the second shaft magnet and to exert a force on the housing in an opposite direction than the force exerted on the cap by the cap magnet.
An image forming apparatus comprising: an apparatus main body including a guide section and a contact terminal as a spring; and a detachable unit including a holder for holding a circuit board having an electrode terminal which comes into contact with the contact terminal , a state of the detachable unit being changed to an attached state by inserting the detachable unit along the guide section in an insertion direction, the state of the detachable unit being changed to a detached state by withdrawing the detachable unit along the guide section in a withdrawal direction opposite to the insertion direction; wherein: the holder includes a first positioning member for positioning a front side of the circuit board as a tip end of the circuit board in the insertion direction when the detachable unit holding the circuit board in the holder is slid along the guide section to be inserted in the insertion direction; and the first positioning member includes two slit parts through which the contact terminal passes when the detachable unit not holding the circuit board in the holder in the attached state is slid in the withdrawal direction. an apparatus main body including a guide section and a contact terminal as a spring; and a detachable unit including a holder for holding a circuit board having an electrode terminal which comes into contact with the contact terminal , a state of the detachable unit being changed to an attached state by inserting the detachable unit along the guide section in an insertion direction, the state of the detachable unit being changed to a detached state by withdrawing the detachable unit along the guide section in a withdrawal direction opposite to the insertion direction; wherein: the holder includes a first positioning member for positioning a front side of the circuit board as a tip end of the circuit board in the insertion direction when the detachable unit holding the circuit board in the holder is slid along the guide section to be inserted in the insertion direction; and the first positioning member includes two slit parts through which the contact terminal passes when the detachable unit not holding the circuit board in the holder in the attached state is slid in the withdrawal direction. the holder includes a first positioning member for positioning a front side of the circuit board as a tip end of the circuit board in the insertion direction when the detachable unit holding the circuit board in the holder is slid along the guide section to be inserted in the insertion direction; and the first positioning member includes two slit parts through which the contact terminal passes when the detachable unit not holding the circuit board in the holder in the attached state is slid in the withdrawal direction.
Fan for ovens for cooking foods, which is provided with its own rotation axis (X) and is extended along said rotation axis (X) between a front side and a rear side directed in opposite directions with respect to each other, and is provided with a peripheral side which is extended around said rotation axis (X) between said front side and said rear side ; said fan comprising: - a support plate , which is arranged substantially orthogonal to said rotation axis (X) and is provided with a first face , which delimits the rear side of said fan , and a second face directed towards the front side of said fan ; - multiple blades projectingly fixed on the second face of said support plate and arranged around said rotation axis (X); each said blade being provided with: - a rear edge fixed to the second face of said support plate ; - an external edge arranged on the peripheral side of said fan ; - an internal edge placed to connect between said external edge and said rear edge ; said fan being characterized in that the internal edge of each said blade comprises: - a first section which delimits a convex portion of said blade projectingly extended at least towards the rotation axis (X) of said fan , wherein the first section of the internal edge of each said blade has a curved form; - a second section which delimits a first concavity of said blade and is extended between said first section and said rear edge ; - a third section which delimits a second concavity of said blade and is extended between said first section and said external edge . - a support plate , which is arranged substantially orthogonal to said rotation axis (X) and is provided with a first face , which delimits the rear side of said fan , and a second face directed towards the front side of said fan ; - multiple blades projectingly fixed on the second face of said support plate and arranged around said rotation axis (X); - a rear edge fixed to the second face of said support plate ; - an external edge arranged on the peripheral side of said fan ; - an internal edge placed to connect between said external edge and said rear edge ; - a first section which delimits a convex portion of said blade projectingly extended at least towards the rotation axis (X) of said fan , wherein the first section of the internal edge of each said blade has a curved form; - a second section which delimits a first concavity of said blade and is extended between said first section and said rear edge ; - a third section which delimits a second concavity of said blade and is extended between said first section and said external edge .
A method for purifying a mixture to be separated, in a multicolumn chromatography system, the method comprising successively and cyclically: - a step of collecting a raffinate, a step of injecting the mixture to be separated, a step of collecting an extract and a step of injecting eluent, at an operating temperature; wherein the mixture to be separated has a dynamic viscosity at 20°C greater than or equal to 3 mPa.s and the eluent is less viscous than the mixture to be separated; and wherein the dry matter mass concentration of the mixture to be separated is equal, within 5%, to a threshold concentration, said threshold concentration being such that: - the viscosity of the mixture to be treated, at a dry matter mass concentration equal to the threshold concentration and at the operating temperature, is equal to twice the viscosity of the mixture to be treated, at a dry matter mass concentration equal to 85% of the threshold concentration and at the operating temperature; and wherein the multicolumn chromatography system comprises a plurality of columns and intercolumn fluidic links, and wherein the volume of the intercolumn fluidic links is less than 10% of the volume of the columns. - a step of collecting a raffinate, a step of injecting the mixture to be separated, a step of collecting an extract and a step of injecting eluent, at an operating temperature; wherein the mixture to be separated has a dynamic viscosity at 20°C greater than or equal to 3 mPa.s and the eluent is less viscous than the mixture to be separated; and wherein the dry matter mass concentration of the mixture to be separated is equal, within 5%, to a threshold concentration, said threshold concentration being such that: - the viscosity of the mixture to be treated, at a dry matter mass concentration equal to the threshold concentration and at the operating temperature, is equal to twice the viscosity of the mixture to be treated, at a dry matter mass concentration equal to 85% of the threshold concentration and at the operating temperature; - the viscosity of the mixture to be treated, at a dry matter mass concentration equal to the threshold concentration and at the operating temperature, is equal to twice the viscosity of the mixture to be treated, at a dry matter mass concentration equal to 85% of the threshold concentration and at the operating temperature; and wherein the multicolumn chromatography system comprises a plurality of columns and intercolumn fluidic links, and wherein the volume of the intercolumn fluidic links is less than 10% of the volume of the columns.
A method for determining whether one or more analytes are present in a sample, comprising: adding at least (i) first particles, wherein the first particles are functionalized with a binding partner for a first analyte and (ii) a first label that emits electromagnetic radiation to a vessel containing a solution comprising the sample, wherein the first label is bound or becomes bound to the first particles as a result of (a) a presence or absence of the first analyte in the sample via a sandwich assay format or (b) an absence of the first analyte in the sample via a competitive assay format; accumulating the first particles at a first detection surface to inhibit transmission of electromagnetic radiation into and out of the sample through the first detection surface, wherein the vessel comprises a capillary, and the first detection surface comprises a first meniscus of the solution in the capillary; detecting an amount of the electromagnetic radiation emitted from the first detection surface; and determining whether the first analyte is present in the sample based on the amount of the electromagnetic radiation detected at the first detection surface. adding at least (i) first particles, wherein the first particles are functionalized with a binding partner for a first analyte and (ii) a first label that emits electromagnetic radiation to a vessel containing a solution comprising the sample, wherein the first label is bound or becomes bound to the first particles as a result of (a) a presence or absence of the first analyte in the sample via a sandwich assay format or (b) an absence of the first analyte in the sample via a competitive assay format; accumulating the first particles at a first detection surface to inhibit transmission of electromagnetic radiation into and out of the sample through the first detection surface, wherein the vessel comprises a capillary, and the first detection surface comprises a first meniscus of the solution in the capillary; detecting an amount of the electromagnetic radiation emitted from the first detection surface; and determining whether the first analyte is present in the sample based on the amount of the electromagnetic radiation detected at the first detection surface.