mhurhangee/patent-ind-claim-en huggingface dataset:
Charging interface for a vehicle , in particular an electrically drivable vehicle , having a charging socket for arrangement in an opening of a vehicle body , a vehicle cover for at least partially covering and uncovering the opening , and a drive device for moving the vehicle cover with a drive unit , wherein a planetary gear with a first shaft , a second shaft and at least one third shaft is provided between a drive shaft of the drive unit and the vehicle cover and the drive shaft is connected to the first shaft , characterized in that the vehicle cover is connected to the second shaft and the charging socket is connected to the third shaft of the planetary gear .
A method comprising: determining a current velocity of an independently movable implement attached to a machine ; determining a volume of a virtual dome surrounding the machine based on the machine, the independently movable implement attached to the machine, and the current velocity of the independently moveable implement attached to the machine; determining whether an obstacle is located within the volume ; generating an indication based on the obstacle being located within the volume ; outputting the indication to a user of the machine ; determining that an interaction with the obstacle will occur based on a current velocity of the machine and the current velocity of the independently movable implement attached to the machine ; generating a control signal to prevent the interaction with the obstacle in response to the determining that the interaction with the obstacle will occur ; and preventing any further movement of the machine or the independently moveable implement toward the obstacle in response to the control signal . determining a current velocity of an independently movable implement attached to a machine ; determining a volume of a virtual dome surrounding the machine based on the machine, the independently movable implement attached to the machine, and the current velocity of the independently moveable implement attached to the machine; determining whether an obstacle is located within the volume ; generating an indication based on the obstacle being located within the volume ; outputting the indication to a user of the machine ; determining that an interaction with the obstacle will occur based on a current velocity of the machine and the current velocity of the independently movable implement attached to the machine ; generating a control signal to prevent the interaction with the obstacle in response to the determining that the interaction with the obstacle will occur ; and preventing any further movement of the machine or the independently moveable implement toward the obstacle in response to the control signal .
A pencil for applying a coloring and/or cosmetic substance, having a lead composed of the substance that is to be applied and a one-piece injection-molded casing encompassing the lead that is composed of a thermoplastic material that consists of a mix of a first plastic and a second plastic, wherein the casing, respectively viewed in the radial direction, has an outer enrichment zone with a higher concentration of the first plastic than in the middle region, and wherein the casing, respectively viewed in the radial direction, has an inner enrichment zone with a higher concentration of the first plastic than in the middle region.
A rotational damper comprising; a casing having a pair of partition portions opposing with each other therein; a rotation body rotatably arranged in the casing and having a pair of rotary vanes (13; 14) that divide each chamber between the partition portions in the casing into two chambers (R1, R2) in corporation with the casing ; a viscous fluid (L) stored in the casing ; a lid body for closing an opening of the casing ; a lip seal attached to each of the pair of rotary vanes (13; 14) and configured to be constantly brought into slide contact with the casing and the lid body , characterised in that a check valve mechanism provided on each of the partition portions acting to brake rapid rotational movement of the rotation body only in one direction of a rotational movement of the rotation body ; and an orifice groove is formed on each of the partition portions , allowing the viscous fluid (L) to flow into each of the chambers between the partition portions therethrough; and each lip seal is configured to be able to expand outwards to be in close slide contact with the casing and the lid body to prevent the viscous fluid (L) from flowing between the two chambers (R1, R2) only in one direction of a rotational movement of the rotation body .
A porous, composite bone graft implant comprising: a first component comprising bioactive glass fibers and bioactive glass granules; and a second component comprising a bioactive glass; wherein the second component is a shell and wherein the first component is encased within the second component; each of the components having a different resorption capacity than the other component. a first component comprising bioactive glass fibers and bioactive glass granules; and a second component comprising a bioactive glass; wherein the second component is a shell and wherein the first component is encased within the second component; each of the components having a different resorption capacity than the other component.
An autologous composition for use in treating pain associated with osteoarthritis in a mammalian subject, wherein the composition is obtainable by a method comprising: (a) obtaining a liquid comprising white blood cells from the subject; (b) contacting the liquid with a solid extraction material; and (c) isolating a protein-containing liquid comprising interleukin-1 receptor antagonist from the solid extraction material wherein the liquid comprising white blood cells comprises whole blood or is obtained from whole blood. (a) obtaining a liquid comprising white blood cells from the subject; (b) contacting the liquid with a solid extraction material; and (c) isolating a protein-containing liquid comprising interleukin-1 receptor antagonist from the solid extraction material wherein the liquid comprising white blood cells comprises whole blood or is obtained from whole blood.
Magnetic pigments, comprising a transparent flaky homogeneously composed substrate having two parallel major surfaces and a coating comprising a layered structure consisting of a first layer composed of hematite and/or goethite and of a second layer composed of magnetite, in this sequence, at least on the two major surfaces of the substrate, wherein the thickness of the layer composed of magnetite is larger than the thickness of the layer composed of hematite and/or goethite, wherein the substrate is of a synthetically produced material which is of Al 2 O 3 , of Al 2 O 3 containing up to 5% by weight TiO 2 , of SiO 2 , of SiO 2 containing up to 20% by weight silicon hydroxide, of glass or of a borosilicate and wherein the magnetic pigments comprise furthermore one or more dielectric layers on top of the magnetite layer, wherein the dielectric layers are composed of a high refractive index layer and a silicon oxide hydrate layer, the high refractive index layer being located on top of the silicon oxide hydrate layer.
A method for improved data fusion in environmental detection in a motor vehicle , comprising the following steps: a) detecting an environment of the motor vehicle by means of at least one sensor , b) recognizing objects in measurement data acquired by the at least one sensor , c) fusing the recognized objects and their object positions in an environment map , objects stored in the environment map being assigned a probability of existence, and the probability of existence of a stored object being reduced if a free area (86, 86.1) is measured at the position of the stored object during detection, characterized in that at least one orientation attribute is assigned to each of the objects stored in the environment map and is stored in the environment map , and for an area in the sensor area (83.1, 83.2, 83.3) of the at least one sensor , in which a free area (86, 86.1) is measured, the probability of existence of an object , which is stored in the area in the environment map that corresponds to the area, is reduced according to the assigned orientation attribute . a) detecting an environment of the motor vehicle by means of at least one sensor , b) recognizing objects in measurement data acquired by the at least one sensor , c) fusing the recognized objects and their object positions in an environment map , objects stored in the environment map being assigned a probability of existence, and the probability of existence of a stored object being reduced if a free area (86, 86.1) is measured at the position of the stored object during detection,
A method of producing human cells expressing markers characteristic of pancreatic endocrine cells comprising differentiating human cells expressing markers characteristic of pancreatic endoderm cells into human cells expressing markers characteristic of pancreatic endocrine cells by treatment with at least one medium supplemented with an ALK5 inhibitor, or both an ALK5 inhibitor and a thyroid hormone selected from triiodothyronine, thyroxine, GC-1, 3,5-diiodothyropropionic acid, KB-141, MB07344, T0681, and GC-24 and mixtures thereof, while culturing at the air-liquid interface.
A non-therapeutic nutritional or cosmetic use of a mixture of carnitine, caffeine and arginine, as such or as pharmacologically acceptable salts or simple ester which is acetylcarnitine , for inhibition of hair loss and/or stimulation of hair growth and skin health.
A system for removing material within a bodily lumen of a patient, comprising: a pulse generator configured to be located externally to the patient; a catheter comprising an inner lumen with a distal end and at least one pair of electrodes mounted on an electrode pair housing disposed within a litho-cushion that is sealably attached to the distal end of the catheter, wherein the electrode pair housing provides a watertight seal within the inner lumen and wherein the at least one pair of electrodes is in operative wired connection with the pulse generator and is configured to generate arcing between the electrodes of the at least one electrode pair when energized by the pulse generator; wherein the litho-cushion is fluid-fillable and watertight and is in fluid communication with a fluid conduit disposed within the inner lumen of the catheter and a fluid reservoir (R), wherein the litho-cushion is configured to inflate with fluid; and at least one forward-focusing reflector adapted to move between an undeployed configuration to a deployed configuration, the at least one forward-focusing reflector extending at least partially distally past the distal end of the inner lumen of the catheter, the at least one forward-focusing reflector in operative connection with the fluid-fillable litho-cushion when deployed and when the litho-cushion is inflated. a pulse generator configured to be located externally to the patient; a catheter comprising an inner lumen with a distal end and at least one pair of electrodes mounted on an electrode pair housing disposed within a litho-cushion that is sealably attached to the distal end of the catheter, wherein the electrode pair housing provides a watertight seal within the inner lumen and wherein the at least one pair of electrodes is in operative wired connection with the pulse generator and is configured to generate arcing between the electrodes of the at least one electrode pair when energized by the pulse generator; wherein the litho-cushion is fluid-fillable and watertight and is in fluid communication with a fluid conduit disposed within the inner lumen of the catheter and a fluid reservoir (R), wherein the litho-cushion is configured to inflate with fluid; and at least one forward-focusing reflector adapted to move between an undeployed configuration to a deployed configuration, the at least one forward-focusing reflector extending at least partially distally past the distal end of the inner lumen of the catheter, the at least one forward-focusing reflector in operative connection with the fluid-fillable litho-cushion when deployed and when the litho-cushion is inflated.
System for distributing objects that is intended to be interposed between an upstream machine delivering an inlet flow of objects in the form of a single row and a downstream machine requiring an outlet flow of objects in the form of a controlled plurality of rows, having a conveyor belt configured to support and convey the objects in the direction of the flow, a diverter configured to divert the inlet flow towards one of the rows of the outlet flow, and a means for creating sets , configured to separate the inlet flow into sets of a predetermined quantity of objects , said means for creating sets being disposed immediately upstream of the rows of the outlet flow and having a longitudinal passage and at least one endless belt that extends parallel to the passage and that is wound around two rollers, characterized by at least two fingers that are fastened to said at least one endless belt , each of said fingers being intended, when it moves in the direction of the flow, to separate the objects that are situated downstream from those situated upstream of said finger .
An airfoil section for a blade of an open rotor, comprising: a pressure side and a suction side , the pressure side and the suction side intersecting at a leading edge and a trailing edge , wherein a chord of the airfoil section is defined as a straight-line distance between the leading edge and the trailing edge and chord fractions expressed as percentages refer to chordwise distance from the leading edge divided by the chord length; the airfoil section has a meanline defined midway between the pressure side and the suction side ; characterized in that ; the meanline is shaped such that it includes a predetermined total turning; the meanline is shaped such that less than 15% of the total turning occurs from 40% to 75% of the chord; and the meanline is shaped such that greater than 35% of the total turning occurs in the aft 25% of the chord; wherein the total turning is defined as an absolute value of the difference between the inlet angle and the exit angle, the inlet angle being defined as the angle between a tangent to the meanline and an axial centerline of the open rotor at the leading edge and the exit angle being defined as an angle between a tangent to the meanline and the axial centerline of the open rotor at the trailing edge . the airfoil section has a meanline defined midway between the pressure side and the suction side ; characterized in that ; the meanline is shaped such that it includes a predetermined total turning; the meanline is shaped such that less than 15% of the total turning occurs from 40% to 75% of the chord; and the meanline is shaped such that greater than 35% of the total turning occurs in the aft 25% of the chord; wherein the total turning is defined as an absolute value of the difference between the inlet angle and the exit angle, the inlet angle being defined as the angle between a tangent to the meanline and an axial centerline of the open rotor at the leading edge and the exit angle being defined as an angle between a tangent to the meanline and the axial centerline of the open rotor at the trailing edge .
A personal mobility vehicle, comprising: a vehicle body configured to support a user; at least one wheel supported by the body and rotatable around an axis; a marking mechanism supported by the body , the marking mechanism comprising: an attachment portion configured to be supported by the body ; an elastic member comprising a coil spring, the elastic member having a first portion and a second portion, the first portion being supported by the attachment portion ; a marking material configured to generate markings when in frictional contact with a riding surface; wherein the second portion of the elastic member is configured to support the marking material and bias the marking material towards a position in which the marking material contacts the riding surface; characterized in that the elastic member is configured to bend in order to assist in maintaining contact between the marking material and the riding surface. a vehicle body configured to support a user; at least one wheel supported by the body and rotatable around an axis; a marking mechanism supported by the body , the marking mechanism comprising: an attachment portion configured to be supported by the body ; an elastic member comprising a coil spring, the elastic member having a first portion and a second portion, the first portion being supported by the attachment portion ; a marking material configured to generate markings when in frictional contact with a riding surface; an attachment portion configured to be supported by the body ; an elastic member comprising a coil spring, the elastic member having a first portion and a second portion, the first portion being supported by the attachment portion ; a marking material configured to generate markings when in frictional contact with a riding surface; wherein the second portion of the elastic member is configured to support the marking material and bias the marking material towards a position in which the marking material contacts the riding surface; characterized in that the elastic member is configured to bend in order to assist in maintaining contact between the marking material and the riding surface.
A dielectric waveguide comprising: a dielectric waveguide body ; and a dielectric waveguide end having a lower density than the dielectric waveguide body , the dielectric waveguide body and the dielectric waveguide end being seamlessly and monolithically formed from a same material, characterized in that the dielectric waveguide body has a density of 1.95 g/cm 3 or higher and 2.40 g/cm 3 or lower, the dielectric waveguide body has a hardness of 95 or higher; and the dielectric waveguide end has a density that is 90% or less of the density of the dielectric waveguide body. a dielectric waveguide body ; and a dielectric waveguide end having a lower density than the dielectric waveguide body , the dielectric waveguide body and the dielectric waveguide end being seamlessly and monolithically formed from a same material, characterized in that the dielectric waveguide body has a density of 1.95 g/cm 3 or higher and 2.40 g/cm 3 or lower, the dielectric waveguide body has a hardness of 95 or higher; and the dielectric waveguide end has a density that is 90% or less of the density of the dielectric waveguide body.
A system comprising a plurality of beacon apparatus adapted to register nurse calls and a server , said plurality of beacon apparatus being connectable to said server by means of a network; wherein a first beacon apparatus of said plurality of beacon apparatus is configured to: - detect whether it is operatively connected to said server ; - if said first beacon apparatus is operatively connected to said server , distribute information pertaining to said nurse calls to said server via said network; and - otherwise, distribute information pertaining to said nurse calls as a first message (M1) to at least one target beacon from among said plurality of beacons, which is reachable via said network; said information pertaining to said nurse calls comprising information pertaining to a call list change detected at said first beacon apparatus, or information pertaining to outstanding calls received at said first beacon apparatus and/or at other beacon apparatus from among said plurality of beacon apparatus; wherein said first beacon apparatus is assigned to a beacon group, and wherein said first beacon apparatus is further configured to select as said at least one target beacon all beacons that are reachable via said network and that are assigned to said beacon group; wherein one or more second beacon apparatus from among said plurality of beacon apparatus are adapted to distribute respective corresponding second messages (M2), upon having received said first message (M1); wherein a number of third beacon apparatus from among said plurality of beacon apparatus are adapted to distribute respective corresponding second messages (M2), upon having received second messages (M2); wherein each of said second beacon apparatus and said third beacon apparatus is further adapted to detect (731; 736) whether said respective second message (M2) is being redistributed by other beacons from among said plurality of beacons; and, if this is not the case, to distribute respective end point messages (M3) comprising an indication of which beacon apparatus have distributed the respective second message (M2); wherein one or more fourth beacon apparatus from among said plurality of beacon apparatus are adapted to distribute respective corresponding third messages (M3) upon having received said end point messages (M3); and wherein a number of fifth beacon apparatus from among said plurality of beacon apparatus are adapted to distribute respective corresponding third messages (M3) upon having received third messages (M3). - detect whether it is operatively connected to said server ; - if said first beacon apparatus is operatively connected to said server , distribute information pertaining to said nurse calls to said server via said network; and - otherwise, distribute information pertaining to said nurse calls as a first message (M1) to at least one target beacon from among said plurality of beacons, which is reachable via said network;
A system for controlling vehicle usage, comprising: a device configured to repeatedly transmit a lock command from a directional antenna , said directional antenna mounted above ground and angled downward to create a lock zone in which vehicle use is restricted; and a plurality of vehicles, each vehicle comprising a brake mechanism, and comprising an RF communication circuit that is responsive to the lock command by activating the brake mechanism. a device configured to repeatedly transmit a lock command from a directional antenna , said directional antenna mounted above ground and angled downward to create a lock zone in which vehicle use is restricted; and a plurality of vehicles, each vehicle comprising a brake mechanism, and comprising an RF communication circuit that is responsive to the lock command by activating the brake mechanism.
A pyrazine derivative or a pharmaceutically acceptable salt thereof, wherein the pyrazine derivative has one of structures below: