mhurhangee/ep-ind-claims huggingface dataset:
A device used for packaging and dispensing edible articles comprising at least: a) An hollow shaped inner reservoir (a) suitable for storing edible articles comprising at least one first opening (b) b) An outer reservoir (c) comprising at least one second opening (d) wherein said inner reservoir is contained in the outer reservoir, and characterized in that the hollow shaped inner reservoir (a) is cylindrical or in the form of a sphere and that the at least one first opening of the inner reservoir is a top opening, in that the at least one second opening (d) of the outer reservoir is a bottom dispensing opening on the opposite side of the top opening (b) of the inner reservoir and in that, when edible articles are stored in the inner reservoir, they are released from the inner reservoir into the outer reservoir by turning the device upside down, and released from the outer reservoir by turning it back to the original position. a) An hollow shaped inner reservoir (a) suitable for storing edible articles comprising at least one first opening (b) b) An outer reservoir (c) comprising at least one second opening (d) wherein said inner reservoir is contained in the outer reservoir, and characterized in that the hollow shaped inner reservoir (a) is cylindrical or in the form of a sphere and that the at least one first opening of the inner reservoir is a top opening, in that the at least one second opening (d) of the outer reservoir is a bottom dispensing opening on the opposite side of the top opening (b) of the inner reservoir and in that, when edible articles are stored in the inner reservoir, they are released from the inner reservoir into the outer reservoir by turning the device upside down, and released from the outer reservoir by turning it back to the original position.
An antenna, comprising: an antenna resonating element; and an antenna ground; a band-stop filter coupled between the antenna resonating element and the antenna ground, characterised in that: the filter is multi-stage and in that the antenna resonating element, antenna ground, and multi-stage band-stop filter are configured to resonate in a low communications band and a high communications band and wherein the multi-stage band-stop filter has a stop band that covers the high communications band. an antenna resonating element; and an antenna ground; a band-stop filter coupled between the antenna resonating element and the antenna ground, characterised in that: the filter is multi-stage and in that the antenna resonating element, antenna ground, and multi-stage band-stop filter are configured to resonate in a low communications band and a high communications band and wherein the multi-stage band-stop filter has a stop band that covers the high communications band.
A flowmeter comprising a main body, a carrier, and a measurement unit carried by the carrier and extending inside the same, said main body being configured for insertion into an opening of a header of a thermohydraulic circuit by means of a fastening portion, said carrier being inside and coaxial with the main body and being configured to allow the passage of a flow of fluid based on the relative position between said carrier and said main body, said flowmeter comprising flow regulating means and flow rate memorizing means, wherein said flow regulating means comprise a first ring, said first ring being carried by said carrier and being configured for regulating the position of said carrier with respect to said main body and said memorizing means comprise a second ring carried by said main body and configured to memorize the position of said carrier with respect to said main body, said main body comprising an outer surface cooperating with a respective internal surface of said second ring, wherein said second ring can rotate with respect to said main body; characterized in that said rotation of said second ring with respect to said main body takes place by means of a thread obtained between said internal surface of said second ring and said outer surface of said main body, and in that said surfaces (17a, 23a) are machined to further form a linearly grooved splined coupling, so as to allow the rotational sliding of the second ring with respect to the main body when a torque greater than a predetermined value is applied to the former.
A method comprising, by one or more computing systems: accessing a queue of multimedia objects to be uploaded via a wireless connection, each multimedia object having a data structure entry comprising at least an upload progress value and an upload quality value; for each multimedia object in the queue whose entry does not indicate a completed upload, determining the wireless connection type; automatically uploading a multimedia file corresponding to the object, wherein the quality of the multimedia file is based on the bandwidth of the detected wireless connection type; and updating the entry associated with the object. accessing a queue of multimedia objects to be uploaded via a wireless connection, each multimedia object having a data structure entry comprising at least an upload progress value and an upload quality value; for each multimedia object in the queue whose entry does not indicate a completed upload, determining the wireless connection type; automatically uploading a multimedia file corresponding to the object, wherein the quality of the multimedia file is based on the bandwidth of the detected wireless connection type; and updating the entry associated with the object.
A liquid pharmaceutical formulation comprising an antibody as an active ingredient, and glycine and sucrose, wherein the antibody specifically binds colony stimulating factor-1 receptor (CSF1R) and wherein the antibody comprises: a) a light chain comprising CDR1, CDR2 and CDR3 as defined in SEQ ID NO: 1, SEQ ID NO: 2, and SEQ ID NO: 3, respectively; and b) a heavy chain comprising CDR1, CDR2, and CDR3 as defined in SEQ ID NO: 4, SEQ ID NO: 5 and SEQ ID NO: 6, respectively. a) a light chain comprising CDR1, CDR2 and CDR3 as defined in SEQ ID NO: 1, SEQ ID NO: 2, and SEQ ID NO: 3, respectively; and b) a heavy chain comprising CDR1, CDR2, and CDR3 as defined in SEQ ID NO: 4, SEQ ID NO: 5 and SEQ ID NO: 6, respectively.
Device for detecting and measuring pain of a human being, comprising a pressure or force sensor comprising a hollow body with an outer sheath and an interior, wherein the outer sheath at least partially bounds the interior, and comprising an electronic unit for detecting the signal of the pressure or force sensor, wherein the outer sheath of the hollow body is configured in such a way that it can be at least partially enclosed by a hand, and wherein the interior of the hollow body is filled with an elastic material or a fluid and wherein the pressure or force sensor is arranged in such a way that the pressure of the elastic material or of the fluid can be measured, wherein the outer sheath is configured in the form of a hollow cylinder, the outer sheath is connected to an upper end part and a lower end part, the upper end part, the lower end part and the outer sheath bound the interior, the outer sheath is embodied in an elastic fashion, and the upper and lower end parts (3c, 3d) are embodied in a rigid fashion.
A method for coding video data, comprising: determining a first complexity value for a previous block of the video data, a second complexity value for a current block of the video data, and a third complexity value for a next block of the video data, the first, the second, and the third complexity values being representative of at least one of a texture or a spatial frequency of the corresponding one of the previous block, the current block, and the next block of the video data, the previous, the current, and the next blocks of the video data being consecutive in coding order and being located in a same slice; determining whether the current block includes a transition from a complex region to a flat region based at least in part on the first, the second, and the third complexity values, wherein complex regions have complexity values that meet or exceed a complexity threshold and flat regions have complexity values that are less than the complexity threshold; calculating a quantization parameter value for the current block based at least in part on the determination of whether the current block includes a transition from a complex region to a flat region; and coding the video data based at least in part on the calculated QP value. determining a first complexity value for a previous block of the video data, a second complexity value for a current block of the video data, and a third complexity value for a next block of the video data, the first, the second, and the third complexity values being representative of at least one of a texture or a spatial frequency of the corresponding one of the previous block, the current block, and the next block of the video data, the previous, the current, and the next blocks of the video data being consecutive in coding order and being located in a same slice; determining whether the current block includes a transition from a complex region to a flat region based at least in part on the first, the second, and the third complexity values, wherein complex regions have complexity values that meet or exceed a complexity threshold and flat regions have complexity values that are less than the complexity threshold; calculating a quantization parameter value for the current block based at least in part on the determination of whether the current block includes a transition from a complex region to a flat region; and coding the video data based at least in part on the calculated QP value.
A method of processing at least one image for detecting strabismus, wherein the at least one image has been obtained using an apparatus comprising a light source and a target offset from the light source, the method comprising, for each of the subject's left and right eyes: determining, from the image, a reflection offset distance, being the distance between a reference point of the eye and a reflection of a light source on the eye; determining a difference between the reflection offset distance and a reference reflection offset distance for the corresponding left or right eye, wherein the reference reflection offset distance has been determined based on relative positions of the light source, the target and the subject's head; and determining whether the difference is less than a difference threshold value. determining, from the image, a reflection offset distance, being the distance between a reference point of the eye and a reflection of a light source on the eye; determining a difference between the reflection offset distance and a reference reflection offset distance for the corresponding left or right eye, wherein the reference reflection offset distance has been determined based on relative positions of the light source, the target and the subject's head; and determining whether the difference is less than a difference threshold value.
Rotor for an outrunner motor comprising a rotor housing designed as a rotor bell with rotor poles situated therein, wherein the rotor bell is mountable in a stator of the outrunner motor so as to be rotatable about an axis of rotation and exhibits a rigidity that is asymmetrical in relation to the axis of rotation, in particular an asymmetrical tilting rigidity, characterized in that the center of gravity of the rotor bell is located on its axis of rotation.
An absorbing unit for absorbing sound, in particular in closed rooms, comprising a plurality of plates (2, 3, 4) made of sound-absorbent material, wherein at least two adjacent plates (2, 3, 4) are spaced from each other for creating an air space therebetween thus forming a cavity resonator for frequencies below 50 Hz, characterized in that the absorbent material comprises an anisotropic fabric including fibers, wherein the plates are configured and arranged such that the fibers in at least one of the plates (2, 3, 4) run along the direction of the plate sequence in the absorbing unit. characterized in that the absorbent material comprises an anisotropic fabric including fibers, wherein the plates are configured and arranged such that the fibers in at least one of the plates (2, 3, 4) run along the direction of the plate sequence in the absorbing unit.
A composite material forming jig comprising: - molds developable for laminating fiber sheets, after or before impregnated with a resin, in a developed state where the molds are developed, at least one mold of the molds being capable of being inclined relatively to another mold of the molds so that the laminated fiber sheets are shaped; and - a tilting structure adapted to develop the molds when the fiber sheets are laminated and incline the at least one mold when the laminated fiber sheets are shaped characterised in that the composite material forming jig further comprises a moving structure adapted to change at least one gap among the molds in the developed state. - molds developable for laminating fiber sheets, after or before impregnated with a resin, in a developed state where the molds are developed, at least one mold of the molds being capable of being inclined relatively to another mold of the molds so that the laminated fiber sheets are shaped; and - a tilting structure adapted to develop the molds when the fiber sheets are laminated and incline the at least one mold when the laminated fiber sheets are shaped
Aircraft comprising at least one hydrogen supply device comprising at least one hydrogen tank attached to the aircraft, at least one hydrogen circuit (32.1 to 32.4), as well as at least one upstream container joined to the hydrogen tank, characterized in that the hydrogen supply device comprises at least one removable downstream container, the upstream and downstream containers (46, 48) being configured to occupy an assembled state, in which the upstream and downstream containers (46, 48) are connected, and a detached state in which the upstream and downstream containers (46, 48) are not joined; the hydrogen circuit (32.1 to 32.4) having an upstream segment positioned in the upstream container, a downstream segment positioned in the downstream container, as well as a first connection system (66, 66') which connects the upstream and downstream segments (62, 64) when the upstream and downstream containers (46, 48) are in the assembled state.
A serrated panel for a wind turbine blade, wherein the panel is configured to be attached to the trailing edge of a blade to form a plurality of serrations at the trailing edge of the blade, wherein the serrated panel comprises: - a base part for attaching the panel to the trailing edge of the blade, the base part having - a first longitudinal end for arrangement nearest a tip end of the wind turbine blade, - a second longitudinal end for arrangement nearest a root end of the wind turbine blade, - a first side for arrangement nearest a leading edge of the blade, - a second side for arrangement farthest from the leading edge of the blade, - an attachment surface for attaching to an exterior surface of the wind turbine blade, and - an exterior surface facing away from the exterior surface of the wind turbine blade, when the serrated panel is attached to the wind turbine blade, and - a plurality of serrations extending from the second side of the base part, wherein the serrations comprise a base proximal to second side of the base part, and an apex distal to the second side of the base part with a notional line extending from a midpoint of the base to the apex, characterised in that the exterior surface of the base part comprises a corrugated surface in direction between the first longitudinal end and the second longitudinal end such that the exterior surface comprises crests aligned substantially with the midpoints of bases of the serrations and valleys aligned substantially between serrations. - a base part for attaching the panel to the trailing edge of the blade, the base part having - a first longitudinal end for arrangement nearest a tip end of the wind turbine blade, - a second longitudinal end for arrangement nearest a root end of the wind turbine blade, - a first side for arrangement nearest a leading edge of the blade, - a second side for arrangement farthest from the leading edge of the blade, - an attachment surface for attaching to an exterior surface of the wind turbine blade, and - an exterior surface facing away from the exterior surface of the wind turbine blade, when the serrated panel is attached to the wind turbine blade, and - a first longitudinal end for arrangement nearest a tip end of the wind turbine blade, - a second longitudinal end for arrangement nearest a root end of the wind turbine blade, - a first side for arrangement nearest a leading edge of the blade, - a second side for arrangement farthest from the leading edge of the blade, - an attachment surface for attaching to an exterior surface of the wind turbine blade, and - an exterior surface facing away from the exterior surface of the wind turbine blade, when the serrated panel is attached to the wind turbine blade, and - a plurality of serrations extending from the second side of the base part, wherein the serrations comprise a base proximal to second side of the base part, and an apex distal to the second side of the base part with a notional line extending from a midpoint of the base to the apex, characterised in that
An impeller type banknote separation device, comprising a conveying impeller configured to separate banknotes, an impeller phase detecting sensor and a banknote conveying mechanism, the conveying impeller having a plurality of blades uniformly distributed in a spiral radial form, wherein the impeller type banknote separation device further comprises at least one U-shaped sensor fixed on the conveying impeller and configured to detect whether a banknote enters the conveying impeller, the U-shaped sensor comprises a signal transmitting end and a signal receiving end located at a same side of the conveying impeller, the signal transmitting end and the signal receiving end are spaced from each other with a certain interval and form an open end of the U-shaped sensor, and the open end of the U-shaped sensor faces to a direction in which the banknote enters the conveying impeller.
A mounting structure for an in-vehicle power battery, comprising: a body floor of a vehicle; an upper cover provided below the body floor; a suspension tray hermetically connected with the upper cover, forming a sealed space for receiving the power battery; a bracket device for supporting at least a part of a peripheral bottom portion of the suspension tray which is detachably fixed to a bottom surface of the body floor; and a supporting beam formed on the bottom surface of the body floor surrounding the upper cover and the suspension tray; wherein the bracket device is detachably connected to the supporting beam; characterized in that the suspension tray is formed with a first joint portion at a peripheral edge thereof; and the upper cover is formed with a second joint portion at a peripheral edge thereof which is configured to be hermetically and detachably fixed with the first joint portion with an elastic peripheral sealing member being clamped therebetween; at least a portion of the first joint portion is configured to be extended under the supporting beam, and an external edge of the sealing member is clamped between the portion of the first joint portion and the supporting beam. a body floor of a vehicle; an upper cover provided below the body floor; a suspension tray hermetically connected with the upper cover, forming a sealed space for receiving the power battery; a bracket device for supporting at least a part of a peripheral bottom portion of the suspension tray which is detachably fixed to a bottom surface of the body floor; and a supporting beam formed on the bottom surface of the body floor surrounding the upper cover and the suspension tray;
A robotic surgical station, comprising: i) a base configured to be fixed to the ground; ii) a ring-shaped structure to which a patient bed and a plurality of robot arms are restrained at respective first and second mounts (400, 500); and iii) a remote control unit that may be used by a surgeon to carry out a surgical intervention on a patient, characterized in that the ring-shaped structure is rotatable relative to the base about a roll axis configured to be parallel to the ground and passing through the center of the ring-shaped structure, the robotic arms being thereby movable in mechanical synchronization with the patient's bed, and wherein said first and second mounts (400, 500) of the ring-shaped structure are arranged opposite to each other along a diameter thereof i) a base configured to be fixed to the ground; ii) a ring-shaped structure to which a patient bed and a plurality of robot arms are restrained at respective first and second mounts (400, 500); and iii) a remote control unit that may be used by a surgeon to carry out a surgical intervention on a patient,
A macromolecule comprising a plurality of polyhedral-modified polymers obtainable by reacting a living polymer with a polyhedral compound, and, optionally, functionalizing the macromolecule by reaction with a compound that includes at least one heteroatom, each of said polymers comprising a polyhedral radical chemically bonded thereto at a terminus, each of said plurality of polymers being bonded to or associated with at least one other of said plurality of polymers through their respective polyhedral radicals, the molar ratio of polymer to polyhedral radical being 1:1.
A device comprising: a balloon (115,1510) having an outer surface and a cylindrical shape, the balloon (115, 1510) configured to receive a compressible fluid such that the balloon (115, 1510) deforms under positive differential pressure, the balloon (115, 1510) further configured to return to an original, undeformed position under negative differential pressure; and an interface (110, 1525) configured to be coupled to the outer surface, the interface (110, 1525) having an external surface configured to bond with a tissue of the pulmonary artery. a balloon (115,1510) having an outer surface and a cylindrical shape, the balloon (115, 1510) configured to receive a compressible fluid such that the balloon (115, 1510) deforms under positive differential pressure, the balloon (115, 1510) further configured to return to an original, undeformed position under negative differential pressure; and an interface (110, 1525) configured to be coupled to the outer surface, the interface (110, 1525) having an external surface configured to bond with a tissue of the pulmonary artery.
Fluid line with a tube and a line connector connected to the tube, wherein the tube is electrically conductive at least on its inner surface, wherein an electrical connection element is provided in the region of the line connector, which connection element is electrically connected to the inside of the tube, and wherein the line connector has a connection fitting on which the tube is attached, characterised in that the connection element is arranged on the connection fitting, wherein the connection element has a ring which surrounds the connection fitting, wherein the tube at least partially surrounds the connection element, wherein the connection element is pushed onto the connection fitting, wherein the connection element has an insertion region whose outer diameter widens conically, and wherein the tube sits on the insertion region with a certain residual stress and is expanded.