mhurhangee/ep-ind-claims huggingface dataset:
A delivery device (220; 320; 420; 520; 620; 720; 820; 920; 1220; 1320; 1420; 1520) for delivering a therapeutic agent to at least one of a palatine canal or a pterygopalatine fossa of a patient, the delivery device comprising: an elongated shaft (222; 322; 422; 522; 622; 722; 1222; 1322; 1422; 1522) with a proximal end and a distal end; a handpiece (228; 328; 428; 528; 628) coupled to the proximal end of the elongated shaft (222; 322; 422; 522; 622; 722; 1222; 1322; 1422; 1522); a boring element (236; 736) at the distal end of the elongated shaft (222; 322; 422; 522; 622; 722; 1222; 1322; 1422; 1522) and configured to form a passage in a palatine bone; and a therapeutic agent delivery member at the distal end of the elongated shaft (222; 322; 422; 522; 622; 722; 1222; 1322; 1422; 1522) and configured to deliver a therapeutic agent (238; 838; 938) to the passage formed by the boring element (236; 736), characterized in that the delivery device further comprises: one or more user control devices on the handpiece (228; 328; 428; 528; 628), wherein the one or more user control devices are operable to cause the boring element (236; 736) to form the passage in the palatine bone by causing the boring element (236; 736) to perform at least one action selected from a group consisting of: (i) moving a needle away from the elongated shaft (222; 322; 422; 522; 622; 722; 1222; 1322; 1422; 1522) and (ii) ejecting a fluid stream of a boring fluid from an output port (352; 452; 652) on the elongated shaft (222; 322; 422; 522; 622; 722; 1222; 1322; 1422; 1522). an elongated shaft (222; 322; 422; 522; 622; 722; 1222; 1322; 1422; 1522) with a proximal end and a distal end; a handpiece (228; 328; 428; 528; 628) coupled to the proximal end of the elongated shaft (222; 322; 422; 522; 622; 722; 1222; 1322; 1422; 1522); a boring element (236; 736) at the distal end of the elongated shaft (222; 322; 422; 522; 622; 722; 1222; 1322; 1422; 1522) and configured to form a passage in a palatine bone; and a therapeutic agent delivery member at the distal end of the elongated shaft (222; 322; 422; 522; 622; 722; 1222; 1322; 1422; 1522) and configured to deliver a therapeutic agent (238; 838; 938) to the passage formed by the boring element (236; 736),
A radar arrangement, comprising a transmitting unit with a first oscillator and a transmitting antenna, and a receiving unit with a second oscillator, a first mixer and a receiving antenna, wherein a first frequency comb generator is arranged in the receiving unit between the first oscillator and the transmitting antenna, wherein the several frequency components generated by the first frequency comb generator are equidistant to each other, and wherein a second frequency comb generator is arranged in the receiving unit between the second oscillator and the first mixer and generates several frequency components for a mixed signal which equidistant to each other and frequency-shifted relative to the frequency components of the primary signal. wherein the several frequency components generated by the first frequency comb generator are equidistant to each other, and wherein a second frequency comb generator is arranged in the receiving unit between the second oscillator and the first mixer and generates several frequency components for a mixed signal which equidistant to each other and frequency-shifted relative to the frequency components of the primary signal.
Multilayer body as a stamping film formed having a carrier ply and a first functional layer arranged directly and consistently on the carrier ply, said functional layer being formed hydrophobically, wherein the functional layer can be detached from the carrier ply, wherein a hydrophobic layer is understood as a layer in which an applied water drop forms a contact angle θ of more than 90°, wherein the contact angle θ is defined by the Young's equation cos θ = σ S − σ LS σ L − 1, wherein α S represents the surface tension of the layer, σ L represents the surface tension of the water drop, and σ LS represents the interfacial energy between water drop and layer, wherein the first functional layer comprises means for increasing the surface roughness, and wherein the means for increasing the surface roughness comprise pyrogenic and/or precipitated and/or ground silicic acid or mixtures thereof.
Pneumatic immersion lubricant pump, comprising a primary piston sliding in a sealed manner, in contrast to at least one spring, inside a cylindrical body together with which said primary piston defines a chamber provided on an opposite side of the primary piston with respect to that where said at least one spring is positioned, a body of the pump comprising at least one channel in which an element projecting from the primary piston is slidably housed in a sealed manner, characterised by the body of the pump comprising a plurality of cylinders (7A, 7B.....) each equipped with a loading port (8A, 8B...) open on the outside of the pump body, each cylinder (7A, 7B) housing a secondary piston (9A, 9B....) axially constrained to the primary piston, the projecting element and the channel defining a pressurization duct of the chamber.
An apparatus for conditioning molten glass comprising: a refractory vessel; a metallic conduit (108; 202) extending through a wall of the refractory vessel; a first flange (112, 212) joined to the metallic conduit (108, 202); a second flange (114; 214) joined to the metallic conduit (108; 202) and spaced apart from the first flange (112; 212) such that the first flange (112; 212) is positioned between the second flange (114; 214) and the vessel; a sealing member (118; 220) sealed to the first and second flanges (112, 114; 212, 214) around outer edge regions thereof to form an enclosed volume (124; 226); a first refractory insulating material positioned within the enclosed volume (124; 226); a fibrous material positioned between the sealing member (118; 220) and the first refractory insulating material; and a gas delivery tube extending through the sealing member (118; 220), the gas delivery tube configured to supply a gas to the enclosed volume (124; 226), wherein the fibrous material has a porosity such that the gas supplied by the gas delivery tube is able to flow about the perimeter of the first refractory insulating material, and wherein the porosity of the first insulating refractory material is such that the gas can permeate the first insulating refractory material and come into contact with the outside wall of the metallic conduit (108: 202). a refractory vessel; a metallic conduit (108; 202) extending through a wall of the refractory vessel; a first flange (112, 212) joined to the metallic conduit (108, 202); a second flange (114; 214) joined to the metallic conduit (108; 202) and spaced apart from the first flange (112; 212) such that the first flange (112; 212) is positioned between the second flange (114; 214) and the vessel; a sealing member (118; 220) sealed to the first and second flanges (112, 114; 212, 214) around outer edge regions thereof to form an enclosed volume (124; 226); a first refractory insulating material positioned within the enclosed volume (124; 226); a fibrous material positioned between the sealing member (118; 220) and the first refractory insulating material; and a gas delivery tube extending through the sealing member (118; 220), the gas delivery tube configured to supply a gas to the enclosed volume (124; 226), wherein the fibrous material has a porosity such that the gas supplied by the gas delivery tube is able to flow about the perimeter of the first refractory insulating material, and wherein the porosity of the first insulating refractory material is such that the gas can permeate the first insulating refractory material and come into contact with the outside wall of the metallic conduit (108: 202).
A piezoelectric energy harvesting device, comprising: - an anchored part; - an inertial mass; and - a movable flexible structure comprising a silicon substrate and a piezoelectric layer with a plurality of nanostructures; characterised in that the movable flexible structure further comprises: - a capacitor formed between a bottom electrode of a heavily doped region of the silicon substrate and a top electrode of a metal layer; and - a Schottky diode formed between said metal layer and a lightly doped region in the anchored part of the silicon substrate, the diode being in-series with the capacitor, wherein the movable flexible structure is configured to bend, thereby causing the piezoelectric nanostructures to generate a piezopotential-driven current rectified by the diode and stored by the capacitor. - an anchored part; - an inertial mass; and - a movable flexible structure comprising a silicon substrate and a piezoelectric layer with a plurality of nanostructures; - a capacitor formed between a bottom electrode of a heavily doped region of the silicon substrate and a top electrode of a metal layer; and - a Schottky diode formed between said metal layer and a lightly doped region in the anchored part of the silicon substrate, the diode being in-series with the capacitor, wherein the movable flexible structure is configured to bend, thereby causing the piezoelectric nanostructures to generate a piezopotential-driven current rectified by the diode and stored by the capacitor.
A component of a turbine stage of a gas turbine engine, the component forming an endwall for the working gas annulus of the stage, and the component having: one or more internal plena behind the endwall which, in use, contain a flow of cooling air, and a plurality of exhaust holes in the endwall, each exhaust hole extending between the plena and a gas-washed surface of the endwall such that the cooling air effuses through the holes to form a cooling film over the gas-washed surface; wherein each exhaust hole has a flow cross-sectional area which is greater at an intermediate position between the entrance of the hole from the respective plenum and the exit of the hole to the gas-washed surface than it is at the exit. one or more internal plena behind the endwall which, in use, contain a flow of cooling air, and a plurality of exhaust holes in the endwall, each exhaust hole extending between the plena and a gas-washed surface of the endwall such that the cooling air effuses through the holes to form a cooling film over the gas-washed surface; wherein each exhaust hole has a flow cross-sectional area which is greater at an intermediate position between the entrance of the hole from the respective plenum and the exit of the hole to the gas-washed surface than it is at the exit.
LED arrangement (10, 20) having a carrier (1, 21), an LED chip (2, 22) arranged on the carrier (1, 21) and having a reflector (6, 27) that reflects a portion of the light emitted from the LED chip (2, 22) during operation of the LED arrangement (10, 20), wherein the LED arrangement (10, 20) has a luminescence conversion layer (3, 23) onto which at least one portion of the light reflected by the reflector (6, 27) is guided, wherein the luminescence conversion layer (3, 23) is arranged on the LED chip (2, 22), and wherein the reflector (6, 27) is formed in such a way that the reflector (6, 27) maps an image of the LED chip (2, 22) onto the LED chip (2, 22), characterised in that the reflector (56, 27) is arranged to be movable on the LED arrangement (10, 20), and indeed such that the amount of light reflected onto the luminescence conversion layer (3, 23) can be varied.
A high frequency treatment instrument (1, 30, 40, 50, 60, 70, 80, 90) comprising an electrical circuit which is connectable to a high frequency power source being configured to generate a high frequency voltage in which at least one treatment electrode (6A, 6B, 42, 52, 62) is included for performing conduction treatment using a high frequency current to a target tissue by applying a high frequency voltage from the high frequency power source; an impedance adjustment part (11, 31, 73) which includes a coil part having an inductance, a capacitor having a capacitance, or an electrical resistor connectable to the electrical circuit in series, and based on the frequency of the high frequency power source is configured to change at least one of a real number part and an imaginary number part of an impedance of the electrical circuit; and an operation part body, characterized by a slider disposed so as to advance and retreat with respect to the operation part body, the slider comprising an electrode terminal (20, 72), wherein the impedance adjustment part (11, 31, 73) is configured to be connectable to electrode terminal (20, 72), and the electrical circuit is configured to supply the high frequency voltage to the at least one treatment electrode (6A, 6B, 42, 52, 62) via the electrode terminal (20, 72) when the impedance adjustment part (11, 31, 73) is connected to the electrode terminal (20, 72) in series and without the impedance adjustment part (11, 31, 73) being connected to the electrode terminal (20, 72).
A catalyst for synthesis of hydrocarbons from CO and H 2, wherein the catalyst comprises dispersed particles of Raney cobalt powder as an active component, metallic aluminium forming a spatial heat-conducting lattice and a binder, wherein the dispersed particles are embedded into the spatial heat-conducting lattice of metallic aluminium and the catalyst is pelletized.
An information processing apparatus comprising: a display; a touch panel disposed on or integrally formed with the display and configured to detect a touch input by a user; and a controller that is configured to set initial coordinates corresponding to a first position of a touch input detected by the touch panel; to determine whether an object corresponding to the initial coordinates is detected in a displayed image; to set a first region and a second region of the display based on the initial coordinates; and to control the display, if the object is detected, to display the detected object at the centre of the display, and to change a scale of the displayed image based on a distance between the initial coordinates and a second position of the touch input continuously detected by the touch panel in one of the first and second regions. a display; a touch panel disposed on or integrally formed with the display and configured to detect a touch input by a user; and a controller that is configured to set initial coordinates corresponding to a first position of a touch input detected by the touch panel; to determine whether an object corresponding to the initial coordinates is detected in a displayed image; to set a first region and a second region of the display based on the initial coordinates; and to control the display, if the object is detected, to display the detected object at the centre of the display, and to change a scale of the displayed image based on a distance between the initial coordinates and a second position of the touch input continuously detected by the touch panel in one of the first and second regions. to set initial coordinates corresponding to a first position of a touch input detected by the touch panel; to determine whether an object corresponding to the initial coordinates is detected in a displayed image; to set a first region and a second region of the display based on the initial coordinates; and to control the display, if the object is detected, to display the detected object at the centre of the display, and to change a scale of the displayed image based on a distance between the initial coordinates and a second position of the touch input continuously detected by the touch panel in one of the first and second regions.
A computer implemented method of real-time video playback, comprising the steps of: receiving video image data comprising a scene to be modelled using a 3D mesh; receiving supplementary data relating to at least one step of a process of rendering a 3D model of the scene depicted in a current frame of the video image data; obtaining texture information from the video image data; selecting at least a first viewpoint for rendering the 3D model of the scene; and rendering the 3D model of the scene depicted in the current frame of the video image data at the or each selected viewpoint using the obtained textures, and in which the supplementary data comprises information identifying edges in the 3D mesh to which a transparency gradient is applied, and one selected from the list consisting of: i. stereoscopic depth information at a selection of points in the current frame of the video image data, from which a mesh of the 3D model can be constructed; and ii. 3D mesh information forming some or all of the 3D model of the scene depicted in the current frame of the video image. receiving video image data comprising a scene to be modelled using a 3D mesh; receiving supplementary data relating to at least one step of a process of rendering a 3D model of the scene depicted in a current frame of the video image data; obtaining texture information from the video image data; selecting at least a first viewpoint for rendering the 3D model of the scene; and rendering the 3D model of the scene depicted in the current frame of the video image data at the or each selected viewpoint using the obtained textures, and in which the supplementary data comprises information identifying edges in the 3D mesh to which a transparency gradient is applied, and one selected from the list consisting of: i. stereoscopic depth information at a selection of points in the current frame of the video image data, from which a mesh of the 3D model can be constructed; and ii. 3D mesh information forming some or all of the 3D model of the scene depicted in the current frame of the video image. i. stereoscopic depth information at a selection of points in the current frame of the video image data, from which a mesh of the 3D model can be constructed; and ii. 3D mesh information forming some or all of the 3D model of the scene depicted in the current frame of the video image.
A changing device for handling drill rods in connection with a rock drilling unit, wherein the changing device comprises: a body connectable movably to the drilling unit; a first drill rod station for receiving one single changeable drill rod; gripping means at the first drill rod station allowing gripping and releasing the drill rod being located at the first drill rod station; and at least one transfer device for moving the changing device in the transverse direction relative to longitudinal axis of the drilling unit; characterized in that the changing device further comprises at least one second drill rod station configured to receive one single additional drill rod; and the second drill rod station is selectively movable to the first drill rod station and away to a side position. a body connectable movably to the drilling unit; a first drill rod station for receiving one single changeable drill rod; gripping means at the first drill rod station allowing gripping and releasing the drill rod being located at the first drill rod station; and at least one transfer device for moving the changing device in the transverse direction relative to longitudinal axis of the drilling unit;
A wheel for an air maintenance tire -AMT- system, the wheel comprising: a body being formed with an axially-extending wall, a pair of flanges, and a pair of bead mounting areas, each bead mounting area being disposed axially inwardly proximate a respective one of the flanges; the axially-extending wall being formed with an AMT mounting channel, the AMT mounting channel extending circumferentially about the wheel between the flanges, wherein the AMT mounting channel is defined by a first adjacent wall, a second adjacent wall, and a base; and a plurality of AMT mounting surfaces (46, 56) being formed in or adjacent the AMT mounting channel, whereby the at least one pump is mounted on a respective one of the AMT mounting surfaces (46, 56) radially inwardly of the bead mounting areas, characterized in that a circumferentially-extending feature is formed in the second wall proximate the base of the AMT mounting channel to engage a conduit of the air maintenance tire system. a body being formed with an axially-extending wall, a pair of flanges, and a pair of bead mounting areas, each bead mounting area being disposed axially inwardly proximate a respective one of the flanges; the axially-extending wall being formed with an AMT mounting channel, the AMT mounting channel extending circumferentially about the wheel between the flanges, wherein the AMT mounting channel is defined by a first adjacent wall, a second adjacent wall, and a base; and a plurality of AMT mounting surfaces (46, 56) being formed in or adjacent the AMT mounting channel, whereby the at least one pump is mounted on a respective one of the AMT mounting surfaces (46, 56) radially inwardly of the bead mounting areas, characterized in that a circumferentially-extending feature is formed in the second wall proximate the base of the AMT mounting channel to engage a conduit of the air maintenance tire system.
A flooring system section piece comprising: a first and a second base unit, wherein each of said first and second base units is made of a resilient material and comprises: a first portion having a first surface which, in use, contacts the floor to cover, and a second surface, opposite to said first surface; a second portion set above said first portion; at least one space provided on said second surface of said first portion and laterally delimited by a side edge of said second portion; and the flooring system section piece further comprising a base platform, wherein one end of said base platform is laid on the space of said first base unit, the other end of the base platform is laid on the space of said second base unit; characterised in that each of the base units further comprises anchoring means provided through said first and second portions (3, 7) to anchor said base unit to the floor to cover; and in that the flooring system section piece further comprises supporting means provided under the base platform and engaging in normal use the floor to cover, wherein the supporting means are provided along the length, and in the middle portion, of the base platform. a first and a second base unit, wherein each of said first and second base units is made of a resilient material and comprises: a first portion having a first surface which, in use, contacts the floor to cover, and a second surface, opposite to said first surface; a second portion set above said first portion; at least one space provided on said second surface of said first portion and laterally delimited by a side edge of said second portion; and the flooring system section piece further comprising a base platform, wherein one end of said base platform is laid on the space of said first base unit, the other end of the base platform is laid on the space of said second base unit; characterised in that each of the base units further comprises anchoring means provided through said first and second portions (3, 7) to anchor said base unit to the floor to cover; and in that the flooring system section piece further comprises a first portion having a first surface which, in use, contacts the floor to cover, and a second surface, opposite to said first surface; a second portion set above said first portion; at least one space provided on said second surface of said first portion and laterally delimited by a side edge of said second portion; and the flooring system section piece further comprising a base platform, wherein one end of said base platform is laid on the space of said first base unit, the other end of the base platform is laid on the space of said second base unit; characterised in that each of the base units further comprises anchoring means provided through said first and second portions (3, 7) to anchor said base unit to the floor to cover; and in that the flooring system section piece further comprises supporting means provided under the base platform and engaging in normal use the floor to cover, wherein the supporting means are provided along the length, and in the middle portion, of the base platform.