mhurhangee/ep-ind-claims huggingface dataset:
An implantable marker suitable for arrangement within a hollow cannula and for marking an animal or human intracorporeal tissue region, said marker comprising at least one strand which is made of biocompatible material and which has a three-dimensional shape impressed upon it in the course of a shaping process, the strand adopting this impressed three-dimensional shape after cessation of an external mechanical constraint, said external mechanical constraint having forced the strand to adopt a compacted three-dimensional shape, wherein the three-dimensional shape impressed upon the strand comprises at least two fixed strand eyelets (3, 4), which are each formed by at least one helical winding of the strand, are connected to one another in one piece by a strand portion, and the shape and/or relative spatial position of which are different in the compacted three-dimensional shape and in the impressed three-dimensional shape, wherein at least three fixed strand eyelets (9, 10, 11) are formed along the strand, which are each distinguished by at least one single helical winding forming a circle with a helical pitch, in which the strand contacts itself in the overlap region of the winding, and which, in the compacted three-dimensional shape, are arrangeable one behind the other in series along a virtual linear axis and adjacently, without overlap, in a hollow cannula, which makes it possible to exert the external mechanical constraint onto the strand, and the at least three fixed strand eyelets (9, 10, 11), following discharge from the hollow cannula and cessation of the mechanical constraint, in the impressed three-dimensional shape adopt an arrangement spatially deviating from the series arrangement adoptable along the virtual linear axis. at least three fixed strand eyelets (9, 10, 11) are formed along the strand, which are each distinguished by at least one single helical winding forming a circle with a helical pitch, in which the strand contacts itself in the overlap region of the winding, and which, in the compacted three-dimensional shape, are arrangeable one behind the other in series along a virtual linear axis and adjacently, without overlap, in a hollow cannula, which makes it possible to exert the external mechanical constraint onto the strand, and the at least three fixed strand eyelets (9, 10, 11), following discharge from the hollow cannula and cessation of the mechanical constraint, in the impressed three-dimensional shape adopt an arrangement spatially deviating from the series arrangement adoptable along the virtual linear axis.
A stent-graft prosthesis comprising: a generally tubular outer PTFE layer, the outer PTFE layer defining an outer layer lumen therein; a generally tubular helical stent disposed within the outer layer lumen, the helical stent assembly including a stent first end and a stent second end, and defining a stent lumen therein; a generally tubular inner PTFE layer disposed within the stent lumen defining an inner layer, therein; and a suture having a suture first end coupled to the stent first end and a suture second end coupled to the stent second end, wherein the suture, which extends generally longitudinally, is disposed between the outer PTFE layer and the inner PTFE layer. a generally tubular outer PTFE layer, the outer PTFE layer defining an outer layer lumen therein; a generally tubular helical stent disposed within the outer layer lumen, the helical stent assembly including a stent first end and a stent second end, and defining a stent lumen therein; a generally tubular inner PTFE layer disposed within the stent lumen defining an inner layer, therein; and a suture having a suture first end coupled to the stent first end and a suture second end coupled to the stent second end, wherein the suture, which extends generally longitudinally, is disposed between the outer PTFE layer and the inner PTFE layer.
A display device, comprising: a display panel; and a backlight module disposed corresponding to the display panel, wherein the backlight module comprises: a light guide plate having a central region and an outer region, wherein the outer region is disposed around the central region; at least one light emitting unit disposed adjacent to the light guide plate; a reflector, wherein at least a part of the reflector is disposed corresponding to a bottom surface of the light guide plate; and a first pattern disposed corresponding to the outer region, wherein the reflector and the light guide plate are adhered via the first pattern, characterized in that the first pattern has at least one opening, and the at least one opening is disposed corresponding to the at least one light emitting unit; and that backlight module further comprises a third pattern disposed between the light guide plate and the reflector, wherein the third pattern corresponds to the first pattern. a display panel; and a backlight module disposed corresponding to the display panel, wherein the backlight module comprises: a light guide plate having a central region and an outer region, wherein the outer region is disposed around the central region; at least one light emitting unit disposed adjacent to the light guide plate; a reflector, wherein at least a part of the reflector is disposed corresponding to a bottom surface of the light guide plate; and a first pattern disposed corresponding to the outer region, wherein the reflector and the light guide plate are adhered via the first pattern, characterized in that a light guide plate having a central region and an outer region, wherein the outer region is disposed around the central region; at least one light emitting unit disposed adjacent to the light guide plate; a reflector, wherein at least a part of the reflector is disposed corresponding to a bottom surface of the light guide plate; and a first pattern disposed corresponding to the outer region, wherein the reflector and the light guide plate are adhered via the first pattern, characterized in that the first pattern has at least one opening, and the at least one opening is disposed corresponding to the at least one light emitting unit; and that backlight module further comprises a third pattern disposed between the light guide plate and the reflector, wherein the third pattern corresponds to the first pattern.
A weaving management method for a tire cord fabric weaving loom that weaves a tire cord fabric including a tire fabric section, that successively obtains a weaving amount of the tire cord fabric on the basis of a rotation amount of a loom main shaft during weaving, and that stores the weaving amount of the tire cord fabric that has been woven as a woven length, the method being characterised by detecting a movement amount of a movement member, which moves as a warp row moves, in a process of a warp feeding operation that is performed by moving the warp row backwards toward a let-off mechanism in a state in which rotation of the loom main shaft is stopped while the loom is stopped; obtaining a return length of the tire cord fabric that has been returned due to the warp feeding operation on the basis of the detected movement amount; and subtracting the obtained return length from the stored woven length.
A method for controlling quality of service performed by a base station, the method comprising: • receiving a downlink data packet, wherein the downlink data packet comprises a service flow priority identifier, FPI, and the FPI is used to indicate a priority of a service flow to which the downlink data packet belongs (step 201); • obtaining weight information corresponding to the FPI; • obtaining weight information corresponding to a bearer to which the downlink data packet belongs; and • sending the downlink data packet to the UE according to the weight information corresponding to the FPI and the weight information corresponding to the bearer to which the downlink data packet belongs (step 202). • receiving a downlink data packet, wherein the downlink data packet comprises a service flow priority identifier, FPI, and the FPI is used to indicate a priority of a service flow to which the downlink data packet belongs (step 201); • obtaining weight information corresponding to the FPI; • obtaining weight information corresponding to a bearer to which the downlink data packet belongs; and • sending the downlink data packet to the UE according to the weight information corresponding to the FPI and the weight information corresponding to the bearer to which the downlink data packet belongs (step 202).
A coated conductor, comprising: (a) a conductor; and (b) a peelable polymeric coating surrounding at least a portion of said conductor, wherein said peelable polymeric coating comprises a polymeric matrix material and in the range of from 2 to 4 microcapillaries which extend substantially in the direction of elongation of said peelable polymeric coating, wherein said microcapillaries define individual, discrete void spaces wherein said microcapillaries contain air within one or more of said void spaces; wherein the peelable polymeric coating is an annular microcapillary product; wherein the microcapillaries in the polymeric coating have an average diameter in the range of from 250 to 590 μm, and wherein the average diameter is measured as described in the description; and wherein the microcapillaries are radially placed around the polymeric coating. (a) a conductor; and (b) a peelable polymeric coating surrounding at least a portion of said conductor, wherein said peelable polymeric coating comprises a polymeric matrix material and in the range of from 2 to 4 microcapillaries which extend substantially in the direction of elongation of said peelable polymeric coating, wherein said microcapillaries define individual, discrete void spaces wherein said microcapillaries contain air within one or more of said void spaces; wherein the peelable polymeric coating is an annular microcapillary product; wherein the microcapillaries in the polymeric coating have an average diameter in the range of from 250 to 590 μm, and wherein the average diameter is measured as described in the description; and wherein the microcapillaries are radially placed around the polymeric coating.
Aircraft flat rear pressure bulkhead, having a layered stacking including: an airtight membrane, a honeycombed reinforcement grid, an interface in between distributing grid strain over membrane surface. an airtight membrane, a honeycombed reinforcement grid, an interface in between distributing grid strain over membrane surface.
An apparatus for washing and drying a carrier, the apparatus comprising: a chamber (10, 210) configured for holding a carrier; said chamber (10, 210) comprising a carrier-exterior spray system (18, 19) and a carrier-interior spray system (54, 144) internal to said chamber (10, 210); said carrier-exterior spray system (18, 19) comprising at least one slot which sprays a fluid onto an exterior surface of the carrier; and said interior spray system (54, 144) comprising at least one slot which sprays the fluid into an interior of the carrier, said apparatus further comprising at least one heating system (108, 163), characterized in that the heating system comprises at least one heating pad (108,163) added to the chamber's exterior, and that an infrared sensor is provided on a side of the chamber (10, 210) which monitors the temperature of the carrier. a chamber (10, 210) configured for holding a carrier; said chamber (10, 210) comprising a carrier-exterior spray system (18, 19) and a carrier-interior spray system (54, 144) internal to said chamber (10, 210); said carrier-exterior spray system (18, 19) comprising at least one slot which sprays a fluid onto an exterior surface of the carrier; and said interior spray system (54, 144) comprising at least one slot which sprays the fluid into an interior of the carrier, said apparatus further comprising at least one heating system (108, 163), characterized in that the heating system comprises at least one heating pad (108,163) added to the chamber's exterior, and that an infrared sensor is provided on a side of the chamber (10, 210) which monitors the temperature of the carrier.
A device to protect against falling objects in order to protect a driver cab roof, the device including a plurality of slats (4-11, 14-21) tilted to offer good visibility to the driver, and at least one central stringer to which each inclined slat (4-11, 14-21) is secured on either side of said at least one central stringer, characterized in that each tilted slat has a structure that widens toward its central portion and that has a maximum width in line with the junction between said central portion and said at least one central stringer.
Micromechanical capacitive acceleration sensor having at least one seismic mass deflectably connected to a substrate, at least one electrode rigidly connected to the substrate and at least one electrode connected to the seismic mass, wherein the at least one electrode rigidly connected to the substrate and the at least one electrode connected to the seismic mass are embodied as comb-shaped electrodes (6, 11) with lamellae (8, 13) extending parallel to the deflection direction of the seismic mass, the lamellae (8, 13) of both comb-shaped electrodes (6, 11) overlapping partly in the rest state, the sensor comprising a connecting beam which is fixed in the central area of the substrate and which leads to springs (2, 2') which carry the seismic mass deflectably, characterized in that on both sides of the connecting beam there extend carrier beams (9, 9') for holding the comb-shaped electrodes (11, 11') rigidly connected to the substrate, wherein the carrier beams (9, 9') are likewise fixed to the substrate in the central area of the substrate.
A method for the continuous production of manufactured articles for food use made of a food-grade compostable polymeric compound consisting of: - from 60% to 80% by weight of a PBAT matrix; - from 6% to 10% by weight of PLA; - from 10% to 20% by weight of one or more inorganic fillers; - from 0% to 10% by weight of at least one plasticiser agent; - from 0% to 20% by weight of at least one additive; where the % by weight are based on the total weight of the polymeric compound; wherein the polymeric compound is at least 70% bio-based, and preferably at least 80%, according to the ASTM D6866 test standard; wherein the compound is biodegradable according to the conditions laid down by the ISO 14855 standard for industrial compostability; wherein the method sequentially comprises the steps of: - injection moulding of the polymeric compound to obtain a predetermined number of semi-finished manufactured articles having a first extraction temperature; - thermal treatment of said semi-finished articles to keep them at a second operating temperature higher than said first extraction temperature for a period of operating time, so as to obtain finished articles. - from 60% to 80% by weight of a PBAT matrix; - from 6% to 10% by weight of PLA; - from 10% to 20% by weight of one or more inorganic fillers; - from 0% to 10% by weight of at least one plasticiser agent; - from 0% to 20% by weight of at least one additive; wherein the polymeric compound is at least 70% bio-based, and preferably at least 80%, according to the ASTM D6866 test standard; wherein the compound is biodegradable according to the conditions laid down by the ISO 14855 standard for industrial compostability; wherein the method sequentially comprises the steps of: - injection moulding of the polymeric compound to obtain a predetermined number of semi-finished manufactured articles having a first extraction temperature; - thermal treatment of said semi-finished articles to keep them at a second operating temperature higher than said first extraction temperature for a period of operating time, so as to obtain finished articles. - injection moulding of the polymeric compound to obtain a predetermined number of semi-finished manufactured articles having a first extraction temperature; - thermal treatment of said semi-finished articles to keep them at a second operating temperature higher than said first extraction temperature for a period of operating time, so as to obtain finished articles.
Egg candling method for determining at least one state of at least one fertilised egg containing an embryo, characterised in that it includes the steps of: a) illuminating said egg with a green light having one or more wavelengths lying in the range 510 nm to 570 nm, preferably in the range 530 nm to 550 nm, and acquiring at least one image of said illuminated egg; and b) analysing said image to determine a vitality level of the embryo of said egg based on the presence or absence of a network of blood vessels feeding the embryo of said egg in said image and, in the event of the presence of a network of blood vessels, based on the dimensions of the veins of said network of blood vessels, and in that step a) includes the acquisition of an image I1 of said illuminated egg by a first camera and the acquisition of an image I2 of said illuminated egg by a second camera, said first and second cameras being positioned opposite each other on either side of a median plane of the egg comprising the axis of revolution of said egg, and step b) includes an analysis of the two images I1 and I2 to determine the vitality level of the egg. a) illuminating said egg with a green light having one or more wavelengths lying in the range 510 nm to 570 nm, preferably in the range 530 nm to 550 nm, and acquiring at least one image of said illuminated egg; and b) analysing said image to determine a vitality level of the embryo of said egg based on the presence or absence of a network of blood vessels feeding the embryo of said egg in said image and, in the event of the presence of a network of blood vessels, based on the dimensions of the veins of said network of blood vessels,
A semiconductor light-emitting device, comprising: a conductive support member (170, 270); a reflective layer (150, 250) disposed above the conductive support member; an adhesion layer (160, 260) in contact with a bottom surface of the reflective layer; a light-emitting structure disposed above and in contact with the reflective layer, the light-emitting structure comprising a first conductive type semiconductor layer, an active layer disposed under the first conductive type semiconductor layer, and a second conductive type semiconductor layer disposed under the active layer; an electrode disposed on the light emitting structure; a channel layer (140, 240) disposed along a bottom edge of the light emitting structure; and an insulating layer contacting the first and second conductive type semiconductor layer and the active layer, a light extraction structure disposed on the top surface of the first conductive type semiconductor layer, wherein the insulating layer is spaced from the electrode, the insulating layer extends from the channel layer (140, 240) toward a peripheral portion of the top surface of the first conductive type semiconductor layer via side surfaces of the first conductive type semiconductor layer, the active layer and the second conductive type semiconductor layer, an outer end of the reflective layer (152A, 250A) is spaced apart by a predetermined distance from an outer wall of the semiconductor light-emitting device the reflective layer (152, 250) ohmically contacts a bottom surface of the light emitting structure and includes a reflective metal, the outer end of the reflective layer (152A, 250A) is not exposed, characterized in that the second conductive type semiconductor layer has an inclined outer side surface, the outer end of the reflective layer (152A, 250A) overlaps with an inner end of the channel layer by a predetermined distance, and the adhesion layer (160, 260) contacts a side surface of the outer end of the reflective layer (152A, 250A). a conductive support member (170, 270); a reflective layer (150, 250) disposed above the conductive support member; an adhesion layer (160, 260) in contact with a bottom surface of the reflective layer; a light-emitting structure disposed above and in contact with the reflective layer, the light-emitting structure comprising a first conductive type semiconductor layer, an active layer disposed under the first conductive type semiconductor layer, and a second conductive type semiconductor layer disposed under the active layer; an electrode disposed on the light emitting structure; a channel layer (140, 240) disposed along a bottom edge of the light emitting structure; and an insulating layer contacting the first and second conductive type semiconductor layer and the active layer, a light extraction structure disposed on the top surface of the first conductive type semiconductor layer,
Fastening system, comprising - an elongated female profile comprising a number of parallel ribs extending from a longitudinal surface of said elongated female profile of elastic material and at least one clamping hole formed between said ribs, and - an elongated male profile, comprising an elongated rib extending from a longitudinal surface thereof, wherein said female profile is arranged to cooperate with the male profile for clamping said male profile rib into said clamping hole in a releasable manner, wherein one of said female profile or male profile comprises a guiding surface for supporting the manual positioning of the rib of the male profile, for clamping it in the clamping hole of the female profile, characterised in that the rib of the male profile and the clamping hole of said female profile both comprise a deformation, which deformations are mutually adapted to position the male profile in substantially clamped state in the female profile in the longitudinal direction thereof, and in that said deformations comprise a recess respectively an elevation adapted thereto. - an elongated female profile comprising a number of parallel ribs extending from a longitudinal surface of said elongated female profile of elastic material and at least one clamping hole formed between said ribs, and - an elongated male profile, comprising an elongated rib extending from a longitudinal surface thereof, wherein said female profile is arranged to cooperate with the male profile for clamping said male profile rib into said clamping hole in a releasable manner, wherein one of said female profile or male profile comprises a guiding surface for supporting the manual positioning of the rib of the male profile, for clamping it in the clamping hole of the female profile, characterised in that the rib of the male profile and the clamping hole of said female profile both comprise a deformation, which deformations are mutually adapted to position the male profile in substantially clamped state in the female profile in the longitudinal direction thereof, and in that said deformations comprise a recess respectively an elevation adapted thereto.
A nozzle for an abrasive jet cutting system, the nozzle comprising: a nozzle body defining an elongated channel extending along an axis X, said elongated channel defining a mixing chamber and a focusing stage, said focusing stage having a focusing portion terminating at an outlet orifice for producing a high-pressure jet, said mixing chamber having a sidewall defining a slurry port in fluid communication with said elongated channel for admitting a low-pressure flow of a slurry comprising abrasive particles suspended in a fluid, characterized in that said sidewall of said mixing chamber comprises a relieved portion extending radially inwardly from said slurry port toward said focusing stage.