mhurhangee/ep-ind-claims huggingface dataset:
An intradermal injection device comprising: a unitary body comprising: a barrel having an open distal end and a proximal end; a neck portion adjacent the proximal end of said barrel, and a limiter adjacent a proximal end of said neck portion, said limiter comprising a skin engaging surface defined on a proximal end thereof; a reservoir defined between said distal and proximal ends (40, 30) of said barrel for accommodating a drug substance; and a channel defined at said proximal end of said barrel and extending through, and distally from, said skin engaging surface to said reservoir; and a needle cannula having a sharpened proximal end and a distal end, said needle cannula being secured in said channel with said distal end being in communication with said reservoir and said proximal end of said needle cannula extending from said skin engaging surface of said limiter a distance in the range of about 0.5 mm to 3.0 mm, and wherein said skin engaging surface limits penetration of said proximal end of said needle cannula to the dermis layer of the skin of a patient. characterized in that said skin engaging surface defined on a proximal end of said limiter comprises a protrusion extending therefrom, said skin engaging surface being defined on a free proximal end of said protrusion, wherein said protrusion has a polygonal cross-section. a unitary body comprising: a barrel having an open distal end and a proximal end; a neck portion adjacent the proximal end of said barrel, and a limiter adjacent a proximal end of said neck portion, said limiter comprising a skin engaging surface defined on a proximal end thereof; a reservoir defined between said distal and proximal ends (40, 30) of said barrel for accommodating a drug substance; and a channel defined at said proximal end of said barrel and extending through, and distally from, said skin engaging surface to said reservoir; and a barrel having an open distal end and a proximal end; a neck portion adjacent the proximal end of said barrel, and a limiter adjacent a proximal end of said neck portion, said limiter comprising a skin engaging surface defined on a proximal end thereof; a reservoir defined between said distal and proximal ends (40, 30) of said barrel for accommodating a drug substance; and a channel defined at said proximal end of said barrel and extending through, and distally from, said skin engaging surface to said reservoir; and a needle cannula having a sharpened proximal end and a distal end, said needle cannula being secured in said channel with said distal end being in communication with said reservoir and said proximal end of said needle cannula extending from said skin engaging surface of said limiter a distance in the range of about 0.5 mm to 3.0 mm, and wherein said skin engaging surface limits penetration of said proximal end of said needle cannula to the dermis layer of the skin of a patient. characterized in that said skin engaging surface defined on a proximal end of said limiter comprises a protrusion extending therefrom, said skin engaging surface being defined on a free proximal end of said protrusion, wherein said protrusion has a polygonal cross-section.
A method for preparing ultra-high molecular weight polyethylene resin particles, wherein the polyethylene resin particles have a viscosity-average molecular weight in a range from 2 to 7 million, a volume average particle size in a range from 100 to 350 μm, a particle-size distribution in a range from 1.0 to 2.1, a tensile breaking stress in a range from 30 to 60 MPa, a bulk density of resin particles in a range from 0.10 to 0.50 g/cm 3, and an initial crystallinity in a range from 63 to 85%, wherein the method and conditions for testing the characteristics and properties are disclosed in the detailed description of the embodiments, the method comprising a slurry homopolymerization process of ethylene in the presence of a main catalyst and a co-catalyst, wherein the co-catalyst is one or more aluminum alkyls, and the main catalyst is obtainable by the following steps: in an inert atmosphere, dispersing magnesium halide in an inert solvent, then adding alcohol for reaction to form magnesium halide-alcohol adduct solution or dispersoid, subsequently, adding alkyl aluminum halide to react with the magnesium halide-alcohol adduct to form an intermediate product, and treating the intermediate product with ultrasound in an ultrasonic device, afterwards, adding a titanium compound for a Ti loading reaction and treating the Ti loading reaction mixture with ultrasound in an ultrasonic device, and finally recycling solid particles and obtained the main catalyst, wherein the general formula for the Ti compound is Ti(OR 3) n X 4-n, wherein R 3 is an alkyl comprising 1 to 6 carbon atoms, X is halogen, n an integer selected from 0 to 4, wherein the ratio of the main catalyst to the cocatalyst is selected so that Al/Ti molar ratio thereof is in a range of 30 ∼ 1000:1. in an inert atmosphere, dispersing magnesium halide in an inert solvent, then adding alcohol for reaction to form magnesium halide-alcohol adduct solution or dispersoid, subsequently, adding alkyl aluminum halide to react with the magnesium halide-alcohol adduct to form an intermediate product, and treating the intermediate product with ultrasound in an ultrasonic device, afterwards, adding a titanium compound for a Ti loading reaction and treating the Ti loading reaction mixture with ultrasound in an ultrasonic device, and finally recycling solid particles and obtained the main catalyst, wherein the general formula for the Ti compound is Ti(OR 3) n X 4-n, wherein R 3 is an alkyl comprising 1 to 6 carbon atoms, X is halogen, n an integer selected from 0 to 4, wherein the ratio of the main catalyst to the cocatalyst is selected so that Al/Ti molar ratio thereof is in a range of 30 ∼ 1000:1.
A network switch comprising: a data bus; and a register configured to store a descriptor that is i) generated by a device driver of a host system and ii) transmitted from the host system to the network switch, the descriptor identifying an address of a buffer in a memory of the host system; an endpoint controller configured to communicate with a root complex controller of the host system to receive the descriptor, store the descriptor in the register, and transfer data between the root complex controller and the data bus, and a direct memory access controller, serving as a receive direct memory access controller or as a transmit direct memory access controller, configured to receive the address of the buffer from the endpoint controller or the register and, based on the address and an indication generated by the device driver grant control of the buffer of the host system to the network switch, independently control transfer of the data between (i) the memory of the host system and (ii) a network device (140,142,144) separate from the network switch and the host system. a data bus; and a register configured to store a descriptor that is i) generated by a device driver of a host system and ii) transmitted from the host system to the network switch, the descriptor identifying an address of a buffer in a memory of the host system; an endpoint controller configured to communicate with a root complex controller of the host system to receive the descriptor, store the descriptor in the register, and transfer data between the root complex controller and the data bus, and a direct memory access controller, serving as a receive direct memory access controller or as a transmit direct memory access controller, configured to receive the address of the buffer from the endpoint controller or the register and, based on the address and an indication generated by the device driver grant control of the buffer of the host system to the network switch, independently control transfer of the data between (i) the memory of the host system and (ii) a network device (140,142,144) separate from the network switch and the host system.
Process of preparation of a precursor mixture for manufacturing glass comprising the preparation of a glass precursor mixture for a glassmaking furnace, in which water, sand and sodium carbonate are mixed in mass proportions of between more than 0 and 5%, 40% and 65%, and more than 0 and not more than 25%, respectively, and, after a delay of at least 10 minutes, calcium oxide is added in a mass proportion of between 1% and 20% of the total.
A vehicle seat carrier for a vehicle seat, said vehicle seat carrier comprising a position adjustment arrangement adapted to enable said vehicle seat carrier to be displaced between a plurality of different positions, a position lock adapted to retain said vehicle seat carrier at a selected position, an electrical motor, or mechanism, being adapted to operate said vehicle seat carrier between said plurality of different positions as a response to a user issued command, characterized in that said position lock is adapted to be disabled as a response to a detected crash, or a detected imminent crash, so that said vehicle seat carrier is permitted to be displaced along a first path at least partly defined by said position adjustment arrangement, to provide for a passenger protective function. characterized in that said position lock is adapted to be disabled as a response to a detected crash, or a detected imminent crash, so that said vehicle seat carrier is permitted to be displaced along a first path at least partly defined by said position adjustment arrangement, to provide for a passenger protective function.
An aircraft comprising an aircraft door interface, the aircraft door interface comprising: a structural component configured to provide rigidity to the aircraft, wherein the structural component at least partially borders an opening into an interior of the aircraft, and wherein the structural component comprises a concavity adjacent to the opening; a door comprising a door frame and a window secured to the door frame, wherein at least a portion of the door frame comprises a complementary profile to the concavity, and wherein the complementary profile is configured to form a seal between the structural component and the overlapping door frame when the complementary profile is at least partially received within the concavity; and a plurality of hinge supports disposed on the structural component and a plurality of hinges disposed on the door frame, wherein the hinge supports are configured to interface with the hinges to attach the door to the structural component while allowing the door to open outward. a structural component configured to provide rigidity to the aircraft, wherein the structural component at least partially borders an opening into an interior of the aircraft, and wherein the structural component comprises a concavity adjacent to the opening; a door comprising a door frame and a window secured to the door frame, wherein at least a portion of the door frame comprises a complementary profile to the concavity, and wherein the complementary profile is configured to form a seal between the structural component and the overlapping door frame when the complementary profile is at least partially received within the concavity; and a plurality of hinge supports disposed on the structural component and a plurality of hinges disposed on the door frame, wherein the hinge supports are configured to interface with the hinges to attach the door to the structural component while allowing the door to open outward.
A method for mounting, on a substrate, an electronic component extracted from a component supply unit, wherein the component supply unit is attachably/detachably mounted with a tape processing unit including an outlet opening, wherein the component supply unit is configured to expose the electronic component having been sealed in a storage portion (Cb) of a storage tape, by a cover tape (Cc) covering the storage portion (Cb), wherein the component supply unit is configured to supply the electronic component to a component extraction position, and wherein the outlet opening is set up for extracting the supplied electronic component with a component extractor, the method comprising: determining whether or not confirmation of the type of the tape processing unit is necessary; and performing identification processing of the type of the tape processing unit when the confirmation of the type of the tape processing unit is determined as necessary; characterized by determining whether or not an electronic component handleable by this tape processing unit coincides with an electronic component of a component arrangement number in a feeder base, when this identification processing of the type has been performed; and performing an extraction operation for the electronic component with the component extractor when the electronic component is determined as coinciding. determining whether or not confirmation of the type of the tape processing unit is necessary; and performing identification processing of the type of the tape processing unit when the confirmation of the type of the tape processing unit is determined as necessary; characterized by determining whether or not an electronic component handleable by this tape processing unit coincides with an electronic component of a component arrangement number in a feeder base, when this identification processing of the type has been performed; and performing an extraction operation for the electronic component with the component extractor when the electronic component is determined as coinciding.
A flannel fabric production method which enables utilizing waste fabric owned by end-user, incentivizing the end-user by way of rewards, eliminating the need for waste sorting, and converting the waste fabric owned by the end-user into the flannel fabric, the method consisting of the following process steps: - collecting the end user's waste cotton products at stores by way of campaigns for eliminating the need to sort wastes; - converting the collected waste cotton products into fiber at fiber opening facility; - blending the recycled fiber and virgin cotton at a rate of 30% and 70%, respectively, in regard to the total blend amount; - obtaining wefts of 73.8 tex (Ne 8/1) and warps of 29.5 tex (Ne 20/1) from the blend by drawing process and obtaining fabric having weft density of 13.5 ends/centimeter and warp density of 20 ends/centimeter by way of weaving the threads; and - turning the woven fabric into flannel by napping it through raising process. - collecting the end user's waste cotton products at stores by way of campaigns for eliminating the need to sort wastes; - converting the collected waste cotton products into fiber at fiber opening facility; - blending the recycled fiber and virgin cotton at a rate of 30% and 70%, respectively, in regard to the total blend amount; - obtaining wefts of 73.8 tex (Ne 8/1) and warps of 29.5 tex (Ne 20/1) from the blend by drawing process and obtaining fabric having weft density of 13.5 ends/centimeter and warp density of 20 ends/centimeter by way of weaving the threads; and - turning the woven fabric into flannel by napping it through raising process.
Method for monitoring or visualizing the speed (v), especially the running speed, of an athlete, comprising the steps: a) Providing a piece of garment or a shoe, which are worn by the athlete during a sporting activity, especially during running, wherein the piece of garment or the shoe is provided with a coating applied at an outer surface of the piece of garment or the shoe, wherein the coating comprises at least one thermochromic dye or at least one liquid crystal, or wherein the piece of garment or the shoe is made at least partially of a material, especially by a yarn, which comprises at least one thermochromic dye or at least one liquid crystal; b) Monitoring the color (C 1, C 2, C 3) of the at least one thermochromic dye or liquid crystal during the sporting activity of the athlete, especially during running; c) Evaluating the speed (v), especially the running speed, of the athlete on the basis of the actual color (C 1, C 2, C 3) of the at least one thermochromic dye or liquid crystal, wherein the piece of garment or the shoe also comprises at least one region where elements are provided to influence the aerodynamic drag of the piece of garment or the shoe, such that the aerodynamic effects are reduced and a more relevant part of the airstream effects the cooling of the piece of garment or the shoe and thus effects the appearing color of the thermochromic dye or liquid crystal. a) Providing a piece of garment or a shoe, which are worn by the athlete during a sporting activity, especially during running, wherein the piece of garment or the shoe is provided with a coating applied at an outer surface of the piece of garment or the shoe, wherein the coating comprises at least one thermochromic dye or at least one liquid crystal, or wherein the piece of garment or the shoe is made at least partially of a material, especially by a yarn, which comprises at least one thermochromic dye or at least one liquid crystal; wherein the piece of garment or the shoe is provided with a coating applied at an outer surface of the piece of garment or the shoe, wherein the coating comprises at least one thermochromic dye or at least one liquid crystal, or wherein the piece of garment or the shoe is made at least partially of a material, especially by a yarn, which comprises at least one thermochromic dye or at least one liquid crystal; b) Monitoring the color (C 1, C 2, C 3) of the at least one thermochromic dye or liquid crystal during the sporting activity of the athlete, especially during running; c) Evaluating the speed (v), especially the running speed, of the athlete on the basis of the actual color (C 1, C 2, C 3) of the at least one thermochromic dye or liquid crystal,
A sealing and vibration damping device intended to seal the peripheral space situated between a heat exchanger and a duct of the ventilation and air conditioning system of a vehicle, a flow of air circulating in the duct along a longitudinal direction and passing through the exchanger from its upstream face to its downstream face, characterized in that the sealing device includes - a thin, closed frame so as to have an external face facing the duct and an internal face facing the exchanger, the two faces (36, 38) extending from an upstream edge to a downstream edge, the frame in place being suitable to be housed in said peripheral space at an intermediate distance from the exchanger and from the duct; - an inner seal suitable for sealing the inner space situated between the frame and the exchanger; - an outer seal suitable for sealing the outer space situated between the frame and the duct; - internal anti-vibratory pads extending from the inner face of the frame so as to be able to be in contact with the heat exchanger; - external anti-vibratory pads extending from the outer face of the frame so as to be able to be in contact with the duct for circulation of air; the inner and outer seals and the internal and external pads being integral with the frame. - a thin, closed frame so as to have an external face facing the duct and an internal face facing the exchanger, the two faces (36, 38) extending from an upstream edge to a downstream edge, the frame in place being suitable to be housed in said peripheral space at an intermediate distance from the exchanger and from the duct; - an inner seal suitable for sealing the inner space situated between the frame and the exchanger; - an outer seal suitable for sealing the outer space situated between the frame and the duct; - internal anti-vibratory pads extending from the inner face of the frame so as to be able to be in contact with the heat exchanger; - external anti-vibratory pads extending from the outer face of the frame so as to be able to be in contact with the duct for circulation of air;
A method for dynamically adjusting a switching loop, comprising: Determining, by a network equipment in the switching loop, current link costs of all links connected with the network equipment, wherein the network equipment determines the current link costs of the links according to initial link costs and link adjustment parameters of the links; Acquiring, by the network equipment, the current link costs of all the links in the switching loop, and determining a main link of the switching loop, wherein the current link cost of the main link is less than or equal to a preset link cost; Characterized in that determining, by the network equipment, the current link costs of the links according to the initial link costs and link adjustment parameters of the links comprises: A ′ = A / 1 − V, where A' represents the current link cost of the link, A represents the initial link cost of the link, V represents the link adjustment parameter of the link, 0≤V<1. Determining, by a network equipment in the switching loop, current link costs of all links connected with the network equipment, wherein the network equipment determines the current link costs of the links according to initial link costs and link adjustment parameters of the links; Acquiring, by the network equipment, the current link costs of all the links in the switching loop, and determining a main link of the switching loop, wherein the current link cost of the main link is less than or equal to a preset link cost; Characterized in that determining, by the network equipment, the current link costs of the links according to the initial link costs and link adjustment parameters of the links comprises: A ′ = A / 1 − V, where A' represents the current link cost of the link, A represents the initial link cost of the link, V represents the link adjustment parameter of the link, 0≤V<1.
An extractor for extracting harmful chemicals and particulates from air for a soldering iron station, the extractor including an intake assembly, a filter assembly including a main filter, a fan, and an exhaust assembly, wherein the extractor is arranged for: receiving harmful chemicals, particulates, and air from the soldering iron station through the intake assembly; filtering the fumes from the air with the filter assembly, said filtering comprising filtering the fumes from the air with the main filter; and exhausting the filtered air with the exhaust assembly, wherein the extractor includes a housing with one or more sides, wherein the main filter is removable with respect to a side of the one or more sides of the housing, and wherein the extractor is further arranged for removing the main filter from the side of the housing to replace the main by filter characterised in that the extractor is arranged for removing the main filter at least partly by rotating the main filter relative to the side of the housing to remove the main filter. receiving harmful chemicals, particulates, and air from the soldering iron station through the intake assembly; filtering the fumes from the air with the filter assembly, said filtering comprising filtering the fumes from the air with the main filter; and exhausting the filtered air with the exhaust assembly, wherein the extractor includes a housing with one or more sides, wherein the main filter is removable with respect to a side of the one or more sides of the housing, and wherein the extractor is further arranged for removing the main filter from the side of the housing to replace the main by filter characterised in that the extractor is arranged for removing the main filter at least partly by rotating the main filter relative to the side of the housing to remove the main filter.
A wire comprising at least two metal wires welded together by means of a laser source, wherein the welding point is produced by means of a method according to any one of claims 4 to 11 or by means of an apparatus according to any one of claims 12 to 20, characterised in that the welding point is a welding bead arising during the welding of the wires, said welding bead extending over the radial cross-section of the metal wires to be welded.