mhurhangee/ep-ind-claims huggingface dataset:
An infusion set assembly adapted to be secured to a skin surface, comprising: an infusion set including a fixed base member connectable to the skin surface; a movable slide member having a rigid needle or cannula connected thereto, said needle or cannula being angularly inserted with respect to said skin surface, said movable slide member being movable relative to said fixed base member, said movable slide member being movable from a first position in which said needle or cannula is not exposed externally of said fixed base member to a second position in which said needle or cannula is exposed externally of said fixed base member; and a hub having a hole that fixedly receives said needle or cannula, said hub fixedly connected to said movable member and having a slot extending rearwardly in a lower surface from a first end thereof, said needle or cannula being received in said slot, a rounded protrusion surrounding said slot around which said needle can bend, thereby increasing a bending radius and reducing stress in the needle; and an inserter removably connected to said infusion set, said inserter including a movable inserter member and a fixed inserter member, said movable inserter member that slides into said fixed inserter member to cause said movable slide member to move from said first position to said second position. an infusion set including a fixed base member connectable to the skin surface; a movable slide member having a rigid needle or cannula connected thereto, said needle or cannula being angularly inserted with respect to said skin surface, said movable slide member being movable relative to said fixed base member, said movable slide member being movable from a first position in which said needle or cannula is not exposed externally of said fixed base member to a second position in which said needle or cannula is exposed externally of said fixed base member; and a fixed base member connectable to the skin surface; a movable slide member having a rigid needle or cannula connected thereto, said needle or cannula being angularly inserted with respect to said skin surface, said movable slide member being movable relative to said fixed base member, said movable slide member being movable from a first position in which said needle or cannula is not exposed externally of said fixed base member to a second position in which said needle or cannula is exposed externally of said fixed base member; and a hub having a hole that fixedly receives said needle or cannula, said hub fixedly connected to said movable member and having a slot extending rearwardly in a lower surface from a first end thereof, said needle or cannula being received in said slot, a rounded protrusion surrounding said slot around which said needle can bend, thereby increasing a bending radius and reducing stress in the needle; and an inserter removably connected to said infusion set, said inserter including a movable inserter member and a fixed inserter member, said movable inserter member that slides into said fixed inserter member to cause said movable slide member to move from said first position to said second position.
Vaccine for preventing or combating an infectious disease in poultry, characterised in that said vaccine comprises (a) an immunostimulatory amount of an immunostimulatory non-methylated oligodeoxynucleotide having the general formula 5' x { T C G T C G} n T C G z 3' wherein x = 3-20; z = 0-10; n = 2-100; or a pharmaceutically acceptable salt thereof, and/or a vector comprising the oligodeoxynucleotide, (b) an immunogenic amount of an antigen component or genetic information encoding an antigen component, wherein said antigen component is, or is derived from a virus or micro-organism that in its wild-type form is pathogenic to poultry, and (c) a pharmaceutically acceptable carrier. x = 3-20; z = 0-10; n = 2-100; or a pharmaceutically acceptable salt thereof, and/or a vector comprising the oligodeoxynucleotide, (b) an immunogenic amount of an antigen component or genetic information encoding an antigen component, wherein said antigen component is, or is derived from a virus or micro-organism that in its wild-type form is pathogenic to poultry, and (c) a pharmaceutically acceptable carrier.
A watch, wherein the sliding mechanism of its slide portion is lubricated with a grease composition, wherein the grease composition comprises (i) a lithium soap grease or a urea grease, and (ii) an anti-wear agent; (i) the lithium soap grease and the urea grease are each a grease having no hydroxyl group in a molecule, are obtained from a polyol ester oil having no hydroxyl group in a molecule, a paraffinic hydrocarbon oil comprising an α-olefin polymer of 30 or more carbon atoms, or an ether oil having no hydroxyl group in a molecule; and (ii) the anti-wear agent is at least one compound selected from a neutral phosphate, a neutral phosphite and calcium borate, and is contained in an amount of 0.1 to 20% by weight based on the total amount of the grease composition. (i) the lithium soap grease and the urea grease are each a grease having no hydroxyl group in a molecule, are obtained from a polyol ester oil having no hydroxyl group in a molecule, a paraffinic hydrocarbon oil comprising an α-olefin polymer of 30 or more carbon atoms, or an ether oil having no hydroxyl group in a molecule; and (ii) the anti-wear agent is at least one compound selected from a neutral phosphate, a neutral phosphite and calcium borate, and is contained in an amount of 0.1 to 20% by weight based on the total amount of the grease composition.
Method of producing lithium hydroxide, particularly highly-pure lithium hydroxide for use in batteries and/or accumulators, of ore and/or minerals with lithium content and/or earths with lithium content by means of a chloralkali process, wherein - a lithium chloride solution is produced in a calcination and leaching step, wherein the ores and/or minerals and/or earths with lithium content are initially calcined with use of one or more metal chlorides and/or a mixture of metal chlorides and subsequently leached out, particularly with use of water, wherein the one or more metal chlorides used or the mixture of metal chlorides used comprises or comprise at least sodium chloride, - wherein in a succeeding purification step a highly-pure lithium chloride solution is then produced, wherein the lithium chloride solution is purified particularly by removal of cations such as sodium, potassium, calcium, magnesium and/or iron from the lithium chloride solution and - wherein in a succeeding electrolysis step lithium hydroxide, particularly highly-pure lithium hydroxide is then produced, wherein the highly-pure lithium chloride solution is subjected to membrane electrolysis producing chlorine gas and hydrogen as byproducts, - wherein during the purification step, sodium chloride, particularly obtained by fractional crystallisation or solvent extraction, is used for calcining the ores and/or minerals and/or earths with lithium content and is fed to the calcination and leaching step. - a lithium chloride solution is produced in a calcination and leaching step, wherein the ores and/or minerals and/or earths with lithium content are initially calcined with use of one or more metal chlorides and/or a mixture of metal chlorides and subsequently leached out, particularly with use of water, wherein the one or more metal chlorides used or the mixture of metal chlorides used comprises or comprise at least sodium chloride, - wherein in a succeeding purification step a highly-pure lithium chloride solution is then produced, wherein the lithium chloride solution is purified particularly by removal of cations such as sodium, potassium, calcium, magnesium and/or iron from the lithium chloride solution and - wherein in a succeeding electrolysis step lithium hydroxide, particularly highly-pure lithium hydroxide is then produced, wherein the highly-pure lithium chloride solution is subjected to membrane electrolysis producing chlorine gas and hydrogen as byproducts, - wherein during the purification step, sodium chloride, particularly obtained by fractional crystallisation or solvent extraction, is used for calcining the ores and/or minerals and/or earths with lithium content and is fed to the calcination and leaching step.
A handle for a shaving razor adapted to releasably engage with a razor cartridge, said handle comprising: a handle body, a support, a pair of arms movably mounted on the support between a lock position and a release position and elastically biased toward the lock position, said pair of arms being adapted to engage said cartridge when the arms are in a lock position, and to disengage said cartridge when the arms are in a release position, each of said arms extending from a proximate end of the handle closer to the support to a distal end of the handle further away from the support, wherein the support further comprises a pair of arcuate guides and said arms are slidably mounted along said arcuate guides, said arcuate guides being shaped so that sliding the arms in the first direction, turns them toward the lock position, and sliding the arms in a second direction opposite to the first direction, turns them toward the release position, characterized in that the handle further includes a driving member which is slidably mounted on the support between the arms and which is connected to the arms such that sliding the driving member in the first direction moves the arms towards the distal end of the handle on the arcuate guides and turns them toward the lock position, and sliding the driving member in the second direction moves the arms towards the proximate end of the handle on the arcuate guides and turns them toward the release position. a handle body, a support, a pair of arms movably mounted on the support between a lock position and a release position and elastically biased toward the lock position, said pair of arms being adapted to engage said cartridge when the arms are in a lock position, and to disengage said cartridge when the arms are in a release position, each of said arms extending from a proximate end of the handle closer to the support to a distal end of the handle further away from the support, wherein the support further comprises a pair of arcuate guides and said arms are slidably mounted along said arcuate guides, said arcuate guides being shaped so that sliding the arms in the first direction, turns them toward the lock position, and sliding the arms in a second direction opposite to the first direction, turns them toward the release position, characterized in that the handle further includes a driving member which is slidably mounted on the support between the arms and which is connected to the arms such that sliding the driving member in the first direction moves the arms towards the distal end of the handle on the arcuate guides and turns them toward the lock position, and sliding the driving member in the second direction moves the arms towards the proximate end of the handle on the arcuate guides and turns them toward the release position.
Apparatus for compressing fluid, having multiple compression stages and comprising a fluidtight casing containing a bath of cryogenic fluid comprising a liquid phase, the upper part of the casing comprising a cover gas, a first compression chamber, a second compression chamber, an intake system communicating with the first compression chamber and configured to allow fluid that is to be compressed to be let into said first compression chamber, a transfer system communicating with the first and the second compression chamber and configured to allow fluid to be transferred from the first compression chamber to the second compression chamber, a mobile piston for compressing the fluid in the first and second compression chambers, the apparatus further comprising a discharge orifice communicating with the second compression chamber and configured to allow the compressed fluid to leave, the second compression chamber being delimited by a portion of the body of the piston and a fixed wall of the apparatus, the piston being mobile in translation in a longitudinal direction, the piston comprising a tubular portion mounted around a fixed central guide, a terminal end of the central guide forming the fixed wall delimiting part of the second compression chamber, the apparatus comprising a sealing system formed between the central guide and the piston and, in the longitudinal direction of translation of the piston, the intake system being situated at a first end of the apparatus, the discharge orifice being situated at a second end of the apparatus and the transfer system being situated between the intake system and the discharge orifice, the first and the second compression chambers being immersed in the liquid phase of the bath, the intake system comprising one or more ports that either allow or do not allow communication between the first compression chamber and the bath outside depending on the longitudinal position of the piston.
A base material composition for foam tapes comprising: an acrylic monomer, a radical initiator, a crosslinking agent, a porous filler, and a surfactant, wherein the surfactant comprises a silicone surfactant including 60 wt% to 90 wt% of a siloxane based polymer and 10 wt% to 40 wt% of a non-siloxane based polymer, and an amine-based silicone compound, wherein the silicone surfactant and the amine-based silicone compound are present in the surfactant in a ratio of between 10:1 and 1:1. an acrylic monomer, a radical initiator, a crosslinking agent, a porous filler, and a surfactant, wherein the surfactant comprises a silicone surfactant including 60 wt% to 90 wt% of a siloxane based polymer and 10 wt% to 40 wt% of a non-siloxane based polymer, and an amine-based silicone compound, wherein the silicone surfactant and the amine-based silicone compound are present in the surfactant in a ratio of between 10:1 and 1:1.
A resin transfer molding system comprising: a tool having an upper surface; a cover plate coupled with said tool proximate said upper surface; an inner cavity formed between said tool and said cover plate; a vacuum pump fluidly coupled to said inner cavity; a pump fluidly coupled to said inner cavity and configured to pump a first unfilled resin and a second filled resin into said inner cavity; a thermal energy subsystem thermally coupled to said tool; characterized in that a pressure intensifier is located in said inner cavity and thermally coupled to said tool. a tool having an upper surface; a cover plate coupled with said tool proximate said upper surface; an inner cavity formed between said tool and said cover plate; a vacuum pump fluidly coupled to said inner cavity; a pump fluidly coupled to said inner cavity and configured to pump a first unfilled resin and a second filled resin into said inner cavity; a thermal energy subsystem thermally coupled to said tool; characterized in that a pressure intensifier is located in said inner cavity and thermally coupled to said tool.
A resealable flap device in the form of a sheet for applying to or incorporating in packaging, comprising: - a lower layer of material, having an adhesive layer on its lower side; and - an upper layer of material, bonded to the lower layer; wherein the sheet is cut through both layers to outline a flap portion, the cut leaving an edge intact in a hinge region at the rear of the flap, behind which is a rear region of the flap device; characterised in that the lower layer is of flexible material while the upper layer is of stiff material, and the upper layer of the flap portion is not present in the rear region beyond the line of the hinge region. - a lower layer of material, having an adhesive layer on its lower side; and - an upper layer of material, bonded to the lower layer;
An optoelectronic sensor for recognizing object edges of objects, comprising at least three light transmitters for generating respective collimated or focused transmitted light beams, wherein the light transmitters are arranged such that at least two different spacings (D1, D2, D3) result between two respective light transmitters of the at least three light transmitters; comprising at least one light receiver for taking light spots generated by the transmitted light beams on an object; and comprising an evaluation unit which is configured, for the recognition of an object edge, to carry out a common evaluation (i) of an image taken by a light receiver of a light spot generated by the transmitted light beams of a first light transmitter of the at least three light transmitters; and (ii) of an image taken by a light receiver of a light spot generated by the transmitted light beams of another light transmitter of the at least three light transmitters, characterized in that the sensor is configured to select the pair of light transmitters to be used for the common evaluation in dependence on a selection criterion from at least two differently spaced apart pairs of light transmitters. (i) of an image taken by a light receiver of a light spot generated by the transmitted light beams of a first light transmitter of the at least three light transmitters; and (ii) of an image taken by a light receiver of a light spot generated by the transmitted light beams of another light transmitter of the at least three light transmitters,
An antifouling structure, comprising: a base; a surface layer that is formed on a surface of the base and comprises a microporous structure with micropores; and a fluorine-containing liquid retained in the micropores of the microporous structure, wherein elemental fluorine is present in a surface of the microporous structure, wherein an average diameter of surface openings of the micropores in the microporous structure ranges from 10 nm to 500 nm, and wherein a thickness of the surface layer ranges from 100 to 1000 nm. a base; a surface layer that is formed on a surface of the base and comprises a microporous structure with micropores; and a fluorine-containing liquid retained in the micropores of the microporous structure, wherein elemental fluorine is present in a surface of the microporous structure, wherein an average diameter of surface openings of the micropores in the microporous structure ranges from 10 nm to 500 nm, and wherein a thickness of the surface layer ranges from 100 to 1000 nm.
An additive manufacturing ink composition comprising a polysiloxane bearing a plurality of alkenyl groups and a crosslinking agent bearing a plurality of thiol groups, characterized in that the polysiloxane bearing a plurality of alkenyl groups and the crosslinking agent bearing a plurality of thiol groups form an emulsion, and wherein the additive manufacturing ink composition is free from any solvents.
Method for manufacturing superficially crystalline spherical granules by means of air-cooled hot die face pelletizing in a cutting chamber that has the following steps: - melting of a crystallizable plastic material with subsequent extrusion of the crystallizable plastic material through a perforated plate; - controlling the temperature of the perforated plate while maintaining a viscosity of the melt of the plastic material within nozzle openings of the perforated plate during the air-cooled hot die face pelletizing of granules with at least one cut-off knife that is moved relative to the perforated plate; - superficial cooling of the dry-cut granules by means of a centripetally inflowing process gas at a superficial crystal nucleation temperature, which is below an optimum crystal growth temperature and above a glass transition temperature of the crystallizable plastic material; - maintaining a mean granule temperature in a range of an optimum crystal growth temperature at a level above the crystal nucleation temperature and below a melting temperature of the plastic material while controlling the quantity of process gas at an adiabatically set temperature; and - guiding the process gas flow while the granules flow into the cutting chamber, without touching the walls, until the granules have a crystalline layer growing from their surface. - melting of a crystallizable plastic material with subsequent extrusion of the crystallizable plastic material through a perforated plate; - controlling the temperature of the perforated plate while maintaining a viscosity of the melt of the plastic material within nozzle openings of the perforated plate during the air-cooled hot die face pelletizing of granules with at least one cut-off knife that is moved relative to the perforated plate; - superficial cooling of the dry-cut granules by means of a centripetally inflowing process gas at a superficial crystal nucleation temperature, which is below an optimum crystal growth temperature and above a glass transition temperature of the crystallizable plastic material; - maintaining a mean granule temperature in a range of an optimum crystal growth temperature at a level above the crystal nucleation temperature and below a melting temperature of the plastic material while controlling the quantity of process gas at an adiabatically set temperature; and - guiding the process gas flow while the granules flow into the cutting chamber, without touching the walls, until the granules have a crystalline layer growing from their surface.
Apparatus for angle measurement in the form of an angle measuring device, comprising • a graduation carrier (20, 200) having a code track arranged concentrically with respect to its midpoint, said code track comprising an absolutely encoded graduation, • at least two scanning units for determining and providing absolute angle values of the graduation carrier (20, 200) by scanning the code track, • a control unit with a device interface for communication with a downstream electronics system and at least one interface for communication with interfaces of the scanning units, wherein the control unit comprises a processing unit configured to request absolute angle values of the scanning units from the at least one interface and to process them to form a corrected absolute angle value and to transmit the corrected absolute angle value via the device interface to the downstream electronics system. • a graduation carrier (20, 200) having a code track arranged concentrically with respect to its midpoint, said code track comprising an absolutely encoded graduation, • at least two scanning units for determining and providing absolute angle values of the graduation carrier (20, 200) by scanning the code track, • a control unit with a device interface for communication with a downstream electronics system and at least one interface for communication with interfaces of the scanning units,