mhurhangee/ep-ind-claims huggingface dataset:
Apparatus for sterilizing articles comprising: a sterilizing chamber for articles to be sterilized; a supply for a sterilant solution comprising a solvent and a biocide active; a vaporizer for vaporizing provided sterilant solution at atmospheric pressure or above into a vapour mixture comprising a first solvent vapour and a biocide active vapour, said vaporizer comprising an inlet for the sterilant solution and for a gas stream; a vapour concentrator downstream of the vaporizer comprising a vapour flow conduit and a counter-flow conduit, wherein at least a portion of said vapour flow conduit and said counter-flow conduit define respective opposed sides of a membrane suitable for selectively concentrating the ratio of biocide active to solvent in the vapour mixture on a first side of said membrane relative to the vapour mixture on a second side of said membrane; and wherein said vaporizer and said vapour concentrator are in communication with said sterilizing chamber such that the concentrated vapour mixture, formed on the first side of said membrane when a flow of a gas is provided by the counter flow conduit to the second side of said membrane external to said chamber, contacts articles in the sterilization chamber. a sterilizing chamber for articles to be sterilized; a supply for a sterilant solution comprising a solvent and a biocide active; a vaporizer for vaporizing provided sterilant solution at atmospheric pressure or above into a vapour mixture comprising a first solvent vapour and a biocide active vapour, said vaporizer comprising an inlet for the sterilant solution and for a gas stream; a vapour concentrator downstream of the vaporizer comprising a vapour flow conduit and a counter-flow conduit, wherein at least a portion of said vapour flow conduit and said counter-flow conduit define respective opposed sides of a membrane suitable for selectively concentrating the ratio of biocide active to solvent in the vapour mixture on a first side of said membrane relative to the vapour mixture on a second side of said membrane; and
A bicycle accessory mounting structure for mounting a bicycle accessory to a bicycle handlebar stem, the bicycle accessory mounting structure comprising: a first bicycle stem member (22, 521) including a mounting opening (22b, 522b); and a base member (20, 120, 220, 320, 420) including an accessory attachment portion (42, 142, 242, 342, 442) and a mounting portion (40, 240, 340, 440), the mounting portion (40, 240, 340, 440) extending through the mounting opening (22b, 522b) and being slidably supported on the first bicycle stem member (22, 521) within the mounting opening (40, 240, 340, 440), characterized in that the mounting opening (22b, 522b) of the first bicycle stem member (22, 521) is an elongated slot that extends in a circumferential direction relative to an axis of a handlebar. a first bicycle stem member (22, 521) including a mounting opening (22b, 522b); and a base member (20, 120, 220, 320, 420) including an accessory attachment portion (42, 142, 242, 342, 442) and a mounting portion (40, 240, 340, 440), the mounting portion (40, 240, 340, 440) extending through the mounting opening (22b, 522b) and being slidably supported on the first bicycle stem member (22, 521) within the mounting opening (40, 240, 340, 440), characterized in that the mounting opening (22b, 522b) of the first bicycle stem member (22, 521) is an elongated slot that extends in a circumferential direction relative to an axis of a handlebar.
Hanger for exhibition panel, constituted from a body provided with anchoring elements to an ornament, panel, or another appropriate place, one or two rods acting as hanging means for the products to be exhibited emerging from this body in the forward direction, said one or two rods arranged horizontally forward, wherein the body from which said one or two rods emerge as a hanging means per se, presents an upper and vertical slot wherein a wing, belonging to an arm projected horizontally above said one or two rods, is housed as a plug-in, the free end of said upper horizontal arm ending in a horizontal cylindrical and transverse shaft, wherein a substantially flat front piece is articulated on its front face and is provided with steps to constitute positioning and holding means of a price holder or other identification card of the products to be exhibited suspended from the hanger; characterized in that the bottom of said front piece comprises a kind of fork wherein the front end of said one or two rods is positioned establishing a closing thereof to prevent the items suspended from the same from accidentally slipping out or falling.
A multi-layer shrink film which comprises at least two chemically different layers and exhibits a reduction in size of at least 5% in at least one of machine and transverse direction when subjected to a temperature of 95°C for a time period of 15 seconds in water according to ASTM 2732-14 comprising: at least one shrink base layer comprising one or more thermoplastic polymers and an inkjet printable layer, wherein the inkjet printable layer comprises 40-90 wt.-% of one or more binding agents, based on the weight of the inkjet printable layer, and wherein at least 5 wt.-%, based on the weight of the inkjet printable layer, are at least one cellulose-based binding agent selected from the group consisting of esters of cellulose with organic acids, cellulose ethers and mixtures thereof, characterized in that the inkjet printable layer further comprises at least one tackifying resin. at least one shrink base layer comprising one or more thermoplastic polymers and an inkjet printable layer, wherein the inkjet printable layer comprises 40-90 wt.-% of one or more binding agents, based on the weight of the inkjet printable layer, and wherein at least 5 wt.-%, based on the weight of the inkjet printable layer, are at least one cellulose-based binding agent selected from the group consisting of esters of cellulose with organic acids, cellulose ethers and mixtures thereof, characterized in that the inkjet printable layer further comprises at least one tackifying resin.
A carbon dioxide separation method using a carbon dioxide adsorbent which is a porous material loaded with an amine compound, the method comprising: adsorbing carbon dioxide by causing a gas, which is to be treated, to come into contact with the carbon dioxide adsorbent; desorbing, from the carbon dioxide adsorbent by using a heated gas stream, carbon dioxide that has been adsorbed to the carbon dioxide adsorbent; and reloading the amine compound onto the porous material of the carbon dioxide adsorbent,; characterised in that: another same carbon dioxide adsorbent is used, the method further comprising: cooling, by using a gas stream, the carbon dioxide adsorbent that has been heated by the heated gas stream in the desorbing step; and introducing the gas stream that has cooled the carbon dioxide adsorbent to the other carbon dioxide adsorbent, and capturing, with the other carbon dioxide adsorbent, the amine compound that is contained in the gas stream. adsorbing carbon dioxide by causing a gas, which is to be treated, to come into contact with the carbon dioxide adsorbent; desorbing, from the carbon dioxide adsorbent by using a heated gas stream, carbon dioxide that has been adsorbed to the carbon dioxide adsorbent; and reloading the amine compound onto the porous material of the carbon dioxide adsorbent,; characterised in that: another same carbon dioxide adsorbent is used, the method further comprising: cooling, by using a gas stream, the carbon dioxide adsorbent that has been heated by the heated gas stream in the desorbing step; and introducing the gas stream that has cooled the carbon dioxide adsorbent to the other carbon dioxide adsorbent, and capturing, with the other carbon dioxide adsorbent, the amine compound that is contained in the gas stream. another same carbon dioxide adsorbent is used, the method further comprising: cooling, by using a gas stream, the carbon dioxide adsorbent that has been heated by the heated gas stream in the desorbing step; and introducing the gas stream that has cooled the carbon dioxide adsorbent to the other carbon dioxide adsorbent, and capturing, with the other carbon dioxide adsorbent, the amine compound that is contained in the gas stream. cooling, by using a gas stream, the carbon dioxide adsorbent that has been heated by the heated gas stream in the desorbing step; and introducing the gas stream that has cooled the carbon dioxide adsorbent to the other carbon dioxide adsorbent, and capturing, with the other carbon dioxide adsorbent, the amine compound that is contained in the gas stream.
Corner connector for a substructure frame, in particular for accommodating laying nests (11, 12), for connection to a crossmember, to a longitudinal member and to a supporting leg, having a vertical profile piece which is designed, at least in parts, in the form of a U profile, that is to say with a base and two limbs (29, 30), wherein a lower portion of the profile piece has, in addition, a profile (31, 32) which adjoins the one limb, for the purpose of forming an overall profile having at least three angled profiles encompassing the supporting leg and having a profile limb parallel to, and in front of, the base.
A wet scrubber for absorbing elemental heavy metal from a gas stream, the scrubber comprising: a vessel having a gas inlet and a gas outlet, and in the vessel, a liquor comprising: an oxidizer capable of oxidizing said elemental heavy metal selected from fluorine (F 2), chlorine (Cl 2), bromine (Br 2), iodine (I 2), ozone (O 3), chlorine dioxide (ClO 2), bromine dioxide (BrO 2), hypochlorite (HOCl), sodium chlorite (NaClO 2) and potassium chlorite (KClO 2); an ionic liquid comprising a cation and an anion, and said anion is a halide; and the liquor being substantially free of any ligand capable of binding an ion of the heavy metal. a vessel having a gas inlet and a gas outlet, and in the vessel, a liquor comprising: an oxidizer capable of oxidizing said elemental heavy metal selected from fluorine (F 2), chlorine (Cl 2), bromine (Br 2), iodine (I 2), ozone (O 3), chlorine dioxide (ClO 2), bromine dioxide (BrO 2), hypochlorite (HOCl), sodium chlorite (NaClO 2) and potassium chlorite (KClO 2); an ionic liquid comprising a cation and an anion, and said anion is a halide; and the liquor being substantially free of any ligand capable of binding an ion of the heavy metal. an oxidizer capable of oxidizing said elemental heavy metal selected from fluorine (F 2), chlorine (Cl 2), bromine (Br 2), iodine (I 2), ozone (O 3), chlorine dioxide (ClO 2), bromine dioxide (BrO 2), hypochlorite (HOCl), sodium chlorite (NaClO 2) and potassium chlorite (KClO 2); an ionic liquid comprising a cation and an anion, and said anion is a halide; and the liquor being substantially free of any ligand capable of binding an ion of the heavy metal.
Vehicle part comprising a securing device, in which the part is made of plastic, obtained by injection moulding, in which the part comprises a main body, and in which the securing device comprises a securing member and a connecting member for connecting said securing member to the main body, the main body and the securing device are obtained by means of the same injection moulding process, wherein the connecting member is elongate, the connecting member and the securing member being arranged substantially in the same plane, wherein said plane is perpendicular to the direction of demoulding, and wherein the connecting member is configured to break when the securing member goes from a rest position to a position of use.
Optoelectronic component having an electrode and a counterelectrode and at least one organic light-sensitive layer as a mixed layer composed of two different organic components, one of the components being electron-conducting and the other component hole-conducting, between the electrode and the counterelectrode, said layer comprising a compound EWG-D-EWG as the main component, in which EWG has electron-withdrawing properties with respect to the extensive donor block D, wherein the extensive donor block D has not more than 9 conjugated double bonds in linear succession and is formed from heterocyclic 5-membered rings and/or from vinylene and/or systems of the same type or mixed types which are fused thereto, and in that the donor block D has at least one substituent, characterized in that a non-covalent bridge is formed via mutual attractions between spatially proximate atom groups.
A vascular implant delivery device, comprising: an elongate inner tube having a proximal end and a distal end, the elongate inner tube attached to a nose cone; a support tube having a proximal end and a distal end, a locking mechanism being disposed at or adjacent the distal end of the support tube, the locking mechanism comprising a tapered surface that leads to a circumferential capture slot, and a plurality of guide slots; an elongate sheath adapted to slide over the support tube; and a self-expanding vascular implant having a plurality of locking members on the proximal end of the implant and a plurality of struts; wherein the locking mechanism is configured to engage the plurality of implant locking members so as to block axial movement of the implant when the locking mechanism and the plurality of locking members are engaged, wherein the locking members are configured to be received in the circumferential capture slot and the struts are configured to be generally aligned with the guide slots; wherein the sheath has an inner lumen sized to block the implant locking members from moving radially relative to the locking mechanism, wherein the sheath is configured to advance distally relative to the circumferential capture slot to cover the circumferential capture slot and securely capture the plurality of locking members within the sheath and the locking mechanism; and wherein the support tube is slidably disposed over the elongate inner tube. an elongate inner tube having a proximal end and a distal end, the elongate inner tube attached to a nose cone; a support tube having a proximal end and a distal end, a locking mechanism being disposed at or adjacent the distal end of the support tube, the locking mechanism comprising a tapered surface that leads to a circumferential capture slot, and a plurality of guide slots; an elongate sheath adapted to slide over the support tube; and a self-expanding vascular implant having a plurality of locking members on the proximal end of the implant and a plurality of struts; wherein the locking mechanism is configured to engage the plurality of implant locking members so as to block axial movement of the implant when the locking mechanism and the plurality of locking members are engaged, wherein the locking members are configured to be received in the circumferential capture slot and the struts are configured to be generally aligned with the guide slots; wherein the sheath has an inner lumen sized to block the implant locking members from moving radially relative to the locking mechanism, wherein the sheath is configured to advance distally relative to the circumferential capture slot to cover the circumferential capture slot and securely capture the plurality of locking members within the sheath and the locking mechanism; and wherein the support tube is slidably disposed over the elongate inner tube.
A secondary cell comprising: a substrate; a conductive first electrode; a charging layer for forming an energy level in a band gap by photoexcited structural change of an n-type metal oxide semiconductor coated by an insulating substance and capturing an electron; a p-type semiconductor layer; and a conductive second electrode, the substrate, the first electrode, the charging layer, the p-type semiconductor layer, and the second electrode being laminated, wherein the charging layer is charged by connecting a power source between the first electrode and the second electrode. a substrate; a conductive first electrode; a charging layer for forming an energy level in a band gap by photoexcited structural change of an n-type metal oxide semiconductor coated by an insulating substance and capturing an electron; a p-type semiconductor layer; and a conductive second electrode,
Method for detecting partial width positions within the spreading fan of a centrifugal spreader, implemented by an agricultural data processing system, wherein the spreading fan of the centrifugal spreader is determined in accordance with the spreading parameters used, in particular the type of the centrifugal disc, rotational speed of the centrifugal disc, application point of the spreading material onto the centrifugal disc and preferably the type of the spreading material, wherein a plurality of partial widths, which are at least mainly arranged one next to the other perpendicularly with respect to the direction of travel, at least approximately completely cover the width of the spreading fan, wherein the partial widths are arranged offset in the direction of travel in accordance with the shape of the spreading fan, characterized in that the shape and/or extent of each partial width in the direction of travel is selected in accordance with the offset of the partial widths in the direction of travel in such a way that two partial widths which are adjacent perpendicularly with respect to the direction of travel at least partially overlap, in particular in the direction of travel.
A method of resist coating the inner surface (112, 114) of a depression in the surface of a substrate (100, 200), comprising the steps of: (a) filling the depression with a resist solution, (b) heating the substrate (100, 200) such that the solvent of the resist solution vaporizes and the bottom and at least portions of the inner wall of the depression that are adjacent to the bottom are coated with the resist, characterized by (c) coating the surface of the substrate with a resist again such that resist solution overflows from the surface into the depression, so that sections of inner walls of the depression that are adjacent to the surface of the substrate (100, 200) and that are not yet coated after steps (a) and (b) are also coated, the width of the depression being from 10 to 100 μm. (a) filling the depression with a resist solution, (b) heating the substrate (100, 200) such that the solvent of the resist solution vaporizes and the bottom and at least portions of the inner wall of the depression that are adjacent to the bottom are coated with the resist, characterized by (c) coating the surface of the substrate with a resist again such that resist solution overflows from the surface into the depression, so that sections of inner walls of the depression that are adjacent to the surface of the substrate (100, 200) and that are not yet coated after steps (a) and (b) are also coated, the width of the depression being from 10 to 100 μm.
Roof vent designed as a roofing panel, comprising a ventilation duct that intersects the roofing panel, is formed by a ventilation pipe on the outside of the roof, and the opening of which on the outside of the roof is overlaid by a hood so as to form a flowthrough zone, the hood being supported by a hood support fastened to the ventilation pipe, supporting webs (15, 16, 17) extending between an upper part and a lower part of the hood support, and openings between the supporting webs forming the flowthrough zone, characterised in that the roofing panel, the ventilation pipe and the hood are manufactured from one, in particular the same, mineral material, the hood support is made of plastics material, and the hood is releasably fastened to the hood support by means of at least one fastening element.
Eubacterium hallii or relatives having at least 98% sequence identity with the 16S rRNA sequence of Eubacterium hallii, and/or Alcaligenes faecalis or relatives having at least 98% sequence identity with the 16S rRNA sequence of Alcaligenes faecalis, for use in preventing and/or treating insulin resistance and/or insulin resistance-related complications selected from metabolic syndrome, dyslipidemia, type 2 diabetes mellitus, and insulin resistance in endocrine diseases such as in obese subjects with type 1 diabetes mellitus, Cushing's disease and lipodystrophy syndromes.
A method for operating an electronic device, characterised by comprising: providing first power from the electronic device to a wire connected device using a first circuit based on detecting that the wire connected device is connected to the electronic device through an USB connection, wherein the wire connected device is different from a wired charging device, wherein the wire connected device is an external device for performing a USB On-The-Go, OTG, function, and wherein the wired charging device is a charging device for supplying power to the electronic device; receiving second power, using a second circuit, from a wireless charging device wirelessly connected to the electronic device, and providing the received second power to a battery of the electronic device using the second circuit, wherein providing the first power to the wire connected device using the first circuit and providing the received second power to the battery using the second circuit are performed simultaneously. providing first power from the electronic device to a wire connected device using a first circuit based on detecting that the wire connected device is connected to the electronic device through an USB connection, wherein the wire connected device is different from a wired charging device, wherein the wire connected device is an external device for performing a USB On-The-Go, OTG, function, and wherein the wired charging device is a charging device for supplying power to the electronic device; receiving second power, using a second circuit, from a wireless charging device wirelessly connected to the electronic device, and providing the received second power to a battery of the electronic device using the second circuit, wherein providing the first power to the wire connected device using the first circuit and providing the received second power to the battery using the second circuit are performed simultaneously.