mhurhangee/ep-ind-claims huggingface dataset:
A robot cleaner, comprising: a suction unit configured to suck dust-contained air; a cyclone unit provided at an upper side of the suction unit, the cyclone unit having at least one suction opening (150a, 150b) for sucking air and at least one cyclone (151, 152) for passing air therethrough; at least one guiding member (141, 142) extending from the suction unit toward the cyclone unit for connection between the suction unit and the at least one suction opening (150a, 150b); and a dust box in communication with a dust discharge opening of the cyclone unit for collecting dust filtered by the cyclone unit, wherein the dust box is located between the cyclone unit and the suction unit along a horizontal line. a suction unit configured to suck dust-contained air; a cyclone unit provided at an upper side of the suction unit, the cyclone unit having at least one suction opening (150a, 150b) for sucking air and at least one cyclone (151, 152) for passing air therethrough; at least one guiding member (141, 142) extending from the suction unit toward the cyclone unit for connection between the suction unit and the at least one suction opening (150a, 150b); and a dust box in communication with a dust discharge opening of the cyclone unit for collecting dust filtered by the cyclone unit, wherein the dust box is located between the cyclone unit and the suction unit along a horizontal line.
A method of manufacturing an item from a maraging steel, wherein the item is created from a steel powder using an additive manufacturing process and, once the additive manufacturing process has been completed, subjected to an age-hardening heat treatment, wherein the steel powder has the following composition in M%: C = 0.01-0.05 Si = 0.4-0.8 Mn = 0.1-0.5 Cr = 12.0-13.0 Ni = 9.5-10.5 Mo = 0.5-1.5 Ti = 0.5-1.5 Al = 0.5-1.5 Cu = 0.0-0.05 The remainder is iron and impurities arising from melting the steel during production, in regard to which the powder is used with a particle size distribution of 5 to 150 μm. C = 0.01-0.05 Si = 0.4-0.8 Mn = 0.1-0.5 Cr = 12.0-13.0 Ni = 9.5-10.5 Mo = 0.5-1.5 Ti = 0.5-1.5 Al = 0.5-1.5 Cu = 0.0-0.05
A methylotrophic Pichia yeast cell comprising: a) a first recombinant nucleic acid molecule comprising an exogenous nucleic acid encoding a Mxr1 transcriptional activator operably linked to at least one alcohol oxidase 1 promoter element; and b) a second recombinant nucleic acid molecule comprising a nucleic acid encoding a member of the globin family PF00042 operably linked to at least one AOX1 element; and c) a recombinant molecule comprising a nucleic acid encoding at least one polypeptide involved in the biosynthesis of heme selected from the group consisting of ALA synthase, ALA dehydratase, porphobilinogen deaminase, UPG III synthase, UPG III decarboxylase, CPG oxidase, PPG oxidase, and ferrochelatase, operably linked to a least one methanol-inducible promoter element. a) a first recombinant nucleic acid molecule comprising an exogenous nucleic acid encoding a Mxr1 transcriptional activator operably linked to at least one alcohol oxidase 1 promoter element; and b) a second recombinant nucleic acid molecule comprising a nucleic acid encoding a member of the globin family PF00042 operably linked to at least one AOX1 element; and c) a recombinant molecule comprising a nucleic acid encoding at least one polypeptide involved in the biosynthesis of heme selected from the group consisting of ALA synthase, ALA dehydratase, porphobilinogen deaminase, UPG III synthase, UPG III decarboxylase, CPG oxidase, PPG oxidase, and ferrochelatase, operably linked to a least one methanol-inducible promoter element.
Capsule for food or beverage preparation, the capsule comprising: - a hollow capsule body made of capsule walls, which is impermeable to liquids and to air, and said capsule body comprising an upper opening closed by an upper injection wall forming a top face adapted to be punctured for fluid injection inside the capsule, - a chamber formed inside the body and containing an ingredient for preparing food or beverage by dissolution into the fluid under pressure or extraction by the fluid under pressure, - a membrane fastened to the body to retain pressure in the chamber, at least part of said membrane covering an opening formed in a bottom end of the chamber, the opening being surrounded by a rim to which the edge of the membrane is fastened by fastening means which forms a seal between the body and the membrane, and - opening means disposed outside the chamber in the vicinity of the membrane, the opening means being configured to open the membrane when said membrane is pressed against said opening means under an opening pressure, characterized in that the part of the membrane which is surrounded by the seal has a developed surface area comprised between 110% and 140% of the area of the flat surface surrounded by said seal. - a hollow capsule body made of capsule walls, which is impermeable to liquids and to air, and said capsule body comprising an upper opening closed by an upper injection wall forming a top face adapted to be punctured for fluid injection inside the capsule, - a chamber formed inside the body and containing an ingredient for preparing food or beverage by dissolution into the fluid under pressure or extraction by the fluid under pressure, - a membrane fastened to the body to retain pressure in the chamber, at least part of said membrane covering an opening formed in a bottom end of the chamber, the opening being surrounded by a rim to which the edge of the membrane is fastened by fastening means which forms a seal between the body and the membrane, and - opening means disposed outside the chamber in the vicinity of the membrane, the opening means being configured to open the membrane when said membrane is pressed against said opening means under an opening pressure,
A mounting clip (10; 110; 210) for slidingly attaching a metal roof panel seam to a support structure through a compressible layer, the mounting clip (10; 110; 210) comprising a sheet metal anchoring member comprising a base plate for attaching to said support structure, and an upright portion integral with the base plate; and a seam holder having a seam holding end for engaging with said seam, the seam holder being slidingly connected to the upright portion of the anchoring member so as to allow sliding of the seam holder relative to the anchoring member along a sliding axis, the upright portion of the anchoring member comprising at least one seam holder engagement tab having a fold forming, together with a mating fold of the seam holder, a sliding folds engagement; and the anchoring member comprising at least two axially separated support tabs (24, 26) extending beyond the upright extent of the seam holder engagement tab, characterized in that the support tabs (24, 26) are configured to support the anchoring member in a stop direction, which is parallel to the plane of the support structure and transversal to the sliding axis, so as to maintain the mounting clip (10; 110; 210) aligned with the roof panel seam, said support tabs (24, 26) extending beyond the upright extent of the seam holder engagement tab along a plane transversal to the stop direction, and said support tabs (24, 26) extend above the seam holder engagement tab for abutting against an upright portion of a roof panel seam edge.
A laundry treatments apparatus comprising: a cabinet; a drawer configured to be extracted from and retracted into the cabinet; an accommodation unit (4, 5) provided in the drawer to store water therein; a guider comprising a first body rotatably coupled to the cabinet, and a second body having one end rotatably connected to the drawer and the other end rotatably connected to the first body; a discharge unit to discharge water in the accommodation unit to the outside of the accommodation unit; and a water discharge channel to guide water supplied from the discharge unit to the outside of the cabinet, characterized in that at least a part of the water discharge channel is an internal channel formed inside the guider. a cabinet; a drawer configured to be extracted from and retracted into the cabinet; an accommodation unit (4, 5) provided in the drawer to store water therein; a guider comprising a first body rotatably coupled to the cabinet, and a second body having one end rotatably connected to the drawer and the other end rotatably connected to the first body; a discharge unit to discharge water in the accommodation unit to the outside of the accommodation unit; and a water discharge channel to guide water supplied from the discharge unit to the outside of the cabinet, characterized in that at least a part of the water discharge channel is an internal channel formed inside the guider.
Stationary fire extinguishing device comprising an essentially rotationally symmetrical container which contains a extinguishing medium and on its circumference has container weakness lines forming nominal breaking structures, and, essentially extending along the axis of the container, a gas generator in the form of a capsule containing an explosive agent and provided with an ignition device, characterised in that the capsule, which is only fixed on one side to a fastening section relative to the container, only extends over one part of the axial length of the container in such a way that a free end section opposite the fastening section is at a distance from the container, wherein the capsule also has a circumferential capsule weakness line between the fastening section and the free end section.
A method of switching a primary/backup Pseudowire, PW, comprising: finding, by a Service Provider Network Edge, PE, device, a switching information entry matching a first Bidirectional Forwarding Detection, BFD, session when the first BFD session corresponding to a primary PW detects that the primary PW is changed into a Down status; updating, by the PE device, a Failover value in a hardware protection switching entry associated with the primary PW to a Failover value in the switching information entry when a transmission switching flag, bFS, in the switching information entry has a first transmission switching value indicating that transmission switching is supported, and the Failover value in the switching information entry is a value indicating that a packet is forwarded via a backup PW; updating, by the PE device, a drop identifier in a hardware reception entry associated with the backup PW to a reception value indicating that a packet is received when a reception switching flag, bRX, in the switching information entry has a first reception switching value indicating that reception switching is supported, and updating, by the PE device, the bFS to a second transmission switching value indicating that the transmission switching is not supported when the primary PW cannot be switched to the backup PW; and reporting, by the PE device, a Down event of the primary PW. finding, by a Service Provider Network Edge, PE, device, a switching information entry matching a first Bidirectional Forwarding Detection, BFD, session when the first BFD session corresponding to a primary PW detects that the primary PW is changed into a Down status; updating, by the PE device, a Failover value in a hardware protection switching entry associated with the primary PW to a Failover value in the switching information entry when a transmission switching flag, bFS, in the switching information entry has a first transmission switching value indicating that transmission switching is supported, and the Failover value in the switching information entry is a value indicating that a packet is forwarded via a backup PW; updating, by the PE device, a drop identifier in a hardware reception entry associated with the backup PW to a reception value indicating that a packet is received when a reception switching flag, bRX, in the switching information entry has a first reception switching value indicating that reception switching is supported, and updating, by the PE device, the bFS to a second transmission switching value indicating that the transmission switching is not supported when the primary PW cannot be switched to the backup PW; and reporting, by the PE device, a Down event of the primary PW.
A level control system comprising: a level controller configured to use an integration parameter during non-transient operation to provide a control signal into a flow control loop controlling a level control valve for a liquid level in a boiler drum; a transient controller configured to identify a transient condition, interrupt the integration parameter, and generate a gain vector to modify the control signal into the flow control loop during transient operation of the level control valve, wherein the transient controller is further configured to calculate a return condition for restoring the integration parameter and non-transient operation of the level control valve; characterized in that the transient controller uses a predictive model of a boiler drum comprising a linear model, a non-linear model, a flow difference, and at least one boundary condition to identify the transient condition and calculate the return condition. a level controller configured to use an integration parameter during non-transient operation to provide a control signal into a flow control loop controlling a level control valve for a liquid level in a boiler drum; a transient controller configured to identify a transient condition, interrupt the integration parameter, and generate a gain vector to modify the control signal into the flow control loop during transient operation of the level control valve, wherein the transient controller is further configured to calculate a return condition for restoring the integration parameter and non-transient operation of the level control valve; characterized in that the transient controller uses a predictive model of a boiler drum comprising a linear model, a non-linear model, a flow difference, and at least one boundary condition to identify the transient condition and calculate the return condition.
A method for manufacturing a filtering module comprising the steps of: - forming a multilayer body comprising: a filter layer of semiconductor material and having a thickness of less than 10 μm; a first structural layer coupled to a first side of the filter layer; a bonding layer coupled to a second side, opposite to the first side, of the filter layer; and a second structural 10 layer coupled to the bonding layer, wherein the step of forming the filter layer comprises carrying out an epitaxial growth on the first structural layer; - forming a recess in the first structural layer which extends throughout its thickness; - forming a hydrophobic layer on the first side of the filter layer by depositing hydrophobic material on the first structural layer and patterning said hydrophobic material so as to define an etching mask for the step of removal of selective portions of the filter layer; - removing selective portions, exposed through the recess and not protected by the hydrophobic layer, of the filter layer, to form a plurality of openings, which extend throughout the thickness of the filter layer, until the bonding layer is reached; and - completely removing the second structural layer and the bonding layer to connect fluidically the first and second sides of the filter layer thus forming a filtering membrane designed to inhibit passage of contaminating particles. - forming a multilayer body comprising: a filter layer of semiconductor material and having a thickness of less than 10 μm; a first structural layer coupled to a first side of the filter layer; a bonding layer coupled to a second side, opposite to the first side, of the filter layer; and a second structural 10 layer coupled to the bonding layer, wherein the step of forming the filter layer comprises carrying out an epitaxial growth on the first structural layer; - forming a recess in the first structural layer which extends throughout its thickness; - forming a hydrophobic layer on the first side of the filter layer by depositing hydrophobic material on the first structural layer and patterning said hydrophobic material so as to define an etching mask for the step of removal of selective portions of the filter layer; - removing selective portions, exposed through the recess and not protected by the hydrophobic layer, of the filter layer, to form a plurality of openings, which extend throughout the thickness of the filter layer, until the bonding layer is reached; and - completely removing the second structural layer and the bonding layer to connect fluidically the first and second sides of the filter layer thus forming a filtering membrane designed to inhibit passage of contaminating particles.
Self-adhesive transdermal device, characterised in that it includes the association of a support layer and a self-adhesive matrix layer and a detachable protective film, said self-adhesive matrix layer comprising, in relation to the total weight of the self-adhesive matrix layer: a. 65 to 93% by weight of at least one self-adhesive polymer selected from the group comprising polymers of the acrylic or acrylate type, polymers of the silicone type, polymers of the vinyl acetate type, natural or synthetic gums, copolymers thereof and mixtures thereof; b. 2 to 15% by weight of at least one microporous solid polymer including nicotine, said polymer being comprised of monomer units of lauryl methacrylate and glycol dimethacrylate; and c. 5 to 20% by weight of nicotine. a. 65 to 93% by weight of at least one self-adhesive polymer selected from the group comprising polymers of the acrylic or acrylate type, polymers of the silicone type, polymers of the vinyl acetate type, natural or synthetic gums, copolymers thereof and mixtures thereof; b. 2 to 15% by weight of at least one microporous solid polymer including nicotine, said polymer being comprised of monomer units of lauryl methacrylate and glycol dimethacrylate; and c. 5 to 20% by weight of nicotine.
A security sheet comprising a plastic substrate, the plastic substrate comprising first and second outer surfaces (17, 18), at least one opaque region at least partially surrounding at least one window and perforations extending between the first and second outer surfaces (17, 18), characterized in that the perforations form a first data element located partially in the at least one window and partially in the at least one opaque region.
A blade casting core assembly comprising: a ceramic feedcore having: a root end; a tip end; a leading end; a trailing end; a first side; a second side; and a plurality of legs (80,88,94,96,104,106) extending between the root and tip ends (60,62) and arrayed between the leading and trailing ends (74,75); and a metallic core; characterised in that: the metallic core has an L-shaped planform with: a leg portion extending at least partially along the feedcore trailing end; and a foot portion extending at least partially along the feedcore tip end. a ceramic feedcore having: a root end; a tip end; a leading end; a trailing end; a first side; a second side; and a plurality of legs (80,88,94,96,104,106) extending between the root and tip ends (60,62) and arrayed between the leading and trailing ends (74,75); and a root end; a tip end; a leading end; a trailing end; a first side; a second side; and a plurality of legs (80,88,94,96,104,106) extending between the root and tip ends (60,62) and arrayed between the leading and trailing ends (74,75); and a metallic core; characterised in that: the metallic core has an L-shaped planform with: a leg portion extending at least partially along the feedcore trailing end; and a foot portion extending at least partially along the feedcore tip end. the metallic core has an L-shaped planform with: a leg portion extending at least partially along the feedcore trailing end; and a foot portion extending at least partially along the feedcore tip end. a leg portion extending at least partially along the feedcore trailing end; and a foot portion extending at least partially along the feedcore tip end.
A method for inter-frequency hand-off of a connected call at first frequency to a new frequency wherein said call is a communication between a base station and a mobile station of a wireless communication system, characterized by: comparing, at said mobile unit, a received power at said first frequency to a received power threshold value; tuning said mobile unit to said new frequency to explore said new frequency for a potential hand-off opportunity when said received power at said first frequency is less than said received power threshold value wherein said connected call is continued at said first frequency if said received power at said first frequency is greater than said received power threshold value; comparing a summation of active pilot channels' fractional total power to a pilot power threshold value of said continued connected call, wherein said mobile unit continues said connected call at said first frequency when said summation of active pilot channels' fractional total power is greater than said pilot power threshold value; and tuning to said new frequency to explore said new frequency for a potential hand-off opportunity when said received power at said first frequency is less than said received power threshold value or said summation of active pilot channels' fractional total power is less than said pilot power threshold value. comparing, at said mobile unit, a received power at said first frequency to a received power threshold value; tuning said mobile unit to said new frequency to explore said new frequency for a potential hand-off opportunity when said received power at said first frequency is less than said received power threshold value wherein said connected call is continued at said first frequency if said received power at said first frequency is greater than said received power threshold value; comparing a summation of active pilot channels' fractional total power to a pilot power threshold value of said continued connected call, wherein said mobile unit continues said connected call at said first frequency when said summation of active pilot channels' fractional total power is greater than said pilot power threshold value; and tuning to said new frequency to explore said new frequency for a potential hand-off opportunity when said received power at said first frequency is less than said received power threshold value or said summation of active pilot channels' fractional total power is less than said pilot power threshold value.