mhurhangee/ep-ind-claims huggingface dataset:
A computer implemented method for dynamically managing a physical inventory, the method comprising: storing a database model of inventory item distribution; constructing a three-dimensional model of inventory item distribution from image data in substantially real time; comparing (310, 312) the three-dimensional model of inventory item distribution with the database model of inventory item distribution to identify a discrepancy regarding at least one inventory item; determining a corrective inventory management action in response to the identified discrepancy; designating a target item to be picked; determining a combined optimal path for a picking agent to the target item and also to take the determined corrective inventory management action on a non-target item along the way; and providing the combined optimal path and picking and corrective inventory management instructions to the picking agent to allow the picking agent to perform the corrective inventory management action while picking the target item. storing a database model of inventory item distribution; constructing a three-dimensional model of inventory item distribution from image data in substantially real time; comparing (310, 312) the three-dimensional model of inventory item distribution with the database model of inventory item distribution to identify a discrepancy regarding at least one inventory item; determining a corrective inventory management action in response to the identified discrepancy; designating a target item to be picked; determining a combined optimal path for a picking agent to the target item and also to take the determined corrective inventory management action on a non-target item along the way; and providing the combined optimal path and picking and corrective inventory management instructions to the picking agent to allow the picking agent to perform the corrective inventory management action while picking the target item.
A honeycomb filter for trapping and removing solid components contained in a fluid, comprising: a plurality of porous partition portions each forming a cell, the cell being open at one end and closed at the other end, serving as a flow path of a fluid, and being a polygonal cell with a polygonal cross section; and a trapping layer for trapping and removing solid components contained in the fluid, the trapping layer being disposed on each of the partition portions, containing particle groups having an average particle size smaller than the average pore size of the partition portions, and containing a side trapping layer and a corner trapping layer, the side trapping layer being disposed on each of partition portions forming the sides of the polygonal cells, the corner trapping layer being disposed on each of partition portions at the corners of the polygonal cells, wherein the trapping layer thickness ratio Y/X of the thickness Y of the corner trapping layer to the thickness X of the side trapping layer is 1.1 or more and 2.4 or less. a plurality of porous partition portions each forming a cell, the cell being open at one end and closed at the other end, serving as a flow path of a fluid, and being a polygonal cell with a polygonal cross section; and a trapping layer for trapping and removing solid components contained in the fluid, the trapping layer being disposed on each of the partition portions, containing particle groups having an average particle size smaller than the average pore size of the partition portions, and containing a side trapping layer and a corner trapping layer, the side trapping layer being disposed on each of partition portions forming the sides of the polygonal cells, the corner trapping layer being disposed on each of partition portions at the corners of the polygonal cells, wherein the trapping layer thickness ratio Y/X of the thickness Y of the corner trapping layer to the thickness X of the side trapping layer is 1.1 or more and 2.4 or less.
A centrifugal pump comprising: a casing; a rotary shaft arranged for rotation in said casing; a plurality of pump stages, each comprising an impeller secured on said rotary shaft and arranged for rotation in a respective impeller chamber formed in said casing; a plurality of sealing members (27, 29, 31, 33, 35), each arranged for reducing leakage between a rotary component and a respective stationary component in said centrifugal pump; wherein at least one pump stage comprises an inlet-side sealing member arranged and configured for co-action with an impeller eye and an outlet-side sealing member arranged and configured for co-action with an impeller hub, each sealing member comprising an arrangement of compliant plate members attached in facing relation at root ends to the respective stationary component and forming a sealing ring between said stationary component and the respective rotary component; wherein the at least one pump stage is configured to have a specific speed defined as Ns = ωq 1 / 2 / h 3 / 4 equal to or less than 25, where ω is a pump shaft rotational speed expressed in rpm q is a flow rate across the stage, expressed in m3/s at Best Efficiency Point h is a head rise across the stage expressed in m. a casing; a rotary shaft arranged for rotation in said casing; a plurality of pump stages, each comprising an impeller secured on said rotary shaft and arranged for rotation in a respective impeller chamber formed in said casing; a plurality of sealing members (27, 29, 31, 33, 35), each arranged for reducing leakage between a rotary component and a respective stationary component in said centrifugal pump; wherein at least one pump stage comprises an inlet-side sealing member arranged and configured for co-action with an impeller eye and an outlet-side sealing member arranged and configured for co-action with an impeller hub, each sealing member comprising an arrangement of compliant plate members attached in facing relation at root ends to the respective stationary component and forming a sealing ring between said stationary component and the respective rotary component; wherein the at least one pump stage is configured to have a specific speed defined as Ns = ωq 1 / 2 / h 3 / 4 equal to or less than 25, where ω is a pump shaft rotational speed expressed in rpm q is a flow rate across the stage, expressed in m3/s at Best Efficiency Point h is a head rise across the stage expressed in m.
A method of producing a polymer scaffold composition, comprising: a) electrospinning a first polymer solution comprising a first polymer and a second polymer solution comprising a second polymer onto a collector to form polymer fibers, the electrospinning comprising: i) applying a first voltage to the first polymer solution in a first emitter and ejecting the first polymer solution through a first emitter outlet; and ii) applying a second voltage to the second polymer solution in a second emitter and ejecting the second polymer solution through a second emitter outlet, wherein electrospinning the first polymer solution and the second polymer solution occurs sequentially or simultaneously; and b) electrospraying a plurality of cells on to at least one of the collector and the polymer fibers; and c) crosslinking the polymer fibers to produce the polymer scaffold composition; wherein electrospinning, electrospraying, and crosslinking occur simultaneously; electrospinning and electrospraying occur before crosslinking; or electrospinning and crosslinking occur before electrospraying. a) electrospinning a first polymer solution comprising a first polymer and a second polymer solution comprising a second polymer onto a collector to form polymer fibers, the electrospinning comprising: i) applying a first voltage to the first polymer solution in a first emitter and ejecting the first polymer solution through a first emitter outlet; and ii) applying a second voltage to the second polymer solution in a second emitter and ejecting the second polymer solution through a second emitter outlet, wherein electrospinning the first polymer solution and the second polymer solution occurs sequentially or simultaneously; and i) applying a first voltage to the first polymer solution in a first emitter and ejecting the first polymer solution through a first emitter outlet; and ii) applying a second voltage to the second polymer solution in a second emitter and ejecting the second polymer solution through a second emitter outlet, b) electrospraying a plurality of cells on to at least one of the collector and the polymer fibers; and c) crosslinking the polymer fibers to produce the polymer scaffold composition; wherein electrospinning, electrospraying, and crosslinking occur simultaneously; electrospinning and electrospraying occur before crosslinking; or electrospinning and crosslinking occur before electrospraying.
Wind turbine tower, with a plurality of concrete tower segments which are placed one on top of another on a foundation so as to form the tower, wherein a lowest concrete tower segment has a lower end face, wherein a plurality of cavities and through bores are provided in the lower region of the lowest tower segment, wherein the through bores are provided between the lower end face of the lowest tower segment and a bottom of each cavity, wherein each cavity is configured for receiving a levelling unit for levelling the lowest tower segment on the foundation, wherein the plurality of cavities are provided on an inside of the lowest tower segment and are open towards an inner side, further comprising: a plurality of levelling units which are placed in the cavities, wherein each levelling unit has a supporting foot and a rod which are inserted through the respective through bore into the respective cavity, wherein each levelling unit is configured to set a separation of the rod between the respective cavity and the lower end of the supporting foot. a plurality of levelling units which are placed in the cavities, wherein each levelling unit has a supporting foot and a rod which are inserted through the respective through bore into the respective cavity, wherein each levelling unit is configured to set a separation of the rod between the respective cavity and the lower end of the supporting foot.
A resin container manufacturing method comprising: an injection molding process of injection molding a plurality of preforms along a predetermined arrangement direction; a temperature adjustment process of adjusting a temperature of the preform; and a blow molding process of molding a resin container from the preform, characterised in that after the injection molding process, the preform and the container are conveyed along a conveying direction perpendicular to the arrangement direction over the temperature adjustment process and the blow molding process, and the temperature adjustment process includes a first temperature adjustment process of adjusting the temperature of the preform, a second temperature adjustment process of adjusting the temperature of the preform under a condition different from that of the first temperature adjustment process, and a fine adjustment process of finely adjusting the temperature of the preform. an injection molding process of injection molding a plurality of preforms along a predetermined arrangement direction; a temperature adjustment process of adjusting a temperature of the preform; and a blow molding process of molding a resin container from the preform, characterised in that after the injection molding process, the preform and the container are conveyed along a conveying direction perpendicular to the arrangement direction over the temperature adjustment process and the blow molding process, and the temperature adjustment process includes a first temperature adjustment process of adjusting the temperature of the preform, a second temperature adjustment process of adjusting the temperature of the preform under a condition different from that of the first temperature adjustment process, and a fine adjustment process of finely adjusting the temperature of the preform.
An optical resin composition comprising: 99 to 50 % by weight of an acrylic resin having a glass transition temperature of not lower than 110 °C; and 1 to 50 % by weight of a particulate (meth)acrylic multilayer structure graft copolymer, wherein the (meth)acrylic multilayer structure graft copolymer contains: an innermost layer made of a polymer containing a methacrylic acid ester as its main monomer; a middle layer made of a polymer containing, as its main monomer, an acrylic acid alkyl ester having an alkyl group with 4 to 12 carbon atoms; and an outermost layer made of a polymer containing a methacrylic acid ester as its main monomer, and a graft ratio of the (meth)acrylic multilayer structure graft copolymer is not less than 110%. 99 to 50 % by weight of an acrylic resin having a glass transition temperature of not lower than 110 °C; and 1 to 50 % by weight of a particulate (meth)acrylic multilayer structure graft copolymer, wherein the (meth)acrylic multilayer structure graft copolymer contains: an innermost layer made of a polymer containing a methacrylic acid ester as its main monomer; a middle layer made of a polymer containing, as its main monomer, an acrylic acid alkyl ester having an alkyl group with 4 to 12 carbon atoms; and an outermost layer made of a polymer containing a methacrylic acid ester as its main monomer, and an innermost layer made of a polymer containing a methacrylic acid ester as its main monomer; a middle layer made of a polymer containing, as its main monomer, an acrylic acid alkyl ester having an alkyl group with 4 to 12 carbon atoms; and an outermost layer made of a polymer containing a methacrylic acid ester as its main monomer, and a graft ratio of the (meth)acrylic multilayer structure graft copolymer is not less than 110%.
A method of installing a component of an elevator installation comprising an elevator shaft, the method comprising the following method steps: - aligning and fixing a positioning frame in the elevator shaft with respect to a wall (4.1, 4.2, 4.3, 4.4, 6, 7) of the elevator shaft, which wall bounds the elevator shaft, - fixing a guide line in the elevator shaft, wherein the guide line is fixed in the elevator shaft separately from the positioning frame, - aligning the guide line by means of the aligned and fixed positioning frame and - aligning the component by means of the aligned guide line, wherein the guide line is fixed in the elevator shaft by way of fastening means (32, 32.1, 32.2, 32.3, 32.4), characterized in that a section of the guide line between the fastening means (32, 32.1, 32.2, 32.3, 32.4) and the aligned and fixed positioning frame is unaligned. - aligning and fixing a positioning frame in the elevator shaft with respect to a wall (4.1, 4.2, 4.3, 4.4, 6, 7) of the elevator shaft, which wall bounds the elevator shaft, - fixing a guide line in the elevator shaft, wherein the guide line is fixed in the elevator shaft separately from the positioning frame, - aligning the guide line by means of the aligned and fixed positioning frame and - aligning the component by means of the aligned guide line, wherein the guide line is fixed in the elevator shaft by way of fastening means (32, 32.1, 32.2, 32.3, 32.4), characterized in that a section of the guide line between the fastening means (32, 32.1, 32.2, 32.3, 32.4) and the aligned and fixed positioning frame is unaligned.
Method of operating a signaling gateway for routing signaling messages between a SS7 network and an IP-based network, the signaling gateway (202, 203) having a first signaling point code allocated as a network address, the method comprising: - receiving a message from a network node of the SS7 network comprising a destination point code as a destination address; - at a lower protocol layer of the signaling gateway, comparing said destination point code to a second signaling point code associated with a network node of the IP-based network; - if said destination point code matches said second signaling point code, delivering said message to an upper protocol layer; - translating said message into a corresponding message conforming to an user adaptation protocol of an upper user adaptation protocol layer of an IP protocol stack of the signaling gateway; and - transmitting the resulting translated message towards said network node of the IP-based network associated with said second signaling point code, characterized in that the lower protocol layer stores a state indicator associated with said second signaling point code, said state indicator indicating an availability or unavailability of said network node associated with said second signaling point code from said signaling gateway. - receiving a message from a network node of the SS7 network comprising a destination point code as a destination address; - at a lower protocol layer of the signaling gateway, comparing said destination point code to a second signaling point code associated with a network node of the IP-based network; - if said destination point code matches said second signaling point code, delivering said message to an upper protocol layer; - translating said message into a corresponding message conforming to an user adaptation protocol of an upper user adaptation protocol layer of an IP protocol stack of the signaling gateway; and - transmitting the resulting translated message towards said network node of the IP-based network associated with said second signaling point code, characterized in that the lower protocol layer stores a state indicator associated with said second signaling point code, said state indicator indicating an availability or unavailability of said network node associated with said second signaling point code from said signaling gateway.
A method for producing a polyacrylic acid (salt)-type water absorbent resin comprising steps of: preparing an aqueous monomer solution of an acrylic acid (salt), continuously polymerizing the aqueous monomer solution, finely shredding a hydrous gel-like crosslinked polymer during or after polymerization, drying the obtained particulate hydrous gel-like crosslinked polymer, adding a surface-crosslinking agent to the dried water absorbent resin powder with a continuous mixing apparatus, and carrying out reaction of the mixture, wherein a stirring shaft of the continuous mixing apparatus for the surface-crosslinking agent is heated in the step of mixing the surface-crosslinking agent, and the stirring shaft of the continuous mixing apparatus for the surface-crosslinking agent is so heated as to be at a higher temperature than the inner wall temperature of the continuous mixing apparatus. preparing an aqueous monomer solution of an acrylic acid (salt), continuously polymerizing the aqueous monomer solution, finely shredding a hydrous gel-like crosslinked polymer during or after polymerization, drying the obtained particulate hydrous gel-like crosslinked polymer, adding a surface-crosslinking agent to the dried water absorbent resin powder with a continuous mixing apparatus, and carrying out reaction of the mixture, wherein a stirring shaft of the continuous mixing apparatus for the surface-crosslinking agent is heated in the step of mixing the surface-crosslinking agent, and the stirring shaft of the continuous mixing apparatus for the surface-crosslinking agent is so heated as to be at a higher temperature than the inner wall temperature of the continuous mixing apparatus.
A catheter comprising: a proximal shaft having a first diameter; a distal shaft having a second diameter different from the first diameter; and a coupling joining the proximal shaft to the distal shaft, the coupling having a hollow interior and including a distal portion and a proximal portion, wherein a proximal portion of the distal shaft is inserted into the hollow interior of the coupling through a distal end of the coupling and the proximal portion of the coupling is inserted into the proximal shaft through a distal end of the proximal shaft, characterized in that the catheter further comprises a sensor having a hollow core disposed within a distal portion of the proximal shaft, wherein the proximal portion of the coupling is inserted into the hollow core of the sensor and the distal portion of the proximal shaft. a proximal shaft having a first diameter; a distal shaft having a second diameter different from the first diameter; and a coupling joining the proximal shaft to the distal shaft, the coupling having a hollow interior and including a distal portion and a proximal portion, wherein a proximal portion of the distal shaft is inserted into the hollow interior of the coupling through a distal end of the coupling and the proximal portion of the coupling is inserted into the proximal shaft through a distal end of the proximal shaft, characterized in that the catheter further comprises a sensor having a hollow core disposed within a distal portion of the proximal shaft, wherein the proximal portion of the coupling is inserted into the hollow core of the sensor and the distal portion of the proximal shaft.
A cell information obtaining method comprising: causing a plurality of fluorescent substances having different fluorescence wavelengths from each other to be bound to a test substance contained in a cell, wherein the plurality of fluorescent substances are specifically bound to at least some of the test substance molecules of the same kind; applying light to the cell to cause fluorescences having different wavelengths and intensities to be generated from the plurality of fluorescent substances; and obtaining a first fluorescence information and a second fluorescence information on the basis of the generated fluorescences having different intensities, wherein the fluorescence information is an image based on fluorescence, wherein a distribution state of the test substance in the cell is identified on the basis of the first fluorescence information and the second fluorescence information. causing a plurality of fluorescent substances having different fluorescence wavelengths from each other to be bound to a test substance contained in a cell, wherein the plurality of fluorescent substances are specifically bound to at least some of the test substance molecules of the same kind; applying light to the cell to cause fluorescences having different wavelengths and intensities to be generated from the plurality of fluorescent substances; and obtaining a first fluorescence information and a second fluorescence information on the basis of the generated fluorescences having different intensities, wherein the fluorescence information is an image based on fluorescence, wherein a distribution state of the test substance in the cell is identified on the basis of the first fluorescence information and the second fluorescence information.
An air conditioning unit for installation on a roof, comprising a housing, an indoor air distributor, and two frame units (3, 4), wherein each frame unit (3, 4) has a first side and a second side, wherein in an installed state, the two frame units (3, 4) are arranged between the housing and the indoor air distributor, and one frame unit serves as an upper frame unit and the other frame unit serves as a lower frame unit, and wherein in the installed state, the first sides of the two frame units (3, 4) face each other, and the second side of the upper frame unit faces the housing and the second side of the lower frame unit faces the indoor air distributor, characterized in that the two frame units (3, 4) are of identical design. comprising a housing, an indoor air distributor, and two frame units (3, 4), wherein each frame unit (3, 4) has a first side and a second side, wherein in an installed state, the two frame units (3, 4) are arranged between the housing and the indoor air distributor, and one frame unit serves as an upper frame unit and the other frame unit serves as a lower frame unit, and wherein in the installed state, the first sides of the two frame units (3, 4) face each other, and the second side of the upper frame unit faces the housing and the second side of the lower frame unit faces the indoor air distributor, characterized in that the two frame units (3, 4) are of identical design.