mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for continuous needleless electrospinning of a liquid polymer source into a nanoscale or submicron scale polymer fiber web, the apparatus comprising: a. an electrospinning enclosure comprising: one or more liquid polymer coating devices; an electrospinning zone comprising an electrically conductive ground plate; and a wire cleaning assembly; b. a wire drive system located external to the electrospinning enclosure; c. a plurality of continuous electrode wires, the plurality of continuous electrode wires being parallel to each other, engaged with the wire drive system, and extending through the electrospinning enclosure and one or more liquid polymer coating devices located therein, wherein the one or more liquid polymer coating devices comprise at least one liquid polymer coating manifold, wherein the at least one liquid polymer coating manifold feeds the liquid polymer to the one or more liquid polymer coating devices; d. a substrate conveyor system located external to the electrospinning enclosure; e. one or more high voltage power supply units, wherein the one or more liquid polymer coating devices coat a layer of liquid polymer onto a surface of the plurality of continuous electrode wires, the one or more high voltage power supply units apply high voltage to the plurality of continuous electrode wires and generate an electrical field between the plurality of continuous electrode wires and the electrically conductive ground plate in the electrospinning zone, forming nanoscale or submicron scale polymer fibers from the liquid polymer coated onto the surface of the plurality of continuous electrode wires, the wire cleaning assembly comprises a solvent for cleaning residual liquid polymer from the plurality of continuous electrode wires, and the substrate conveyor system drives a substrate through the electrospinning enclosure and collects the nanoscale or submicron scale polymer fibers on the substrate as a polymer fiber web. a. an electrospinning enclosure comprising: one or more liquid polymer coating devices; an electrospinning zone comprising an electrically conductive ground plate; and a wire cleaning assembly; one or more liquid polymer coating devices; an electrospinning zone comprising an electrically conductive ground plate; and a wire cleaning assembly; b. a wire drive system located external to the electrospinning enclosure; c. a plurality of continuous electrode wires, the plurality of continuous electrode wires being parallel to each other, engaged with the wire drive system, and extending through the electrospinning enclosure and one or more liquid polymer coating devices located therein, wherein the one or more liquid polymer coating devices comprise at least one liquid polymer coating manifold, wherein the at least one liquid polymer coating manifold feeds the liquid polymer to the one or more liquid polymer coating devices; d. a substrate conveyor system located external to the electrospinning enclosure; e. one or more high voltage power supply units,
A cellular shade comprising: a plurality of sequential and interconnected closed cell structures extending in a longitudinal direction, the closed cell structures being aligned vertically one above another with juncture lines defined between adjacent ones of the vertically aligned closed cell structures, the cell structures having a collapsed position when the shade is retracted and having an open position when the shade is extended; a lift system configured to adjust the cellular shade between an extended position and a collapsed position; wherein: at least some of the cell structures include a front face and a separate back face, and wherein the cell structures are constructed such that the front face is offset from the back face, the front face of a higher cell structure being attached to both the front face and the back face of a lower adjacent cell structure and the back face of the higher cell structure being attached only to the back face of the lower adjacent cell structure in a manner that causes a cross-sectional profile of the cell structures to be substantially symmetrical about a plane that intersects the cell structure mid-height when the cell structure is in the open position. a plurality of sequential and interconnected closed cell structures extending in a longitudinal direction, the closed cell structures being aligned vertically one above another with juncture lines defined between adjacent ones of the vertically aligned closed cell structures, the cell structures having a collapsed position when the shade is retracted and having an open position when the shade is extended; a lift system configured to adjust the cellular shade between an extended position and a collapsed position; wherein: at least some of the cell structures include a front face and a separate back face, and wherein the cell structures are constructed such that the front face is offset from the back face, the front face of a higher cell structure being attached to both the front face and the back face of a lower adjacent cell structure and the back face of the higher cell structure being attached only to the back face of the lower adjacent cell structure in a manner that causes a cross-sectional profile of the cell structures to be substantially symmetrical about a plane that intersects the cell structure mid-height when the cell structure is in the open position. at least some of the cell structures include a front face and a separate back face, and wherein the cell structures are constructed such that the front face is offset from the back face, the front face of a higher cell structure being attached to both the front face and the back face of a lower adjacent cell structure and the back face of the higher cell structure being attached only to the back face of the lower adjacent cell structure in a manner that causes a cross-sectional profile of the cell structures to be substantially symmetrical about a plane that intersects the cell structure mid-height when the cell structure is in the open position.
An adhesion method of an exterior film for a home appliance, comprising: forming a main film printed with colors or patterns; applying a main adhesive to an upper surface of the main film; adhering a main adhesive protection film to the main adhesive; applying a sub adhesive to a lower surface of the main film; adhering a sub adhesive protection film to the sub adhesive; half-cutting a cut portion corresponding to a see-through portion formed at the home appliance to be seen through from an outside, the half-cutting including a cutting of the main adhesive protection film, the main adhesive, and the main film, wherein the sub-adhesive and the sub-adhesive protection film are not cut such that the cut portion is removable along with a removal of the sub adhesive and the sub adhesive protection film; removing the main adhesive protection film after half-cutting the cut portion, wherein a part of the main adhesive protection film corresponding to the cut portion remains; adhering the main film to the home appliance by the main adhesive after removing the main adhesive protection film, wherein the part of the main adhesive protection film corresponding to the cut portion is in contact with the home appliance; and removing the sub adhesive protection film after adhering the main film to the home appliance, wherein the sub adhesive protection film is removed along with the sub adhesive and the main film part, the main adhesive part and the main adhesive protection film part of the cut portion. forming a main film printed with colors or patterns; applying a main adhesive to an upper surface of the main film; adhering a main adhesive protection film to the main adhesive; applying a sub adhesive to a lower surface of the main film; adhering a sub adhesive protection film to the sub adhesive; half-cutting a cut portion corresponding to a see-through portion formed at the home appliance to be seen through from an outside, the half-cutting including a cutting of the main adhesive protection film, the main adhesive, and the main film, wherein the sub-adhesive and the sub-adhesive protection film are not cut such that the cut portion is removable along with a removal of the sub adhesive and the sub adhesive protection film; removing the main adhesive protection film after half-cutting the cut portion, wherein a part of the main adhesive protection film corresponding to the cut portion remains; adhering the main film to the home appliance by the main adhesive after removing the main adhesive protection film, wherein the part of the main adhesive protection film corresponding to the cut portion is in contact with the home appliance; and removing the sub adhesive protection film after adhering the main film to the home appliance, wherein the sub adhesive protection film is removed along with the sub adhesive and the main film part, the main adhesive part and the main adhesive protection film part of the cut portion.
A non-combustion smoking device, comprising a body 1 forming a heating cavity; a heater 21 for heating an aerosol-forming substrate 41 of a smoke product 4; and an extractor 3 which receives the aerosol-forming substrate 41 of the smoke product 4, is arranged in the heating cavity of the body 1, and comprises a first end and a second end opposite to the first end, characterized in that an air inlet channel in the form of a groove 31 is provided on an inner peripheral wall of the extractor 3, and the air inlet channel extends from the second end of the extractor to the first end of the extractor 3, and during usage, the air inlet channel in the form of a groove 31 is provided between the inner peripheral wall of the extractor 3 and an outer peripheral surface of the smoke product 4, wherein the air inlet channel comprises a plurality of grooves 31 formed evenly on the inner peripheral wall of the extractor 3 along the inner periphery of the extractor; a through hole 32 is provided by penetrating an end wall of the first end of the extractor 3; a plurality of through holes 32 are provided and each of the through holes 32 is aligned with a corresponding groove 31. a body 1 forming a heating cavity; a heater 21 for heating an aerosol-forming substrate 41 of a smoke product 4; and an extractor 3 which receives the aerosol-forming substrate 41 of the smoke product 4, is arranged in the heating cavity of the body 1, and comprises a first end and a second end opposite to the first end, characterized in that an air inlet channel in the form of a groove 31 is provided on an inner peripheral wall of the extractor 3, and the air inlet channel extends from the second end of the extractor to the first end of the extractor 3, and during usage, the air inlet channel in the form of a groove 31 is provided between the inner peripheral wall of the extractor 3 and an outer peripheral surface of the smoke product 4, wherein the air inlet channel comprises a plurality of grooves 31 formed evenly on the inner peripheral wall of the extractor 3 along the inner periphery of the extractor; a through hole 32 is provided by penetrating an end wall of the first end of the extractor 3; a plurality of through holes 32 are provided and each of the through holes 32 is aligned with a corresponding groove 31.
A database-as-a-service system, comprising: an auto-scaling module configured to automatically scale container sizes of containers in database servers for subsequent billing intervals based on changes in estimated resource demand,; and at least one hardware processor configured to execute computer-executable instructions in a memory, the instructions executed to enable the auto scaling module, the system further comprising a resource demand estimator configured to estimate resource demands that warrant a larger container or a smaller container, wherein the resource demand estimator is configured to transform telemetry from the database servers into signals used to estimate the resource demands of multiple workloads of the database servers; and wherein the resource demand estimator is configured as a rules-based logic having one or more thresholds for each of the signals to determine tenant state in terms of each signal and wherein each rule combines the states obtained from each signal to determine the overall resource demand; wherein container sizes are assigned to resource utilization values; and wherein the container sizes are constrained to change by steps. an auto-scaling module configured to automatically scale container sizes of containers in database servers for subsequent billing intervals based on changes in estimated resource demand,; and at least one hardware processor configured to execute computer-executable instructions in a memory, the instructions executed to enable the auto scaling module, the system further comprising a resource demand estimator configured to estimate resource demands that warrant a larger container or a smaller container, wherein the resource demand estimator is configured to transform telemetry from the database servers into signals used to estimate the resource demands of multiple workloads of the database servers; and wherein the resource demand estimator is configured as a rules-based logic having one or more thresholds for each of the signals to determine tenant state in terms of each signal and wherein each rule combines the states obtained from each signal to determine the overall resource demand; wherein container sizes are assigned to resource utilization values; and wherein the container sizes are constrained to change by steps.
An input device with display function comprising: a case having an opening; a transparent panel, being a protective plate, fixed to the case; a flat panel display unit (6, 7, 8); and a flat sensor configured to detect a position indicating operation performed on a surface of the transparent protective plate, the transparent protective plate has a frame projecting perpendicularly from the other surface thereof, wherein the frame projecting from the transparent protective plate is integrally formed with the transparent protective plate; and wherein the flat panel display unit (6, 7, 8) is housed in the frame so that a display surface of the flat panel display unit (6, 7, 8) opposes the transparent protective plate, the flat sensor is housed in the frame adjacent to the flat panel display unit (6, 7, 8), and the flat panel display unit (6, 7, 8), the flat sensor, and the transparent protective plate are fixed to each other, and wherein the opening of the case provides a space for receiving the frame. a case having an opening; a transparent panel, being a protective plate, fixed to the case; a flat panel display unit (6, 7, 8); and a flat sensor configured to detect a position indicating operation performed on a surface of the transparent protective plate, the transparent protective plate has a frame projecting perpendicularly from the other surface thereof, wherein the frame projecting from the transparent protective plate is integrally formed with the transparent protective plate; and wherein the flat panel display unit (6, 7, 8) is housed in the frame so that a display surface of the flat panel display unit (6, 7, 8) opposes the transparent protective plate, the flat sensor is housed in the frame adjacent to the flat panel display unit (6, 7, 8), and the flat panel display unit (6, 7, 8), the flat sensor, and the transparent protective plate are fixed to each other, and wherein the opening of the case provides a space for receiving the frame.
A hydrophobic cationic steroidal anti-microbial compound having a structure of Formula I: wherein q = 0 and p = 1; R 3, R 7, and R 12 independently include a cationic group; R 17 is a hydrophobic substituent including an oxygen and a straight chain hydrocarbon with at least 9 carbon atoms distal to the oxygen; and R 1, R 2, R 4 -R 6, R 8 -R 16 are any substituent; wherein the CSA compound has a CLogP value of at least 6.5. q = 0 and p = 1; R 3, R 7, and R 12 independently include a cationic group; R 17 is a hydrophobic substituent including an oxygen and a straight chain hydrocarbon with at least 9 carbon atoms distal to the oxygen; and R 1, R 2, R 4 -R 6, R 8 -R 16 are any substituent; wherein the CSA compound has a CLogP value of at least 6.5.
A method of making an outerwear garment having an abrasion resistant exterior film surface, comprising the steps of a) selecting a textile layer and a porous membrane; b) colorizing the porous membrane with a colorant to obtain a colorized outer film surface; c) laminating the textile and the porous membrane to form a laminate having an outer film surface and an inner textile surface, optionally before or after the colorizing step; d) assembling an outerwear garment from the laminate so that the colorized outer film surface is the outerwear garment exterior film surface and the inner textile surface is on a side opposite the outerwear garment exterior film surface; wherein the laminate has a moisture vapor transmission rate greater than 4000 g/m 2 /24 hours, and the laminate is abrasion resistant, as tested using the ASTM D4966 test method described herein, and durably liquidproof, as tested using a Suter test apparatus and described herein, after abrasion testing on the outer film surface. a) selecting a textile layer and a porous membrane; b) colorizing the porous membrane with a colorant to obtain a colorized outer film surface; c) laminating the textile and the porous membrane to form a laminate having an outer film surface and an inner textile surface, optionally before or after the colorizing step; d) assembling an outerwear garment from the laminate so that the colorized outer film surface is the outerwear garment exterior film surface and the inner textile surface is on a side opposite the outerwear garment exterior film surface;
An Intelligent Transportation System, ITS, service station, comprising: a receiver configured to receive, via radio communication from each of a set of ITS stations (S Uj), a status message (M U) which includes the geographical position (P j) of said ITS station (S Uj); a controller connected to the receiver and configured to determine, on the basis of the received geographical positions (P j), whether a subset (T Sk) of ITS stations (S Uj) in said set meets a predetermined criterion of mutual proximity; and a transmitter connected to the controller; characterized by the transmitter being configured to transmit, when said subset (T Sk) comprises two or more ITS stations (S Uj), a service message (M S) indicative of the subset (T Sk) via radio communication to the ITS stations (S Uj) of said subset (T Sk). a receiver configured to receive, via radio communication from each of a set of ITS stations (S Uj), a status message (M U) which includes the geographical position (P j) of said ITS station (S Uj); a controller connected to the receiver and configured to determine, on the basis of the received geographical positions (P j), whether a subset (T Sk) of ITS stations (S Uj) in said set meets a predetermined criterion of mutual proximity; and a transmitter connected to the controller; characterized by the transmitter being configured to transmit, when said subset (T Sk) comprises two or more ITS stations (S Uj), a service message (M S) indicative of the subset (T Sk) via radio communication to the ITS stations (S Uj) of said subset (T Sk).
Vacuum cleaner, which is suitable for suctioning liquid, comprising a housing, a blower means, which is arranged lying in the housing, wherein the blower means comprises a blower motor and at least one impeller and a first region of the blower means is arranged in a motor region of the housing and a second region of the blower means is arranged in a suction region of the housing, a holder for the blower means, by means of which the blower means is held in the housing, and a sealing means, which separates the motor region from the suction region in a fluid-tight manner, wherein the sealing means abuts with a first sealing region against the blower means in a fluid-tight manner and abuts with a second sealing region against the holder in a fluid-tight manner.
A vehicle floor assembly comprising a vehicle frame, a floor panel and at least one underbody vehicle component, the floor panel and the at least one underbody vehicle component forming a subassembly configured to be installed to the underside of the vehicle frame, wherein the floor panel comprises at least one recess configured to receive a portion of the vehicle frame in an installed configuration, and characterised in that a top surface of the floor panel forms a loadspace floor of the motor vehicle when the subassembly and the vehicle frame are in an assembled configuration.
A device for the continuous, periodic monitoring of water for microbial germs, having a reactor, at least one water supply line for the water to be studied into the reactor, at least one water drain line (9, 9a, 9b) out of the reactor chamber, at least one reagent supply line (18 a...d) into the reactor and at least one dosing device (19 a...d) for reagents, at least one measuring device for the detection of the presence of microorganisms and/or the metabolic products thereof, having pump/valve means (3, 4, 6, 7, 36, 42) in the supply/drain lines of the reactor, and having a controller for the programmed control of at least the pump/valve means, characterized in that the reactor has a reactor chamber and a filtrate chamber separated therefrom by a filter, the at least one water supply line and the at least one reagent supply line (18a...d) opening into the reactor chamber and the at least one water drain line (9, 9a, 9b) leading out of the filtrate chamber, the controller is configured to conduct, by means of the pump/valve means (3, 4, 6, 7), a pre-definable water quantity into the reactor chamber and through the filter, as well as introducing a pre-definable reagent quantity into the reactor chamber, the controller is configured for the purpose of reversing the flow of the water through the reactor by means of the pump/valve means (3, 4, 6, 7), and the filtrate chamber is positioned above the reactor chamber.
A motor (100, 200) comprising: a stator that includes a stator core formed of a substantially ring-like yoke and teeth extending in a radial direction from an inner circumference-side of the yoke, and a winding wound around the teeth via an insulator, the stator being formed of a molded resin body encapsulating the stator core, the insulator, and the winding; and a rotor including a rotor core, a motor rotating shaft inserted through a center of the rotor core and a permanent magnet inserted to the rotor core in an axial direction, the rotor core being rotatably held in the inner circumference-side of the stator via an air gap, wherein first recesses and first projections that extend in the axial direction are alternately formed on an outer-circumferential surface of the molded resin body, characterized in that each of the first recesses is provided on a portion that is extended radially outward from the teeth wound with the winding and is on the outer-circumferential surface. a stator that includes a stator core formed of a substantially ring-like yoke and teeth extending in a radial direction from an inner circumference-side of the yoke, and a winding wound around the teeth via an insulator, the stator being formed of a molded resin body encapsulating the stator core, the insulator, and the winding; and a rotor including a rotor core, a motor rotating shaft inserted through a center of the rotor core and a permanent magnet inserted to the rotor core in an axial direction, the rotor core being rotatably held in the inner circumference-side of the stator via an air gap, wherein first recesses and first projections that extend in the axial direction are alternately formed on an outer-circumferential surface of the molded resin body, characterized in that each of the first recesses is provided on a portion that is extended radially outward from the teeth wound with the winding and is on the outer-circumferential surface.