mhurhangee/ep-ind-claims huggingface dataset:
A method of manufacturing a microneedle assembly, the method comprising: generating a core microneedle assembly by filling a first silicone mold including a plurality of microneedle cavities with a copolymer, spinning the first silicone mold to remove a first scum layer of the copolymer on the first silicone mold, and generating a core in each of the copolymer-filled cavities; generating a therapeutic agent assembly by filling a plurality of cavities in a second silicone mold with a therapeutic agent, spinning the second silicone mold to remove a second scum layer of the therapeutic agent, and removing the molded therapeutic agent from the second mold and transferring (115,120) the molded therapeutic agent to a substrate; and aligning the therapeutic agent assembly with the core microneedle assembly to thereby fill the cores in the core microneedle assembly with the therapeutic agent. generating a core microneedle assembly by filling a first silicone mold including a plurality of microneedle cavities with a copolymer, spinning the first silicone mold to remove a first scum layer of the copolymer on the first silicone mold, and generating a core in each of the copolymer-filled cavities; filling a first silicone mold including a plurality of microneedle cavities with a copolymer, spinning the first silicone mold to remove a first scum layer of the copolymer on the first silicone mold, and generating a core in each of the copolymer-filled cavities; generating a therapeutic agent assembly by filling a plurality of cavities in a second silicone mold with a therapeutic agent, spinning the second silicone mold to remove a second scum layer of the therapeutic agent, and removing the molded therapeutic agent from the second mold and transferring (115,120) the molded therapeutic agent to a substrate; and filling a plurality of cavities in a second silicone mold with a therapeutic agent, spinning the second silicone mold to remove a second scum layer of the therapeutic agent, and removing the molded therapeutic agent from the second mold and transferring (115,120) the molded therapeutic agent to a substrate; and aligning the therapeutic agent assembly with the core microneedle assembly to thereby fill the cores in the core microneedle assembly with the therapeutic agent.
A cleansing composition for cleansing the skin comprising by weight of the composition, - 30 to 60 wt.% of one or more polyols; and - 6 to 22 wt.% of thickeners, comprising a combination of: a) inorganic thickener selected from silica, chalk, talc, clay and combinations thereof; b) cellulosic thickener selected from cellulose, cellulose ether, cellulose ester and combinations thereof; wherein the weight ratio of the inorganic thickener to the cellulosic thickener is in the range of 4:1 to 40:1; - 4 to 12 wt. % of non-soap anionic surfactant; - 1 to 6 wt. % of amphoteric surfactant; and wherein the weight ratio of the one or more polyols to the thickeners is in the range of 1:1 to 13:1 and wherein the viscosity of the composition is in the range of 200 to 400 Pa·s, measured at 25°C after 1 minute at 5 rpm. - 30 to 60 wt.% of one or more polyols; and - 6 to 22 wt.% of thickeners, comprising a combination of: a) inorganic thickener selected from silica, chalk, talc, clay and combinations thereof; b) cellulosic thickener selected from cellulose, cellulose ether, cellulose ester and combinations thereof; wherein the weight ratio of the inorganic thickener to the cellulosic thickener is in the range of 4:1 to 40:1; a) inorganic thickener selected from silica, chalk, talc, clay and combinations thereof; b) cellulosic thickener selected from cellulose, cellulose ether, cellulose ester and combinations thereof; - 4 to 12 wt. % of non-soap anionic surfactant; - 1 to 6 wt. % of amphoteric surfactant; and
A magnetized structure that induces an homogeneous magnetic field for a nuclear magnetic resonance device comprising an assembly of magnetized parts comprising at least first and second magnetized rings (10, 20) disposed symmetrically relative to a plane that is perpendicular to a longitudinal axis (z) and that contains a central area of interest, and at least one median annular magnetized structure disposed at least partly between the first and second magnetized rings (10, 20) and also disposed symmetrically relative to said plane, the first magnetized ring being magnetized radially relative to the longitudinal axis (z) with divergent magnetization, the second magnetized ring being magnetized radially relative to the longitudinal axis (z) with convergent magnetization, and the median annular magnetized structure being magnetized with an orientation different from that of the magnetization of the first and second magnetized rings (10, 20), characterized in that the median annular magnetized structure comprises at least one magnetized ring having a magnetization distribution of orientation that varies as in Halbach dipoles, and in that the first and second magnetized rings (10, 20) and the median annular magnetized structure are each divided into individual components in the form of regularly distributed identical sectors (71, 81), in that the individual components of the pure rings of the first and second magnetized rings (10, 20) and of the median annular magnetized structure, except said at least one magnetized ring having a magnetization distribution of orientation that varies as in Halbach dipoles, have a same magnetization distribution, in that the first and second magnetized rings (10, 20) and the median annular magnetized structure are contiguous along the longitudinal axis (z).
A chair comprising: a seat; a backrest separated from the seat; and an upper support frame to which the backrest is attached at a position higher than the seat, wherein the upper support frame includes: a left side portion and a right side portion both extending forward at left and right sides of the seated person; and a rear portion that continuously and integrally connects the left side portion and the right side portion, the left side portion and the right side portion are connected to side support bodies arranged on left and right sides of the seat to be tiltable, the backrest is connected to the upper support frame to be tiltable rearward, and characterized in that resistance when the backrest tilts rearward relative to the upper support frame is set to be larger than resistance when the upper support frame tilts relative to the side support body. a seat; a backrest separated from the seat; and an upper support frame to which the backrest is attached at a position higher than the seat, wherein the upper support frame includes: a left side portion and a right side portion both extending forward at left and right sides of the seated person; and a rear portion that continuously and integrally connects the left side portion and the right side portion, the left side portion and the right side portion are connected to side support bodies arranged on left and right sides of the seat to be tiltable, the backrest is connected to the upper support frame to be tiltable rearward, and characterized in that resistance when the backrest tilts rearward relative to the upper support frame is set to be larger than resistance when the upper support frame tilts relative to the side support body. a left side portion and a right side portion both extending forward at left and right sides of the seated person; and a rear portion that continuously and integrally connects the left side portion and the right side portion, the left side portion and the right side portion are connected to side support bodies arranged on left and right sides of the seat to be tiltable, the backrest is connected to the upper support frame to be tiltable rearward, and characterized in that resistance when the backrest tilts rearward relative to the upper support frame is set to be larger than resistance when the upper support frame tilts relative to the side support body.
A photo controller, comprising: a central processing unit -CPU-; a local area network -LAN-interface in communication with the CPU; a wide area network -WAN-interface in communication with the CPU, wherein the WAN interface communicates directly with a wide area network without first communicating with and by-passing a bridge or a gateway to receive a control signal and send monitoring information over a two-way communication path from a remote server for controlling a lighting device coupled to the photo controller, wherein the control signal comprises an on and off functionality of the lighting device, a control of a light intensity of the lighting device, scheduling information of the lighting device and a color mixing code of the lighting device, wherein the monitoring information comprises a power metering information of the lighting device, a temperature information of the lighting device and a diagnostic information of the lighting device; an electrical power control component in communication with the CPU to control the lighting device coupled to the photo controller in accordance with the control signal; and a plug and play connection to directly couple the photo controller to the lighting device. a central processing unit -CPU-; a local area network -LAN-interface in communication with the CPU; a wide area network -WAN-interface in communication with the CPU, wherein the WAN interface communicates directly with a wide area network without first communicating with and by-passing a bridge or a gateway to receive a control signal and send monitoring information over a two-way communication path from a remote server for controlling a lighting device coupled to the photo controller, wherein the control signal comprises an on and off functionality of the lighting device, a control of a light intensity of the lighting device, scheduling information of the lighting device and a color mixing code of the lighting device, wherein the monitoring information comprises a power metering information of the lighting device, a temperature information of the lighting device and a diagnostic information of the lighting device; an electrical power control component in communication with the CPU to control the lighting device coupled to the photo controller in accordance with the control signal; and a plug and play connection to directly couple the photo controller to the lighting device.
A method for cutting logs of wound web material, comprising the steps of: providing a feeding path (p) for the logs to be cut; arranging along the feeding path a cutting head with at least one disc-shaped cutting blade, the cutting head moving the disc-shaped cutting blade with a cyclical motion to cut the logs and allow a forward movement of the logs along the feeding path; providing at least one storage unit for disc-shaped cutting blades(9; 9A-9E) associated with the cutting head; wherein the storage unit comprises a blade-holder rotating around a rotation axis approximately orthogonal to the feeding path for the logs and provided with a plurality of seats for the disc-shaped cutting blades (9; 9A-9E); moving logs of web material sequentially along the feeding path in a direction parallel to the log axis; cutting the logs by means of the disc-shaped cutting blade mounted on the cutting head and severing the logs into small rolls having an axial length smaller than the logs; periodically grinding the disc-shaped cutting blade; when the disc-shaped cutting blade has so worn that must be replaced: temporarily stopping the forward movement of the logs; removing the worn disc-shaped cutting blade from the cutting head; taking a new disc-shaped cutting blade from the storage unit, transferring the new disc-shaped cutting blade (9; 9A-9E) to the cutting head and mounting it on the cutting head; once the new disc-shaped cutting blade (9; 9A-9E) has been mounted on the cutting head, re-start the forward movement of the logs along the feeding path. providing a feeding path (p) for the logs to be cut; arranging along the feeding path a cutting head with at least one disc-shaped cutting blade, the cutting head moving the disc-shaped cutting blade with a cyclical motion to cut the logs and allow a forward movement of the logs along the feeding path; providing at least one storage unit for disc-shaped cutting blades(9; 9A-9E) associated with the cutting head; wherein the storage unit comprises a blade-holder rotating around a rotation axis approximately orthogonal to the feeding path for the logs and provided with a plurality of seats for the disc-shaped cutting blades (9; 9A-9E); moving logs of web material sequentially along the feeding path in a direction parallel to the log axis; cutting the logs by means of the disc-shaped cutting blade mounted on the cutting head and severing the logs into small rolls having an axial length smaller than the logs; periodically grinding the disc-shaped cutting blade; when the disc-shaped cutting blade has so worn that must be replaced: temporarily stopping the forward movement of the logs; removing the worn disc-shaped cutting blade from the cutting head; taking a new disc-shaped cutting blade from the storage unit, transferring the new disc-shaped cutting blade (9; 9A-9E) to the cutting head and mounting it on the cutting head; once the new disc-shaped cutting blade (9; 9A-9E) has been mounted on the cutting head, re-start the forward movement of the logs along the feeding path.
A web traffic logging system comprising: a log setting unit which performs setting for collecting log from at least one of a web server and a web server operating system; a log gathering unit which creates log information including the log collected in accordance with the setting; and a log transmitting unit which transmits the log information to a cloud server, characterized in that the log setting unit is configured to perform setting for collecting log including data transmitted through Post-Body and Response-Body, and collecting log including one or more of program operation location, program execution information, program execution target type, program execution subject, program full path, and program information. a log setting unit which performs setting for collecting log from at least one of a web server and a web server operating system; a log gathering unit which creates log information including the log collected in accordance with the setting; and a log transmitting unit which transmits the log information to a cloud server, characterized in that the log setting unit is configured to perform setting for collecting log including data transmitted through Post-Body and Response-Body, and collecting log including one or more of program operation location, program execution information, program execution target type, program execution subject, program full path, and program information.
A process for preparing potassium oxalate which process comprises contacting potassium formate with a base catalyst at a temperature of from 140 to 260 °C which base catalyst is a metal hydride.
Domestic appliance, selected from ovens, washing machines, tumble dryers, chest freezers and dishwashers, having an operating apparatus with an electronic display panel and an operating element which for setting operating conditions of the domestic appliance can be moved relative to the display panel, wherein the operating element has an annular front part, characterised in that the operating element has an inwardly inclined upper face, wherein the operating element is designed in several parts and a sliding ring which is permanently connected to the front part is arranged under the front part, and in the event of a rotary movement of the front part the sliding ring completes the same rotary movement, and the operating element is arranged at least partially inside the surface area of the display panel.
A method of manufacturing a large-scale electronic display having a given orientation, comprising the steps of: a. constructing a chassis to provide structural strength for the display; b. mounting the chassis on a wheeled transport jig; c. conveying the chassis on the transport jig to an assembly line; d. wheeling the chassis on the transport jig along the assembly line; and e. fitting components for the display to the chassis as it is wheeled on said transport jig along the assembly line: f. wherein the chassis is maintained in an orientation corresponding to the given orientation of the display from the time that is mounted on the transport jig until the time that assembly of the display is completed on the assembly line. a. constructing a chassis to provide structural strength for the display; b. mounting the chassis on a wheeled transport jig; c. conveying the chassis on the transport jig to an assembly line; d. wheeling the chassis on the transport jig along the assembly line; and e. fitting components for the display to the chassis as it is wheeled on said transport jig along the assembly line: f. wherein the chassis is maintained in an orientation corresponding to the given orientation of the display from the time that is mounted on the transport jig until the time that assembly of the display is completed on the assembly line.
Assembly for a high-voltage circuit breaker, having a vacuum interrupter and a holder for the vacuum interrupter, wherein the vacuum interrupter comprises a housing, a movable contact piece and a fixed contact piece, and a mass body is mechanically connected to the fixed contact piece in order to effect damping of contact bounce between the fixed contact piece and the movable contact piece during a switch-on operation of the high-voltage circuit breaker, wherein the one mass body is mechanically connected to the holder, characterized in that the fixed contact piece has the same mass as the one mass body.
A reference data for location estimation, RDLE, construction method, the method comprising: receiving access point, AP, scan data, including a list of APs and measured signal intensities of signals received from the APs, and receiving locations where the signal intensities of the AP scan data are measured; calculating reliabilities of the AP scan data; and storing the RDLE including the calculated reliabilities and the corresponding AP scan data and locations. receiving access point, AP, scan data, including a list of APs and measured signal intensities of signals received from the APs, and receiving locations where the signal intensities of the AP scan data are measured; calculating reliabilities of the AP scan data; and storing the RDLE including the calculated reliabilities and the corresponding AP scan data and locations.
A control method for a laundry dryer, the laundry dryer being a heat-pump laundry dryer and a compressor being a variable-frequency compressor, comprising: after laundry drying is started, detecting the amount of the laundry and invoking, according to detected information, a minimum running frequency of the compressor corresponding to the detected information, to be set as a the minimum running frequency of the compressor in this drying process, wherein the more the laundry is, the greater the set minimum running frequency is.
A cassette integrated system comprising: a mixing cassette connected to at least one fluid mixing chamber (504, 506); a balancing cassette connected to at least one fluid balancing chamber (706, 708) having a membrane separating a first compartment connected to a first fluid line from a second compartment connected to a second fluid line; a middle cassette positioned between said mixing cassette and said balancing cassette, said mixing cassette being fluidly connected to said middle cassette by at least one fluid line and said middle cassette being fluidly connected to said balancing cassette by at least one fluid line; and at least one pod (502, 504, 506, 602, 702, 704, 706, 708) comprising a curved rigid chamber wall having at least one fluid inlet and at least one fluid outlet, and connected to at least two of said cassettes; wherein said at least one pod is located in an area between said mixing cassette and said middle cassette, or between said balancing cassette and said middle cassette. a mixing cassette connected to at least one fluid mixing chamber (504, 506); a balancing cassette connected to at least one fluid balancing chamber (706, 708) having a membrane separating a first compartment connected to a first fluid line from a second compartment connected to a second fluid line; a middle cassette positioned between said mixing cassette and said balancing cassette, said mixing cassette being fluidly connected to said middle cassette by at least one fluid line and said middle cassette being fluidly connected to said balancing cassette by at least one fluid line; and at least one pod (502, 504, 506, 602, 702, 704, 706, 708) comprising a curved rigid chamber wall having at least one fluid inlet and at least one fluid outlet, and connected to at least two of said cassettes; wherein said at least one pod is located in an area between said mixing cassette and said middle cassette, or between said balancing cassette and said middle cassette.
A washing machine comprising: a door including an external cover and an internal glass to open and close a laundry entrance; at least one image sensor disposed to face the internal glass to acquire image data; and a detergent bubble recognizer configured to recognize detergent bubble from the image data, characterized in that the washing machine further comprises a bubble ratio calculator configured to process the image data and to calculate a detergent bubble ratio when the detergent bubble is recognized, wherein the detergent bubble ratio is a ratio of a value of pixels, an area or a region corresponding to the recognized detergent bubble to a certain reference value; and a controller configured to perform control to perform an additional rinsing cycle based on a result of the recognition and the ratio calculated by the bubble ratio calculator, wherein the recognition of detergent bubble is performed through a machine learning based image recognition model. a door including an external cover and an internal glass to open and close a laundry entrance; at least one image sensor disposed to face the internal glass to acquire image data; and a detergent bubble recognizer configured to recognize detergent bubble from the image data, characterized in that the washing machine further comprises a bubble ratio calculator configured to process the image data and to calculate a detergent bubble ratio when the detergent bubble is recognized, wherein the detergent bubble ratio is a ratio of a value of pixels, an area or a region corresponding to the recognized detergent bubble to a certain reference value; and a controller configured to perform control to perform an additional rinsing cycle based on a result of the recognition and the ratio calculated by the bubble ratio calculator, wherein the recognition of detergent bubble is performed through a machine learning based image recognition model.
Process for preparing inorganic metal-containing films comprising bringing a solid substrate in contact with a compound of general formula,,, or in the gaseous state wherein A is NR 2 or OR with R being an alkyl group, an alkenyl group, an aryl group, or a silyl group, E is NR or O, n is 0, 1 or 2, m is 0, 1 or 2, and R' is hydrogen, an alkyl group, an alkenyl group, an aryl group, or a silyl group, wherein a metal-containing compound is deposited from the gaseous state onto the solid substrate before bringing it in contact with a compound of general formula,,, or. E is NR or O, n is 0, 1 or 2, m is 0, 1 or 2, and R' is hydrogen, an alkyl group, an alkenyl group, an aryl group, or a silyl group, wherein a metal-containing compound is deposited from the gaseous state onto the solid substrate before bringing it in contact with a compound of general formula,,, or.