mhurhangee/ep-ind-claims huggingface dataset:
A method for monitoring excrement data for seeking a pattern for a monitoring period, wherein said excrement data is associated with at least one absorbent article and a person wearing said at least one absorbent article, the method using a data processing unit, the method comprising: - acquiring excrement data comprising excrement data for at least two different time periods, each substantially corresponding to the monitoring period for which a pattern of events is sought, wherein said excrement data comprises information of excrement into an absorbent article in form of excrement events, and wherein each excrement event has an associated time mark or associated information from which an associated time mark may be derived; and - smoothing the time mark of each excrement event, characterized in that the smoothing comprises smoothing by applying a Kernel smoothing method wherein the Kernel smoothing method comprises applying a Kernel function to the time mark of each excrement event. - acquiring excrement data comprising excrement data for at least two different time periods, each substantially corresponding to the monitoring period for which a pattern of events is sought, wherein said excrement data comprises information of excrement into an absorbent article in form of excrement events, and wherein each excrement event has an associated time mark or associated information from which an associated time mark may be derived; and - smoothing the time mark of each excrement event, characterized in that the smoothing comprises smoothing by applying a Kernel smoothing method wherein the Kernel smoothing method comprises applying a Kernel function to the time mark of each excrement event. characterized in that the smoothing comprises smoothing by applying a Kernel smoothing method wherein the Kernel smoothing method comprises applying a Kernel function to the time mark of each excrement event.
Vehicle-loading ramp consisting of two assemblies: * a ladder, * a plurality of panels arranged in the spaces left free within the ladder, wherein the ladder consists of three major parts: - two side profiles; - elongated end elements (7, 9) placed at respective ends of the side profiles and operatively connected thereto; - a plurality of connecting rungs, connected to each of the side profiles along their longitudinal extension and internally with respect to the elongated end elements (7, 9); characterized in that, each of the panels consists of two major parts: - a deck skin; and - end brackets placed at the two ends of the deck skin in contact with each respective side profile, and in that, in order to provide a lighter weight and match the bending requirements, the height of the side profiles is maximum at half of their length, and progressively decreases towards the two ends thereof, and in that said brackets are thicker than their respective deck skin and have a turned edge that sits on the top surface of the side profiles. * a ladder, * a plurality of panels arranged in the spaces left free within the ladder, - two side profiles; - elongated end elements (7, 9) placed at respective ends of the side profiles and operatively connected thereto; - a plurality of connecting rungs, connected to each of the side profiles along their longitudinal extension and internally with respect to the elongated end elements (7, 9); - a deck skin; and - end brackets placed at the two ends of the deck skin in contact with each respective side profile,
A cap for a threaded neck container and for use in a closed transfer system, said cap comprising: - a main body having a cylindrical shape with a longitudinal axis (X-X') and comprising: - a first axial opening and a second axial opening facing the first axial opening - an outer skirt and an inner skirt concentrically extending toward the first axial opening and connected to each other, the inner skirt surrounding an inner axial bore - a cylindrical wall extending axially in a direction opposite to the first axial opening, and comprising a free end delimiting the second axial opening; - an obturator with a circular section, centered around the longitudinal axis (X-X') and shaped to cooperate with the internal skirt of the main body so as to cover the internal axial bore in a sealed manner, the obturator being designed to cooperate with an external opening mechanism belonging to the closed transfer system; and - a protective cap covering the second axial opening; said assembly being characterized in that: - the protective cap comprises: - a fixing collar; - a hinge - a cover pivotally mounted with respect to the fixing collar by means of the hinge; - the securing collar includes a thin web of material shaped to break under tension on the securing collar. - a main body having a cylindrical shape with a longitudinal axis (X-X') and comprising: - a first axial opening and a second axial opening facing the first axial opening - an outer skirt and an inner skirt concentrically extending toward the first axial opening and connected to each other, the inner skirt surrounding an inner axial bore - a cylindrical wall extending axially in a direction opposite to the first axial opening, and comprising a free end delimiting the second axial opening; - an obturator with a circular section, centered around the longitudinal axis (X-X') and shaped to cooperate with the internal skirt of the main body so as to cover the internal axial bore in a sealed manner, the obturator being designed to cooperate with an external opening mechanism belonging to the closed transfer system; and - a protective cap covering the second axial opening; - the protective cap comprises: - a fixing collar; - a hinge - a cover pivotally mounted with respect to the fixing collar by means of the hinge; - a fixing collar; - a hinge - a cover pivotally mounted with respect to the fixing collar by means of the hinge; - the securing collar includes a thin web of material shaped to break under tension on the securing collar.
A method for controlling the operation of a gas or air compressor unit, comprising an internal combustion engine, a first turbo charger for generating compressed air for the internal combustion engine and a second turbo charger for generating compressed air, wherein the first turbo charger and the second turbo charger are arranged in an exhaust flow path of the internal combustion engine, wherein a space into which compressed air has been applied by the second turbo charger can be opened by opening a blow-off device, and wherein the method comprises the following steps: - controlling the blow-off device via a pressure regulator; - monitoring a control pressure effected by the pressure regulator; and - changing the operating state when the control pressure exceeds a previously defined maximum value in said operating state; wherein the air compressed by the first turbo charger is routed into a combustion chamber of the internal combustion engine; and wherein the air compressed by the second turbo charger is routed to a main compressor driven by the internal combustion engine in the monitored operating state, which main compressor further compresses the compressed air; characterized in that it comprises the following further steps: - monitoring the pressure of the compressed air generated by the first turbo charger during an operating state of the compressor unit; and - changing the operating state of the compressor unit when the monitored control pressure falls below a previously defined value; wherein the pressure monitored at the first turbo charger falls below the previously defined value when a space, into which compressed air has been applied by the second turbo charger, is closed due to a failure; and wherein the changing of the operating state furthermore comprises a closing of a supply of intake air to the main compressor. - controlling the blow-off device via a pressure regulator; - monitoring a control pressure effected by the pressure regulator; and - changing the operating state when the control pressure exceeds a previously defined maximum value in said operating state; - monitoring the pressure of the compressed air generated by the first turbo charger during an operating state of the compressor unit; and - changing the operating state of the compressor unit when the monitored control pressure falls below a previously defined value; wherein the pressure monitored at the first turbo charger falls below the previously defined value when a space, into which compressed air has been applied by the second turbo charger, is closed due to a failure; and wherein the changing of the operating state furthermore comprises a closing of a supply of intake air to the main compressor.
A lubricant dispenser comprising - a lubricant cartridge having a lubricant storage space with a lubricant outlet, a piston and also a gas generator unit for the electrochemical generation of a gas, - an electronic control unit for controlling the electrochemical gas generation and - a driver battery for supplying power at least to the electronic control unit, wherein the electronic control unit is detachably connected to the lubricant cartridge as a separate, reusable unit and has electrical contact elements which are connected to electrical terminals of the gas generator unit and wherein the electronic control unit does not have its own power source, characterized in that the driver battery is inaccessibly held on a support of the gas generator unit, that only by mounting the electronic control unit on the lubricant cartridge is an electric circuit assigned to the gas generator unit closed and the electronic control unit is operational, that the support of the gas generator unit has a storage compartment for a gas development cell, wherein the storage compartment is closed in a gas-tight manner by a cover and is connected by a gas outlet port to a gas chamber on the rear side of the piston within the lubricant cartridge, that the gas generator unit creates a separate assembly which is inserted into a storage space of the lubricant cartridge which is open at the end and that the gas generator unit is only connected to a container bottom within the lubricant cartridge by a gas outlet duct, which separates the storage space from a gas compartment on the rear of the piston. - a lubricant cartridge having a lubricant storage space with a lubricant outlet, a piston and also a gas generator unit for the electrochemical generation of a gas, - an electronic control unit for controlling the electrochemical gas generation and - a driver battery for supplying power at least to the electronic control unit,
Antenna module for a motor vehicle comprising at least one antenna (5, 5a, 5b, 5c) for an infotainment system of the motor vehicle, an antenna housing for attaching to an exterior trim part of the motor vehicle and a camera with a camera objective for capturing an environmental region of the motor vehicle, wherein the at least one antenna (5, 5a, 5b, 5c) is disposed in an interior of the antenna housing, and one of the at least one antenna being a car-to-car communication antenna and the camera is disposed in the interior of the antenna housing in certain areas, wherein the camera objective is disposed in a passage opening of a housing wall of the antenna housing corresponding to the camera objective at least in certain areas, and the antenna module comprises a sealing element for sealing a gap between the housing wall adjoining to the passage opening and the camera objective while the sealing element is hollow cylindrically formed whereby the camera comprises a camera housing with a rear housing for electronics of the camera and a front housing for retaining the camera objective, wherein the camera housing is disposed in the interior of the antenna housing and comprises a shielding material for shielding the electronics of the camera from radiation of the at least one antenna (5, 5a, 5b, 5c). one of the at least one antenna being a car-to-car communication antenna and the camera is disposed in the interior of the antenna housing in certain areas, wherein the camera objective is disposed in a passage opening of a housing wall of the antenna housing corresponding to the camera objective at least in certain areas, and the antenna module comprises a sealing element for sealing a gap between the housing wall adjoining to the passage opening and the camera objective while the sealing element is hollow cylindrically formed whereby the camera comprises a camera housing with a rear housing for electronics of the camera and a front housing for retaining the camera objective, wherein the camera housing is disposed in the interior of the antenna housing and comprises a shielding material for shielding the electronics of the camera from radiation of the at least one antenna (5, 5a, 5b, 5c).
An electromagnetic radiation, EMR, delivery and monitoring system for non-invasive surface tissue temperature monitoring comprising a first source of EMR having a first wavelength range; a second source of EMR having a second wavelength range; and a tissue contacting material comprising a set of wavelength range specific EMR responsive dopants, wherein the tissue contacting material is configured to be positioned on a surface of a target region of tissue, wherein the tissue contacting material is configured to receive EMR from the first source at a first orientatior and wherein the tissue contacting material is configured to receive EMR from the second source at a second orientation. a first source of EMR having a first wavelength range; a second source of EMR having a second wavelength range; and a tissue contacting material comprising a set of wavelength range specific EMR responsive dopants, wherein the tissue contacting material is configured to be positioned on a surface of a target region of tissue, wherein the tissue contacting material is configured to receive EMR from the first source at a first orientatior and wherein the tissue contacting material is configured to receive EMR from the second source at a second orientation.
A stabilized load tray for supporting a load stack, the stabilized load tray comprising: a horizontal floor; vertical side walls connected to the floor; a top connected to the side walls; wherein the tray is formed from a composition comprising at least one polymer; said stabilized load tray being characterised in that it comprises: a deployable lip connected to the top, wherein the deployable lip can be folded from a substantially horizontal position to a substantially vertical position adjacent the load stack; wherein the inner length of the tray is greater than, or equal to, the inner width of the tray, and wherein the inner depth of the tray is less than 0.4 x ILT; wherein the lip extends from at least two side walls of the tray, and wherein the width of the lip (Wlip) is greater than, or equal to, 0.2 x IDT. a horizontal floor; vertical side walls connected to the floor; a top connected to the side walls; wherein the tray is formed from a composition comprising at least one polymer; said stabilized load tray being characterised in that it comprises: a deployable lip connected to the top, wherein the deployable lip can be folded from a substantially horizontal position to a substantially vertical position adjacent the load stack; wherein the inner length of the tray is greater than, or equal to, the inner width of the tray, and wherein the inner depth of the tray is less than 0.4 x ILT; wherein the lip extends from at least two side walls of the tray, and wherein the width of the lip (Wlip) is greater than, or equal to, 0.2 x IDT.
A packaging material laminate for forming a package having, a core layer of paper or carton; a first polymer layer on the side to be the outside of the package; a second polymer layer on the side to be the inside of the package, and wherein the packaging material laminate comprises an area or a layer of a laser sensitive material and magnetisable material, wherein the magnetisable material keeps non-visible information regarding packaging material traceability and wherein the laser sensitive material is a laser sensitive ink which is transparent and covered by the first polymer being transparent.
An implant with a main body consisting entirely or in parts of a biocorrodible metallic material, characterised in that the material is an alloy of which the main component is manganese, wherein the alloy component of which the atomic proportion in the alloy is greatest is understood to be the main component.
An inkjet ink composition comprising: a secondary alcohol ethoxylate and a fluoro-surfactant at a concentration ratio effective to increase particle stability of the inkjet ink composition: wherein the secondary alcohol ethoxylate to the fluoro-surfactant weight percent ratio ranges from 1:4 to 1:2; wherein the inkjet ink composition is substantially electrostatically dispersed: and a latex dispersion. a secondary alcohol ethoxylate and a fluoro-surfactant at a concentration ratio effective to increase particle stability of the inkjet ink composition: wherein the secondary alcohol ethoxylate to the fluoro-surfactant weight percent ratio ranges from 1:4 to 1:2; wherein the inkjet ink composition is substantially electrostatically dispersed: and a latex dispersion. wherein the secondary alcohol ethoxylate to the fluoro-surfactant weight percent ratio ranges from 1:4 to 1:2; wherein the inkjet ink composition is substantially electrostatically dispersed: and a latex dispersion.
A composition comprising pigment particles having an average particle diameter of from 0.15 micron to 1.0 micron and a refractive index of at least 1.8, said pigment particles being at least partially encapsulated in a shell of a first polymer having a calculated thickness of from 25 nm to 200 nm, and said encapsulated pigment particles in contact with from 10% to 600% by weight, based on the weight of said first polymer, second polymer, wherein said first polymer has a refractive index of at least 0.03 units less than the refractive index of said second polymer.
A photopatternable structure, comprising an optically transparent substrate having first and second faces, a coating of a first photosensitive material of the substrate on the first face and a coating of a second photosensitive material on the second face of the substrate, the coated substrate being opaque to electromagnetic radiation of one or more wavelengths to which the first and second photosensitive materials are sensitive.
A method for removing chloramine from aqueous solutions comprising: providing an active chloramine removal material, providing an aqueous solution comprising chloramine, and contacting the aqueous solution with the active chloramine removal material, wherein the active chloramine removal material comprises carbon, greater than 0.5% by mass of nitrogen, and greater than 1.2% by mass of sulfur, wherein the sum of the sulfur and nitrogen in the active chloramine removal material is at least 4.0 mass % based on the total mass of the active chloramine removal material and wherein the active chloramine removal material comprises a product obtainable as the thermal reaction product of a thermal reaction of (i) the surface of a carbon-based support and (ii) a nitrogen containing chemical species and a sulfur containing chemical species, performed at a temperature sufficient to thermally decompose the nitrogen and sulfur chemical species as well as enable their reaction with the carbon-based support. providing an active chloramine removal material, providing an aqueous solution comprising chloramine, and contacting the aqueous solution with the active chloramine removal material, wherein the active chloramine removal material comprises carbon, greater than 0.5% by mass of nitrogen, and greater than 1.2% by mass of sulfur, wherein the sum of the sulfur and nitrogen in the active chloramine removal material is at least 4.0 mass % based on the total mass of the active chloramine removal material and wherein the active chloramine removal material comprises a product obtainable as the thermal reaction product of a thermal reaction of (i) the surface of a carbon-based support and (ii) a nitrogen containing chemical species and a sulfur containing chemical species, performed at a temperature sufficient to thermally decompose the nitrogen and sulfur chemical species as well as enable their reaction with the carbon-based support.
System for controlling at least one connected object by using a switch capable of switching from an open position to a closed position and vice versa, characterized in that it comprises a regulation device that can be connected in parallel with said switch in an electrical power supply circuit of said at least one connected object, and in that said regulation device comprises: - a module for detecting a change in position of said switch; and - a communication module configured to transmit information (3.1) relating to said detected change in position to said at least one connected object. - a module for detecting a change in position of said switch; and - a communication module configured to transmit information (3.1) relating to said detected change in position to said at least one connected object.
A physical downlink shared channel, PDSCH, decoding method, the method comprising: • detecting a downlink control channel for scheduling the PDSCH, • if a downlink control information, DCI, format of the downlink control channel is format 1A, and a carrier for carrying the PDSCH is of a new carrier type, and a value of a virtual resource block, VRB, assignment flag in the DCI is 1, determining that a resource allocation scheme of the PDSCH is resource allocation type 2 and that a VRB to physical resource block, PRB, mapping mechanism of distributed VRBs of Long Term Evolution, LTE, Release 11, used for even timeslots, is used in both, even and odd, timeslots in a VRB to PRB mapping mechanism of the resource allocation scheme of the PDSCH, wherein the carrier of the new carrier type is a non-backward compatible carrier, • decoding the PDSCH according to the resource allocation scheme of the PDSCH and a transmission scheme of the PDSCH. • detecting a downlink control channel for scheduling the PDSCH, • if a downlink control information, DCI, format of the downlink control channel is format 1A, and a carrier for carrying the PDSCH is of a new carrier type, and a value of a virtual resource block, VRB, assignment flag in the DCI is 1, determining that a resource allocation scheme of the PDSCH is resource allocation type 2 and that a VRB to physical resource block, PRB, mapping mechanism of distributed VRBs of Long Term Evolution, LTE, Release 11, used for even timeslots, is used in both, even and odd, timeslots in a VRB to PRB mapping mechanism of the resource allocation scheme of the PDSCH, wherein the carrier of the new carrier type is a non-backward compatible carrier, • decoding the PDSCH according to the resource allocation scheme of the PDSCH and a transmission scheme of the PDSCH.