mhurhangee/ep-ind-claims huggingface dataset:
Method for producing decorative prints with identical quality on at least two carrier materials, comprising the steps a) providing at least one printing motif; b) converting the at least one printing motif into at least one high-resolution electronic data set with a resolution of up to 1200 dpi, preferably 1000 dpi, by at least one piece of image-processing software, b1) adapting the high-resolution data set of the printing motif to changes relating to decor and/or colour, cutting and identification markings being introduced into the decor as processing means for the carrier materials to be printed, and elements for individualisation being integrated into the data set, c) reducing the resolution of the at least one high-resolution electronic data set to up to 100 dpi, preferably 60 to 80 dpi, by means of at least one piece of image processing software, (d) creating at least one first printed decoration on at least one first carrier material by using at least one digital printer with the at least one resolution-reduced electronic data set, (e) creating at least one printing roll for a gravure printing process using at least one resolution-reduced electronic data set; and f) creating at least one second printed decoration on at least one second carrier material by using the at least one printing roll. a) providing at least one printing motif; b) converting the at least one printing motif into at least one high-resolution electronic data set with a resolution of up to 1200 dpi, preferably 1000 dpi, by at least one piece of image-processing software, b1) adapting the high-resolution data set of the printing motif to changes relating to decor and/or colour, cutting and identification markings being introduced into the decor as processing means for the carrier materials to be printed, and elements for individualisation being integrated into the data set, c) reducing the resolution of the at least one high-resolution electronic data set to up to 100 dpi, preferably 60 to 80 dpi, by means of at least one piece of image processing software, (d) creating at least one first printed decoration on at least one first carrier material by using at least one digital printer with the at least one resolution-reduced electronic data set, (e) creating at least one printing roll for a gravure printing process using at least one resolution-reduced electronic data set; and f) creating at least one second printed decoration on at least one second carrier material by using the at least one printing roll.
An ion removal method comprising: a generation step of generating fine bubbles; a first supply step of supplying the generated fine bubbles to hard water, wherein water having a hardness of 120 mg/L or higher is defined as hard water, wherein, in the first supply step, the metal ions in the hard water are adsorbed to the fine bubbles to be removed from the hard water, wherein the fine bubbles generated in the generation step consist of a gas mixture comprising a first gas and a second gas, and wherein the first gas is a hydroxyl ion-donating gas for reacting with water to donate the hydroxyl ions and the second gas has a slower solution velocity than that of the first gas, wherein the second gas is nitrogen, wherein the mixing ratio of the first gas in the gas mixture is set to 70% or higher; and a discharge step of discharging the fine bubbles adsorbing the metal ions in the first supply step from the hard water, thereby removing the metal ions from the hard water. a generation step of generating fine bubbles; a first supply step of supplying the generated fine bubbles to hard water, wherein water having a hardness of 120 mg/L or higher is defined as hard water, wherein, in the first supply step, the metal ions in the hard water are adsorbed to the fine bubbles to be removed from the hard water, wherein the fine bubbles generated in the generation step consist of a gas mixture comprising a first gas and a second gas, and wherein the first gas is a hydroxyl ion-donating gas for reacting with water to donate the hydroxyl ions and the second gas has a slower solution velocity than that of the first gas, wherein the second gas is nitrogen, wherein the mixing ratio of the first gas in the gas mixture is set to 70% or higher; and a discharge step of discharging the fine bubbles adsorbing the metal ions in the first supply step from the hard water, thereby removing the metal ions from the hard water.
A method for producing a flame-retardant insulating element, in which pre-foamed polystyrene particles are used, of which at least some are coated before filling into a mould and sintering, wherein the pre-foamed polystyrene particles are coated at least in part with an organic binder and at least one flame retardant, characterised in that the pre-foamed polystyrene particles coated with binder and flame retardant are introduced into a mould and are sintered before the coating has fully dried.
A kettle comprising: a base; a frame pivotally mounted relative to the base, the frame including first electrical contacts connectable to a power source; a vessel receivable in and removable from the frame, the vessel including an internal element in connection with second electrical contacts; and an opening in the vessel from which liquid can be poured; wherein when the vessel is received in the frame the first electrical contacts make connection with the second electrical contacts such that power is supplied to the internal element to heat water within the vessel and pivoting of the vessel and frame relative to the base allows pouring of liquid from the opening. a base; a frame pivotally mounted relative to the base, the frame including first electrical contacts connectable to a power source; a vessel receivable in and removable from the frame, the vessel including an internal element in connection with second electrical contacts; and an opening in the vessel from which liquid can be poured; wherein when the vessel is received in the frame the first electrical contacts make connection with the second electrical contacts such that power is supplied to the internal element to heat water within the vessel and pivoting of the vessel and frame relative to the base allows pouring of liquid from the opening.
A printed circuit board shield assembly comprising a shield and a printed circuit board, the shield comprising: a sealing surface configured to cooperate with and be connectable to a sealing region of the printed circuit board; and a shielding surface, substantially parallel to but offset from the sealing surface to thereby define a cover for receiving at least part of the printed circuit board, the shielding surface comprising arrays of perforations formed therethrough, each array of perforations being configured to correspond to a location of one of electronic components mounted on the printed circuit board; such that the shielding surface comprises an inlet defined by the array of perforations configured to permit ingress of cooling fluid and an outlet configured to permit egress of cooling fluid. a sealing surface configured to cooperate with and be connectable to a sealing region of the printed circuit board; and a shielding surface, substantially parallel to but offset from the sealing surface to thereby define a cover for receiving at least part of the printed circuit board, the shielding surface comprising arrays of perforations formed therethrough, each array of perforations being configured to correspond to a location of one of electronic components mounted on the printed circuit board; such that the shielding surface comprises an inlet defined by the array of perforations configured to permit ingress of cooling fluid and an outlet configured to permit egress of cooling fluid.
A general-purpose primer set for detecting a flavivirus, the primer set comprising a primer consist of the nucleotide sequence of SEQ ID NO: 1 and a primer consist of the nucleotide sequence of SEQ ID NO: 2.
Agent for preventing the formation of odour-forming and corrosion-forming properties in the treatment of waste water based on iron chloride and/or iron sulphate as well as molybdenum salt, wherein the molybdenum salt is a molybdenum nitrate, molybdenum chloride or a molybdenum sulphate which forms an enzyme inhibitor such that the cation, namely molybdenum, in ionic form acts as an inhibitor, whereby the cytoplasmic membranes of sulphur-metabolising microorganisms are selectively occupied, wherein the iron chloride and/or iron sulphate forms a catalyst in order to form molybdenum ions of the molybdenum salt which cooperates with the enzyme inhibitor for the biological inhibition of sulphur-metabolising microorganisms such that, on the one hand, the formation of odour-forming or corrosive sulphur compounds is prevented and, on the other hand, odour-forming or corrosive sulphur compounds are chemically bonded and precipitated in solid form even at the time of metering, and wherein the agent comprises a carboxylic acid for the shifting of the environment into the anoxic zone.
Method for providing an aerosol-generating device for use with a shape-transformable aerosol-forming substrate, the method comprising the steps of: - providing an aerosol-generating device comprising a device housing comprising a moulding cavity, the moulding cavity at least partially corresponding to a moulding space between a first mould half and a second mould half of a mould, the first mould half and the second mould half being internal surfaces of the device housing; - opening the device housing, thereby opening the first and second mould halves (50, 40); - providing a flat aerosol-forming substrate adapted to change shape when pressed into the moulding cavity and being transformed into a non-flat aerosol-forming substrate (20, 21, 22) having a shape corresponding to the non-flat moulding space in the mould upon closing of the mould. - providing an aerosol-generating device comprising a device housing comprising a moulding cavity, the moulding cavity at least partially corresponding to a moulding space between a first mould half and a second mould half of a mould, the first mould half and the second mould half being internal surfaces of the device housing; - opening the device housing, thereby opening the first and second mould halves (50, 40); - providing a flat aerosol-forming substrate adapted to change shape when pressed into the moulding cavity and being transformed into a non-flat aerosol-forming substrate (20, 21, 22) having a shape corresponding to the non-flat moulding space in the mould upon closing of the mould.
A ventilator for liquid ventilation of a mammal comprising: - a respiratory circuit defining an inspiratory circuit and an expiratory circuit, and comprising: - an oxygenator for oxygenating a breathable liquid; and - a pumping assembly operatively connected to the oxygenator for pumping the breathable liquid in and out of the mammal' s lungs through the respiratory circuit; - a pressure sensor operatively connected to the respiratory circuit and configured to measure a pressure of a respiratory flow of the breathable liquid; and - a control unit operatively connected to the pressure sensor and the pumping assembly for controllably exchanging the breathable liquid between the oxygenator and the mammal's lungs while controlling the expiratory flow of the breathable liquid pumped out of the lungs; characterized in that the control unit comprises a processor for: effecting in real-time a pressure P calculated from the measured pressure; and when the pressure P reaches a negative threshold indicating a collapse of the mammal's trachea, reducing in real-time the expiratory flow of the breathable liquid by 50% while pumping the breathable liquid out of the lungs during an extended expiratory period of time in order to maintain a targeted end-expiratory breathable liquid volume, or EEBLV, in the mammal's lungs. - a respiratory circuit defining an inspiratory circuit and an expiratory circuit, and comprising: - an oxygenator for oxygenating a breathable liquid; and - a pumping assembly operatively connected to the oxygenator for pumping the breathable liquid in and out of the mammal' s lungs through the respiratory circuit; - a pressure sensor operatively connected to the respiratory circuit and configured to measure a pressure of a respiratory flow of the breathable liquid; and - a control unit operatively connected to the pressure sensor and the pumping assembly for controllably exchanging the breathable liquid between the oxygenator and the mammal's lungs while controlling the expiratory flow of the breathable liquid pumped out of the lungs;
Cleaning device for materials to be processed such as granular matter mined from deposits and in particular for crushing lumpy foreign matter contained in raw gravel, such as clay or the like, with a tubular container disposed upright and an axle device provided therein disposed substantially centered in the tubular container, wherein a processing chamber is provided between the axle device and the inner wall of the tubular container for receiving the material to be processed, characterized in that the tubular container can be driven rotatingly and that engaging dogs (7, 8) are provided as working elements (9, 10) in the processing chamber.
A battery packaging material comprising a laminate that includes at least a barrier layer, a heat-sealable resin layer situated on one surface side of the barrier layer, a polyester film situated on the other surface side of the barrier layer, and an adhesive layer provided between the barrier layer and the heat-sealable resin layer, the polyester film having a birefringence index in a range of 0.016 or more and 0.042 or less, as measured in accordance with the method specified in the description.
Surge arrester comprising a housing, which has a grounding contact and a high-voltage contact, wherein the grounding contact and the high-voltage contact each electrically connect the interior to the exterior of the housing, and comprising an arrester element, which is arranged in the housing and has an arrester column which is clamped in between two end fittings (6, 7), wherein, by way of a contact element which is displaceable in an axial direction by means of a displacement device, an electrical connection from the grounding contact to the high-voltage contact via the arrester element can be interrupted, wherein the housing is formed as fluid-tight and is filled with a fluid to increase the dielectric strength, and, by way of the contact element which is displaceable in the axial direction by means of the displacement device, the electrical connection from the grounding contact to the high-voltage contact via the arrester element can be established in order to close a disconnection point between the grounding contact and the high-voltage contact, and a plurality of such arrester elements with in each case one contact element are arranged in the housing, which has in each case one high-voltage contact for each arrester element, wherein the contact elements are jointly displaceable by means of the displacement device, wherein each of the arrester elements respectively has a cylindrical arrester column, an electrically conducting end fitting on the high-voltage side and an electrically conducting end fitting on the ground side, wherein the arrester columns are in each case clamped between the end fittings (6, 7) by means of tensioning elements, characterized in that in each case one of the contact elements is guided in a bore of the respective end fitting on the high-voltage side.
A cell culture medium for culturing an oocyte, an oogonial stem cell, the progeny of an OSC or a preimplantation zygote, wherein the OSC is obtained from ovarian tissue, is an isolated non-embryonic stem cell, and is mitotically competent and expresses-Vasa, Oct-4, Dazl and Stella and, optionally, a stage-specific embryonic antigen, said cell culture medium comprising a CD38 inhibitor and a nicotinamide adenine dinucleotide precursor, wherein the CD38 inhibitor is a compound selected from the group consisting of 1-[(2-Acetoxyethoxy)methyl]-3-(aminocarbonyl)-pyridinium chloride, 1-[(2-Benzyloxyethoxy)methyl]-3-(aminocarbonyl)-pyridinium chloride, 1-{[2-(4-Methoxy-phenoxy)ethoxy]methyl}-3-(aminocarbonyl)-pyridinium chloride, 1-([2-(4-Phenoxy-phenoxy)ethoxy]methyl}-3-(aminocarbonyl)-pyridinium chloride, 1-{[2-(4-Nitro-phenoxy)ethoxy]methyl}-3-(aminocarbonyl)-pyridinium chloride, 1-{[2-(3-Trifluoromethyl-phenoxy)ethoxy]methyl)-3-(aminocarbonyl)-pyridiniumchloride, 1-{[2-(8'-Quinolyloxy)ethoxy]methyl}-3-(aminocarbonyl)-pyridinium chloride, 1,2-Dimethoxy-ethylene-bis-N,N'-3-(aminocarbonyl)-pyridinium dichloride, 1,4-Dimethoxy-butylene-bis-N,N'-3-(aminocarbonyl)-pyridinium dichloride, 1,4-Dimethoxy-butyne-bis-N,N'-3-(aminocarbonyl)-pyridinium dichloride, 1,4-Dimethoxy-hexamethylene-bis-N,N'-3-(aminocarbonyl)- pyridinium dichloride, -1-{[4-(8'-Quinolyloxy)but-2-enyloxy]methyl}-3-(aminocarbonyl)-pyridinium chloride, 1-{[2-(4-Phenoxy-phenoxy)ethoxy]methyl}-6-(aminocarbonyl)-quinolinium chloride, 1-{[2-(4-Phenoxy-phenoxy)ethoxy]methyl}-3-(aminocarbonyl)-4-amino-pyridinium chloride, luteolinidin, kuromanin, luteolin, delphinidin, pelargonidin, malvidin, quercetagetinidin, peonidin, myricetin, cyanidin, diosmetinidin, quercetin, robinetin, petunidin, fisetin, fisetinidin, quercetagetin, rac- taxifolin, rac -catechin, piceatannol, resveratrol, apigenin, tyrphostin 8, beberine and SRT-1720, and wherein the CD38 inhibitor and the NAD precursor are present in said medium in an amount effective to enhance the bioenergetic status of the oocyte, the OSC, the progeny of an OSC or the preimplantation zygote cultured in said medium.
A flow control apparatus comprising: - a housing including a housing passage; - a port extending through the housing; - a flow control member including a fluid responsive surface, and configured for displacement, relative to the port, such that fluid communication is effected between the port and the housing passage; - a sensor coupled to the housing for sensing an actuating signal; - a valve; and characterised by - a valve actuator (32, 3222, 321) that includes a squib configured for effecting generation of an explosion, in response to the sensing of an actuating signal by the sensor, with effect that a change in condition of the valve is effected such that fluid communication between the housing passage and the fluid responsive surface is effected. - a housing including a housing passage; - a port extending through the housing; - a flow control member including a fluid responsive surface, and configured for displacement, relative to the port, such that fluid communication is effected between the port and the housing passage; - a sensor coupled to the housing for sensing an actuating signal; - a valve; and - a valve actuator (32, 3222, 321) that includes a squib configured for effecting generation of an explosion, in response to the sensing of an actuating signal by the sensor, with effect that a change in condition of the valve is effected such that fluid communication between the housing passage and the fluid responsive surface is effected.
A computer implemented method to provide permissions for users from different organizations to access health information deposited in a plurality of healthcare datasets (104a-104p) having different owners who control access to the datasets they own, the method comprising the steps of: defining an information policy for each of the healthcare datasets, wherein the information policy comprises information access permissions set by the owners of each of the datasets; defining an organization policy for each of the healthcare datasets, wherein the organization policy comprises license permissions for the different organizations accessing the healthcare datasets; defining a user account master policy for each of the healthcare datasets, wherein the user account master policy comprises account permissions selectively assigned to users of the different organizations; and generating a master user policy for each of the users based on the information policy, the organization policy, and the user account master policy, wherein the master user policy comprises access control permissions to provide each of the users from the different organizations access to the healthcare datasets. defining an information policy for each of the healthcare datasets, wherein the information policy comprises information access permissions set by the owners of each of the datasets; defining an organization policy for each of the healthcare datasets, wherein the organization policy comprises license permissions for the different organizations accessing the healthcare datasets; defining a user account master policy for each of the healthcare datasets, wherein the user account master policy comprises account permissions selectively assigned to users of the different organizations; and generating a master user policy for each of the users based on the information policy, the organization policy, and the user account master policy, wherein the master user policy comprises access control permissions to provide each of the users from the different organizations access to the healthcare datasets.
A method of manufacturing and calibrating a Coriolis meter under test devoid of process connections, the method comprising the steps of: connecting a first process connection adapter to an input of said meter and a second process connection adapter to an output of said meter to form a series connection with said meter; flowing a fluid serially through said first process connection adapter, said meter, and said second process connection adapter; generating measurement signals from the meter in response to said flow; and processing the generated measurement signals to derive calibration information for the meter, and subsequently attaching process connections, based on customer requirements, to the meter. connecting a first process connection adapter to an input of said meter and a second process connection adapter to an output of said meter to form a series connection with said meter; flowing a fluid serially through said first process connection adapter, said meter, and said second process connection adapter; generating measurement signals from the meter in response to said flow; and processing the generated measurement signals to derive calibration information for the meter, and subsequently attaching process connections, based on customer requirements, to the meter.