mhurhangee/ep-ind-claims huggingface dataset:
A method for producing a glycosylated product from steviol glycoside intermediates, comprising: providing a bacterial cell expressing one or more UDP-dependent glycosyl transferase enzymes intracellularly, and wherein the bacterial cell comprises the genetic modifications: 5'-nucleotidase / UDP sugar hydrolase A (ushA) is deleted, inactivated, or reduced in expression; UDP-glucose-4-epimerase / galactose-1-phosphate uridylyltransferase / galactokinase / galactose-1-epimerase (galETKM) are deleted, inactivated, or reduced in expression; glucose-6-phosphate isomerase (pgi) is deleted, inactivated, or reduced in expression; and phosphoglucomutase (pgm) and UDP-glucose pyrophosphorylase (galU) are overexpressed; incubating the bacterial strain with the steviol glycoside intermediates, and recovering the glycosylated product. providing a bacterial cell expressing one or more UDP-dependent glycosyl transferase enzymes intracellularly, and wherein the bacterial cell comprises the genetic modifications: 5'-nucleotidase / UDP sugar hydrolase A (ushA) is deleted, inactivated, or reduced in expression; UDP-glucose-4-epimerase / galactose-1-phosphate uridylyltransferase / galactokinase / galactose-1-epimerase (galETKM) are deleted, inactivated, or reduced in expression; glucose-6-phosphate isomerase (pgi) is deleted, inactivated, or reduced in expression; and phosphoglucomutase (pgm) and UDP-glucose pyrophosphorylase (galU) are overexpressed; incubating the bacterial strain with the steviol glycoside intermediates, and recovering the glycosylated product.
A fiber essentially based on at least one kind of thermoplastic resin, wherein a fiber treating agent containing component, component, component and component described below is attached to the fiber, a component ratio of each of component, component and component is in the range of 3% by mass or more to less than 10% by mass and a component ratio of component is in the range of 40 to 60% by mass, based on an effective component in the fiber treating agent, and the component ratio (% by mass) of component and the component ratio (% by mass) of component satisfy a relationship: component ≤ component; component: an alkyl phosphate metal salt in which the number of carbons of an alkyl group is less than 10; component: a trialkylglycine derivative; component: hydroxycarboxylic acid; and component: an alkyl phosphate metal salt in which the number of carbons of an alkyl group is in the range of 10 to 14. component: an alkyl phosphate metal salt in which the number of carbons of an alkyl group is less than 10; component: a trialkylglycine derivative; component: hydroxycarboxylic acid; and component: an alkyl phosphate metal salt in which the number of carbons of an alkyl group is in the range of 10 to 14.
A dispenser comprising: a processor in communication with a server accessible to a doctor capable of prescribing a drug to a patient and a pharmacist capable of providing the drug to the patient, the processor configured to receive instructions relating to administration of the drug to the patient, the instructions specifying a timing and an amount of the drug to be administered and an identity of the patient; a timer in communication with the processor, the timer configured to provide a notification based on the timing specified in the instructions; and an identifier mechanism in communication with the processor, the identifier mechanism configured to determine an identity of a person attempting to access the drug, wherein the at least one processor is further configured to provide the amount of the drug based on the instructions if the identity of the person is the identity of the patient, characterized in that: the processor is in communication with a wearable device capable of performing bio-sensor monitoring and is configured to monitor the patient's biometrics after providing the drug to determine whether a patient has taken the drug. a processor in communication with a server accessible to a doctor capable of prescribing a drug to a patient and a pharmacist capable of providing the drug to the patient, the processor configured to receive instructions relating to administration of the drug to the patient, the instructions specifying a timing and an amount of the drug to be administered and an identity of the patient; a timer in communication with the processor, the timer configured to provide a notification based on the timing specified in the instructions; and an identifier mechanism in communication with the processor, the identifier mechanism configured to determine an identity of a person attempting to access the drug, wherein the at least one processor is further configured to provide the amount of the drug based on the instructions if the identity of the person is the identity of the patient, characterized in that: the processor is in communication with a wearable device capable of performing bio-sensor monitoring and is configured to monitor the patient's biometrics after providing the drug to determine whether a patient has taken the drug.
A display system to generate a composite view of a region behind a vehicle towing a trailer, the display system comprising: a first camera for outputting first image data corresponding to a first image, the first camera being configured to be mounted to the vehicle in a rear-facing orientation; a second camera for outputting second image data corresponding to a second image, the second camera being configured to be mounted to the trailer in a rear-facing orientation; an image processor for receiving said first image data and said second image data; wherein the image processor is configured to combine said first image data and said second image data to generate composite image data corresponding to a composite image such that at least a portion of one of said first image and said second image is overlaid, as a semi-transparent image, onto the other of said first image and said second image such that the trailer is partially visible in a semi-transparent manner in the composite image. a first camera for outputting first image data corresponding to a first image, the first camera being configured to be mounted to the vehicle in a rear-facing orientation; a second camera for outputting second image data corresponding to a second image, the second camera being configured to be mounted to the trailer in a rear-facing orientation; an image processor for receiving said first image data and said second image data; wherein the image processor is configured to combine said first image data and said second image data to generate composite image data corresponding to a composite image such that at least a portion of one of said first image and said second image is overlaid, as a semi-transparent image, onto the other of said first image and said second image such that the trailer is partially visible in a semi-transparent manner in the composite image.
An organic light emitting diode device having an electrode sheet of a light emitting area and an electrode contact (12, 22) in contact with the electrode sheet, wherein the electrode contact (12, 22) at least partly surrounds the electrode sheet of the light emitting area such that there is an interface between the electrode sheet and the electrode contact (12, 22), wherein this interface comprises portions defining two intersecting planes through which a current is flowing during operation of the organic light emitting diode device, wherein the electrode sheet of the light emitting area (1, 24) and the electrode contact (12, 22) are locally separated by a separator that is formed of an isolating material and/or a material having a sheet resistance higher than a sheet resistance of the electrode contact (12, 22), wherein the separator is arranged in an area in a vicinity of an intersection between the two planes defined by the portions of the interface, and the separator being arranged on at least one side of the intersection to be spaced from the intersection by a distance and having a length in a direction parallel to the interface, and wherein the device comprises two separators arranged on both sides of the intersection to be spaced from the intersection respectively by a distance (L1, L2) taken along each side of the intersection.
A plant cultivation system comprising: a polyvinyl alcohol film for cultivating a plant thereon, and a nutrient fluid retaining means disposed to be in contact with the lower surface of the PVA film, and wherein said PVA film has an equilibrium degree of swelling in the range of from 125 to 250 % as measured in water at 30 °C, characterized in that said PVA film has a loss tangent (tan δ) in the range of from 0.005 to 0.2 as measured in an equilibrium swollen state in water at 30 °C. a polyvinyl alcohol film for cultivating a plant thereon, and a nutrient fluid retaining means disposed to be in contact with the lower surface of the PVA film, and wherein said PVA film has an equilibrium degree of swelling in the range of from 125 to 250 % as measured in water at 30 °C, characterized in that said PVA film has a loss tangent (tan δ) in the range of from 0.005 to 0.2 as measured in an equilibrium swollen state in water at 30 °C.
An apparatus for perfusing an organ, comprising: an organ container configured to contain an organ in a basin of the organ container; a recirculating perfusate flow path; a first filter in the perfusate flow path and integrated with an exterior portion of the organ container by being disposed inside a wall of the basin such that an outer circumference or periphery of the first filter is between two surfaces of the wall; and a second filter in the perfusate flow path. an organ container configured to contain an organ in a basin of the organ container; a recirculating perfusate flow path; a first filter in the perfusate flow path and integrated with an exterior portion of the organ container by being disposed inside a wall of the basin such that an outer circumference or periphery of the first filter is between two surfaces of the wall; and a second filter in the perfusate flow path.
A lithography instrument comprising: a probe array; a controller that controls positioning of the probe array or a substrate relative to each other, wherein a plurality of components are to be manufactured on the substrate by lithography; and means to align the probe array or the substrate parallel to each other on an automated basis for subsequent manufacturing lithography based on measured electrical current, wherein alignment of the probe array or the substrate to be parallel to each other is performed in multiple orthogonal planes to level the probe array or substrate relative to one another characterized in that a layer of conductive material is deposited at at least two regions of the probe array and at least one region of the substrate, or vice versa, to form conductive regions, wherein application of voltage to the conductive regions on the probe array, substrate or both configures multiple independent electrical circuits between the probe array and the substrate, and wherein measurement of electrical current in each of the independent electrical circuits is indicative of relative positioning of the probe array and the substrate. a probe array; a controller that controls positioning of the probe array or a substrate relative to each other, wherein a plurality of components are to be manufactured on the substrate by lithography; and means to align the probe array or the substrate parallel to each other on an automated basis for subsequent manufacturing lithography based on measured electrical current, wherein alignment of the probe array or the substrate to be parallel to each other is performed in multiple orthogonal planes to level the probe array or substrate relative to one another characterized in that a layer of conductive material is deposited at at least two regions of the probe array and at least one region of the substrate, or vice versa, to form conductive regions, wherein application of voltage to the conductive regions on the probe array, substrate or both configures multiple independent electrical circuits between the probe array and the substrate, and wherein measurement of electrical current in each of the independent electrical circuits is indicative of relative positioning of the probe array and the substrate.
A composition for treating a hard surface comprising (a) adhesion promoter, which comprises an organic compound with at least one hydrophilic polyalkoxy group, wherein the organic compound is polyethylene glycol, an alkoxylated alcohol, an alkoxylated polyol partial ester and/or a polymeric alkylene oxide block copolymer; (b) at least one surfactant selected from the group consisting of: anionic, nonionic, cationic, amphoteric, zwitterionic, and combinations thereof; wherein one or more of the at least one surfactant can serve all or in part as the adhesion promoter; (c) a basic agent, which comprises a polyalkylenepolyamine and/or a polyetheramine; and (d) water; wherein the composition is a gel having a gel melt temperature of about 50-80 °C and is self-adhering upon application to a hard surface; and an equilibrated mixture of 10 wt.% of the composition with deionized water has a pH of at least about 10. (a) adhesion promoter, which comprises an organic compound with at least one hydrophilic polyalkoxy group, wherein the organic compound is polyethylene glycol, an alkoxylated alcohol, an alkoxylated polyol partial ester and/or a polymeric alkylene oxide block copolymer; (b) at least one surfactant selected from the group consisting of: anionic, nonionic, cationic, amphoteric, zwitterionic, and combinations thereof; wherein one or more of the at least one surfactant can serve all or in part as the adhesion promoter; (c) a basic agent, which comprises a polyalkylenepolyamine and/or a polyetheramine; and (d) water;
Plug connector assembly, comprising: a plug connector, in particular a strip connector, with a number of spring connections; and a terminal connector for connecting the number of spring connections of the plug connector to the number of contact connections of an interface module, wherein the terminal connector comprises: a printed circuit board with a lower side and an upper side as well as a number of strip conductors, wherein each strip conductor is electrically connectable to a contact connection of the interface module; a number of metal pins, wherein each metal pin is connected to a strip conductor of the printed circuit board in an electrically conductive and integrally bonded manner, wherein the metal pins extend from the lower side of the printed circuit board and are insertable into the spring connections of the plug connector, wherein each metal pin has a base section, which is insertable into a spring connection, as well as a strip conductor section, which contacts a strip conductor, wherein the strip conductor section is angled relative to the base section, wherein the base section of a metal pin has a larger diameter than the strip conductor section, and wherein the metal pins of the terminal connector are inserted into the spring connections and held in said spring connections in a force-fitting manner. a printed circuit board with a lower side and an upper side as well as a number of strip conductors, wherein each strip conductor is electrically connectable to a contact connection of the interface module; a number of metal pins, wherein each metal pin is connected to a strip conductor of the printed circuit board in an electrically conductive and integrally bonded manner, wherein the metal pins extend from the lower side of the printed circuit board and are insertable into the spring connections of the plug connector, wherein each metal pin has a base section, which is insertable into a spring connection, as well as a strip conductor section, which contacts a strip conductor, wherein the strip conductor section is angled relative to the base section, wherein the base section of a metal pin has a larger diameter than the strip conductor section, and wherein the metal pins of the terminal connector are inserted into the spring connections and held in said spring connections in a force-fitting manner.
A method of making a steel with low carbon less than 0.035% by weight comprising the steps of: (a) preparing a heat of molten steel composition in a steelmaking furnace to a tapping temperature as desired for desulfurization at a vacuum tank degasser, (b) tapping open into a ladle the molten steel composition with an oxygen level between 600 and 1120 ppm, and at a tapping temperature between 1693°C and 1771°C, (c) providing a slag forming compound to the ladle to form a slag cover over the molten steel composition in the ladle, (d) transporting the molten steel composition in the ladle to a vacuum tank degasser, (e) decarburizing the molten steel composition at the vacuum tank degasser by drawing a vacuum of less than 650 millibars, (f) after decarburizing, adding one or more deoxidizers to the molten steel composition and deoxidizing the molten steel composition, (g) after deoxidizing, adding one or more flux compounds to desulfurize the molten steel composition, and (i) casting the molten steel composition to form a steel with low carbon less than 0.035% by weight. (a) preparing a heat of molten steel composition in a steelmaking furnace to a tapping temperature as desired for desulfurization at a vacuum tank degasser, (b) tapping open into a ladle the molten steel composition with an oxygen level between 600 and 1120 ppm, and at a tapping temperature between 1693°C and 1771°C, (c) providing a slag forming compound to the ladle to form a slag cover over the molten steel composition in the ladle, (d) transporting the molten steel composition in the ladle to a vacuum tank degasser, (e) decarburizing the molten steel composition at the vacuum tank degasser by drawing a vacuum of less than 650 millibars, (f) after decarburizing, adding one or more deoxidizers to the molten steel composition and deoxidizing the molten steel composition, (g) after deoxidizing, adding one or more flux compounds to desulfurize the molten steel composition, and (i) casting the molten steel composition to form a steel with low carbon less than 0.035% by weight.
A breathing mask comprising a mask body which surrounds a cavity that is open towards one side and which is intended for coming into contact with a human face around the mouth and/or nose thereof, wherein the mouth and/or nose may be arranged in the cavity, a feed port for connecting a breathing gas feed device for feeding gas into the cavity; a valve arrangement comprising an exhalation valve for controlling the flow of gas from the cavity into atmosphere surrounding the breathing mask and an emergency breathing valve for controlling the flow of gas from the atmosphere surrounding the breathing mask into the cavity, wherein the exhalation valve comprises a closing body for closing an exhalation valve opening and wherein the exhalation valve is adapted such that the exhalation valve opens when the pressure in the cavity is above the pressure of the atmosphere surrounding the breathing mask by a preset value, wherein the emergency breathing valve is adapted such that it opens when pressure in the cavity is below pressure of the atmosphere surrounding the breathing mask by a preset value, wherein the emergency breathing valve comprises a diaphragm element (27, 27') which is provided with a diaphragm opening which forms a gas connection between the cavity and the atmosphere surrounding the breathing mask, wherein the emergency breathing valve comprises a closing element (43, 43') with a closing surface, which closing element is flexible such that it is deformable between an open position in which the closing surface is spaced apart from the diaphragm element (27, 27'), so that flow of gas through the opening is allowed, and a closed position in which the closing surface is in contact with the diaphragm element (27, 27') so that the closing element (43, 43') closes the diaphragm opening to the atmosphere surrounding the breathing mask and flow of gas through the diaphragm opening is prevented, characterized in that the closing element (43, 43') is formed as a separate component of the valve arrangement, in the that the diaphragm element (27, 27') is formed as a separate component which is fastened to the mask body on the side pointing away from the cavity, and in that the closing body of the exhalation valve is held on the side pointing away from the cavity between the diaphragm element (27, 27') and the mask body.
A component-on-package circuit (100; 300; 400) comprising: a component (102; 104; 302; 402; 405) for an electrical circuit; and a circuit module attached to the component, the circuit module having: circuitry; and at least one leadframe (103; 203; 303; 403) which connects the circuitry to the component (102; 104; 302; 402; 405) both electrically and thermally, the leadframe (103; 203; 303; 403) having a high degree of both electrical and thermal conductivity and a non-planar shape that provides spring-like cushioning of force applied to the component (102; 104; 302; 402; 405) in the direction of the circuit module, characterized in that the at least one leadframe (103; 203; 303; 403) comprises at least one opening (106; 206; 306; 406). a component (102; 104; 302; 402; 405) for an electrical circuit; and a circuit module attached to the component, the circuit module having: circuitry; and at least one leadframe (103; 203; 303; 403) which connects the circuitry to the component (102; 104; 302; 402; 405) both electrically and thermally, the leadframe (103; 203; 303; 403) having a high degree of both electrical and thermal conductivity and a non-planar shape that provides spring-like cushioning of force applied to the component (102; 104; 302; 402; 405) in the direction of the circuit module, characterized in that the at least one leadframe (103; 203; 303; 403) comprises at least one opening (106; 206; 306; 406).