mhurhangee/ep-ind-claims huggingface dataset:
The use of probiotics in the manufacturing of a composition for oral administration to expecting female mammals for boosting the immunity of their offsprings after birth, characterized in that said probiotics are a combination of Lactobacillus rhamnosus CGMCC 1.3724 and Bifidobacterium lactis CNCM 1-3446.
The use of cardiac glycoside for producing a medicine for inhibiting the secretion of IL-8 to treat a disease condition in a mammal, wherein the disease condition is characterized by elevated levels of IL-8, the cardiac glycoside is oleandrin or digitoxin and the disease condition is cystic fibrosis, infection with influenza virus or COPD (chronic obstructive pulmonary disease).
An ABS hydraulic unit where a hydraulic circuit is connected to a master cylinder for discharging a brake fluid at a first connection end thereof and is connected to a hydraulic brake (5,6) at a second connection end thereof, and makes the hydraulic brake perform braking, a pump operated by a motor having an axis defining an axial direction of the motor, an inlet valve, an outlet valve and an accumulator are provided in the hydraulic circuit, wherein the inlet valve is connected to the first connection end through a first pipe, and an antilock brake control of the hydraulic brake is performed by controlling the pump, the inlet valve and the outlet valve, wherein the ABS hydraulic unit has a circuit part in which the hydraulic circuit is disposed, the circuit part includes: the pump which is disposed at one end of a longitudinal direction of the circuit part and, the first connection end which is formed at the other end of the longitudinal direction and, a discharge side passage which connects the discharge side of the pump and the first connection end and, a suction side passage which extends along the discharge side passage and connects a suction side of the pump and the inlet valve, and the accumulator, the outlet valve, the second connection end and the inlet valve are arranged in the suction side passage in order from the one end to the other end. the pump which is disposed at one end of a longitudinal direction of the circuit part and, the first connection end which is formed at the other end of the longitudinal direction and, a discharge side passage which connects the discharge side of the pump and the first connection end and, a suction side passage which extends along the discharge side passage and connects a suction side of the pump and the inlet valve, and the accumulator, the outlet valve, the second connection end and the inlet valve are arranged in the suction side passage in order from the one end to the other end.
Method for operating an eye tracking device with a predetermined capturing area, wherein the eye tracking device comprises as components - at least one imaging device configured to capture images of at least one eye of a user in the capturing area of the eye tracking device; - an illumination unit with at least one light source configured to illuminate the at least one eye of the user in the capturing area; and - a processing unit configured to process images captured by the imaging device; - a control unit configured to control at least one of the components (20; 30; 40) by controlling at least two adjustment parameters (P A) by means of which the operations of the components is adjustable; the method comprises the step: a) capturing the images of the at least one eye of the user; and the method further comprises the characterizing steps: b) setting as a condition a minimum tracking quality or a maximum power consumption, wherein the tracking quality is an image quality or an estimated eye tracking quality; and c) when capturing the images in a) the control unit controls the at least two adjustment parameters (P A) according to a first predefined correlation which describes the interplay between the tracking quality and the power consumption in the eye tracking device in order to fulfill the condition. - at least one imaging device configured to capture images of at least one eye of a user in the capturing area of the eye tracking device; - an illumination unit with at least one light source configured to illuminate the at least one eye of the user in the capturing area; and - a processing unit configured to process images captured by the imaging device; - a control unit configured to control at least one of the components (20; 30; 40) by controlling at least two adjustment parameters (P A) by means of which the operations of the components is adjustable; a) capturing the images of the at least one eye of the user; b) setting as a condition a minimum tracking quality or a maximum power consumption, wherein the tracking quality is an image quality or an estimated eye tracking quality; and c) when capturing the images in a) the control unit controls the at least two adjustment parameters (P A) according to a first predefined correlation which describes the interplay between the tracking quality and the power consumption in the eye tracking device in order to fulfill the condition.
A portable private power generation apparatus comprising: a fly-wheel member which is rotatable; a first rotating member and a second rotating member that are provided on both sides of the fly-wheel member and rotate the fly-wheel member; a first wire and a second wire that each rotate the first and second rotating members by a pulling operation; a first spring member and a second spring member that perform winding operations on the first and second wires, respectively; and a power generation member that generates electrical power according to rotation of the fly-wheel member, characterized in that the fly-wheel member comprises a fly-wheel main body that includes a ring gear provided on an outer circumference thereof, and a first clutch gear provided on an inner side thereof, a fly-wheel support that is inserted into the fly-wheel main body, and a fly-wheel that is coupled to the fly-wheel support and includes a second clutch gear provided therein, the fly-wheel main body, the fly-wheel support, and the fly-wheel being integrated, and the ring gear being engaged with a gear of the power generation member. a fly-wheel member which is rotatable; a first rotating member and a second rotating member that are provided on both sides of the fly-wheel member and rotate the fly-wheel member; a first wire and a second wire that each rotate the first and second rotating members by a pulling operation; a first spring member and a second spring member that perform winding operations on the first and second wires, respectively; and a power generation member that generates electrical power according to rotation of the fly-wheel member, characterized in that the fly-wheel member comprises a fly-wheel main body that includes a ring gear provided on an outer circumference thereof, and a first clutch gear provided on an inner side thereof, a fly-wheel support that is inserted into the fly-wheel main body, and a fly-wheel that is coupled to the fly-wheel support and includes a second clutch gear provided therein, the fly-wheel main body, the fly-wheel support, and the fly-wheel being integrated, and the ring gear being engaged with a gear of the power generation member.
Redox flow battery for storing of electrical energy comprising a reaction cell having two electrode chambers (1, 2) for catholyte and anolyte, which are each connected to at least one store for liquid and are separated by a semipermeable membrane that is impermeable for the redox pair in the catholyte, and which are equipped with electrodes, wherein the electrode chambers (1, 2) are each filled with electrolyte solutions comprising redox-active components in liquid state, dissolved or dispersed in an aqueous electrolyte solvent, as well as optionally conducting salts dissolved therein and optionally further additives, and wherein the catholyte comprises as a redox-active component a compound comprising at least one residue of formula I in the molecule wherein the line going off the 4-position in the structure of formula I represents a covalent bond connecting the structure of formula I with the remainder of the molecule, and R 1, R 2, R 3 and R 4 independently of one another represent alkyl, cycloalkyl, aryl or aralkyl, characterized in that the anolyte comprises zinc salt as redox-active component.
Respiratory assistance device comprising a gas circuit designed to convey a gas stream, comprising: - measuring means arranged to measure at least one stream parameter representative of the gas stream conveyed by the gas circuit and configured to convert said at least one stream parameter into at least one stream signal representative of the gas stream, - signal processing means able to and designed to process said at least one stream signal supplied by the measuring means, and to deduce information from it, representative of a manual cardiac massage mode or an automatic cardiac massage mode, - storage means configured to store several ventilatory modes comprising: i) a first ventilatory mode comprising first ventilation parameters (PB1, PH1) applicable in case of manual cardiac massage, and ii) a second ventilatory mode comprising second ventilation parameters (PB2, PH2) applicable in case of automatic cardiac massage, - and ventilatory mode selection means able to and designed to find and select, within the storage means, the first or the second stored ventilatory mode, according to the information representative of a manual or automatic cardiac massage mode supplied by the signal processing means. - measuring means arranged to measure at least one stream parameter representative of the gas stream conveyed by the gas circuit and configured to convert said at least one stream parameter into at least one stream signal representative of the gas stream, - signal processing means able to and designed to process said at least one stream signal supplied by the measuring means, and to deduce information from it, representative of a manual cardiac massage mode or an automatic cardiac massage mode, - storage means configured to store several ventilatory modes comprising: i) a first ventilatory mode comprising first ventilation parameters (PB1, PH1) applicable in case of manual cardiac massage, and ii) a second ventilatory mode comprising second ventilation parameters (PB2, PH2) applicable in case of automatic cardiac massage, i) a first ventilatory mode comprising first ventilation parameters (PB1, PH1) applicable in case of manual cardiac massage, and ii) a second ventilatory mode comprising second ventilation parameters (PB2, PH2) applicable in case of automatic cardiac massage, - and ventilatory mode selection means able to and designed to find and select, within the storage means, the first or the second stored ventilatory mode, according to the information representative of a manual or automatic cardiac massage mode supplied by the signal processing means.
A multiphase method for processing organic material to obtain microbial output in less than 15 days, comprising: (a) a first phase wherein said organic material is hydrolyzed; (b) a second phase overlapping with said first phase wherein said hydrolyzed material of (a) is subject to acidogenesis and acetogenesis to obtain material comprising hydrogen, carbon dioxide, volatile organic acids and methanogenic precursors; (c) a third phase overlapping with said second phase wherein said methanogenic precursors in the material in (b) are converted to methane and the methane is subsequently subjected to methanotrophy, and said material in (b) is further subjected to nitrification; and (d) a fourth phase overlapping with said third phase wherein said material from (c) is subject to stabilization and reversion; wherein said method further comprises providing a working fluid to each phase and wherein said method optionally further comprises pasteurization and/or concentration; wherein said organic material is organic feedstock in a range of about 16 to about 1602 mg of organic feedstock per liter (about 0.001 to about 0.1 pound of organic feedstock per cubic foot) of total working capacity of the first phase space, the second phase space, the third phase space, and the fourth phase space. (a) a first phase wherein said organic material is hydrolyzed; (b) a second phase overlapping with said first phase wherein said hydrolyzed material of (a) is subject to acidogenesis and acetogenesis to obtain material comprising hydrogen, carbon dioxide, volatile organic acids and methanogenic precursors; (c) a third phase overlapping with said second phase wherein said methanogenic precursors in the material in (b) are converted to methane and the methane is subsequently subjected to methanotrophy, and said material in (b) is further subjected to nitrification; and (d) a fourth phase overlapping with said third phase wherein said material from (c) is subject to stabilization and reversion; wherein said method further comprises providing a working fluid to each phase and wherein said method optionally further comprises pasteurization and/or concentration; wherein said organic material is organic feedstock in a range of about 16 to about 1602 mg of organic feedstock per liter (about 0.001 to about 0.1 pound of organic feedstock per cubic foot) of total working capacity of the first phase space, the second phase space, the third phase space, and the fourth phase space.
A polymer composition comprising: 65 to 35 parts by mass of a copolymer containing a constitutional unit derived from ethylene and a constitutional unit derived from an α-olefin having 3 to 20 carbon atoms; 35 to 65 parts by mass of a propylene-based polymer having a melting point of 135°C to 170°C measured by DSC (provided that the total of the component and the component is 100 parts by mass); 0.01 to 0.50 parts by mass of fatty acid amide with a molecular weight of 310 to 5,000 relative to 100 parts by mass of the total of the component and the component; and 0.01 to 0.50 parts by mass of fatty acid amide with a molecular weight of 298 or less relative to 100 parts by mass of the total of the component and the component, wherein, when the amount of the component is designated Wc and the amount of the component is designated Wd, Wc/Wd is 0.5 to 1.5, and the component is not crosslinked. 65 to 35 parts by mass of a copolymer containing a constitutional unit derived from ethylene and a constitutional unit derived from an α-olefin having 3 to 20 carbon atoms; 35 to 65 parts by mass of a propylene-based polymer having a melting point of 135°C to 170°C measured by DSC (provided that the total of the component and the component is 100 parts by mass); 0.01 to 0.50 parts by mass of fatty acid amide with a molecular weight of 310 to 5,000 relative to 100 parts by mass of the total of the component and the component; and 0.01 to 0.50 parts by mass of fatty acid amide with a molecular weight of 298 or less relative to 100 parts by mass of the total of the component and the component,
Use of a device for the horizontal transport of preferably tabular workpieces by means of a vacuum, with at least one conveyor belt driven in circulation for the workpieces to be laid thereon, and with a holding device past which the conveyor belt is guided, wherein the holding device holds the workpieces in place on the conveyor belt on the workpiece side by the generation of a vacuum at suction openings of the conveyor belt, the vacuum is generated by at least one blower, the conveyor belt is designed as a toothed conveyor belt, each suction opening opens into a suction pocket in the conveyor belt, which suction pocket has an area that is at least 5 times and at maximum 100 times the cross section of the suction opening, characterised in that the blower is designed as a radial fan that has an impeller with backwardly curved blades, the radial fan can be positioned independently and spatially separately from the holding device, the conveyor belt is guided and driven over two gearwheels mounted at the ends of the holding device, the radial fan is equipped with a spiral housing, which opens into an outlet and sucks in air at a suction opening that is oriented parallel to the shaft of the impeller and is connected to a vacuum line that communicates with the holding device, wherein the vacuum line ensures that the necessary vacuum is available in or at the holding device, wherein the vacuum generated by the radial fan remains virtually constant as seen over the entire volumetric flow. the holding device holds the workpieces in place on the conveyor belt on the workpiece side by the generation of a vacuum at suction openings of the conveyor belt, the vacuum is generated by at least one blower, the conveyor belt is designed as a toothed conveyor belt, each suction opening opens into a suction pocket in the conveyor belt, which suction pocket has an area that is at least 5 times and at maximum 100 times the cross section of the suction opening, characterised in that the blower is designed as a radial fan that has an impeller with backwardly curved blades, the radial fan can be positioned independently and spatially separately from the holding device, the conveyor belt is guided and driven over two gearwheels mounted at the ends of the holding device, the radial fan is equipped with a spiral housing, which opens into an outlet and sucks in air at a suction opening that is oriented parallel to the shaft of the impeller and is connected to a vacuum line that communicates with the holding device, wherein the vacuum line ensures that the necessary vacuum is available in or at the holding device, wherein the vacuum generated by the radial fan remains virtually constant as seen over the entire volumetric flow.
A stator for an electric machine, the stator comprising: - a core having a plurality of pole expansions and a plurality of windings (100, 200, 300) made of electrically conductive material on the pole expansions, where at least a part of the windings (100, 200, 300) is made from a conductor wire (110, 120; 210, 220; 310, 320) having a pair of free ends that can be connected electrically to a mains power supply; and - two or more electric terminations (5, 6, 7) comprising a flexible portion which is movable towards the core and away from the core electrically connectable to respective electrical power supply terminals; at least one of the electric terminations (5, 6, 7) being formed by two free ends of respective different conductor wires (110, 120; 210, 220; 310, 320) and having a twisted form created by twisting the ends along a principal line of extension of the ends, an eye being formed, for each electric termination (5, 6, 7), by the respective conductor wires at the base of the twisted part, the stator being characterized in that the eye forms a damping element for the respective twisted portion. - a core having a plurality of pole expansions and a plurality of windings (100, 200, 300) made of electrically conductive material on the pole expansions, where at least a part of the windings (100, 200, 300) is made from a conductor wire (110, 120; 210, 220; 310, 320) having a pair of free ends that can be connected electrically to a mains power supply; and - two or more electric terminations (5, 6, 7) comprising a flexible portion which is movable towards the core and away from the core electrically connectable to respective electrical power supply terminals; at least one of the electric terminations (5, 6, 7) being formed by two free ends of respective different conductor wires (110, 120; 210, 220; 310, 320) and having a twisted form created by twisting the ends along a principal line of extension of the ends, an eye being formed, for each electric termination (5, 6, 7), by the respective conductor wires at the base of the twisted part, the stator being characterized in that the eye forms a damping element for the respective twisted portion.
Method, comprising: - wireless transmitting of transmission information from an apparatus, wherein the transmission information comprises an identifier of the apparatus, wherein the identifier is associated with a resource in such a way that the resource is identifiable and/or localisable by the identifier, and wherein a server provides the resource associated with the identifier, - capturing vicinity information about the vicinity of the apparatus at the apparatus and/or obtaining vicinity information about the vicinity of the apparatus at the apparatus, and - transmitting the vicinity information about the vicinity of the apparatus over a network connection from the apparatus to the server, wherein the vicinity information is transmitted over a network connection in a first network from the apparatus to the server, and wherein the resource associated with the identifier is provided by the server in such a way that it is retrievable over a second network. - wireless transmitting of transmission information from an apparatus, wherein the transmission information comprises an identifier of the apparatus, wherein the identifier is associated with a resource in such a way that the resource is identifiable and/or localisable by the identifier, and wherein a server provides the resource associated with the identifier, - capturing vicinity information about the vicinity of the apparatus at the apparatus and/or obtaining vicinity information about the vicinity of the apparatus at the apparatus, and - transmitting the vicinity information about the vicinity of the apparatus over a network connection from the apparatus to the server, wherein the vicinity information is transmitted over a network connection in a first network from the apparatus to the server, and wherein the resource associated with the identifier is provided by the server in such a way that it is retrievable over a second network.
Coupling arrangement for connecting a first and a second thermally insulated fluid-conducting line, with the first and the second fluid-conducting line, with a coupling which comprises a first coupling part arranged on the first line, a second coupling part arranged on the second line, and connecting means for detachably connecting the two coupling parts (106, 108), wherein an enclosure enclosing the coupling is provided, wherein a cavity formed by the enclosure is arranged to prevent condensation of atmosphere which has entered the cavity, wherein the enclosure comprises first and second hoods (118, 120), a first end of the first hood abutting the thermal insulation of the first fluid carrying conduit, a first end of the second hood abutting the thermal insulation of the second fluid carrying conduit, characterized in that the first and the second hood (118, 120) are directly detachably connectable to each other with their respective second ends above the coupling, wherein the second ends of the first and the second hood (118, 120) respectively extend in axial direction at least up to a parting plane of the coupling in which the first and the second coupling parts (106, 108) are detachable from each other. wherein the enclosure comprises first and second hoods (118, 120), a first end of the first hood abutting the thermal insulation of the first fluid carrying conduit, a first end of the second hood abutting the thermal insulation of the second fluid carrying conduit, characterized in that the first and the second hood (118, 120) are directly detachably connectable to each other with their respective second ends above the coupling, wherein the second ends of the first and the second hood (118, 120) respectively extend in axial direction at least up to a parting plane of the coupling in which the first and the second coupling parts (106, 108) are detachable from each other.