mhurhangee/ep-ind-claims huggingface dataset:
Interface module (1, 13, 14) for coupling data buses (5, 6, 22) to first signal line ports (2, 15) to which signal lines (7, 8, 9) of at least a first data bus are connectable, characterized in that the interface module (1, 13, 14) for coupling data buses (5, 6, 22) to second signal line ports (3, 16) to which signal lines (10, 11, 12) of at least a second data bus (6, 22) are connectable, said module comprising at least one connecting means (4, 17) for establishing at least one connection between one of the first signal line ports (2, 15) and one of the second signal line ports (3, 16), wherein the first signal line port (2, 15) connected to the second signal line port (3, 16) is alternately connectable to at least one other second signal line port (3, 16) to which a signal line of a data bus which is different from the second data bus (6, 22) is connectable, and/or wherein the second signal line port (3, 16) connected to the first signal line port (2, 15) is alternately connectable to at least one other first signal line port (2, 15) to which a signal line of a data bus which is different from the first data bus is connectable.
Lighting device for a motor vehicle headlamp, comprising a lighting unit with at least one light source, with at least one primary optics and a projection optical system arranged downstream of the primary optics in the light exit direction, the at least one primary optics having several light guide elements and a light exit surface, each light guiding element comprising a light coupling surface for feeding in light from at least one light source and a light extraction surface, and the light extraction surfaces of the several light guiding elements opening into the common light extraction surface of the primary optics, characterized in that the light exit surface has, at least in sections thereof and in at least two rows, light extraction optics having a convex curvature and arranged directly adjacent to each other, wherein between the individual rows of the adjacent light extraction optics extraction grooves are provided for delimiting the edges of the light extraction optics in a row direction thereof, wherein respectively several light guide elements, arranged in a matrix arrangement next to each other line by line in a matrix line, are with their light extraction surfaces associated to a common light extraction optics.
A system (100, 200, 400) for assessing fluid content in a patient, comprising: three ultrasound transducers (120, 121), each separated from one another by a fixed distance; a retention element (110, 210) housing the three ultrasound transducers (120, 121); and an ultrasound reflector, wherein the ultrasound reflector is moveable to permit its placement opposite the three ultrasound transducers (120, 121) when the retention element (110, 210) is placed at least partially about a circumference of a soft tissue of the patient, wherein the system (100, 200, 400) is configured to measure, using the ultrasound transducers (120,121), at least one ultrasound echo time; to calculate a speed of sound through a soft tissue of the patient based on the at least one ultrasound echo time and the fixed distance; and to calculate, based on the speed of sound, a fluid content of the tissue. three ultrasound transducers (120, 121), each separated from one another by a fixed distance; a retention element (110, 210) housing the three ultrasound transducers (120, 121); and an ultrasound reflector, wherein the ultrasound reflector is moveable to permit its placement opposite the three ultrasound transducers (120, 121) when the retention element (110, 210) is placed at least partially about a circumference of a soft tissue of the patient, wherein the system (100, 200, 400) is configured to measure, using the ultrasound transducers (120,121), at least one ultrasound echo time; to calculate a speed of sound through a soft tissue of the patient based on the at least one ultrasound echo time and the fixed distance; and to calculate, based on the speed of sound, a fluid content of the tissue.
A filler tube for a fuel tank, having - a tube portion composed of plastic and - a tubular adapter which is connected to the tube portion and which serves for the coupling of the filler tube to the fuel tank, whereas - a lateral surface (12, 28) of the adapter is integrally bounded by welding, to a lateral surface of the tube portion, wherein - the adapter and the tube portion are arranged so as to overlap in the region of the integrally bonded connection, characterized in that - the adapter is produced from at least two material components, whereas one component is provided for structurally stiffening the adapter and the second component is provided for forming the integrally bonded connection to the tube portion, and - the lateral surface (12, 28) of the adapter is, in the region of the integrally bonded connection, formed from a plastic which is weldable to the plastic of the tube portion. - a tube portion composed of plastic and - a tubular adapter which is connected to the tube portion and which serves for the coupling of the filler tube to the fuel tank, whereas - a lateral surface (12, 28) of the adapter is integrally bounded by welding, to a lateral surface of the tube portion, wherein - the adapter and the tube portion are arranged so as to overlap in the region of the integrally bonded connection, - the adapter is produced from at least two material components, whereas one component is provided for structurally stiffening the adapter and the second component is provided for forming the integrally bonded connection to the tube portion, and - the lateral surface (12, 28) of the adapter is, in the region of the integrally bonded connection, formed from a plastic which is weldable to the plastic of the tube portion.
A chamfer cutting device comprising a mounting bracket, and a blade rigidly connected to the mounting bracket and positioned between the chamfer points characterized in that there is further provided an electromagnet rigidly attached to the mounting bracket, a hold/release arm magnetically coupled to the electromagnet, a chamfer former rigidly attached to the hold/release arm, wherein the chamfer cutter comprises two bending beams (223,233), each terminating in a chamfer point.
A kit for amplifying a target nucleic acid by Recombinase Polymerase Amplification, wherein the kit comprises: (i) at least one recombinase; (ii) at least one single-stranded DNA binding protein; (iii) at least one DNA polymerase; (iv) dNTPs or a mixture of dNTPs and ddNTPs; (v) a crowding agent for stimulating amplification of the RPA reaction, wherein said crowding agent is selected from the group consisting of polyethylene glycol, dextran, ficoll, PEG1450, PEG3000, PEG8000, PEG10000, PEG compound with molecular weight between 15,000 and 20,000 daltons and a combination thereof; (vi) a buffer; (vii) a reducing agent; (viii) ATP or ATP analog; and (ix) at least one recombinase loading protein; and (x) a first primer and optionally a second primer. (i) at least one recombinase; (ii) at least one single-stranded DNA binding protein; (iii) at least one DNA polymerase; (iv) dNTPs or a mixture of dNTPs and ddNTPs; (v) a crowding agent for stimulating amplification of the RPA reaction, wherein said crowding agent is selected from the group consisting of polyethylene glycol, dextran, ficoll, PEG1450, PEG3000, PEG8000, PEG10000, PEG compound with molecular weight between 15,000 and 20,000 daltons and a combination thereof; (vi) a buffer; (vii) a reducing agent; (viii) ATP or ATP analog; and (ix) at least one recombinase loading protein; and (x) a first primer and optionally a second primer.
A method of preparing a metal substrate comprising a protective coating, wherein a dispersion comprising - one or more pre-ceramic polymers selected polysiloxanes, polysilsesquioxanes; polysilazanes, polysilsesquiazanes, polysilylcarbodiimides, polysilsesquicarbodiimides, polycarbosilanes; polysilanes; polyborosilanes, polyborosilazanes and polyborosiloxanes; - one or more inorganic fillers, wherein at least one of the inorganic fillers has a lamellar or plate-like morphology and is selected from mica, Al 2 O 3, boron nitride, phyllosilicates and clays; and - one or more solvents selected from C6-C9 aromatics, C2-C6 esters, C1-C6 ketones, C1-C6 alcohols, C4-C8 paraffins and chlorinated C1-C 6 hydrocarbons is applied onto the metal substrate and dried to form the coating, characterized in that the metal substrate is a solid cylindrical, stranded or bunched or shaped or sector-shaped or compacted conductor of a power or signal or data cable. - one or more pre-ceramic polymers selected polysiloxanes, polysilsesquioxanes; polysilazanes, polysilsesquiazanes, polysilylcarbodiimides, polysilsesquicarbodiimides, polycarbosilanes; polysilanes; polyborosilanes, polyborosilazanes and polyborosiloxanes; - one or more inorganic fillers, wherein at least one of the inorganic fillers has a lamellar or plate-like morphology and is selected from mica, Al 2 O 3, boron nitride, phyllosilicates and clays; and - one or more solvents selected from C6-C9 aromatics, C2-C6 esters, C1-C6 ketones, C1-C6 alcohols, C4-C8 paraffins and chlorinated C1-C 6 hydrocarbons is applied onto the metal substrate and dried to form the coating,
An automation control and monitoring system, comprising: a server configured to receive a subscription request from a client component, the subscription request providing one or more criteria to the server, wherein the server is configured to: provide a set of data, via a first notification, to the client component based upon the one or more criteria in the subscription request; and provide, via additional notifications (198, 200) based on the subscription request, additional sets of data, modifications to the set of data, or both, when additional data or modifications corresponding to the one or more criteria are available, wherein the server is further configured to: receive, via the subscription request, a limit designating a maximum amount of data to be returned in a notification; limit the first notification to the designated maximum amount of data; and provide the additional notifications with the additional sets of data that could not be sent in the first notification due to the limit, wherein each of the additional notifications do not exceed the maximum amount of data to be returned in a notification. provide a set of data, via a first notification, to the client component based upon the one or more criteria in the subscription request; and provide, via additional notifications (198, 200) based on the subscription request, additional sets of data, modifications to the set of data, or both, when additional data or modifications corresponding to the one or more criteria are available, wherein the server is further configured to: receive, via the subscription request, a limit designating a maximum amount of data to be returned in a notification; limit the first notification to the designated maximum amount of data; and provide the additional notifications with the additional sets of data that could not be sent in the first notification due to the limit, wherein each of the additional notifications do not exceed the maximum amount of data to be returned in a notification. receive, via the subscription request, a limit designating a maximum amount of data to be returned in a notification; limit the first notification to the designated maximum amount of data; and provide the additional notifications with the additional sets of data that could not be sent in the first notification due to the limit, wherein each of the additional notifications do not exceed the maximum amount of data to be returned in a notification.
A treatment system for facilitating the healing of a skin ulcer on a treatment region of a body, the treatment system comprises: an ultrasound apparatus, operative for transmitting ultrasound waves to said treatment region at an operating frequency between 1-3 MHz and at an operating intensity between 1.5-2.1 W/cm 2; an electrical stimulation apparatus, operative for applying interferential electrical stimulation to said treatment region through electrodes attached to said body in proximity to said skin ulcer, said interferential electrical stimulation applied simultaneously with the transmission of said ultrasound waves; a massaging device, operative to massage said treatment region simultaneously with the transmission of said ultrasound waves and the application of said interferential electrical stimulation; and a first processor, operative to control and manage the operations of said electrical stimulation apparatus, said massaging device 110, and said ultrasound apparatus; characterised in that the treatment system further comprises: a measurement apparatus, operative for measuring the size of said skin ulcer, the measurement apparatus comprising: a camera, operative for imaging said skin ulcer; a reference measurement ruler, positioned adjacent to said skin ulcer while said camera images said skin ulcer; and a second processor, operative for calculating at least one measurement of the surface area of a region associated with said skin ulcer, based on a comparative reference scale established using said reference measurement ruler. an ultrasound apparatus, operative for transmitting ultrasound waves to said treatment region at an operating frequency between 1-3 MHz and at an operating intensity between 1.5-2.1 W/cm 2; an electrical stimulation apparatus, operative for applying interferential electrical stimulation to said treatment region through electrodes attached to said body in proximity to said skin ulcer, said interferential electrical stimulation applied simultaneously with the transmission of said ultrasound waves; a massaging device, operative to massage said treatment region simultaneously with the transmission of said ultrasound waves and the application of said interferential electrical stimulation; and a first processor, operative to control and manage the operations of said electrical stimulation apparatus, said massaging device 110, and said ultrasound apparatus; a camera, operative for imaging said skin ulcer; a reference measurement ruler, positioned adjacent to said skin ulcer while said camera images said skin ulcer; and a second processor, operative for calculating at least one measurement of the surface area of a region associated with said skin ulcer, based on a comparative reference scale established using said reference measurement ruler.
A fuel cell system ion exchanger for passing water therethrough, the water contained in an exhaust gas discharged from a fuel cell for generating electricity by electrochemical reactions of a fuel gas and an oxygen-containing gas, the fuel cell system ion exchanger comprising: an apparatus body having internal filters (148a, 148b) at upper and lower positions, ion exchange resin filling a space between the filters (148a, 148b); a water supply port provided at a lower position of the apparatus body, for supplying the water into the ion exchange resin; a water discharge port provided at an upper position of the apparatus body, for discharging the water which has passed through the ion exchange resin and the upper filter; and an electric conductivity measuring unit having a pair of measurement terminals for measuring electric conductivity of the water which passed through the ion exchange resin, characterized by an air container provided at an upper position of the apparatus body, for containing the air mixed into the apparatus body in a concentrated manner, wherein the electric conductivity measuring unit is provided in the air container, and lower ends of the measurement terminals are positioned above the water discharge port. an apparatus body having internal filters (148a, 148b) at upper and lower positions, ion exchange resin filling a space between the filters (148a, 148b); a water supply port provided at a lower position of the apparatus body, for supplying the water into the ion exchange resin; a water discharge port provided at an upper position of the apparatus body, for discharging the water which has passed through the ion exchange resin and the upper filter; and an electric conductivity measuring unit having a pair of measurement terminals for measuring electric conductivity of the water which passed through the ion exchange resin, characterized by an air container provided at an upper position of the apparatus body, for containing the air mixed into the apparatus body in a concentrated manner, wherein the electric conductivity measuring unit is provided in the air container, and lower ends of the measurement terminals are positioned above the water discharge port.
A fish species estimating system, comprising: an acquiring module configured to acquire a data set at least including position data and echo data generated from a reflected wave of an ultrasonic wave emitted underwater; and a reasoning module configured to estimate a fish species of a fish image included in the echo data of the data set acquired by the acquiring module, by using a learned model created by machine learning where the data set is used as input data and the fish species is used as teacher data, characterized in that the fish species estimating system further comprises a distinguishing module configured to distinguish the fish species of the fish image included in image data generated by a camera configured to image fish caught; and a learning module configured to create the learned model by using the fish species distinguished by the distinguishing module as teacher data, wherein the distinguishing module distinguishes the fish species of the fish image included in the image data by using a further learned model created by machine learning where the image data is used as input data and the fish species is used as teacher data, and wherein the acquiring module associates the image data with the data set, when a distance between a position when signs of fish are detected based on the echo data and a position where the image data is generated is below a threshold. an acquiring module configured to acquire a data set at least including position data and echo data generated from a reflected wave of an ultrasonic wave emitted underwater; and a reasoning module configured to estimate a fish species of a fish image included in the echo data of the data set acquired by the acquiring module, by using a learned model created by machine learning where the data set is used as input data and the fish species is used as teacher data, a distinguishing module configured to distinguish the fish species of the fish image included in image data generated by a camera configured to image fish caught; and a learning module configured to create the learned model by using the fish species distinguished by the distinguishing module as teacher data, wherein the distinguishing module distinguishes the fish species of the fish image included in the image data by using a further learned model created by machine learning where the image data is used as input data and the fish species is used as teacher data, and wherein the acquiring module associates the image data with the data set, when a distance between a position when signs of fish are detected based on the echo data and a position where the image data is generated is below a threshold.
A method for production of a decorative article, said decorative article comprising a body having at least one engagement stage, and a decorative member made of a decoration material capable of being thermally softened and having at least one surface which is engageable with the engagement stage of the body, said method comprising the steps of: i) placing softened decoration material into a mold and then press-molding, said mold being shaped and sized to correspond to the decorative member to be produced and having at least one surface that is brought into surface-contact with the engagement stage of the body; ii) taking the semi-finished decorative member out of the mold to allow it to cool down slowly to room temperature; and iii) placing the surface of the cooled semi-finished decorative member over the engagement stage of the body and splicing them together, wherein the step i) is preceded by a step of forming characters, patterns or graphical designs on the softened decoration material, the step of forming comprises the steps of: a) flattening the softened decoration material before it is placed into the mold; b) applying one or more layers of metallic foils onto the flattened decoration material; the method being characterized by the following steps: c) forming desirable characters, patterns or graphical designs on the metallic foils using a molten color glass stick; and d) coating a layer of transparent glass after the step c) over the formed characters, patterns or graphical designs. i) placing softened decoration material into a mold and then press-molding, said mold being shaped and sized to correspond to the decorative member to be produced and having at least one surface that is brought into surface-contact with the engagement stage of the body; ii) taking the semi-finished decorative member out of the mold to allow it to cool down slowly to room temperature; and iii) placing the surface of the cooled semi-finished decorative member over the engagement stage of the body and splicing them together, a) flattening the softened decoration material before it is placed into the mold; b) applying one or more layers of metallic foils onto the flattened decoration material; the method being characterized by the following steps: c) forming desirable characters, patterns or graphical designs on the metallic foils using a molten color glass stick; and d) coating a layer of transparent glass after the step c) over the formed characters, patterns or graphical designs.