mhurhangee/ep-ind-claims huggingface dataset:
A spectral video medical imaging apparatus comprising: an illumination device arranged to illuminate a target tissue; an image sensor arranged to capture light reflected from the target tissue along an imaging optical path; a color wheel aligned with the image sensor on the imaging optical path, the color wheel configured to rotate at a predetermined frequency, the color wheel comprising at least one filter segment (80, 82, 84, 86, 88) and at least one blocking segment; a projector arranged to project overlay images along a projecting optical path (26, 28) and onto the target tissue, the projecting optical path at least partially overlapping the imaging optical path; and a processor connected to the image sensor and the projector, the processor configured to generate the overlay images from light captured by the image sensor and to provide the overlay images to the projector for projection when the blocking segment blocks the imaging optical path; wherein the projection of an overlay image occurs at different times than the capturing of light reflected from the target tissue along an imaging optical path; and the blocking segment is configured to block the light reflected from the target tissue along the imaging optical path from reaching the image sensor when the projector is projecting the overlay images. an illumination device arranged to illuminate a target tissue; an image sensor arranged to capture light reflected from the target tissue along an imaging optical path; a color wheel aligned with the image sensor on the imaging optical path, the color wheel configured to rotate at a predetermined frequency, the color wheel comprising at least one filter segment (80, 82, 84, 86, 88) and at least one blocking segment; a projector arranged to project overlay images along a projecting optical path (26, 28) and onto the target tissue, the projecting optical path at least partially overlapping the imaging optical path; and a processor connected to the image sensor and the projector, the processor configured to generate the overlay images from light captured by the image sensor and to provide the overlay images to the projector for projection when the blocking segment blocks the imaging optical path; wherein the projection of an overlay image occurs at different times than the capturing of light reflected from the target tissue along an imaging optical path; and the blocking segment is configured to block the light reflected from the target tissue along the imaging optical path from reaching the image sensor when the projector is projecting the overlay images. the projection of an overlay image occurs at different times than the capturing of light reflected from the target tissue along an imaging optical path; and the blocking segment is configured to block the light reflected from the target tissue along the imaging optical path from reaching the image sensor when the projector is projecting the overlay images.
Expansion anchor with - a bolt as first element and - at least one expansion part arranged on the bolt as second element, - in which an expansion area for offsetting the expansion part radially in relation to the bolt as well as a load bearing device for introducing tensile forces into the bolt are arranged on the bolt, - in which one of the two elements has a first stud running along the bolt and the other of the two elements has a first groove running along the bolt, in which the first stud engages, and - in which one of the two elements has a second stud (62") running along the bolt and the other of the two elements has a second groove (61") running along the bolt, in which the second stud (62") engages, characterised in that - the expansion part is fastened to the bolt by means of a snap connection, - in which a first catch of the snap connection is formed between the first stud and the first groove, - in which a second catch of the snap connection is formed between the second stud (62") and the second groove (61") and - in which the first catch and the second catch hold the expansion part radially on the bolt. - a bolt as first element and - at least one expansion part arranged on the bolt as second element, - in which an expansion area for offsetting the expansion part radially in relation to the bolt as well as a load bearing device for introducing tensile forces into the bolt are arranged on the bolt, - in which one of the two elements has a first stud running along the bolt and the other of the two elements has a first groove running along the bolt, in which the first stud engages, and - in which one of the two elements has a second stud (62") running along the bolt and the other of the two elements has a second groove (61") running along the bolt, in which the second stud (62") engages, - the expansion part is fastened to the bolt by means of a snap connection, - in which a first catch of the snap connection is formed between the first stud and the first groove, - in which a second catch of the snap connection is formed between the second stud (62") and the second groove (61") and - in which the first catch and the second catch hold the expansion part radially on the bolt.
Stretched polymer film made of a polyamide composition comprising a semi-crystalline semi-aromatic polyamide, wherein the PPA consists of repeat units derived from - aromatic dicarboxylic acid comprising at least 80 mole % of terephthalic acid, relative to the total amount of aromatic dicarboxylic acid; and - diamine comprising at least 5 mole % 1,4-butanediamine and at least 5 mole % 1,6-hexanediamine, relative to the total amount of diamine, the combined amount of 1,4-butanediamine and 1,6-hexanediamine being at least 60 mole % relative to the total amount of diamine; and - 0 - 2 mole % of other monomeric units, relative to the total amount of aromatic dicarboxylic acid, diamine and other monomeric units and wherein the PPA has a relative viscosity, measured in sulphuric acid, concentration 1 gram in 100 ml 96% sulfuric acid at 25°C, by the method according to ISO 307, fourth edition, of at least 1.90. - aromatic dicarboxylic acid comprising at least 80 mole % of terephthalic acid, relative to the total amount of aromatic dicarboxylic acid; and - diamine comprising at least 5 mole % 1,4-butanediamine and at least 5 mole % 1,6-hexanediamine, relative to the total amount of diamine, the combined amount of 1,4-butanediamine and 1,6-hexanediamine being at least 60 mole % relative to the total amount of diamine; and - 0 - 2 mole % of other monomeric units, relative to the total amount of aromatic dicarboxylic acid, diamine and other monomeric units and wherein the PPA has a relative viscosity, measured in sulphuric acid, concentration 1 gram in 100 ml 96% sulfuric acid at 25°C, by the method according to ISO 307, fourth edition, of at least 1.90.
A semiconductor device comprising: a substrate; a semiconductor chip provided inside with a p-n junction, said semiconductor chip being provided on the substrate; an opaque sealing resin covering a surface of the semiconductor chip; and a functional region (15, 20) arranged between the semiconductor chip and the sealing resin so as to cover the entire semiconductor chip and configured to prevent a light from reaching the sealing resin, the light being generated when a forward current flows through the p-n junction and having a particular wavelength causing deterioration of the sealing resin. a substrate; a semiconductor chip provided inside with a p-n junction, said semiconductor chip being provided on the substrate; an opaque sealing resin covering a surface of the semiconductor chip; and a functional region (15, 20) arranged between the semiconductor chip and the sealing resin so as to cover the entire semiconductor chip and configured to prevent a light from reaching the sealing resin, the light being generated when a forward current flows through the p-n junction and having a particular wavelength causing deterioration of the sealing resin.
A tissue repair laminate comprising: (a) a thermoset biodegradable polyurethane foam layer having first and second oppositely facing major surfaces; and (b) a thermoplastic, biodegradable polyurethane barrier layer having first and second oppositely facing major surfaces; wherein the first major surface of said barrier layer and the second major surface of said foam layer face each other; wherein said foam layer comprises a pore structure configured for cellular infiltration; and wherein the second major surface of said barrier layer is less adhesiogenic than the first major surface of said foam layer. (a) a thermoset biodegradable polyurethane foam layer having first and second oppositely facing major surfaces; and (b) a thermoplastic, biodegradable polyurethane barrier layer having first and second oppositely facing major surfaces; wherein the first major surface of said barrier layer and the second major surface of said foam layer face each other; wherein said foam layer comprises a pore structure configured for cellular infiltration; and wherein the second major surface of said barrier layer is less adhesiogenic than the first major surface of said foam layer.
Salt of glutamic acid-N,N-diacetic acid (GLDA) of the formula GLDA-Y m H n, wherein m is equal to or more than 0.5 and lower than or equal to 2.5, n +m = 4, and wherein Y is a monovalent cation that is not a proton, comprising L-GLDA-Y m H n to D-GLDA-Y m H n in a range between 100:0 and 50:50 (L:D), characterized in that the salt is crystalline and the GLDA is at least partially racemized.
A system for coordinating a user's rhythmic musculoskeletal activity with the user's cardiovascular cycle, comprising: a first detector (64, 74, 76) for detecting instances of a selected aspect of the user's cardiovascular cycle, the selected aspect repeating at a heart rate of the user; a subsystem for specifying a target timing location in the cardiovascular cycle based on a plurality of the detected instances; a prompt device for recurrently providing a prompt to the user at a prompt rate to thereby provide a timing indication for performance of the rhythmic musculoskeletal activity, the prompt being provided such that the heart rate is substantially an integer multiple of the prompt rate; and a processor configured to adaptively adjust timing of the prompt so that the prompt is provided substantially at the target timing location in the cardiovascular cycle in response to a change in a timing of the cardiovascular cycle, wherein adjusting further comprises automatically determining an offset from the selected aspect of the user's cardiovascular cycle based on a physiological attribute of the user, wherein the physiological attribute is selected from a group consisting of: user age, user weight, user height, user blood pressure, user heart rate, a maximum heart rate of the user, and a target heart rate of the user. a first detector (64, 74, 76) for detecting instances of a selected aspect of the user's cardiovascular cycle, the selected aspect repeating at a heart rate of the user; a subsystem for specifying a target timing location in the cardiovascular cycle based on a plurality of the detected instances; a prompt device for recurrently providing a prompt to the user at a prompt rate to thereby provide a timing indication for performance of the rhythmic musculoskeletal activity, the prompt being provided such that the heart rate is substantially an integer multiple of the prompt rate; and a processor configured to adaptively adjust timing of the prompt so that the prompt is provided substantially at the target timing location in the cardiovascular cycle in response to a change in a timing of the cardiovascular cycle, wherein adjusting further comprises automatically determining an offset from the selected aspect of the user's cardiovascular cycle based on a physiological attribute of the user, wherein the physiological attribute is selected from a group consisting of: user age, user weight, user height, user blood pressure, user heart rate, a maximum heart rate of the user, and a target heart rate of the user.
A method for producing a carrier substrate for a high-temperature electrolyte layer, including the following: - producing an open-pore, fluid-permeable carrier material whereof the pores form at least one cavity in the carrier material, wherein the carrier material includes aluminium; - producing a protective layer on an inner surface of the carrier material that delimits the at least one cavity, wherein the protective layer is formed from aluminium oxide; - producing an electron-conductive structure that extends within the at least one cavity in the carrier material, wherein the electron-conductive structure is produced in that the at least one cavity in the carrier material is at least partly filled with a filling material, and in that the carrier material is then heated together with the filling material. - producing an open-pore, fluid-permeable carrier material whereof the pores form at least one cavity in the carrier material, wherein the carrier material includes aluminium; - producing a protective layer on an inner surface of the carrier material that delimits the at least one cavity, wherein the protective layer is formed from aluminium oxide; - producing an electron-conductive structure that extends within the at least one cavity in the carrier material, wherein the electron-conductive structure is produced in that the at least one cavity in the carrier material is at least partly filled with a filling material, and in that the carrier material is then heated together with the filling material.
Pyridone disulfide derivatives and its stereoisomers of formula wherein, R 1, R 2 and R 3 are independently alkyl, alkoxy, halogen, halogenated alkoxy, halogenated alkyl, hydrogen and could be same or different, and X is CH or N.
An ophthalmic laser probe system comprising: an array of optical waveguides; an adapter operable to connect with a laser source; a first reflective surface within the adapter, the first reflective surface movable about a first axis; and a second reflective surface within the adapter, the second reflective surface movable about a second axis substantially orthogonal to the first axis, wherein the first reflective surface is configured to receive a laser beam emitted from the laser source and redirect the laser beam toward the second reflective surface. an array of optical waveguides; an adapter operable to connect with a laser source; a first reflective surface within the adapter, the first reflective surface movable about a first axis; and a second reflective surface within the adapter, the second reflective surface movable about a second axis substantially orthogonal to the first axis, wherein the first reflective surface is configured to receive a laser beam emitted from the laser source and redirect the laser beam toward the second reflective surface.
A method for joining a network, wherein the network comprises a coordinator node, multiple device nodes that have joined the network, and a pending node that has not joined the network, and the method comprising: monitoring, by the pending node, a packet transmitted in the network, wherein the packet transmitted in the network includes a data frame, wherein the data frame is sent by the device nodes or the coordinator node during a process of communication between the device nodes and the coordinator node; obtaining, by the pending node beacon information, which includes superframe time sequence indication information, from the data frame if the data frame is monitored, wherein the data frame carries the superframe time sequence indication information, and requesting to join the network through a channel of the monitored data frame according to the beacon information obtained from the monitored data frame; wherein the superframe time sequence indication information includes: a start time of the beacon, superframe structure, and dedicated timeslot position. monitoring, by the pending node, a packet transmitted in the network, wherein the packet transmitted in the network includes a data frame, wherein the data frame is sent by the device nodes or the coordinator node during a process of communication between the device nodes and the coordinator node; obtaining, by the pending node beacon information, which includes superframe time sequence indication information, from the data frame if the data frame is monitored, wherein the data frame carries the superframe time sequence indication information, and requesting to join the network through a channel of the monitored data frame according to the beacon information obtained from the monitored data frame; wherein the superframe time sequence indication information includes: a start time of the beacon, superframe structure, and dedicated timeslot position.
A motor vehicle seat cover comprising at least one cover part assembled with at least one strip having at least a portion (23, 25) with a weave having a first density and at least one sector with a weave having a second density lower than the first density, characterized in that a seaming between the strip and the cover part is arranged at the level of the sector having the second density.
A method for regenerating a sulfur-contaminated catalyst comprising a transition metal and a catalyst support, the method comprising: washing the sulfur-contaminated catalyst with an aqueous solution, the aqueous solution comprising an alkali metal chloride salt, to produce a washed catalyst; and contacting the washed catalyst with a halogen solution comprising chlorine and fluorine to produce a halogenated catalyst. washing the sulfur-contaminated catalyst with an aqueous solution, the aqueous solution comprising an alkali metal chloride salt, to produce a washed catalyst; and contacting the washed catalyst with a halogen solution comprising chlorine and fluorine to produce a halogenated catalyst.
An insulation detection method of an energy storage system comprising: a power conversion system, a main control cabinet, and a plurality of electric cabinets, wherein the main control cabinet comprises a main power management system and an insulation detection board, each electric cabinet comprises a high voltage safety box, and the high voltage safety box comprises a main positive relay and a main negative relay; the insulation detection method comprising: turning on a main positive relay and a main negative relay in a high voltage safety box of each electric cabinet in the energy storage system; controlling the insulation detection board to perform insulation detection on the energy storage system at the main power management system, and to report an insulation detection result at the main power management system to a power conversion system; controlling, in a case that the insulation detection result at the main power management system indicates no fault and no instruction of starting insulation detection at the power conversion system is received, the insulation detection board to continue performing the insulation detection on the energy storage system at the main power management system; and instructing, in a case that the insulation detection result at the main power management system indicates an insulation fault, a battery management system of each electric cabinet to control the main positive relay and the main negative relay in the high voltage safety box to turn off. turning on a main positive relay and a main negative relay in a high voltage safety box of each electric cabinet in the energy storage system; controlling the insulation detection board to perform insulation detection on the energy storage system at the main power management system, and to report an insulation detection result at the main power management system to a power conversion system; controlling, in a case that the insulation detection result at the main power management system indicates no fault and no instruction of starting insulation detection at the power conversion system is received, the insulation detection board to continue performing the insulation detection on the energy storage system at the main power management system; and instructing, in a case that the insulation detection result at the main power management system indicates an insulation fault, a battery management system of each electric cabinet to control the main positive relay and the main negative relay in the high voltage safety box to turn off.
An electro-coalescer, comprising: a fluid inlet (1, 11)); a fluid outlet (3, 13); a power source (5, 15); and one or more pipes made of a conductive material and fluidly connecting the inlet (1, 11) and the outlet (3, 13), each pipe having an electrode (4, 14) disposed therethrough; wherein the electrodes (4, 14) are coupled to the power source (5, 15), the pipes are configured to connect to an electrical ground (6, 16), the electrodes (4, 14) are configured to be in contact with a fluid flowing through the pipes and are not in electrical contact with the pipes, whereby an electric field is generated between the electrode (4, 14) and the pipe through which it is disposed, and wherein the interior wall of each of the one or more pipes is shaped so as to induce turbulence in the fluid flowing through the pipes. a fluid inlet (1, 11)); a fluid outlet (3, 13); a power source (5, 15); and one or more pipes made of a conductive material and fluidly connecting the inlet (1, 11) and the outlet (3, 13), each pipe having an electrode (4, 14) disposed therethrough; wherein the electrodes (4, 14) are coupled to the power source (5, 15), the pipes are configured to connect to an electrical ground (6, 16), the electrodes (4, 14) are configured to be in contact with a fluid flowing through the pipes and are not in electrical contact with the pipes, whereby an electric field is generated between the electrode (4, 14) and the pipe through which it is disposed, and wherein the interior wall of each of the one or more pipes is shaped so as to induce turbulence in the fluid flowing through the pipes. the electrodes (4, 14) are coupled to the power source (5, 15), the pipes are configured to connect to an electrical ground (6, 16), the electrodes (4, 14) are configured to be in contact with a fluid flowing through the pipes and are not in electrical contact with the pipes, whereby an electric field is generated between the electrode (4, 14) and the pipe through which it is disposed, and wherein the interior wall of each of the one or more pipes is shaped so as to induce turbulence in the fluid flowing through the pipes.
A wireless television system comprising: a wireless transmitter for relaying a video signal received from the outside; a wireless television for receiving the video signal from the wireless transmitter and displaying an image corresponding to the received composite video signal; a light-emitting unit installed in at least one of the wireless transmitter and the wireless television, and displaying one of a power state and a signal transmission/reception state from one of the wireless transmitter and the wireless television; and a light-emission control unit for controlling the light-emitting unit to emit light only when both power of the wireless transmitter and power of the wireless television are turned on. a wireless transmitter for relaying a video signal received from the outside; a wireless television for receiving the video signal from the wireless transmitter and displaying an image corresponding to the received composite video signal; a light-emitting unit installed in at least one of the wireless transmitter and the wireless television, and displaying one of a power state and a signal transmission/reception state from one of the wireless transmitter and the wireless television; and a light-emission control unit for controlling the light-emitting unit to emit light only when both power of the wireless transmitter and power of the wireless television are turned on.