mhurhangee/ep-ind-claims huggingface dataset:
A system comprising: a receiver; and a transmitter, coupled to the receiver via a communication channel (320, 405) having a plurality of lanes including at least a first lane (325A, 410A) and a second lane (325B, 410B), wherein the first lane is not utilized for carrying system data; wherein the transmitter is configured to: send a test pattern on the first lane of the channel; send system data on the second lane of the channel while simultaneously sending the test pattern on the first lane; wherein the receiver is configured to: receive the test pattern via the first lane of the first channel; and determine that a sampling point of the first lane is misaligned based on a detected error in the received test pattern; wherein in response to the detected error, the system is configured to: perform a first adjustment to the sampling point of the first lane; and perform a second adjustment to a sampling point of the second lane of the channel, wherein the second adjustment is a same adjustment as the first adjustment. a receiver; and a transmitter, coupled to the receiver via a communication channel (320, 405) having a plurality of lanes including at least a first lane (325A, 410A) and a second lane (325B, 410B), wherein the first lane is not utilized for carrying system data; wherein the transmitter is configured to: send a test pattern on the first lane of the channel; send system data on the second lane of the channel while simultaneously sending the test pattern on the first lane; send a test pattern on the first lane of the channel; send system data on the second lane of the channel while simultaneously sending the test pattern on the first lane; wherein the receiver is configured to: receive the test pattern via the first lane of the first channel; and determine that a sampling point of the first lane is misaligned based on a detected error in the received test pattern; receive the test pattern via the first lane of the first channel; and determine that a sampling point of the first lane is misaligned based on a detected error in the received test pattern; wherein in response to the detected error, the system is configured to: perform a first adjustment to the sampling point of the first lane; and perform a second adjustment to a sampling point of the second lane of the channel, wherein the second adjustment is a same adjustment as the first adjustment. perform a first adjustment to the sampling point of the first lane; and perform a second adjustment to a sampling point of the second lane of the channel, wherein the second adjustment is a same adjustment as the first adjustment.
Trigger unit (1, 20) for an avalanche rescue system, comprising a coupling piece and a coupling element that can be connected to a functional unit of the avalanche rescue system, wherein the coupling piece and the coupling element are displaceable in a coupling channel of a coupling unit of the trigger unit (1, 20) and held in a coupling connection by the coupling channel, wherein the coupling connection can be released when the coupling piece and/or the coupling element leave/s the coupling channel and wherein the coupling piece is connected to an operating handle (2, 21), characterised in that the coupling element and the coupling piece are displaceable along the longitudinal axis of the coupling channel and the coupling piece and the coupling element engage with one another in such a manner that the operating handle (2, 21), together with the coupling piece, can be detached from the coupling element when the coupling piece leaves the coupling channel.
A sterilization indicator system, comprising: spores of one or more species of microorganism; a vial comprising an optional first compartment and a second compartment containing a growth medium comprising one or more of a disaccharide, an oligosaccharide or a polysaccharide capable of conversion to a monosaccharide by germinating spores of the one or more species of microorganism, the vial being adapted to combine contents of the second compartment with the spores for analysis after the vial has been exposed to a sterilant; an electro-conductive strip comprising three electrodes (402a, 402b, 402c) adapted to oxidize the monosaccharide and to carry an electrical signal resulting from the oxidation of the monosaccharide, wherein the three electrodes (402a, 402b, 402c) are adapted to provide contact with the combined contents of the second compartment and the spores during and/or after incubation; the strip further including electronics adapted to provide electrical communication between the electrodes (402a, 402b, 402c); and an apparatus linked or linkable to the three electrodes (402a, 402b, 402c) and adapted to detect and measure the electrical signal resulting from electron transfer when the monosaccharide is oxidized by the three electrodes (402a, 402b, 402c), wherein the system is free of the monosaccharide prior to exposure to the sterilant. spores of one or more species of microorganism; a vial comprising an optional first compartment and a second compartment containing a growth medium comprising one or more of a disaccharide, an oligosaccharide or a polysaccharide capable of conversion to a monosaccharide by germinating spores of the one or more species of microorganism, the vial being adapted to combine contents of the second compartment with the spores for analysis after the vial has been exposed to a sterilant; an electro-conductive strip comprising three electrodes (402a, 402b, 402c) adapted to oxidize the monosaccharide and to carry an electrical signal resulting from the oxidation of the monosaccharide, wherein the three electrodes (402a, 402b, 402c) are adapted to provide contact with the combined contents of the second compartment and the spores during and/or after incubation; the strip further including electronics adapted to provide electrical communication between the electrodes (402a, 402b, 402c); and an apparatus linked or linkable to the three electrodes (402a, 402b, 402c) and adapted to detect and measure the electrical signal resulting from electron transfer when the monosaccharide is oxidized by the three electrodes (402a, 402b, 402c), wherein the system is free of the monosaccharide prior to exposure to the sterilant.
A cable having one or more cores coated in a coating comprising: • at least one layer (a) of a material based on polytetrafluoroethylene (PTFE) with 5% to 80% by weight filler, said filler of the material of layer (a) comprising a compound selected from the group constituted by metal oxides selected from oxides of alkaline earth metals, oxides of transition metals and oxides of poor metals, glass fibers, carbon, ceramics, and mixtures thereof; and • at least one layer (b) of a material based on PTFE with less than 8% by weight filler, the quantity of filler being not zero; the layer (b) being positioned outside the layer (a), and the filler contents being expressed as a percentage relative to the total weight of the PTFE-based material. • at least one layer (a) of a material based on polytetrafluoroethylene (PTFE) with 5% to 80% by weight filler, said filler of the material of layer (a) comprising a compound selected from the group constituted by metal oxides selected from oxides of alkaline earth metals, oxides of transition metals and oxides of poor metals, glass fibers, carbon, ceramics, and mixtures thereof; and • at least one layer (b) of a material based on PTFE with less than 8% by weight filler, the quantity of filler being not zero;
A power generation control device for a vehicle, which controls a power generator driven by a power of an engine, comprising: a brake operation amount detection unit that detects a brake operation amount; and a power generation amount setting unit (S5, S6, S7) that sets a power generation amount of the power generator to be lower when the vehicle is predicted to accelerate in accordance with the brake operation amount. a brake operation amount detection unit that detects a brake operation amount; and a power generation amount setting unit (S5, S6, S7) that sets a power generation amount of the power generator to be lower when the vehicle is predicted to accelerate in accordance with the brake operation amount.
Bearing element for two spatial directions, comprising a sequence of first rolling bodies which roll on a first side of an intermediate part in a first direction, a sequence of second rolling bodies which roll on a second side of the intermediate part and on a fastening part in a second direction which differs from the first direction, characterized in that the fastening part has a shank, and in that a spring element is arranged around the shank.
A system comprising: a visual prosthesis comprising multiple electrodes; and an imaging processing device in communication with the visual prosthesis, the imaging processing device programmed to receive an image and perform a computer-implemented method of conveying a visual image to a blind subject fitted with a visual prosthesis, the computer-implemented method comprising: mapping a representation of a visual image onto a two-dimensional array of points; identifying one or more continuous paths along the mapped representation; and controlling the visual prosthesis to sequentially actuate electrodes along the one or more paths, comprising sweeping electrical stimulation across the retinotopic map in a pattern that corresponds to the desired visual object, characterised by said two-dimensional array of points having a resolution greater than or equal to an electrode resolution of the visual prosthesis, whereby said computer-implemented method further comprises concurrently stimulating nearby electrodes to produce activation at a location in between the electrodes. a visual prosthesis comprising multiple electrodes; and an imaging processing device in communication with the visual prosthesis, the imaging processing device programmed to receive an image and perform a computer-implemented method of conveying a visual image to a blind subject fitted with a visual prosthesis, the computer-implemented method comprising: mapping a representation of a visual image onto a two-dimensional array of points; identifying one or more continuous paths along the mapped representation; and controlling the visual prosthesis to sequentially actuate electrodes along the one or more paths, comprising sweeping electrical stimulation across the retinotopic map in a pattern that corresponds to the desired visual object, characterised by said two-dimensional array of points having a resolution greater than or equal to an electrode resolution of the visual prosthesis, whereby said computer-implemented method further comprises concurrently stimulating nearby electrodes to produce activation at a location in between the electrodes. mapping a representation of a visual image onto a two-dimensional array of points; identifying one or more continuous paths along the mapped representation; and controlling the visual prosthesis to sequentially actuate electrodes along the one or more paths, comprising sweeping electrical stimulation across the retinotopic map in a pattern that corresponds to the desired visual object, characterised by said two-dimensional array of points having a resolution greater than or equal to an electrode resolution of the visual prosthesis, whereby said computer-implemented method further comprises concurrently stimulating nearby electrodes to produce activation at a location in between the electrodes.
A pet food, comprising: a base substance; and a coating part that coats a part of the base substance; wherein the part of the base substance is exposed, a component composition of the base substance and a component composition of the coating part are different from each other, the base substance is a puffed granule and both the major axis and the minor axis of the base substance is within the range of 3 to 30 mm, and the coating part has a line shape, the coating part is formed by a coating part-forming composition containing 5% to 70% by mass of vegetable oil and fat, 3% to 40% by mass of extremely hardened oil and fat, 5% to 70% by mass of powder ingredients, and 2.5% to 35% by mass of excipients. a base substance; and a coating part that coats a part of the base substance; wherein the part of the base substance is exposed, a component composition of the base substance and a component composition of the coating part are different from each other, the base substance is a puffed granule and both the major axis and the minor axis of the base substance is within the range of 3 to 30 mm, and the coating part has a line shape, the coating part is formed by a coating part-forming composition containing 5% to 70% by mass of vegetable oil and fat, 3% to 40% by mass of extremely hardened oil and fat, 5% to 70% by mass of powder ingredients, and 2.5% to 35% by mass of excipients.
Rotary swather, with at least one swath rotor which has a rake rotor with rake tines mounted on tine arms, and with a control device with which a rotor height of the or of each swath rotor can be automatically adjusted during operation, depending on at least one parameter detected by technical measurement, characterized in that the control device is set up to automatically adjust the rotor height of the or of each swath rotor during operation, depending on oscillations of the rake tines, wherein there is installed in the area of each swath rotor a sensor with the help of which the oscillations of the rake tines of the respective swath rotor can be detected by technical measurement during operation.
A driver device for light-emitting means, comprising: - a primary side adapted to receive an input voltage, - a secondary side adapted to produce an output voltage, the secondary side being galvanically isolated from the primary side, - a power supply (202, 203, 601, 602) adapted to produce a bus voltage for the secondary side, with an isolation transformer of said power supply bridging the borderline between the primary and secondary sides, - on the primary side a primary side controller adapted to control said power supply (202, 203, 601, 602), - on the secondary side a secondary side controller, and - a feedback coupling (401, 402, 501) from said secondary side to said primary side; wherein said secondary side controller is adapted to utilize said feedback coupling (401, 402, 501) to make the primary side controller decrease said bus voltage during standby mode as a first standby mode function, characterized in that said primary side controller is adapted to detect a decreasing value of said bus voltage and to make said power supply (202, 203, 601, 602) implement at least one further standby mode function as a response to a detected decreasing value of said bus voltage. - a primary side adapted to receive an input voltage, - a secondary side adapted to produce an output voltage, the secondary side being galvanically isolated from the primary side, - a power supply (202, 203, 601, 602) adapted to produce a bus voltage for the secondary side, with an isolation transformer of said power supply bridging the borderline between the primary and secondary sides, - on the primary side a primary side controller adapted to control said power supply (202, 203, 601, 602), - on the secondary side a secondary side controller, and - a feedback coupling (401, 402, 501) from said secondary side to said primary side;
A collimated periscope, said periscope comprising: a housing; an upper prism arranged within said housing; a lower prism arranged adjacent to said upper prism; a display prism arranged adjacent to said lower prism; a collimating optical assembly arranged adjacent to said display prism; a flat panel display arranged adjacent to said collimating optical assembly; and an electronically switchable mirror arranged on a surface of said lower prism; wherein said collimating optical assembly comprises: an upper beam splitter prism; a lens; a concave first surface mirror arranged adjacent to said lens; and a corrector prism arranged adjacent to said upper beam splitter prism and said display prism. a housing; an upper prism arranged within said housing; a lower prism arranged adjacent to said upper prism; a display prism arranged adjacent to said lower prism; a collimating optical assembly arranged adjacent to said display prism; a flat panel display arranged adjacent to said collimating optical assembly; and an electronically switchable mirror arranged on a surface of said lower prism; wherein said collimating optical assembly comprises: an upper beam splitter prism; a lens; a concave first surface mirror arranged adjacent to said lens; and a corrector prism arranged adjacent to said upper beam splitter prism and said display prism. an upper beam splitter prism; a lens; a concave first surface mirror arranged adjacent to said lens; and a corrector prism arranged adjacent to said upper beam splitter prism and said display prism.
An electric device configured to be used as a wave power unit comprising a winding, a generator, which is a linear generator having a reciprocating translator as a moving part, a drive source configured to be powered by sea waves, which drive source is in drive connection with the moving part of the generator, means for inducing a current in the winding and an electrical bridge circuit, wherein the electrical bridge circuit includes capacitor means having a capacitance adapted for obtaining electrical resonance with the inductance of the winding, such that the electrical resonance coincides with a wave frequency of the wind waves or sea waves, wherein the winding is the stator winding of the generator and wherein the means for inducing current in the winding is magnets on a moving part of the generator, characterized in that the bridge circuit includes an IGBT via which the winding is connected to an electric load, and further includes a first branch in parallel to the IGBT and the electric load, and a second branch in parallel to the winding, which first and second branch each includes a capacitor (301, 302) and whereby a semiconductor is located between the first and the second branch.
An apparatus for measuring the performance of a device under test, comprising: a chamber defining an internal cavity therein, adapted to enclose the device under test, and including walls of an inwardly reflective material, rendering the walls reflective to electromagnetic waves, thereby simulating a multi-path environment; at least one moveable object within the cavity; at least one chamber antenna arranged in the cavity; a measuring instrument connected to the device under test and the chamber antenna, for measuring the transmission between them; and a shield arranged between the device under test and the chamber antenna(s), such that a line of sight between the device under test and the chamber antenna(s) is obscured by the shield, characterized in that the shield has a width extension between two opposing side walls of the chamber in the range 30-70% of the distance between said opposing side walls, and a height extension between a roof and a floor of the chamber in the range 30-70% of the distance between said floor and roof and in that the shield has a non-linear extension in the width direction, whereby the shield partly surrounds the chamber antenna(s). a chamber defining an internal cavity therein, adapted to enclose the device under test, and including walls of an inwardly reflective material, rendering the walls reflective to electromagnetic waves, thereby simulating a multi-path environment; at least one moveable object within the cavity; at least one chamber antenna arranged in the cavity; a measuring instrument connected to the device under test and the chamber antenna, for measuring the transmission between them; and a shield arranged between the device under test and the chamber antenna(s), such that a line of sight between the device under test and the chamber antenna(s) is obscured by the shield, characterized in that the shield has a width extension between two opposing side walls of the chamber in the range 30-70% of the distance between said opposing side walls, and a height extension between a roof and a floor of the chamber in the range 30-70% of the distance between said floor and roof and in that the shield has a non-linear extension in the width direction, whereby the shield partly surrounds the chamber antenna(s).
A semiconductor device comprising: - a passive magnetoelectric transducer structure adapted for generating a charge via mechanical stress caused by a magnetic field, - a semiconductor switch electrically connected to said passive magnetoelectric transducer structure, the switch having a first terminal and a second terminal and a control terminal, the switch being adapted for selectively electrically connecting and disconnecting its first and second terminal (21,22) depending on a signal presented at the control terminal and - a semiconductor substrate, wherein said switch is embedded in the semiconductor substrate, characterized in that said semiconductor substrate comprises an elastomer layer, wherein the passive magnetoelectric transducer structure is mounted to the elastomer layer, and wherein the passive magnetoelectric transducer structure has a first terminal electrically connected to the control terminal of the switch. - a passive magnetoelectric transducer structure adapted for generating a charge via mechanical stress caused by a magnetic field, - a semiconductor switch electrically connected to said passive magnetoelectric transducer structure, the switch having a first terminal and a second terminal and a control terminal, the switch being adapted for selectively electrically connecting and disconnecting its first and second terminal (21,22) depending on a signal presented at the control terminal and - a semiconductor substrate,
An isolated antibody, or an antigen binding fragment thereof, that neutralizes infection of RSV, MPV and PVM, wherein the antibody is a monoclonal antibody and wherein the antibody or antigen binding fragment bind to a conserved region on the amino terminal portion of the F protein of RSV, MPV, or PVM comprising the amino acid sequence as set forth in any one of SEQ ID NOs: 64-69.
Rail vehicle, in particular locomotive, comprising at least one chassis with a chassis frame supported resiliently on sets of wheels, a superstructure which is supported resiliently on the at least one chassis and is mounted rotatably about a vertical axis with a bogie and a removal device for removing snow and/or ice which is arranged between the bogie and the chassis frame, and which has an inclined sliding surface which at least partially covers the chassis frame, characterised in that the removal device has an upwardly directed breaker edge which is rigidly connected to the chassis frame such that an accumulation of snow and/or ice can be broken up when penetrated by the breaker edge because of relative movements between chassis frame and bogie.