mhurhangee/ep-ind-claims huggingface dataset:
A computer implemented method of extracting a physiological information representing a vital sign of a subject, the method comprising: - receiving a sequence of video images of the subject; - for a defined time-period, extracting a plurality of signal segments in a time-domain form from a plurality of respective patches in images in the sequence of video images; - selecting a subset of the plurality of signal segments wherein selecting comprises rejecting segments having a high maximum signal level; - converting at least said subset to produce a plurality of transformed signal segments (Ta n, Tb n); - combining the at least said subset of the plurality of transformed signal segments (Ta n, Tb n) to produce a combined signal segment, and finding a dominant frequency or periodic component in the combined signal segment, the dominant frequency or periodic component being representative of the physiological information. - receiving a sequence of video images of the subject; - for a defined time-period, extracting a plurality of signal segments in a time-domain form from a plurality of respective patches in images in the sequence of video images; - selecting a subset of the plurality of signal segments wherein selecting comprises rejecting segments having a high maximum signal level; - converting at least said subset to produce a plurality of transformed signal segments (Ta n, Tb n); - combining the at least said subset of the plurality of transformed signal segments (Ta n, Tb n) to produce a combined signal segment, and
A cylindrical container for preferably foam compound cylinder (2, 200), comprising a base portion having a screw-female type attachment thread obtained on an external surface thereof a head portion, separately couplable with said base portion and comprising coupling means (10, 11, 110, 111) engageable with said thread of the base portion, characterized in that the coupling means comprise at least one arm (11, 111) with teeth (10, 110) adapted to engage with said thread when the base portion is inserted in the head portion, wherein said teeth are shaped to allow the thread to be translated on the teeth only in the direction of closure of the container unless there is an action on the arms by an operator.
Biomass furnace, in particular wood-burning furnace, comprising a combustion chamber; an air supply for the combustion chamber; characterized by an electrically operated air control device which is arranged in the air supply, wherein the air control device is designed to control a quantity of air which is conducted through the air supply, wherein the air control device has at least a first position, in which at least a minimum quantity of air is conducted through the air supply, and a second position, in which no air is conducted through the air supply, and an air adjustment element securing means which is designed to secure the air control device in such a way that, in the event of an interruption in power or any other malfunction or incorrect operation of the biomass furnace, it keeps the air control device in the first position, so that the minimum quantity of air is conducted through the air supply.
A lignin material extracted from lignocellulosic biomass wherein the lignin material has an aliphatic hydroxyl content of from 0.5 mmol/g to 2.35 mmol/g, a weight average molecular weight (Mw) of from 500 g/mol to 5000 g/mol, and a normalized RSI of 35 or greater.
A cryogenic liquefied natural gas ship-to-ship transfer hose comprising: an LNG transfer hose carcass comprising: an inner coil forming an inner diameter of the LNG transfer hose carcass; at least one elongate sheath form-fitted onto an outer surface of the inner coil underneath any other lining materials making up the carcass, wherein the at least one elongate sheath is impermeable to natural gas and made of high-modulus polyethylene, HMPE, or polytetrafluoroethylene, PTFE; and an outer coil forming an outer diameter of the LNG transfer hose carcass. an inner coil forming an inner diameter of the LNG transfer hose carcass; at least one elongate sheath form-fitted onto an outer surface of the inner coil underneath any other lining materials making up the carcass, wherein the at least one elongate sheath is impermeable to natural gas and made of high-modulus polyethylene, HMPE, or polytetrafluoroethylene, PTFE; and an outer coil forming an outer diameter of the LNG transfer hose carcass.
A power distribution architecture for power distributed over an information network, comprising: a digital physical, PHY, link controller coupled to one or more network lines for controlling transmission of information over the one or more network lines wherein the digital physical, PHY, link controller translates non-media specific commands into media specific operations; a power controller coupled to the one or more network lines for controlling power supplied over the one or more network lines; characterized by a high speed physical communication link between the digital physical link controller and the power controller for transmitting power supply related information from the power controller to the digital physical link controller and transmitting control instructions from the digital physical link controller to the power controller, wherein control functionality for the power controller is provided by the digital physical link controller through the high speed communication link. a digital physical, PHY, link controller coupled to one or more network lines for controlling transmission of information over the one or more network lines wherein the digital physical, PHY, link controller translates non-media specific commands into media specific operations; a power controller coupled to the one or more network lines for controlling power supplied over the one or more network lines; characterized by a high speed physical communication link between the digital physical link controller and the power controller for transmitting power supply related information from the power controller to the digital physical link controller and transmitting control instructions from the digital physical link controller to the power controller, wherein control functionality for the power controller is provided by the digital physical link controller through the high speed communication link.
Method for active attenuation of an acoustic transducer, having the steps of: - exciting the transducer by feeding an exciting pulse to the transducer, - attenuating the transducer by feeding an attenuation signal which is at least partially opposed to the oscillatory movement of the transducer, characterized in that a detection step is provided in which the current oscillation amplitude (a 1, a 2, a 2n+1) of the acoustic transducer is determined by means of a phase rotation (Δφ) of the oscillation of the acoustic transducer, and the attenuation signal is generated as a function of the current oscillation amplitude (a 1, a 2, a 2n+1). - exciting the transducer by feeding an exciting pulse to the transducer, - attenuating the transducer by feeding an attenuation signal which is at least partially opposed to the oscillatory movement of the transducer,
Vehicle comprising a camera and a rear combination lamp, the rear combination lamp, comprising: a display disposed on a vehicle, the display comprising a plurality of light emitting devices; an interface unit configured to receive exterior style data; and a processor configured to control the display to perform exterior styling using the plurality of light emitting devices, wherein the processor is configured to control the display to perform the exterior styling based on the received exterior style data, characterized in that the exterior style data are generated from an image of one or more vehicles detected by the camera. a display disposed on a vehicle, the display comprising a plurality of light emitting devices; an interface unit configured to receive exterior style data; and a processor configured to control the display to perform exterior styling using the plurality of light emitting devices, wherein the processor is configured to control the display to perform the exterior styling based on the received exterior style data, characterized in that the exterior style data are generated from an image of one or more vehicles detected by the camera.
A backup pin for supporting from below a circuit board on which a component is mounted at a component mounting station of a component mounter, the backup pin constituting a soft backup pin configured to replace a hard backup pin formed of a hard material and comprising a soft pin portion formed of a soft elastic material and configured to support from below the circuit board and an engaging pin portion, characterised in that the soft pin portion and the engaging pin portion being provided side by side, wherein the engaging pin portion is formed into a shape common to an engaging portion of the hard backup pin and configured to be engaged with an engagement holding tool attached to a mounting head of the component mounter by a lowering and a rotating operation and to be released from the engagement holding tool by a rotating and a raising operation. the backup pin constituting a soft backup pin configured to replace a hard backup pin formed of a hard material and comprising a soft pin portion formed of a soft elastic material and configured to support from below the circuit board and an engaging pin portion, characterised in that the soft pin portion and the engaging pin portion being provided side by side, wherein the engaging pin portion is formed into a shape common to an engaging portion of the hard backup pin and configured to be engaged with an engagement holding tool attached to a mounting head of the component mounter by a lowering and a rotating operation and to be released from the engagement holding tool by a rotating and a raising operation.
A polypeptide comprising an immunoglobulin Fc domain and a heterologous polypeptide, wherein the heterologous polypeptide is fused to the N-terminus or the C-terminus of the Fc domain by a polypeptide linker comprising an amino acid sequence that is at least 90% identical to any one of SEQ ID NOs: 86, 67, and 57.
Floor panel of the type which comprises at least a substrate and a top layer provided on this substrate, wherein said top layer comprises a motif, characterized in that said substrate substantially consists of a foamed synthetic material board of the closed-cell type and having a local density on one or both flat sides which is higher than in a central layer thereof and that said floor panel at least at two opposite edges comprises coupling means, with which two of such floor panels can be locked to each other in horizontal direction as well as in vertical direction, wherein said coupling means are substantially made as a tongue-in-groove coupling provided with locking parts for realizing said locking in horizontal direction, wherein said coupling means consist of milled profiles which, for at least 70 percent of their circumference are provided in said substrate.
Connector for motor vehicles comprising - a terminal-bearing housing designed to receive terminals, - a lever for assisting the mobile coupling about an axis of rotation between a pre-coupled position and a coupled position, - a pin comprising a shank extending longitudinally, substantially parallel to the axis of rotation of the lever, and - means for guiding the pin to guide and retain the pin in a blocked position in which it contributes to the locking of the lever in its coupled position, - characterized in that the means for guiding the pin comprise a low wall or wall comprising an orifice permitting the passage of the pin and comprise at least two stops (171 or 173, 172) in the form of a shoulder limiting the travel of the shank of the pin in a first direction perpendicular to the axis of the shank and at least two surfaces (180, 182) substantially opposing one another and limiting the travel of the shank of the pin in a second direction perpendicular to the axis of the shank and different from the first direction, one of these surfaces being borne either by the lever or by a hook which locks the lever in the coupled position. - a terminal-bearing housing designed to receive terminals, - a lever for assisting the mobile coupling about an axis of rotation between a pre-coupled position and a coupled position, - a pin comprising a shank extending longitudinally, substantially parallel to the axis of rotation of the lever, and - means for guiding the pin to guide and retain the pin in a blocked position in which it contributes to the locking of the lever in its coupled position, - characterized in that the means for guiding the pin comprise a low wall or wall comprising an orifice permitting the passage of the pin and comprise at least two stops (171 or 173, 172) in the form of a shoulder limiting the travel of the shank of the pin in a first direction perpendicular to the axis of the shank and at least two surfaces (180, 182) substantially opposing one another and limiting the travel of the shank of the pin in a second direction perpendicular to the axis of the shank and different from the first direction, one of these surfaces being borne either by the lever or by a hook which locks the lever in the coupled position.
An electrosurgical generator comprising: an output stage coupled to an electrical energy source and configured to generate radio frequency electrosurgical energy; a plurality of sensors configured to sense a voltage waveform and a current waveform of the electrosurgical energy; and a controller coupled to the output stage and the plurality of sensors, the controller including: a signal processor configured to determine a Root Mean Square voltage, an RMS current, an average real power, and a real part of an impedance of treated tissue based on the sensed voltage waveform and the sensed current waveform using a plurality of moving averaging filters (440a, 440b, 440c); and an output controller configured to generate a control signal to control the output stage based on at least one of the RMS voltage, the RMS current, the average real power, and the real part of the impedance. an output stage coupled to an electrical energy source and configured to generate radio frequency electrosurgical energy; a plurality of sensors configured to sense a voltage waveform and a current waveform of the electrosurgical energy; and a controller coupled to the output stage and the plurality of sensors, the controller including: a signal processor configured to determine a Root Mean Square voltage, an RMS current, an average real power, and a real part of an impedance of treated tissue based on the sensed voltage waveform and the sensed current waveform using a plurality of moving averaging filters (440a, 440b, 440c); and an output controller configured to generate a control signal to control the output stage based on at least one of the RMS voltage, the RMS current, the average real power, and the real part of the impedance. a signal processor configured to determine a Root Mean Square voltage, an RMS current, an average real power, and a real part of an impedance of treated tissue based on the sensed voltage waveform and the sensed current waveform using a plurality of moving averaging filters (440a, 440b, 440c); and an output controller configured to generate a control signal to control the output stage based on at least one of the RMS voltage, the RMS current, the average real power, and the real part of the impedance.
A fiber optic cable, comprising: a core subassembly, comprising at least one optical transmission element, wherein the optical transmission element comprises at least one optical fiber and a tube surrounding the at least one optical fiber; and a jacket surrounding the core subassembly, wherein the jacket comprises: (i) an inner layer comprising a first flame retardant material; (ii) an intermediate layer comprising a second flame retardant material being different from the first flame retardant material of the inner layer; and (iii) an outer layer comprising a non-flame retardant material having a lower coefficient of friction than the first and the second flame retardant material, the outer layer having a thickness of equal to or less than 100 μm; wherein the first flame retardant material has a higher flame resistance than the second flame retardant material. a core subassembly, comprising at least one optical transmission element, wherein the optical transmission element comprises at least one optical fiber and a tube surrounding the at least one optical fiber; and a jacket surrounding the core subassembly, wherein the jacket comprises: (i) an inner layer comprising a first flame retardant material; (ii) an intermediate layer comprising a second flame retardant material being different from the first flame retardant material of the inner layer; and (iii) an outer layer comprising a non-flame retardant material having a lower coefficient of friction than the first and the second flame retardant material, the outer layer having a thickness of equal to or less than 100 μm; (i) an inner layer comprising a first flame retardant material; (ii) an intermediate layer comprising a second flame retardant material being different from the first flame retardant material of the inner layer; and (iii) an outer layer comprising a non-flame retardant material having a lower coefficient of friction than the first and the second flame retardant material, the outer layer having a thickness of equal to or less than 100 μm;
An image processing method in an image processing apparatus for shading in ray tracing, comprising: sequentially storing, in consecutive addresses of a region in a memory, information on a non-shadow ray and information on at least two shadow rays derived from the non-shadow ray, the at least two shadow rays corresponding to at least two virtual light sources, respectively; and performing a shading operation using the information on the non-shadow ray and the information on the at least two shadow rays that are sequentially stored in the consecutive addresses of the region in the memory, wherein the performing of the shading operation comprises: generating intersecting point data based on the information on the non-shadow ray and the information on the at least two shadow rays, and performing the shading operation based on the generated intersecting point data to determine the final color for the intersecting point based on the non-shadow ray wherein the non-shadow ray is a virtual line meeting a specific region of an object, starting from a user's point of view, and wherein the at least two shadow rays are virtual lines determining whether light comes in directly from the at least two virtual light sources at the intersecting point. sequentially storing, in consecutive addresses of a region in a memory, information on a non-shadow ray and information on at least two shadow rays derived from the non-shadow ray, the at least two shadow rays corresponding to at least two virtual light sources, respectively; and performing a shading operation using the information on the non-shadow ray and the information on the at least two shadow rays that are sequentially stored in the consecutive addresses of the region in the memory, wherein the performing of the shading operation comprises: generating intersecting point data based on the information on the non-shadow ray and the information on the at least two shadow rays, and performing the shading operation based on the generated intersecting point data to determine the final color for the intersecting point based on the non-shadow ray wherein the non-shadow ray is a virtual line meeting a specific region of an object, starting from a user's point of view, and wherein the at least two shadow rays are virtual lines determining whether light comes in directly from the at least two virtual light sources at the intersecting point. generating intersecting point data based on the information on the non-shadow ray and the information on the at least two shadow rays, and performing the shading operation based on the generated intersecting point data to determine the final color for the intersecting point based on the non-shadow ray wherein the non-shadow ray is a virtual line meeting a specific region of an object, starting from a user's point of view, and wherein the at least two shadow rays are virtual lines determining whether light comes in directly from the at least two virtual light sources at the intersecting point.
A core network node for mobility management, comprising: means for retrieving an Expected User Equipment, UE, behavior parameter from a data management node; and means for sending, to a Radio Access Network, RAN, a message for N2 connection between the core network node and the RAN including Radio Resource Control, RRC, inactive assistance information based on the Expected UE behavior parameter in order for the RAN to optimize UE state transition, wherein the RRC inactive assistance information comprises Expected UE Moving Trajectory information indicating the UE's expected geographical movement and UE mobility information indicating whether the UE is stationary or mobile. means for retrieving an Expected User Equipment, UE, behavior parameter from a data management node; and means for sending, to a Radio Access Network, RAN, a message for N2 connection between the core network node and the RAN including Radio Resource Control, RRC, inactive assistance information based on the Expected UE behavior parameter in order for the RAN to optimize UE state transition, wherein the RRC inactive assistance information comprises Expected UE Moving Trajectory information indicating the UE's expected geographical movement and UE mobility information indicating whether the UE is stationary or mobile.
A mode converter for a level radar, the mode converter comprising: an input line for introducing a high-frequency signal into the mode converter, wherein the input line is a coaxial cable; a helix structure into which a conductor of the input line projects and which comprises a plurality of helical electrical conductors, wherein the conductor is an internal conductor of the coaxial cable; a waveguide which encloses the helix structure; wherein the helix structure is designed to convert the high-frequency signal from the input line into an H01 mode in the waveguide. an input line for introducing a high-frequency signal into the mode converter, wherein the input line is a coaxial cable; a helix structure into which a conductor of the input line projects and which comprises a plurality of helical electrical conductors, wherein the conductor is an internal conductor of the coaxial cable; a waveguide which encloses the helix structure; wherein the helix structure is designed to convert the high-frequency signal from the input line into an H01 mode in the waveguide.