mhurhangee/ep-ind-claims huggingface dataset:
An apparatus comprising: - a sensor system responsive to motion including cardiovascular motion, the sensor system comprising at least one of the following: an accelerometer, a gyroscope, an inertial measurement unit comprising both an accelerometer and a gyroscope, - a processing system for processing an analysis signal produced by the sensor system, wherein the processing system is configured to: - form a first indicator quantity indicating degree of concentration of autocorrelation of the analysis signal to a point that corresponds to zero time difference between analysis signal samples whose mutual correlation is expressed by the autocorrelation, - form a second indicator quantity indicating spectral entropy of the analysis signal, and - determine an indicator of cardiac malfunction on the basis of at least the first indicator quantity and the second indicator quantity. - a sensor system responsive to motion including cardiovascular motion, the sensor system comprising at least one of the following: an accelerometer, a gyroscope, an inertial measurement unit comprising both an accelerometer and a gyroscope, - a processing system for processing an analysis signal produced by the sensor system, - form a first indicator quantity indicating degree of concentration of autocorrelation of the analysis signal to a point that corresponds to zero time difference between analysis signal samples whose mutual correlation is expressed by the autocorrelation, - form a second indicator quantity indicating spectral entropy of the analysis signal, and - determine an indicator of cardiac malfunction on the basis of at least the first indicator quantity and the second indicator quantity.
A method of moderating interrupts in a virtualization environment supported by a host system, the host system comprising a host processor, and a guest executed on the host processor, the guest comprising a virtual processor and a guest process (111A, B) executed on the virtual processor, the guest process comprising a network application associated with a packet flow, the method comprising: defining an overflow interrupt interval for a device in communication with the host system, the overflow interrupt interval related to a receive buffer overflow event in said host system when said guest is inactive, the receive buffer overflow event related to said network application; and when the guest is inactive, moderating interrupts from the device based on the overflow buffer interval so that a first interrupt is generated from the device to the host when the overflow interrupt interval expires and a packet associated with the network application has been received by the device, said first interrupt configured to activate said guest so that said guest may respond to said receive buffer overflow event. defining an overflow interrupt interval for a device in communication with the host system, the overflow interrupt interval related to a receive buffer overflow event in said host system when said guest is inactive, the receive buffer overflow event related to said network application; and when the guest is inactive, moderating interrupts from the device based on the overflow buffer interval so that a first interrupt is generated from the device to the host when the overflow interrupt interval expires and a packet associated with the network application has been received by the device, said first interrupt configured to activate said guest so that said guest may respond to said receive buffer overflow event.
Search system for searching buried persons, including: - a radio device with a receiving device including at least one receiving antenna and adapted to receive the field of a transmitter antenna, wherein the radio device is adapted to determine the direction (α) of the field vector of the transmitter antenna relative to the at least one receiving antenna; as well as - a user interface device with at least one interface for interfacing with the radio device, as well as at least one output device for outputting search information derived from the direction (α) of the determined field vector and perceivable by a user; - wherein the radio device and the user interface device are each formed as separate units, which are each encompassed by an own housing, characterized in that the search system includes determining means (18a, 18b; 20, 22) for determining the relative orientation of the user interface device to the radio device. - a radio device with a receiving device including at least one receiving antenna and adapted to receive the field of a transmitter antenna, wherein the radio device is adapted to determine the direction (α) of the field vector of the transmitter antenna relative to the at least one receiving antenna; as well as - a user interface device with at least one interface for interfacing with the radio device, as well as at least one output device for outputting search information derived from the direction (α) of the determined field vector and perceivable by a user; - wherein the radio device and the user interface device are each formed as separate units, which are each encompassed by an own housing,
A method of fabricating a display device, the method comprising: providing a wiring substrate disposed with an electrode having a plurality of electrode lines; providing a conductive adhesive layer connected to the wiring substrate; coupling a plurality of semiconductor light emitting devices to the conductive adhesive layer, and electrically connecting said plurality of semiconductor light emitting devices to the electrode, wherein the plurality of semiconductor light emitting devices are arranged along a plurality of electrode lines; coating a first photosensitive phosphor material to cover the semiconductor light emitting devices; curing the coated first photosensitive phosphor material using light emitted from the semiconductor light emitting devices by illumination of semiconductor light emitting devices disposed at some lines of the plurality of electrode lines; removing a non-cured portion of the coated first photosensitive phosphor material to form a phosphor layer covering one surface of at least some of the semiconductor light emitting devices; coating a second photosensitive phosphor material having a different color from a color of the first photosensitive phosphor material on a region where the non-cured portion of the first photosensitive phosphor material was removed; and curing the second photosensitive phosphor material using light emitted from semiconductor light emitting devices disposed at a different line from the semiconductor light emitting devices disposed at the some lines. providing a wiring substrate disposed with an electrode having a plurality of electrode lines; providing a conductive adhesive layer connected to the wiring substrate; coupling a plurality of semiconductor light emitting devices to the conductive adhesive layer, and electrically connecting said plurality of semiconductor light emitting devices to the electrode, wherein the plurality of semiconductor light emitting devices are arranged along a plurality of electrode lines; coating a first photosensitive phosphor material to cover the semiconductor light emitting devices; curing the coated first photosensitive phosphor material using light emitted from the semiconductor light emitting devices by illumination of semiconductor light emitting devices disposed at some lines of the plurality of electrode lines; removing a non-cured portion of the coated first photosensitive phosphor material to form a phosphor layer covering one surface of at least some of the semiconductor light emitting devices; coating a second photosensitive phosphor material having a different color from a color of the first photosensitive phosphor material on a region where the non-cured portion of the first photosensitive phosphor material was removed; and curing the second photosensitive phosphor material using light emitted from semiconductor light emitting devices disposed at a different line from the semiconductor light emitting devices disposed at the some lines.
A compound of formula where: PLA represents a polylactic acid rest of formula: where: is the attachment of the bond to the PEG moiety; and m is the number of units and is comprised between 1 and 500; PEG represents a polyethylene glycol rest of formula: where: is the attachment of the bond to -PLA; is the attachment of the bond to the nitrogen atom of and n is the number of units and is comprised between 1 and 300; The linker PEG' is a polyethylene glycol rest of formula: where: n' is the number of units and is comprised between 1 to 10 is the attachment of the bond to the-(CH 2)-triazole group; is the attachment of the bond to the ligand; Ligand is a functional ligand rest chosen from homing devices, diagnostic agents, imaging agents, stimuli-sensitive agents, docking agents, cell penetrating agents, detoxifying agents and drugs. PLA represents a polylactic acid rest of formula: where: is the attachment of the bond to the PEG moiety; and m is the number of units and is comprised between 1 and 500; PEG represents a polyethylene glycol rest of formula: where: is the attachment of the bond to -PLA; is the attachment of the bond to the nitrogen atom of and n is the number of units and is comprised between 1 and 300; The linker PEG' is a polyethylene glycol rest of formula: where: n' is the number of units and is comprised between 1 to 10 is the attachment of the bond to the-(CH 2)-triazole group; is the attachment of the bond to the ligand; is the attachment of the bond to the PEG moiety; and is the attachment of the bond to -PLA; is the attachment of the bond to the nitrogen atom of n' is the number of units and is comprised between 1 to 10 is the attachment of the bond to the-(CH 2)-triazole group; is the attachment of the bond to the ligand;
An image processing device comprising: a parallax detecting section detecting, on a basis of a first imaging signal for a first viewpoint and a second imaging signal for a second viewpoint different from the first viewpoint, a parallax of the second viewpoint with respect to the first viewpoint; and an image generating section generating a color image using the first imaging signal and a parallax-compensated second imaging signal resulting from parallax compensation for the second imaging signal based on the parallax detected by the parallax detecting section in a case where a predetermined condition is satisfied, and generating the color image from the first imaging signal in a case where the predetermined condition is not satisfied wherein the first imaging signal includes white pixels and color component pixels, and the second imaging signal includes fewer white pixels and more color component pixels than the first imaging signal. a parallax detecting section detecting, on a basis of a first imaging signal for a first viewpoint and a second imaging signal for a second viewpoint different from the first viewpoint, a parallax of the second viewpoint with respect to the first viewpoint; and an image generating section generating a color image using the first imaging signal and a parallax-compensated second imaging signal resulting from parallax compensation for the second imaging signal based on the parallax detected by the parallax detecting section in a case where a predetermined condition is satisfied, and generating the color image from the first imaging signal in a case where the predetermined condition is not satisfied wherein the first imaging signal includes white pixels and color component pixels, and the second imaging signal includes fewer white pixels and more color component pixels than the first imaging signal.
A method (300, 600), comprising: receiving (320, 620) an identification command at an addressable apparatus (110, 210) which is connected to a lighting network and which is configured to control at least one lighting unit for illuminating at least a region of a facility, wherein the addressable apparatus has a network address associated therewith and has a signaling device integral thereto; characterized in that the method involves sequentially, for each bit of the network address: the addressable apparatus controlling (330, 630) a first device among: the at least one lighting unit, and the signaling device, to indicate a value of the bit during a bit period by the first device entering a state corresponding to the value of the bit, and causing (340, 640) a second device among: the at least one lighting unit, and the signaling device, to signal during a time interval within the bit period that the first device validly indicates the value of the bit; and after the values for all of the bits of the network address have been indicated by the at least one lighting unit, causing (360, 660) at least one of the first and second devices to enter a state which indicates an end of the network address. receiving (320, 620) an identification command at an addressable apparatus (110, 210) which is connected to a lighting network and which is configured to control at least one lighting unit for illuminating at least a region of a facility, wherein the addressable apparatus has a network address associated therewith and has a signaling device integral thereto; characterized in that the method involves sequentially, for each bit of the network address: the addressable apparatus controlling (330, 630) a first device among: the at least one lighting unit, and the signaling device, to indicate a value of the bit during a bit period by the first device entering a state corresponding to the value of the bit, and causing (340, 640) a second device among: the at least one lighting unit, and the signaling device, to signal during a time interval within the bit period that the first device validly indicates the value of the bit; and the addressable apparatus controlling (330, 630) a first device among: the at least one lighting unit, and the signaling device, to indicate a value of the bit during a bit period by the first device entering a state corresponding to the value of the bit, and causing (340, 640) a second device among: the at least one lighting unit, and the signaling device, to signal during a time interval within the bit period that the first device validly indicates the value of the bit; and after the values for all of the bits of the network address have been indicated by the at least one lighting unit, causing (360, 660) at least one of the first and second devices to enter a state which indicates an end of the network address.
An injection needle assembly (2, 62), comprising: a needle tube having a needle tip for puncturing the skin; a needle hub including: a front end part that retains the needle tube and from which the needle tip of the needle tube is protruded; an insertion part into which an output portion of a syringe is inserted; and a flange-like skin contact portion that is disposed in a surrounding of the front end part and contacts with and/or faces the skin when a living body is punctured with the needle tube; a fluid-draining portion that is disposed in the skin contact portion of the needle hub and enables draining of a medicine staying in the skin contact portion, characterized in that the fluid-draining portion is formed by coating the skin contact portion with a lubricant. a needle tube having a needle tip for puncturing the skin; a needle hub including: a front end part that retains the needle tube and from which the needle tip of the needle tube is protruded; an insertion part into which an output portion of a syringe is inserted; and a flange-like skin contact portion that is disposed in a surrounding of the front end part and contacts with and/or faces the skin when a living body is punctured with the needle tube; a fluid-draining portion that is disposed in the skin contact portion of the needle hub and enables draining of a medicine staying in the skin contact portion, characterized in that the fluid-draining portion is formed by coating the skin contact portion with a lubricant.
A process for the synthesis of carbon nanotubes (abbreviation CNTs) by chemical vapor deposition (abbreviation CVD) at the surface of articles, said articles being provided in the form of a mixture A (i) of particles and/or fibers of a material comprising at least one oxygen atom and (ii) of particles and/or fibers of a material chosen from carbides and/or of a material comprising at least one silicon atom, said process comprising the following steps, carried out under a stream of inert gas(es), optionally in mixture with hydrogen: (i) heating, in a reaction chamber, said mixture A of articles at a temperature of between 400°C and 900°C; (ii) introducing, into said chamber, a carbon source consisting of acetylene and/or xylene and a ferrocene-comprising catalyst; (iii) exposing said heated mixture A to said carbon source and to said ferrocene-comprising catalyst for a period of time sufficient to obtain CNTs at the surface of the articles forming said mixture A; (iv) recovering a mixture B at the end of step (iii), optionally after a cooling step, said mixture B being formed of the mixture A of articles comprising CNTs at their surface; (v) optionally separating the particles and/or fibers of a material comprising at least one oxygen atom, said particles and/or fibers comprising CNTs at their surface, from the particles and/or fibers of a material chosen from carbides and/or comprising at least one silicon atom, said particles and/or fibers comprising CNTs at their surface, process in which the material chosen from carbides and/or comprising at least one silicon atom is chosen from silicon nitride (Si 3 N 4), silicon carbide (SiC), silica (SiO 2), TiC and B 4 C and/or in which the material comprising at least one oxygen atom is Al 2 O 3. (i) heating, in a reaction chamber, said mixture A of articles at a temperature of between 400°C and 900°C; (ii) introducing, into said chamber, a carbon source consisting of acetylene and/or xylene and a ferrocene-comprising catalyst; (iii) exposing said heated mixture A to said carbon source and to said ferrocene-comprising catalyst for a period of time sufficient to obtain CNTs at the surface of the articles forming said mixture A; (iv) recovering a mixture B at the end of step (iii), optionally after a cooling step, said mixture B being formed of the mixture A of articles comprising CNTs at their surface; (v) optionally separating the particles and/or fibers of a material comprising at least one oxygen atom, said particles and/or fibers comprising CNTs at their surface, from the particles and/or fibers of a material chosen from carbides and/or comprising at least one silicon atom, said particles and/or fibers comprising CNTs at their surface,
A gas turbine engine comprising: a combustor disposed about an engine central axis and including a combustor wall (62, 64) and a combustion chamber, the combustor wall (62, 64) having a lip at an exit region of the combustion chamber; a circumferential row of vanes adj acent the exit region, each said vane including a platform (74, 76) and an airfoil section extending from the platform (74, 76), the platform (74, 76) defining forward and trailing edges (74a, 74b) and first and second circumferential side edges (74c, 74d) joining the forward and trailing edges (74a, 74b), the forward edge being adj acent the lip of the combustor wall (62, 64), wherein the lip defines a first annular slot and the forward edges collectively define a second annular slot, the first and second annular slots (82, 84) together defining an annular seal slot and the first annular slot is defined by radially inner and outer walls (82a, 82b) of the combustor wall (62, 64) and the second annular slot is defined by radially inner and outer walls (84a, 84b) of the platform (74, 76), characterised in that: an annular feather seal is entrapped in the annular seal slot between the combustor wall (62, 64) and the platform (74, 76); the annular feather seal is a split ring, the split ring having overlapping ends (88a, 88b); and at least one of the radially inner wall of the first annular slot or the radially inner wall of the second annular slot is scalloped. a combustor disposed about an engine central axis and including a combustor wall (62, 64) and a combustion chamber, the combustor wall (62, 64) having a lip at an exit region of the combustion chamber; a circumferential row of vanes adj acent the exit region, each said vane including a platform (74, 76) and an airfoil section extending from the platform (74, 76), the platform (74, 76) defining forward and trailing edges (74a, 74b) and first and second circumferential side edges (74c, 74d) joining the forward and trailing edges (74a, 74b), the forward edge being adj acent the lip of the combustor wall (62, 64), wherein the lip defines a first annular slot and the forward edges collectively define a second annular slot, the first and second annular slots (82, 84) together defining an annular seal slot and the first annular slot is defined by radially inner and outer walls (82a, 82b) of the combustor wall (62, 64) and the second annular slot is defined by radially inner and outer walls (84a, 84b) of the platform (74, 76), an annular feather seal is entrapped in the annular seal slot between the combustor wall (62, 64) and the platform (74, 76); the annular feather seal is a split ring, the split ring having overlapping ends (88a, 88b); and at least one of the radially inner wall of the first annular slot or the radially inner wall of the second annular slot is scalloped.
A nomadic remote control for controlling an item of closing or sun protection equipment, such as blinds, a lock and motorized door or gate, and/or lighting, the nomadic remote control comprising, in a housing, a generator capable of converting mechanical energy supplied by a user of the remote control into electrical energy and the generator being electrically connected to the printed board bearing a radiofrequency transmitter able to transmit a command to the equipment when the electrical energy is sufficient, the housing having a main axis (ZZ') along a largest dimension of the housing and comprising an activator provided with a shaft translatable along the main axis and cooperating with the generator such that a movement of the activator causes a mechanical action on the generator, characterized in that the activator comprises at least one manual control key (31, 32) secured in translation to the shaft.
A method for combining frequency domain encoded signals from at least two signal sources, with decoding said encoded signals obtaining quantized spectral components, inverse quantizing the quantized spectral components of said decoded signals obtaining window sequences, inverse transforming at least one of said window sequences obtaining a sub-band signal, and re-transforming the sub-band signal into a modified window sequence with a frequency resolution matching a frequency resolution of a window sequence from a signal from said at least two signal sources which has not been inverse transformed, and combining the at least two inverse quantized signals obtaining a combined signal.