mhurhangee/patent-ind-claim-en huggingface dataset:
A method for separating an audio input signal into a dry signal component and an ambient signal component , the method comprising: - generating a transferred input signal including transferring the audio input signal into frequency space, - applying a smoothing filter to the transferred input signal in order to generate an estimated ambient signal component, - determining the dry signal component based on the estimated ambient signal component, - determining the ambient signal component based on the determined dry signal component and the audio input signal . - generating a transferred input signal including transferring the audio input signal into frequency space, - applying a smoothing filter to the transferred input signal in order to generate an estimated ambient signal component, - determining the dry signal component based on the estimated ambient signal component, - determining the ambient signal component based on the determined dry signal component and the audio input signal .
A LOng RAnge Navigation, LORAN, device comprising: a housing ; an electrically short LORAN antenna carried by the housing , wherein the electrically short LORAN antenna comprises a dipole antenna having first and second antenna elements; a LORAN receiver carried by the housing and coupled to the electrically short LORAN antenna ; and at least one radio frequency, RF, crystal resonator coupled to the electrically short LORAN antenna and configured so that the electrically short LORAN antenna is forced to a resonant condition for a LORAN receive signal, wherein the at least one RF crystal resonator comprises a first crystal resonator coupled in series with one of the first and second antenna elements and a second crystal resonator coupled in parallel with the first and second antenna elements. a housing ; an electrically short LORAN antenna carried by the housing , wherein the electrically short LORAN antenna comprises a dipole antenna having first and second antenna elements; a LORAN receiver carried by the housing and coupled to the electrically short LORAN antenna ; and at least one radio frequency, RF, crystal resonator coupled to the electrically short LORAN antenna and configured so that the electrically short LORAN antenna is forced to a resonant condition for a LORAN receive signal, wherein the at least one RF crystal resonator comprises a first crystal resonator coupled in series with one of the first and second antenna elements and a second crystal resonator coupled in parallel with the first and second antenna elements.
Watch component intended to be in frictional contact with another component, said component being electrically insulating and coated with a one-piece electrically conductive layer at least partially covering each of the surfaces of the component , the friction being established on at least one of these surfaces, referred to as the functional surface , said functional surface being framed by a plurality of lateral surfaces , characterised in that the component has on its functional surface a texture formed by a succession of recesses coated with said electrically conductive layer , said recesses each extending between two lateral surfaces of the component so as to keep the electrically conductive layer in a single piece over the entire component or so as to keep the electrically conductive layer continuous at least over all the faces of the component to maintain electrical conductivity over the entire component despite the wear caused by friction on the functional surface.
An ignition unit for a turbojet engine, said unit composing: - an electric power supply , - a single control channel for receiving a control signal from a computer, - a main spark plug ignition channel for energizing at least one main spark plug of a main combustion chamber, - an afterburning spark plug additional channel for energizing at least one afterburning spark plug of a post combustion chamber, said unit being characterized in that , in response to pulsed controls on said single control channel , it is able to selectively activate the main spark plug channel , or the afterburning spark plug channel , depending on the pulse durations of the control signal. - an electric power supply , - a single control channel for receiving a control signal from a computer, - a main spark plug ignition channel for energizing at least one main spark plug of a main combustion chamber, - an afterburning spark plug additional channel for energizing at least one afterburning spark plug of a post combustion chamber,
Magnetic connection apparatus for connecting two units, wherein at least one first connection member is associated with a first unit and at least one second connection member is associated with a second unit , wherein a first connection member and a second connection member form a pair of connections, wherein the connection members of a pair of connections each have a plurality of contacts , wherein the connection members of a pair of connections are aligned axially parallel in relation to one another and make magnetic contact with one another, and wherein the connection members of a pair of connections can be rotated relative to one another in the contact-connected state, characterized in that the connection members of a pair of connections have a mechanical guide (5, 7 or 13), which is arranged to limit axial displacement of the connection members in the contact-connected state, and wherein the mechanical guide (5, 7 or 13) is in the form of a mechanical rough guide, so that the mechanical rough guide allows simple guidance of the connection members to one another and exact and precise alignment is then performed magnetically.
A method for processing a push message, comprising: generating (S410) a first profile identifier based on an account identifier of a currently logged-in account of an app; sending the first profile identifier, a token, and the account identifier of the app in a push system to a server of the app; receiving a push message from the server by using a push connection corresponding to the token, wherein the push message comprises a second profile identifier; and determining (S440) a processing manner of the push message based on whether the second profile identifier is the same as the first profile identifier, wherein the determining a processing manner of the push message based on whether the second profile identifier is the same as the first profile identifier comprises: when the second profile identifier is the same as the first profile identifier, displaying the push message; or when the second profile identifier is different from the first profile identifier, determining not to display the push message, wherein, when verifying the second profile identifier, there is no need to interact with the server by using a network, nor there is a need to consider whether a process of the app exists. generating (S410) a first profile identifier based on an account identifier of a currently logged-in account of an app; sending the first profile identifier, a token, and the account identifier of the app in a push system to a server of the app; receiving a push message from the server by using a push connection corresponding to the token, wherein the push message comprises a second profile identifier; and determining (S440) a processing manner of the push message based on whether the second profile identifier is the same as the first profile identifier, wherein the determining a processing manner of the push message based on whether the second profile identifier is the same as the first profile identifier comprises: when the second profile identifier is the same as the first profile identifier, displaying the push message; or when the second profile identifier is different from the first profile identifier, determining not to display the push message, wherein, when verifying the second profile identifier, there is no need to interact with the server by using a network, nor there is a need to consider whether a process of the app exists. when the second profile identifier is the same as the first profile identifier, displaying the push message; or when the second profile identifier is different from the first profile identifier, determining not to display the push message, wherein, when verifying the second profile identifier, there is no need to interact with the server by using a network, nor there is a need to consider whether a process of the app exists.
A stent having a tubular body in at least some sections, this body being convertible from a compressed state into an expanded state, and comprising a circumferential wall having at least one first lattice structure and a second lattice structure , the first lattice structure and the second lattice structure forming separate layers of the circumferential wall, which are arranged coaxially one inside the other and are connected to one another in at least some points such that the first lattice structure and the second lattice structure can be moved in at least some sections relative to one another, wherein the first lattice structure and the second lattice structure are each formed from closely intertwined wires , wherein the first lattice structure has a greater number of wires than the second lattice structure , and wherein the second lattice structure forms an outer layer and the first lattice structure forms an inner layer of the tubular body .
An image processing apparatus for tracking a target object to be tracked included in a plurality of consecutively captured images, the image processing apparatus comprising: an image acquisition unit configured to acquire an image; a template acquisition unit configured to acquire a template corresponding to a target object to be tracked included in the image; a masking map generation unit configured to generate a masking map serving as a map indicative of a degree of masking the target object to be tracked, which is included in the image, by another object, the masking map is a map in which the template is divided into a plurality of blocks and the degree of masking is associated with each of the blocks; and a tracking unit configured to detect the target object to be tracked included in the image by using the template, and acquire over a plurality of images an amount of movement of the target object to be tracked and a direction of the movement of the target object to be tracked, based on both of the template and the masking map; characterized in that the degree of masking set in the masking map is lower as an edge perpendicular to the movement direction of the target object to be tracked in a corresponding block is stronger. an image acquisition unit configured to acquire an image; a template acquisition unit configured to acquire a template corresponding to a target object to be tracked included in the image; a masking map generation unit configured to generate a masking map serving as a map indicative of a degree of masking the target object to be tracked, which is included in the image, by another object, the masking map is a map in which the template is divided into a plurality of blocks and the degree of masking is associated with each of the blocks; and a tracking unit configured to detect the target object to be tracked included in the image by using the template, and acquire over a plurality of images an amount of movement of the target object to be tracked and a direction of the movement of the target object to be tracked, based on both of the template and the masking map; characterized in that the degree of masking set in the masking map is lower as an edge perpendicular to the movement direction of the target object to be tracked in a corresponding block is stronger.
A satellite comprising: a steerable antenna system that includes an antenna array and is configured to receive an uplink signal that illuminates a particular region of the antenna array in dependence on a current pointing direction of the steerable antenna system , and wherein the antenna array comprises a plurality of array elements arranged according to a feed grid ; and a control system configured to: convert received-signal power measurements made for individual array elements of the antenna array during reception of the uplink signal into a power-distribution image comprising pixels arranged on a pixel grid derived from the feed grid and having pixel values determined in dependence on the received-signal power measurements made for corresponding ones of the array elements ; determine a center location of an illuminated region in the power-distribution image that corresponds to the uplink signal , the center location expressed in feed-grid coordinates; and derive a pointing correction for the steerable antenna system in dependence on a difference between the center location and a reference location that also is expressed in feed-grid coordinates. a steerable antenna system that includes an antenna array and is configured to receive an uplink signal that illuminates a particular region of the antenna array in dependence on a current pointing direction of the steerable antenna system , and wherein the antenna array comprises a plurality of array elements arranged according to a feed grid ; and a control system configured to: convert received-signal power measurements made for individual array elements of the antenna array during reception of the uplink signal into a power-distribution image comprising pixels arranged on a pixel grid derived from the feed grid and having pixel values determined in dependence on the received-signal power measurements made for corresponding ones of the array elements ; determine a center location of an illuminated region in the power-distribution image that corresponds to the uplink signal , the center location expressed in feed-grid coordinates; and derive a pointing correction for the steerable antenna system in dependence on a difference between the center location and a reference location that also is expressed in feed-grid coordinates. convert received-signal power measurements made for individual array elements of the antenna array during reception of the uplink signal into a power-distribution image comprising pixels arranged on a pixel grid derived from the feed grid and having pixel values determined in dependence on the received-signal power measurements made for corresponding ones of the array elements ; determine a center location of an illuminated region in the power-distribution image that corresponds to the uplink signal , the center location expressed in feed-grid coordinates; and derive a pointing correction for the steerable antenna system in dependence on a difference between the center location and a reference location that also is expressed in feed-grid coordinates.
Solar reactor comprising a shell delimiting a reaction chamber , the shell comprising a lower part in the form of a straight cone continued at its tip by an injection inlet for gaseous reactants and an upper part in the form of a blind straight cylinder , the cone and/or the lateral surface of the blind cylinder comprising two lateral holes, of which one is continued by an injection tube for solid reactants and the other is continued by an outlet tube for products resulting from the reaction, the end wall of the blind cylinder, of which the outer face is intended to receive the solar radiation, having an inner face, characterized in that the inner face is intended to be struck by the jet of gaseous reactants, the inner face having a structured surface, the structured surface being a textured surface or a flat surface with one or more ribs and/or grooves.
A liquid pharmaceutical composition for intraoral transmucosal administration of a benzodiazepine drug to a mammal in need, the composition comprising: a physiologically acceptable hydrophobic phase; an eutectic mixture of benzodiazepine compound providing high solubility of the benzodiazepine in said hydrophobic phase; and at least one physiologically acceptable surfactant; wherein said benzodiazepine is Lorazepam.
Steel product for low temperature use with a minimum notch impact energy according to the Charpy V-notch impact test at -196°C in a transverse direction of ≥50 J/cm 2 , having the following chemical composition in wt.%: C: 0.01 to <0.3, preferably 0.03 to 0.15; Mn: 4 to <10, preferably 4 to <8; Al: 0.003 to 2.9, preferably 0.03 to 0.4; Mo: 0.01 to 0.8, preferably 0.1 to 0.5; Si: 0.02 to 0.8, preferably 0.08 to 0.3; Ni: 0.01 to 3; P: <0.04; S: <0.02; N: <0.02; with the remainder being iron including unavoidable steel-accompanying elements, wherein for the alloy composition the equation 6 <1.5 Mn + Ni <8 is satisfied, with optional addition by alloying of one or more of the following elements in wt.%; Ti: 0.002 to 0.5; V: 0.006 to 0.1; Cr: 0.05 to 4; Cu; 0.05 to 2; Nb: 0.003 to 0.1; B: 0.0005 to 0.014; Co: 0.003 to 3; W: 0.03 to 2; Zr: 0.03 to 1; Ca: <0.004 and Sn: <0.5; comprising a microstructure consisting of 2 to 90 vol.% austenite, less than 40 vol.% ferrite and/or bainite, with the remainder being martensite.
A composition, comprising: a population of antibodies, wherein the antibody is an anti-TNF-alpha antibody produced in goat's milk, and wherein the level of galactosylation of the antibodies in the population of antibodies comprises at least 5% mono-galactosylated N-glycans and at least 10% bi-galactosylated N-glycans; and wherein the heavy chain of the antibody comprises SEQ ID NO: 1 and the light chain of the antibody comprises SEQ ID NO: 2. a population of antibodies, wherein the antibody is an anti-TNF-alpha antibody produced in goat's milk, and wherein the level of galactosylation of the antibodies in the population of antibodies comprises at least 5% mono-galactosylated N-glycans and at least 10% bi-galactosylated N-glycans; and wherein the heavy chain of the antibody comprises SEQ ID NO: 1 and the light chain of the antibody comprises SEQ ID NO: 2.
Double raft foundation for buildings comprising: - a lower raft , - a layer of material with a low friction coefficient applied on the lower raft , - a platform comprising a plurality of coplanar slabs of material with a low friction coefficient, slidingly disposed on said layer of the lower raft, - an upper raft joined with said platform of slabs , and - a superstructure joined to the upper raft , wherein the upper raft is disposed on the lower raft in such manner that, in case of an earthquake, said platform of slabs of the upper raft can slide on said layer of the lower raft, allowing the upper raft to move relatively with respect to the lower raft, characterized in that the static sliding friction coefficient and the dynamic sliding friction coefficient between said layer of the lower raft and said slabs of the platform of the upper raft are equal to or lower than 0.04; wherein said layer of the lower raft is made of Teflon and said slabs of the platform of the upper raft are made of steel and/or Teflon, wherein said lower raft is shaped as a tank with raised perimeter walls in order to contain said upper raft ; the double raft foundation further comprising dissipating- dampening devices and centering devices interposed between said perimeter walls of the lower raft and said upper raft to dampen the movement of the upper raft and center the upper raft with respect to the lower raft after an earthquake, and wherein said layer of the lower raft is a layer of Teflon with thickness of approximately 1-2 cm. - a lower raft , - a layer of material with a low friction coefficient applied on the lower raft , - a platform comprising a plurality of coplanar slabs of material with a low friction coefficient, slidingly disposed on said layer of the lower raft, - an upper raft joined with said platform of slabs , and - a superstructure joined to the upper raft , characterized in that the static sliding friction coefficient and the dynamic sliding friction coefficient between said layer of the lower raft and said slabs of the platform of the upper raft are equal to or lower than 0.04; wherein said layer of the lower raft is made of Teflon and said slabs of the platform of the upper raft are made of steel and/or Teflon, wherein said lower raft is shaped as a tank with raised perimeter walls in order to contain said upper raft ; the double raft foundation further comprising dissipating- dampening devices and centering devices interposed between said perimeter walls of the lower raft and said upper raft to dampen the movement of the upper raft and center the upper raft with respect to the lower raft after an earthquake, and wherein said layer of the lower raft is a layer of Teflon with thickness of approximately 1-2 cm.
An electronic rack comprising a cabinet and a panel , the cabinet being configured to house a drawer and to guide the drawer translationally along a primary direction (X) when the drawer is housed in the cabinet , a front and a rear being defined for the primary direction (X), the drawer being provided to be inserted into the cabinet from the front to the rear until it reaches an inserted position, the drawer having a front face and a rear face delimiting the drawer in the primary direction (X), the panel being disposed across from the rear face of the drawer when the drawer is in the inserted position, the rack comprising a set of first connectors , each first connector being configured to be connected to a second connector of an electronic module housed in the drawer when the drawer is in the inserted position, the rack being characterized in that it comprises means of moving the panel in the primary direction (X) relative to the cabinet between a first position and a second position, each first connector being held by the panel , each first connector being disconnected from the corresponding second connector when the panel is in the first position and the drawer is in the inserted position, each first connector being connected to the corresponding second connector when the panel is in the second position and the drawer is in the inserted position. the rack comprising a set of first connectors , each first connector being configured to be connected to a second connector of an electronic module housed in the drawer when the drawer is in the inserted position, the rack being characterized in that it comprises means of moving the panel in the primary direction (X) relative to the cabinet between a first position and a second position, each first connector being held by the panel , each first connector being disconnected from the corresponding second connector when the panel is in the first position and the drawer is in the inserted position, each first connector being connected to the corresponding second connector when the panel is in the second position and the drawer is in the inserted position.
Conveyor for two-wheelers, in particular bicycles, for integration into an automatic parking system, comprising a displaceable platform with a bicycle receptacle positioned substantially orthogonally to its surface, which is provided with means for vertical positioning and fixation of a bicycle, wherein the platform is provided with rollers or wheels, via which it is displaceable, characterised in that the platform is designed as an AGV pallet and is provided with a control, which has a wireless interface for connection to a computer system and which is connected to a drive, via which the rollers or wheels are drivable.