mhurhangee/patent-ind-claim-en huggingface dataset:
Vehicle partition wall for commercial vehicles, of the type comprising at least one fixed plate and a sliding door slidable with respect to said fixed plate , predisposed to separate the cockpit of a vehicle from the loading compartment, said sliding door being provided, along the upper edge and along the bottom edge, with a plurality of sliding wheels that are slidable respectively on an upper guide and on a lower guide associated with the structure of said vehicle, said sliding wheels having a grooved profile that is predisposed to be coupled with a corresponding rail of said guides having a conjugate profile characterized in that at least one out of said upper guide and said lower guide has elastic features so as to compensate for the backlash existing in the coupling of said sliding wheels with said respective guides .
A method for controlling a compression release brake arrangement for an engine , the method performed by a control device , the compression release brake arrangement comprising: an exhaust valve actuator assembly configured to, when activated, perform compression release braking of at least a first cylinder of the engine ; a conduit fluidly connected to the exhaust valve actuator assembly ; the conduit comprising a first actuator valve and a second actuator valve , the second actuator valve arranged in parallel to the first actuator valve ; and at least one pump configured to supply hydraulic fluid via the conduit to the exhaust valve actuator assembly ; the method comprising: in advance of an activation of the exhaust valve actuator assembly , controlling the first actuator valve and the second actuator valve so as to achieve a first state in which one of the first actuator valve and the second actuator valve is in an open state whereas the other one of the first and the second actuator valve is in a closed state (S104). the compression release brake arrangement comprising: an exhaust valve actuator assembly configured to, when activated, perform compression release braking of at least a first cylinder of the engine ; a conduit fluidly connected to the exhaust valve actuator assembly ; the conduit comprising a first actuator valve and a second actuator valve , the second actuator valve arranged in parallel to the first actuator valve ; and at least one pump configured to supply hydraulic fluid via the conduit to the exhaust valve actuator assembly ; an exhaust valve actuator assembly configured to, when activated, perform compression release braking of at least a first cylinder of the engine ; a conduit fluidly connected to the exhaust valve actuator assembly ; the conduit comprising a first actuator valve and a second actuator valve , the second actuator valve arranged in parallel to the first actuator valve ; and at least one pump configured to supply hydraulic fluid via the conduit to the exhaust valve actuator assembly ; the method comprising: in advance of an activation of the exhaust valve actuator assembly , controlling the first actuator valve and the second actuator valve so as to achieve a first state in which one of the first actuator valve and the second actuator valve is in an open state whereas the other one of the first and the second actuator valve is in a closed state (S104).
A method for assisting an invasive procedure on a human or animal organ, said procedure comprising the insertion of at least one element into said organ, the method comprising: a. obtaining a three-dimensional model of at least one portion of said organ; b. determining at least one entry point of said at least one element on the obtained three-dimensional model; c. determining an axis of insertion of said at least one element in said organ, depending on said three-dimensional model, of said at least one determined entry point and of a plurality of distinct axes passing through said at least one entry point, said plurality of axes being defined by the intersection of a first plane and a second plane, said first and second planes comprising said at least one entry point, d. displaying a sectional view of said three-dimensional model according to said first plane, said first plane forming a first angle relative to a first reference related to said three-dimensional model, characterised in that the method comprises: e. changing the value of said first angle, displaying a sectional view along said first plane being adapted to said change in said first angle. a. obtaining a three-dimensional model of at least one portion of said organ; b. determining at least one entry point of said at least one element on the obtained three-dimensional model; c. determining an axis of insertion of said at least one element in said organ, depending on said three-dimensional model, of said at least one determined entry point and of a plurality of distinct axes passing through said at least one entry point, said plurality of axes being defined by the intersection of a first plane and a second plane, said first and second planes comprising said at least one entry point, d. displaying a sectional view of said three-dimensional model according to said first plane, said first plane forming a first angle relative to a first reference related to said three-dimensional model,
Electromagnetic valve , especially for cryogenic fluids, the valve comprising: - two seats facing away from each other; - two closure members (46 ; 50), each of which cooperates with one of the seats so as to be able to close and open said seat; - a magnetic circuit with a magnetic plunger capable of being driven by a magnetic field source , the plunger displacing the closure members (46; 50) relative to their respective seat; the plunger being placed between the closure members (46 ; 50) so that each closure member (46; 50) closes its seat by moving the plunger away from said seat, the electromagnetic valve further comprising a passage connecting the seats and the valve comprising tappets cooperating with the closure members (46 ; 50), each tappet being capable of displacing one of the closure members (46 ; 50) by passing through the associated seat, characterised in that at least one or each tappet is movably mounted relative to the plunger so as to be retractable into the plunger , the plunger preferably comprising at least one spring configured to extend the tappets out of the plunger . - two seats facing away from each other; - two closure members (46 ; 50), each of which cooperates with one of the seats so as to be able to close and open said seat; - a magnetic circuit with a magnetic plunger capable of being driven by a magnetic field source , the plunger displacing the closure members (46; 50) relative to their respective seat; the plunger being placed between the closure members (46 ; 50) so that each closure member (46; 50) closes its seat by moving the plunger away from said seat,
Set for applying a flat, flexible two-dimensional thin-film strip into living tissue, in particular brain comprising - the thin-film strip itself to be applied, - an application tool removable and exclusively mechanically connectable to the thin-film strip by means of a coupling device (8,13;15,16,18;23,29;29,36,37), wherein: a thread , wire or needle is configured to couple the thin-film strip to the application tool by means of a retaining hole in the thin-film, such that withdrawal or removal of the thread , wire or needle releases the thin-film strip from the application tool; or the thin-film strip tapers into a retaining thread configured to thread through a through bore in the application tool , such that the thin-film strip is releasable from the application tool by pulling the thread and thereby separating the thread from the rest of the thin-film strip ; so that after application of the thin-film strip in the target location the application tool is removable from the tissue without residue by mechanically disengaging the coupling device (8,13;15,16,18;23,29;29,36,37) itself thereby leaving the thin-film strip behind. - the thin-film strip itself to be applied, - an application tool removable and exclusively mechanically connectable to the thin-film strip by means of a coupling device (8,13;15,16,18;23,29;29,36,37), wherein: a thread , wire or needle is configured to couple the thin-film strip to the application tool by means of a retaining hole in the thin-film, such that withdrawal or removal of the thread , wire or needle releases the thin-film strip from the application tool; or the thin-film strip tapers into a retaining thread configured to thread through a through bore in the application tool , such that the thin-film strip is releasable from the application tool by pulling the thread and thereby separating the thread from the rest of the thin-film strip ; a thread , wire or needle is configured to couple the thin-film strip to the application tool by means of a retaining hole in the thin-film, such that withdrawal or removal of the thread , wire or needle releases the thin-film strip from the application tool; or the thin-film strip tapers into a retaining thread configured to thread through a through bore in the application tool , such that the thin-film strip is releasable from the application tool by pulling the thread and thereby separating the thread from the rest of the thin-film strip ;
A composition comprising a lipase and a fabric hueing agent, said fabric hueing agent comprising polymeric dye, and wherein said lipase is a variant of SEQ ID No. 2, said variant having at least 90% homology to SEQ ID No. 2, said variant having substitutions T231R and N233R.
A method for transmitting an uplink, UL, signal of a terminal in a wireless communication system, the method comprising: receiving (S210), from a base station, downlink control information, DCI, wherein the DCI includes i) activation information for activating a specific resource set from among a plurality of resource sets and ii) sounding reference signal, SRS, request information for requesting an SRS; the method further comprising: transmitting the SRS to the base station as a response signal to the DCI using a first resource belonging to the specific resource set; and performing (S220) grant-free UL transmission using a resource belonging to the specific resource set. transmitting the SRS to the base station as a response signal to the DCI using a first resource belonging to the specific resource set; and performing (S220) grant-free UL transmission using a resource belonging to the specific resource set.
Plug-in pump for arrangement on an at least one- or two-stage transmission for driving a vehicle, wherein the plug-in pump is able to be flange-mounted on a housing of the transmission and, in this case, projects into the transmission housing , wherein the plug-in pump is configured for supplying lubricating oil to at least one consumer, wherein the plug-in pump: comprises at least two pump suction stages for sucking in a lubricating oil from a first oil container , which functions as a dry sump, and for conveying the lubricating oil into a second oil container , which functions as an oil tank, and comprises at least two pump pressure stages for sucking in the lubricating oil from the second oil container and for conveyance to the consumer, wherein the pump suction stages and the pump pressure stages are arranged spaced apart from one another in a pump housing (PG) and have a common drive shaft , wherein the pump suction stages are formed by a first arrangement (ZA 1 ) of at least three external gears which mesh with one another and which lie in a first plane, and wherein the pump pressure stages are formed by a second arrangement (ZA 2 ) of at least three external gears which mesh with one another and which lie in a second plane, wherein the first plane and the second plane are parallel to one another, wherein at least two of the respective gear centre points (ZM 1 , ZM 2 , ZM 3 ) of the first external-gear arrangement (ZA 2 ) and at least two of the respective gear centre points (ZM 4 , ZM 5 , ZM 6 ) of the second external-gear arrangement (ZA 2 ) are arranged in a common plane (E - E) which intersects the pump housing (PG) in a longitudinal direction (X - X) and which, as such, is orthogonal to the first and second planes. comprises at least two pump suction stages for sucking in a lubricating oil from a first oil container , which functions as a dry sump, and for conveying the lubricating oil into a second oil container , which functions as an oil tank, and comprises at least two pump pressure stages for sucking in the lubricating oil from the second oil container and for conveyance to the consumer, wherein the pump suction stages and the pump pressure stages are arranged spaced apart from one another in a pump housing (PG) and have a common drive shaft , wherein the pump suction stages are formed by a first arrangement (ZA 1 ) of at least three external gears which mesh with one another and which lie in a first plane, and wherein the pump pressure stages are formed by a second arrangement (ZA 2 ) of at least three external gears which mesh with one another and which lie in a second plane, wherein the first plane and the second plane are parallel to one another, wherein at least two of the respective gear centre points (ZM 1 , ZM 2 , ZM 3 ) of the first external-gear arrangement (ZA 2 ) and at least two of the respective gear centre points (ZM 4 , ZM 5 , ZM 6 ) of the second external-gear arrangement (ZA 2 ) are arranged in a common plane (E - E) which intersects the pump housing (PG) in a longitudinal direction (X - X) and which, as such, is orthogonal to the first and second planes.
Method for operating a broadband lambda probe , wherein the broadband lambda probe has a ceramic sensor element , which has an electrochemical pumping cell , an electrochemical Nernst cell , a diffusion barrier and a cavity , wherein the cavity communicates via the diffusion barrier with an exhaust gas , wherein the electrochemical pumping cell has an outer pumping electrode , which is directly exposed to the exhaust gas , and has an inner pumping electrode , which is arranged in the cavity , and has a first solid electrolyte , which is arranged between the outer pumping electrode and the inner pumping electrode , wherein the electrochemical Nernst cell has a Nernst electrode , which is arranged in the cavity , and has a reference electrode , which is arranged in a reference gas chamber , and has a second solid electrolyte , which is arranged between the Nernst electrode and the reference electrode , wherein a pumping voltage (Up) can be applied between the outer pumping electrode and the inner pumping electrode , so that a pumping current (Ip) flows, wherein a Nernst voltage (Un) can be measured between the Nernst electrode and the reference electrode , wherein a lambda value (λ) of a measuring gas can be detected on the basis of the pumping current, wherein the method comprises the following steps: - controlling the Nernst voltage (Un) to a predetermined setpoint value by adjusting the pumping voltage (Up) and/or the pumping current (Ip), - measuring the pumping voltage (Up), the pumping current (Ip) and/or the lambda value (λ), - forming pairs of measured values on the basis of measured values measured for the pumping voltage (Up), the pumping current (Ip) and/or the lambda value (λ), - calculating a regression line on the basis of the pairs of measured values to approximate a predetermined portion of a reference characteristic of the pumping voltage (Up), and - ascertaining a pumping current offset and/or a lambda offset on the basis of the regression lines . - controlling the Nernst voltage (Un) to a predetermined setpoint value by adjusting the pumping voltage (Up) and/or the pumping current (Ip), - measuring the pumping voltage (Up), the pumping current (Ip) and/or the lambda value (λ), - forming pairs of measured values on the basis of measured values measured for the pumping voltage (Up), the pumping current (Ip) and/or the lambda value (λ), - calculating a regression line on the basis of the pairs of measured values to approximate a predetermined portion of a reference characteristic of the pumping voltage (Up), and - ascertaining a pumping current offset and/or a lambda offset on the basis of the regression lines .
An amplifier circuit that amplifies a carrier wave that a transmitting and receiving part has received, the amplifier circuit comprising: a superimposition wave generation part that generates a superimposition wave to be superimposed onto the carrier wave; an amplifying part that adds the carrier wave and the superimposition wave to obtain an amplified carrier wave, and outputs the amplified carrier wave; and characterized by an amplitude detection part that detects, based on a change in an amplitude value of the carrier wave, that the carrier wave is a predetermined carrier wave that carries a predetermined communication signal, a switch part that controls connection between the amplifying part and an output terminal (T3, T4) of the amplifier circuit , wherein the amplitude detection part controls the switch part to supply the output of the amplifying part to the output terminal (T3, T4) of the amplifier circuit when having detected the predetermined carrier wave, and the amplifier circuit outputs the amplified carrier wave when having detected the predetermined carrier wave. a superimposition wave generation part that generates a superimposition wave to be superimposed onto the carrier wave; an amplifying part that adds the carrier wave and the superimposition wave to obtain an amplified carrier wave, and outputs the amplified carrier wave; and characterized by an amplitude detection part that detects, based on a change in an amplitude value of the carrier wave, that the carrier wave is a predetermined carrier wave that carries a predetermined communication signal, a switch part that controls connection between the amplifying part and an output terminal (T3, T4) of the amplifier circuit , wherein the amplitude detection part controls the switch part to supply the output of the amplifying part to the output terminal (T3, T4) of the amplifier circuit when having detected the predetermined carrier wave, and the amplifier circuit outputs the amplified carrier wave when having detected the predetermined carrier wave.
Apparatus for producing a cushioning product, comprising an inlet region for a flat, elongate, two- or multi-layer paper strip and an exit region for a cushioning product produced from the paper strip, comprising a feed mechanism and a crumple mechanism for crumpling the paper strip, wherein the exit region comprises a removable first cover having a dispensing opening , wherein the first cover is connectable to the apparatus by means of a linear guide, and wherein the linear guide is arranged in parallel with a transport direction .
A flux recovery device which recovers a flux from a gaseous mixture containing a flux component, the flux recovery device comprising: a separation unit configured to separate the flux from the gaseous mixture using water, and to discharge the water containing the flux; a pipe including a second connection port , an inclined portion , and a first connection port , the water containing the flux discharged from the separation unit flowing into the pipe from the second connection port , the inclined portion being positioned on a downstream side of the second connection port , and extending in a direction intersecting with a vertical line extending in a gravity direction, and the first connection port being positioned on an upstream side of the inclined portion ; and a pump configured to supply water to the first connection port , from which the water is injected into the pipe , wherein the first connection port is configured such that the water supplied from the first connection port to the pipe washes out the flux which is adhered to the inclined portion . a separation unit configured to separate the flux from the gaseous mixture using water, and to discharge the water containing the flux; a pipe including a second connection port , an inclined portion , and a first connection port , the water containing the flux discharged from the separation unit flowing into the pipe from the second connection port , the inclined portion being positioned on a downstream side of the second connection port , and extending in a direction intersecting with a vertical line extending in a gravity direction, and the first connection port being positioned on an upstream side of the inclined portion ; and a pump configured to supply water to the first connection port , from which the water is injected into the pipe , wherein the first connection port is configured such that the water supplied from the first connection port to the pipe washes out the flux which is adhered to the inclined portion .
A location estimation apparatus (100; 1400), comprising: a sensor (110; 810; 1311, 1321; 1410) configured to acquire an input image ; and a processor (120; 1420) configured to: calculate edge direction information of edge component pixels (1021, 1022, 1023; 1211, 1212) extracted from the input image ; characterized in that the processor (120; 1420) is further configured to: determine an inlier pixel among the edge component pixels by removing an outlier pixel among the edge component pixels based on an adjacency level between intersection points of a virtual horizontal line (702; 1002; 1102), which corresponds to a virtual horizon in the input image , and edge lines corresponding to the edge direction information of the edge component pixels (1021, 1022, 1023, wherein the adjacency level is a degree by which the intersection points are adjacent to each other; estimate a rotation reference point based on the inlier pixel ; and correct initial localization information of the apparatus (100; 1400) by applying a rotation parameter to match an initial reference point, which is based on map data and the initial localization information, and the estimated rotation reference point . a sensor (110; 810; 1311, 1321; 1410) configured to acquire an input image ; and a processor (120; 1420) configured to: calculate edge direction information of edge component pixels (1021, 1022, 1023; 1211, 1212) extracted from the input image ; characterized in that the processor (120; 1420) is further configured to: determine an inlier pixel among the edge component pixels by removing an outlier pixel among the edge component pixels based on an adjacency level between intersection points of a virtual horizontal line (702; 1002; 1102), which corresponds to a virtual horizon in the input image , and edge lines corresponding to the edge direction information of the edge component pixels (1021, 1022, 1023, wherein the adjacency level is a degree by which the intersection points are adjacent to each other; estimate a rotation reference point based on the inlier pixel ; and correct initial localization information of the apparatus (100; 1400) by applying a rotation parameter to match an initial reference point, which is based on map data and the initial localization information, and the estimated rotation reference point . determine an inlier pixel among the edge component pixels by removing an outlier pixel among the edge component pixels based on an adjacency level between intersection points of a virtual horizontal line (702; 1002; 1102), which corresponds to a virtual horizon in the input image , and edge lines corresponding to the edge direction information of the edge component pixels (1021, 1022, 1023, wherein the adjacency level is a degree by which the intersection points are adjacent to each other; estimate a rotation reference point based on the inlier pixel ; and correct initial localization information of the apparatus (100; 1400) by applying a rotation parameter to match an initial reference point, which is based on map data and the initial localization information, and the estimated rotation reference point .