mhurhangee/ep-ind-claims huggingface dataset:
An open-irrigated catheter system for performing mapping and ablation functions, comprising: a tip section (102; 202) having an exterior wall that defines an open interior region within the tip section (102; 202), wherein the exterior wall includes mapping electrode openings and irrigation ports, and wherein the exterior wall is conductive for delivering radio frequency energy for an RF ablation procedure, wherein the irrigation ports are in fluid communication with the open interior region to allow fluid to flow from the open interior region through the irrigation ports; a distal insert (104; 204; 832A; 832B) positioned within the tip section (102; 202) to separate the open region into a distal fluid reservoir (106; 206) and a proximal fluid reservoir (105; 205); and mapping electrodes (103; 203) positioned in the mapping electrode openings in the tip section (102; 202), wherein the distal insert (104; 204; 832A; 832B) has a peripheral surface with openings (107; 207) therein sized to receive the mapping electrodes (103; 203). a tip section (102; 202) having an exterior wall that defines an open interior region within the tip section (102; 202), wherein the exterior wall includes mapping electrode openings and irrigation ports, and wherein the exterior wall is conductive for delivering radio frequency energy for an RF ablation procedure, wherein the irrigation ports are in fluid communication with the open interior region to allow fluid to flow from the open interior region through the irrigation ports; a distal insert (104; 204; 832A; 832B) positioned within the tip section (102; 202) to separate the open region into a distal fluid reservoir (106; 206) and a proximal fluid reservoir (105; 205); and mapping electrodes (103; 203) positioned in the mapping electrode openings in the tip section (102; 202), wherein the distal insert (104; 204; 832A; 832B) has a peripheral surface with openings (107; 207) therein sized to receive the mapping electrodes (103; 203).
A system to perform convolution operation comprising: a memory configured to store elements of a matrix, wherein the elements of the matrix are distributed into overlapping subgroups and each of the overlapping subgroups shares at least one element of the matrix with another overlapping subgroup in the overlapping subgroups; a plurality of memory banks configured to store the overlapping subgroups, wherein the overlapping subgroups are distributed among the memory banks using a circular shifted pattern; and an organizer configured to read specific ones of the overlapping subgroups in the plurality of memory banks in a diagonal access pattern associated with transposing the matrix by shifting the read specific ones of the overlapping subgroups; wherein the organizer is further configured to generate two or more input vectors for a single processor cycle, wherein each input vector is created by selecting two or more overlapping subgroups of the read specific ones of the overlapping subgroups; and wherein each of the plurality of memory banks utilizes a read pointer that identifies one of the overlapping subgroups distributed among the memory banks for reading. a memory configured to store elements of a matrix, wherein the elements of the matrix are distributed into overlapping subgroups and each of the overlapping subgroups shares at least one element of the matrix with another overlapping subgroup in the overlapping subgroups; a plurality of memory banks configured to store the overlapping subgroups, wherein the overlapping subgroups are distributed among the memory banks using a circular shifted pattern; and an organizer configured to read specific ones of the overlapping subgroups in the plurality of memory banks in a diagonal access pattern associated with transposing the matrix by shifting the read specific ones of the overlapping subgroups; wherein the organizer is further configured to generate two or more input vectors for a single processor cycle, wherein each input vector is created by selecting two or more overlapping subgroups of the read specific ones of the overlapping subgroups; and wherein each of the plurality of memory banks utilizes a read pointer that identifies one of the overlapping subgroups distributed among the memory banks for reading.
A photovoltaic system configured to feed three-phase current into a power grid, comprising: a plurality of single-phase or three-phase photovoltaic inverters configured to be connected to the power grid on an output side, wherein each of the photovoltaic inverters comprise a disconnector on the output side thereof, a plurality of photovoltaic generators connected to the input side of the photovoltaic inverters, a central control and monitoring unit connected between the photovoltaic inverters and the power grid, wherein the central control and monitoring unit comprises a grid monitoring device at a grid feed-in point, wherein the grid monitoring device is configured to measure one or more grid parameters, and wherein the central control and monitoring unit comprises a load unbalance detection function and/or a load unbalance control function, characterized in that a communication link is provided between the individual photovoltaic inverters or the individual disconnectors and the connected central control and monitoring unit, and that the central control and monitoring unit is configured in such a manner, that in case of a exceedance or a undershooting of at least one predetermined limit the photovoltaic inverters are separable from the power grid via their disconnectors by means of a control signal of the communication link and that each inverter comprises an additional control and monitoring function to provide an additional decentralized monitoring. a plurality of single-phase or three-phase photovoltaic inverters configured to be connected to the power grid on an output side, wherein each of the photovoltaic inverters comprise a disconnector on the output side thereof, a plurality of photovoltaic generators connected to the input side of the photovoltaic inverters, a central control and monitoring unit connected between the photovoltaic inverters and the power grid, wherein the central control and monitoring unit comprises a grid monitoring device at a grid feed-in point, wherein the grid monitoring device is configured to measure one or more grid parameters, and wherein the central control and monitoring unit comprises a load unbalance detection function and/or a load unbalance control function, characterized in that a communication link is provided between the individual photovoltaic inverters or the individual disconnectors and the connected central control and monitoring unit, and that the central control and monitoring unit is configured in such a manner, that in case of a exceedance or a undershooting of at least one predetermined limit the photovoltaic inverters are separable from the power grid via their disconnectors by means of a control signal of the communication link and that each inverter comprises an additional control and monitoring function to provide an additional decentralized monitoring.
A fastening device, the fastening device comprising: a first lower body comprising a first magnet, a male retention element and a first extension; a second lower body comprising a second magnet, a female retention element and a second extension, a first zipper track having a plurality of teeth and affixed to the first lower body; and a second zipper track having a plurality of teeth and affixed to the second lower body, characterized by the female retention element of the second lower body having a notch to receive the male retention element of the first lower body and an angled face to guide the female retention element of the second lower body into proper alignment with the male retention element of the first lower body through the attractive force of the first magnet and the second magnet. a first lower body comprising a first magnet, a male retention element and a first extension; a second lower body comprising a second magnet, a female retention element and a second extension, a first zipper track having a plurality of teeth and affixed to the first lower body; and a second zipper track having a plurality of teeth and affixed to the second lower body, characterized by the female retention element of the second lower body having a notch to receive the male retention element of the first lower body and an angled face to guide the female retention element of the second lower body into proper alignment with the male retention element of the first lower body through the attractive force of the first magnet and the second magnet.
An electrical circuit for measuring the resistance of a liquid between a first and second electrode, the first electrode connected to a first terminal Vta of the electrical circuit, and the second electrode connected to a second terminal Vtb of the electrical circuit, comprising: a capacitor C1 connected on a first end to the first terminal and a capacitor C2 connected on a first end to the second terminal; a known reference resistance Rref connected on a first end to a second end of capacitor C1; switching means for connecting either; a) a first reference voltage V+ to a second end of Rref, and a lower second reference voltage V- to a second end of C2 to form a first switch configuration or; b) the first reference voltage V+ to the second end of C2 and the lower second reference voltage V- to the second end of Rref to form a second switch configuration; and measuring means (10, 11) for measuring a voltage Vsense at the connection between C1 and Rref; wherein the electrical circuit is configured to determine the value of the resistance of the liquid based on the known reference resistance Rref and the observed voltage Vsense for each of the first and second switch configurations. a capacitor C1 connected on a first end to the first terminal and a capacitor C2 connected on a first end to the second terminal; a known reference resistance Rref connected on a first end to a second end of capacitor C1; switching means for connecting either; a) a first reference voltage V+ to a second end of Rref, and a lower second reference voltage V- to a second end of C2 to form a first switch configuration or; b) the first reference voltage V+ to the second end of C2 and the lower second reference voltage V- to the second end of Rref to form a second switch configuration; and a) a first reference voltage V+ to a second end of Rref, and a lower second reference voltage V- to a second end of C2 to form a first switch configuration or; b) the first reference voltage V+ to the second end of C2 and the lower second reference voltage V- to the second end of Rref to form a second switch configuration; and measuring means (10, 11) for measuring a voltage Vsense at the connection between C1 and Rref; wherein the electrical circuit is configured to determine the value of the resistance of the liquid based on the known reference resistance Rref and the observed voltage Vsense for each of the first and second switch configurations.
A three-dimensional fiber structure, comprising: a fiber lamination including a plurality of fiber layers (12a, 12b) laminated on one another, the fiber layers (12a, 12b) being at least biaxially oriented, each fiber layer (12a, 12b) being formed of a continuous fiber (16a, 16b) or a fabric texture, the fiber lamination being a three-dimensional plate, the fiber lamination including a bent portion (14a, 14b), a first flat portion, and a second flat portion (15a, 15c), the first flat portion and the second flat portion (15a, 15c) sandwiching the bent portion (14a, 14b), and the first flat portion, the bent portion (14a, 14b), and the second flat portion (15a, 15c) are continuous with one another; and connection yarns arranged to cross the fiber layers (12a, 12b), characterized in that the angle at which the connection yarns of the first flat portion cross the fiber layers (12a, 12b) at the first flat portion differs from the angle at which the connection yarns of the second flat portion (15a, 15c) cross the fiber layers (12a, 12b) at the second flat portion (15a, 15c), wherein the connection yarns of the first flat portion obliquely cross the fiber layers (12a, 12b) at the first flat portion, and wherein the connection yarns of the second flat portion (15a, 15c) are perpendicular to the fiber layers (12a, 12b) at the second flat portion (15a, 15c). a fiber lamination including a plurality of fiber layers (12a, 12b) laminated on one another, the fiber layers (12a, 12b) being at least biaxially oriented, each fiber layer (12a, 12b) being formed of a continuous fiber (16a, 16b) or a fabric texture, the fiber lamination being a three-dimensional plate, the fiber lamination including a bent portion (14a, 14b), a first flat portion, and a second flat portion (15a, 15c), the first flat portion and the second flat portion (15a, 15c) sandwiching the bent portion (14a, 14b), and the first flat portion, the bent portion (14a, 14b), and the second flat portion (15a, 15c) are continuous with one another; and connection yarns arranged to cross the fiber layers (12a, 12b), characterized in that the angle at which the connection yarns of the first flat portion cross the fiber layers (12a, 12b) at the first flat portion differs from the angle at which the connection yarns of the second flat portion (15a, 15c) cross the fiber layers (12a, 12b) at the second flat portion (15a, 15c), wherein the connection yarns of the first flat portion obliquely cross the fiber layers (12a, 12b) at the first flat portion, and wherein the connection yarns of the second flat portion (15a, 15c) are perpendicular to the fiber layers (12a, 12b) at the second flat portion (15a, 15c).
An anchoring structure designed to anchor a plaster layer to a wooden plaster-holding timber frame of a building ceiling; said anchoring structure comprising a wooden plaster-holding timber frame and a plaster layer; said plaster-holding timber frame being structured so as to have slots; said plaster layer being structured to have an upper surface facing the plaster-holding timber frame and is shaped so as to slip/be at least partially inserted in the slots to form anchoring ribs; said anchoring structure further comprising a plurality of mechanical anchoring members comprising anchoring portions; and a fixing mixture; characterised in that said mechanical anchoring members are firmly connected only to the ribs and/or to the plaster layer at a plurality of fixing points placed on said upper surface of the plaster layer itself, and extend over the plaster-holding timber frame so as to rest on the upper surface of the plaster-holding timber frame; said anchoring portions being firmly inserted in blind holes which are made in the ribs and/or in the plaster layer in said fixing points; wherein said fixing mixture is injected in the blind holes to embed said anchoring portion solely inside the hole to cause the anchoring member to be fixed only to the plaster layer in order to realize a mechanical anchor from above onto the plaster layer.
Heat exchanger (1, 101), for forming a gas separation unit via heat transfer of at least one primary fluid referred to as heating fluid to at least one secondary fluid referred to as cooling fluid, the heat exchanger (1, 101) comprising at least: - a plurality of plates, with the plates being arranged in parallel to one another, the plates defining passages shaped for the flow of heating fluid or of cooling fluid; and - heat exchange spacers that extend between the plates in such a way as to define channels, each channel being adapted to channel a portion of the heating fluid or a portion of the cooling fluid; the heat exchanger (1, 101) being characterised in that it further comprises a casing that entirely or partially covers the plurality of plates, with the casing comprising at least one non-combustible heat insulation layer that is substantially non-combustible in the conditions of temperature and of pressure of the oxygen when the heat exchanger is in service, in particular at a temperature between +65 °C and -196 °C and at a pressure between 1 bar A and 120 bar A. - a plurality of plates, with the plates being arranged in parallel to one another, the plates defining passages shaped for the flow of heating fluid or of cooling fluid; and - heat exchange spacers that extend between the plates in such a way as to define channels, each channel being adapted to channel a portion of the heating fluid or a portion of the cooling fluid;
A clamp protection circuit, configured to perform clamp protection for a symmetric half bridge, the clamp protection circuit comprising: a first clamp diode, a second clamp diode, and a clamping device, wherein: the clamp protection circuit is configured to be connected with an input source of the symmetric half bridge and configured to perform clamp protection for a first resonant capacitor and a second resonant capacitor of the symmetric half bridge; and the first clamp diode is connected in series with the second clamp diode to form a bridge arm; a cathode of the first clamp diode is configured to be connected with an anode of the input source, and an anode of the second clamp diode configured to be connected with a cathode of the input source; one end of the clamping device is connected with a midpoint of the bridge arm, and the other end of the clamping device is configured to be connected with one end of the first resonant capacitor and one end of the second resonant capacitor.. the clamp protection circuit is configured to be connected with an input source of the symmetric half bridge and configured to perform clamp protection for a first resonant capacitor and a second resonant capacitor of the symmetric half bridge; and the first clamp diode is connected in series with the second clamp diode to form a bridge arm; a cathode of the first clamp diode is configured to be connected with an anode of the input source, and an anode of the second clamp diode configured to be connected with a cathode of the input source; one end of the clamping device is connected with a midpoint of the bridge arm, and the other end of the clamping device is configured to be connected with one end of the first resonant capacitor and one end of the second resonant capacitor..
System for heavy oils hydroconversion comprising a reactor, a liquid-vapor separator, and a stripping section of conversion products, external to the reactor, comprising a supply conduit of the stripping gas in a point of the connection conduit between the reactor head and the liquid-vapor separator, the said connection conduit being upwardly inclined, at least from the point of intersection between the supply conduit and the connection conduit, with a gradient of between 2% and 20% with respect to the horizontal plane.
A method of assessing a fluid canister, comprising: detecting the weight of a fluid canister attached to a vacuum system; generating an image of a portion of the fluid canister upon detecting a change in the weight of the fluid canister; and determining a hemoglobin value of contents in the fluid canister using the image. detecting the weight of a fluid canister attached to a vacuum system; generating an image of a portion of the fluid canister upon detecting a change in the weight of the fluid canister; and determining a hemoglobin value of contents in the fluid canister using the image.
An apparatus for managing fluid at a tissue site, comprising: a first layer comprising an outer surface, an inner surface, and a first plurality of supports extending from the inner surface, wherein the first layer is formed of foam; a second layer in stacked relationship with the first layer and oriented to be adjacent to the first plurality of supports; a barrier between the inner surface of the first layer and the second layer, wherein the barrier, the first layer and the second layer define a first fluid pathway and a second fluid pathway therebetween; an aperture configured to provide fluid communication between the first fluid pathway, the second fluid pathway and the tissue site; and a port comprising: a first port opening configured to provide fluid communication between the first fluid pathway and a negative-pressure source; and a second port opening configured to provide fluid communication between the second fluid pathway and an instillation source. a first layer comprising an outer surface, an inner surface, and a first plurality of supports extending from the inner surface, wherein the first layer is formed of foam; a second layer in stacked relationship with the first layer and oriented to be adjacent to the first plurality of supports; a barrier between the inner surface of the first layer and the second layer, wherein the barrier, the first layer and the second layer define a first fluid pathway and a second fluid pathway therebetween; an aperture configured to provide fluid communication between the first fluid pathway, the second fluid pathway and the tissue site; and a port comprising: a first port opening configured to provide fluid communication between the first fluid pathway and a negative-pressure source; and a second port opening configured to provide fluid communication between the second fluid pathway and an instillation source. a first port opening configured to provide fluid communication between the first fluid pathway and a negative-pressure source; and a second port opening configured to provide fluid communication between the second fluid pathway and an instillation source.
An apparatus (24, 24') for embossing micro- and/or nanostructures in an embossing material (6, 6'), comprising a structured stamp and a mobile embossing element, characterised in that a removal of the structured stamp from the embossing material (6, 6') can be controlled in a targeted manner, wherein a clamping bar (4, 4') for fixing the structured stamp can be moved along a removal curve, wherein the removal curve is in particular one of the following functions: • polynomial, in particular ∘ straight-line, ∘ parabola • root function • logarithmic function • trigonometric function, in particular ∘ sine function • step function. • polynomial, in particular ∘ straight-line, ∘ parabola ∘ straight-line, ∘ parabola • root function • logarithmic function • trigonometric function, in particular ∘ sine function • step function.
A catheter comprising a hollow body longitudinally extending along an axis, comprising at least one first lateral window and a probe emitting a wave beam, said first lateral window enabling radiation of the beam along a region lateral to the catheter to perform imaging, said lateral region being substantially planar along a first plane parallel to the axis along which the catheter extends, said catheter further comprising a longitudinal guide device (140, 70, 70', 71, 74, 141) enabling transmission of a motion to an intervention element (13, 13'), the movements of said intervention element (13, 13') being maintained in the first plane, the angle (8, 48) between the intervention element (13, 13') and the axis of the catheter, called an "intervention angle", being driven by a remote drive means (73, 44, 770) by a distal movable arm (72, 76, 42).