mhurhangee/ep-ind-claims huggingface dataset:
A system for sensing proximity of a target, the system comprising: a sensor configured to generate a magnetic field and sense inductance and resistance, wherein the inductance is affected by the target when the target is proximate the sensor; a sensor cable coupled to the sensor, the sensor cable being configured to provide the sensed inductance from the sensor to processing equipment, the sensor cable being further configured to provide the sensed resistance to the processing equipment; and the processing equipment configured to receive the sensed inductance and resistance via the sensor cable, determine an inductance value from the sensed inductance as a function of an inductance model, and a resistance value from the sensed resistance as a function of a resistance model, and estimate a parameter of a gap between the sensor and the target by a single lookup step as a function of the inductance value, the resistance value, the inductance model and the resistance model;; wherein the inductance model includes a first term giving a non-linear relationship between the parameter and inductance and applies experimentally determined first coefficients, and the resistance model includes a second term giving a non-linear relationship between the parameter and resistance and applies experimentally determined second coefficients. a sensor configured to generate a magnetic field and sense inductance and resistance, wherein the inductance is affected by the target when the target is proximate the sensor; a sensor cable coupled to the sensor, the sensor cable being configured to provide the sensed inductance from the sensor to processing equipment, the sensor cable being further configured to provide the sensed resistance to the processing equipment; and the processing equipment configured to receive the sensed inductance and resistance via the sensor cable, determine an inductance value from the sensed inductance as a function of an inductance model, and a resistance value from the sensed resistance as a function of a resistance model, and estimate a parameter of a gap between the sensor and the target by a single lookup step as a function of the inductance value, the resistance value, the inductance model and the resistance model;; wherein the inductance model includes a first term giving a non-linear relationship between the parameter and inductance and applies experimentally determined first coefficients, and the resistance model includes a second term giving a non-linear relationship between the parameter and resistance and applies experimentally determined second coefficients.
Beverage distribution disposition adapted for preparing beverages by means of a pressurized fluid flow through an individual portion of an edible portion, said beverage distribution disposition comprising: - an envelope casing presenting a portion configured in a handgrip shape so that can be handheld; - a fluid connection adapted for connection of a pressurized fluid line that provides fluid connection with an upstream source of supply of pressurized fluid; - a beverage discharge, - a portion collection disposition adapted for collecting an individual portion of said edible substance, for example provided inside of a capsule, and disposed downstream of said first fluid connection and upstream of said beverage discharge, - a closing disposition adapted so that provides actuation of said portion collection disposition by means of a closing element provided so that can be moved in swivelling movement relative to said envelope casing, between an open position where said portion collection disposition is open, and a closed position where said portion collection disposition is closed in a liquid-tight manner, characterized in that said disposition further presents: - an actuation disposition including a start actuation element adapted so that can provide start of the beverage preparation cycle, whereby said start actuation element is arranged so that can be actuated by the same hand that holds said envelope casing and is configured in trigger-like, button-like, or similar shape, so that can be actuated by a single finger, whereby the actuation of the closing disposition and the actuation of the actuation disposition can be carried out by a user with the same hand that holds said disposition. - an envelope casing presenting a portion configured in a handgrip shape so that can be handheld; - a fluid connection adapted for connection of a pressurized fluid line that provides fluid connection with an upstream source of supply of pressurized fluid; - a beverage discharge, - a portion collection disposition adapted for collecting an individual portion of said edible substance, for example provided inside of a capsule, and disposed downstream of said first fluid connection and upstream of said beverage discharge, - a closing disposition adapted so that provides actuation of said portion collection disposition by means of a closing element provided so that can be moved in swivelling movement relative to said envelope casing, between an open position where said portion collection disposition is open, and a closed position where said portion collection disposition is closed in a liquid-tight manner, - an actuation disposition including a start actuation element adapted so that can provide start of the beverage preparation cycle, whereby said start actuation element is arranged so that can be actuated by the same hand that holds said envelope casing and is configured in trigger-like, button-like, or similar shape, so that can be actuated by a single finger,
Expansion dowel comprising - at least one dowel body and - a bolt, the bolt having an expanding body which pushes the dowel body radially outward when the expanding body is displaced in a pullout direction relative to the dowel body, - a corrosion protection layer and an anti-friction layer covering the corrosion protection layer being provided on the expanding body, characterized in that the corrosion protection layer is a Zn/Ni coating or a Zn/Fe coating. - at least one dowel body and - a bolt, the bolt having an expanding body which pushes the dowel body radially outward when the expanding body is displaced in a pullout direction relative to the dowel body, - a corrosion protection layer and an anti-friction layer covering the corrosion protection layer being provided on the expanding body, characterized in that the corrosion protection layer is a Zn/Ni coating or a Zn/Fe coating.
A pharmaceutical composition for delivery of a messenger RNA (mRNA) polynucleotide to one or more target cell, said composition comprising an mRNA and a blend of at least a first lipid nanoparticle and a second lipid nanoparticle, wherein the first lipid nanoparticle comprises the mRNA; and wherein the first lipid nanoparticle comprises at least one lipid distinct from the second lipid nanoparticle.
A method in a transmitting radio node for handling data packets within a radio bearer in a radio communications network, the method comprising: - setting up (203,303,902), within a radio bearer, a logical sub-channel for each of at least two identified packet flows; - associating (204,304,903) an identity to each data packet of respective identified packet flow, of the at least two identified packet flows, carried within a Radio Link Control, RLC, entity, where the identity is indicating the logical sub-channel of the respective identified traffic flow; and - transferring (205,305,905) the data packets of respective identified packet flow in an order over a channel in the radio communications network, where the order of transferring is based on the identity of each data packet. - setting up (203,303,902), within a radio bearer, a logical sub-channel for each of at least two identified packet flows; - associating (204,304,903) an identity to each data packet of respective identified packet flow, of the at least two identified packet flows, carried within a Radio Link Control, RLC, entity, where the identity is indicating the logical sub-channel of the respective identified traffic flow; and - transferring (205,305,905) the data packets of respective identified packet flow in an order over a channel in the radio communications network, where the order of transferring is based on the identity of each data packet.
Multi-vision imaging system for laparoscopic surgery, comprising: - A tubular member, said tubular member having a longitudinal axis, a distal end and a proximal end; - A first imaging device having a longitudinal body and an active end for acquiring images, the first imaging device being configured to be inserted through the tubular member, with the active end protruding with respect to the distal end, and the first imaging device being mobile in the tubular member following a translation along the longitudinal axis and/or following a rotation around the longitudinal axis; characterised in that it further comprises: - A second imaging device comprising at least two cameras (31, 131, 231, 331; 32, 132, 232, 332) each mounted on a support member (33, 133, 233, 333), being non-coupled to the first imaging device, and being moveable with respect to the tubular member between: ∘ a retracted position wherein the cameras are positioned inside the tubular member, and ∘ a deployed position wherein the cameras (31, 131, 231, 331; 32, 132, 232, 332) are positioned outside of the tubular member at the distal end, the cameras (31, 131, 231, 331; 32, 132, 232, 332) being arranged on either side of the longitudinal axis of the tubular member and being held fixed with respect to the tubular member by holding means, so as to follow any movement of the tubular member. - A tubular member, said tubular member having a longitudinal axis, a distal end and a proximal end; - A first imaging device having a longitudinal body and an active end for acquiring images, the first imaging device being configured to be inserted through the tubular member, with the active end protruding with respect to the distal end, and the first imaging device being mobile in the tubular member following a translation along the longitudinal axis and/or following a rotation around the longitudinal axis; - A second imaging device comprising at least two cameras (31, 131, 231, 331; 32, 132, 232, 332) each mounted on a support member (33, 133, 233, 333), being non-coupled to the first imaging device, and being moveable with respect to the tubular member between: ∘ a retracted position wherein the cameras are positioned inside the tubular member, and ∘ a deployed position wherein the cameras (31, 131, 231, 331; 32, 132, 232, 332) are positioned outside of the tubular member at the distal end, the cameras (31, 131, 231, 331; 32, 132, 232, 332) being arranged on either side of the longitudinal axis of the tubular member and being held fixed with respect to the tubular member by holding means, so as to follow any movement of the tubular member. ∘ a retracted position wherein the cameras are positioned inside the tubular member, and ∘ a deployed position wherein the cameras (31, 131, 231, 331; 32, 132, 232, 332) are positioned outside of the tubular member at the distal end, the cameras (31, 131, 231, 331; 32, 132, 232, 332) being arranged on either side of the longitudinal axis of the tubular member and being held fixed with respect to the tubular member by holding means, so as to follow any movement of the tubular member.
Method for operating a heating device, comprising a burner, to which a combustion mixture of combustion gas and combustion air is supplied, and a first flame sensor and a second flame sensor, wherein the first flame sensor and second flame sensor generate signals with different characteristics with respect to a current power and/or air ratio (λ) of the heating device, comprising at least the following steps: a) detecting a first signal of the first flame sensor and a second signal of the second flame sensor, b) determining a mass flow (ṁ) of the combustion mixture supplied to the burner and the air ratio (λ) of the combustion mixture, taking into account the first signal and the second signal, wherein the air ratio (λ) and the mass flow ( ṁ) are determined using multidimensional functions, c) controlling the heating device taking into account the mass flow (ṁ) determined in step b) and the air ratio (λ) determined in step b). a) detecting a first signal of the first flame sensor and a second signal of the second flame sensor, b) determining a mass flow (ṁ) of the combustion mixture supplied to the burner and the air ratio (λ) of the combustion mixture, taking into account the first signal and the second signal, wherein the air ratio (λ) and the mass flow ( ṁ) are determined using multidimensional functions, c) controlling the heating device taking into account the mass flow (ṁ) determined in step b) and the air ratio (λ) determined in step b).
A system for selectively adhering and selectively releasing a multilayer laminate to and from a substrate, the system comprising: a multilayer laminate comprising (i) an interior layer defining a plurality of fluid passageway conduits or apertures extending through the interior layer, the interior layer exhibiting a controllable flow profile across the thickness of the interior layer, the interior layer defining a bottom face and an oppositely directed top face, (ii) an adhesive layer disposed along the bottom face of the interior layer, and (iii) a cover layer disposed on the top face of the interior layer; an adhesive deactivating agent; wherein upon contacting the adhesive layer to the substrate, the laminate is adhesively adhered thereto; upon removal of the cover layer from the laminate, the interior layer and plurality of fluid passageway conduits are exposed; and upon application of the adhesive deactivating agent to the top face of the interior layer and passage of sufficient contact time of several seconds up to several minutes between the adhesive deactivating agent and the adhesive, the adhesive bond between adhesive and the substrate is reduced so that the adhesively adhered laminate can be easily removed from the substrate. a multilayer laminate comprising (i) an interior layer defining a plurality of fluid passageway conduits or apertures extending through the interior layer, the interior layer exhibiting a controllable flow profile across the thickness of the interior layer, the interior layer defining a bottom face and an oppositely directed top face, (ii) an adhesive layer disposed along the bottom face of the interior layer, and (iii) a cover layer disposed on the top face of the interior layer; an adhesive deactivating agent; wherein upon contacting the adhesive layer to the substrate, the laminate is adhesively adhered thereto; upon removal of the cover layer from the laminate, the interior layer and plurality of fluid passageway conduits are exposed; and upon application of the adhesive deactivating agent to the top face of the interior layer and passage of sufficient contact time of several seconds up to several minutes between the adhesive deactivating agent and the adhesive, the adhesive bond between adhesive and the substrate is reduced so that the adhesively adhered laminate can be easily removed from the substrate.
A doubling-up fitting comprising: - a clamp element with a clamp base and with at least two clamp arms which rise from the clamp base at its respective ends, the free clamp ends (13a, 13b) of which are angled inward and extend over the clamp base; - a rotatably mounted spreading disc arranged in the clamp element between the clamp base and the free clamp ends (13a, 13b), with a disc opening leading into a recess in the spreading disc which is open toward the clamp base and the diameter of which is greater than the opening diameter of the disc opening, and with a plurality of outer contour portions which each interact with a respective clamp arm and spread the free clamp ends (13a, 13b) radially outward less far in an initial rotational position of the spreading disc than in a final rotational position; and - an adjusting disc arranged in the recess of the spreading disc and having a thread; wherein the outer diameter of the adjusting disc is smaller than the diameter of the recess in the spreading disc and larger than the opening diameter of the disc opening. - a clamp element with a clamp base and with at least two clamp arms which rise from the clamp base at its respective ends, the free clamp ends (13a, 13b) of which are angled inward and extend over the clamp base; - a rotatably mounted spreading disc arranged in the clamp element between the clamp base and the free clamp ends (13a, 13b), with a disc opening leading into a recess in the spreading disc which is open toward the clamp base and the diameter of which is greater than the opening diameter of the disc opening, and with a plurality of outer contour portions which each interact with a respective clamp arm and spread the free clamp ends (13a, 13b) radially outward less far in an initial rotational position of the spreading disc than in a final rotational position; and - an adjusting disc arranged in the recess of the spreading disc and having a thread;
Internal combustion engine having a plurality of cylinders, an air intake system, a compressor for feeding the combustion air, and a combustion chamber which is arranged in the cylinder and which is delimited between a piston and a cylinder head, with - the air intake system being formed from at least one distributor pipe, a plurality of intake pipes and at least one plenum, with the plenum being positioned between the distributor pipe and the intake pipes, with - the combustion air being fed to the air intake system via an air guiding duct which opens out into the distributor pipe, and - with the charge pressure (p) of the combustion air being reduced between the outlet out of the compressor and the inlet into the combustion chamber of the internal combustion engine, characterized in that - a distributor pipe length (Lv) is dimensioned as a function of an equivalent distributor pipe diameter (Dv) such that it is possible for a reduction in the charge pressure (p) to be obtained within the air intake system by means of an expansion, with the expansion taking place partially in the plenum, in the respective intake pipe and/or within the distributor pipe and the distributor pipe length (Lv) is configured as a function of an equivalent distributor pipe diameter (Dv) such that the ratio of equivalent distributor pipe diameter (Dv) to distributor pipe length (Lv) is 0.05 to 0.14, or 0.06 to 0.13. - the air intake system being formed from at least one distributor pipe, a plurality of intake pipes and at least one plenum, with the plenum being positioned between the distributor pipe and the intake pipes, with - the combustion air being fed to the air intake system via an air guiding duct which opens out into the distributor pipe, and - with the charge pressure (p) of the combustion air being reduced between the outlet out of the compressor and the inlet into the combustion chamber of the internal combustion engine, characterized in that - a distributor pipe length (Lv) is dimensioned as a function of an equivalent distributor pipe diameter (Dv) such that it is possible for a reduction in the charge pressure (p) to be obtained within the air intake system by means of an expansion, with the expansion taking place partially in the plenum, in the respective intake pipe and/or within the distributor pipe and the distributor pipe length (Lv) is configured as a function of an equivalent distributor pipe diameter (Dv) such that the ratio of equivalent distributor pipe diameter (Dv) to distributor pipe length (Lv) is 0.05 to 0.14, or 0.06 to 0.13.
A vessel comprising: a base region, the base region having a width and defining an inner side wall and an interior volume; a top region comprising an inner flap and an opposing outer flap, the two flaps delineated from the base region by two respective paths (121, 141), characterized in that the inner flap comprises a dam flap extending from a free edge, the flaps disposed so that, when folded along their respective paths, the opposing flaps define an elevated spout having a spout opening, and the dam flap forms a folded edge dam between the outer and inner flaps that extends up the spout towards the spout opening. a base region, the base region having a width and defining an inner side wall and an interior volume; a top region comprising an inner flap and an opposing outer flap, the two flaps delineated from the base region by two respective paths (121, 141), characterized in that the inner flap comprises a dam flap extending from a free edge, the flaps disposed so that, when folded along their respective paths, the opposing flaps define an elevated spout having a spout opening, and the dam flap forms a folded edge dam between the outer and inner flaps that extends up the spout towards the spout opening.
An apparatus for positioning a closure element to close an opening in a body lumen, the apparatus comprising: a carrier assembly configured to support a closure element in a substantially tubular configuration in a first diameter, the closure element being configured to substantially uniformly deform from a substantially tubular configuration to a natural, substantially planar configuration; and a distal tissue engaging device selectably axially displaceable relative to at least a portion of said carrier assembly between a tissue engaging condition, engaging opposing portions of an arterial wall defining said body lumen adjacent to said opening, and a tissue closing condition, urging the engaged opposing portions of said arterial wall substantially together such that the closure element is deployable from the carrier assembly to engage said opposed portions of said arterial wall and to return to said natural, substantially planar configuration. a carrier assembly configured to support a closure element in a substantially tubular configuration in a first diameter, the closure element being configured to substantially uniformly deform from a substantially tubular configuration to a natural, substantially planar configuration; and a distal tissue engaging device selectably axially displaceable relative to at least a portion of said carrier assembly between a tissue engaging condition, engaging opposing portions of an arterial wall defining said body lumen adjacent to said opening, and a tissue closing condition, urging the engaged opposing portions of said arterial wall substantially together such that the closure element is deployable from the carrier assembly to engage said opposed portions of said arterial wall and to return to said natural, substantially planar configuration.
Mixture of substances for connecting a first part of the body of a human or animal organism to a second part of the body of such an organism, comprising a mixture of constituents from the group of phosphonic acid acrylate, hydroxyethyl methacrylate, dimethacrylate, silicon dioxide, an alcohol and catalysts, stabilisers, initiators and enbucrilate, wherein the first part of the body and the second part of the body is a bone section, wherein the mixture comprises at least phosphonic acid acrylate, hydroxyethyl methacrylate, dimethacrylate, silicon dioxide, an alcohol, a catalyst and/or an initiator and a stabiliser and the mixture comprises less than 11 % of the total mixture of phosphonic acid acrylate, less than 15 % of hydroxyethyl methacrylate, less than 23 % of dimethacrylate and less than 20 % of alcohol.