mhurhangee/patent-ind-claim-en huggingface dataset:
A device for heating a flow of liquid from an initial temperature to a desired temperature for intravenous delivery, the device comprising: (a) an elongated conduit having an inlet for receiving the flow of liquid at the initial temperature and an outlet for delivering the flow of liquid at the desired temperature; (b) at least one temperature sensing arrangement associated with said conduit and deployed to generate an output indicative of a temperature of the liquid at at least one location along said conduit ; and (c) a controller associated with said temperature sensing arrangement and deployed to apply a voltage to generate electrical current flowing within at least one length of the wall of said conduit , thereby controlling heating of the flow of liquid to reach the desired temperature at said outlet , characterized in that said conduit is a metal conduit having a wall thickness of no more than 0.4 mm, and wherein said inlet and said outlet are provided with connectors for connection to a medical infusion set. (a) an elongated conduit having an inlet for receiving the flow of liquid at the initial temperature and an outlet for delivering the flow of liquid at the desired temperature; (b) at least one temperature sensing arrangement associated with said conduit and deployed to generate an output indicative of a temperature of the liquid at at least one location along said conduit ; and (c) a controller associated with said temperature sensing arrangement and deployed to apply a voltage to generate electrical current flowing within at least one length of the wall of said conduit , thereby controlling heating of the flow of liquid to reach the desired temperature at said outlet ,
Process for optimizing the management of photons in scintillator crystals comprising the following steps: - depositing a material having a refractive index "n" approximately equal to the refractive index of a scintillator crystal , on one face of said scintillator crystal; - structuring said material via a structuring means; in such a way that the shape of the structures created by the structuring is conical or substantially conical, the method being characterized in that the bases of the structures have a sub-diffractive size at most equal to lambda / 2n, of preferably lambda / 4n where lambda is the wavelength of the photons and n is the refractive index of the material so as to allow an adaptation of the refractive index between the scintillator crystal and the material on said face , and in that the height of the cones is at least equal to lambda to allow a slow transition. - depositing a material having a refractive index "n" approximately equal to the refractive index of a scintillator crystal , on one face of said scintillator crystal; - structuring said material via a structuring means;
A semiconductor component comprising: a semiconductor substrate having a circuit side , a back side , an integrated circuit , a substrate contact in electrical communication with the integrated circuit , and a redistribution layer, RDL, contact on the circuit side in electrical communication with the substrate contact ; a through wire interconnect on the semiconductor substrate comprising a via through the RDL contact and the substrate contact to the back side , a wire in the via , a contact ball on the wire in the via proximate to the back side , and a bonded contact on the circuit side between the wire and the RDL contact ; a stud bump on the bonded contact ; and a terminal contact on the circuit side in electrical communication with the bonded contact . a semiconductor substrate having a circuit side , a back side , an integrated circuit , a substrate contact in electrical communication with the integrated circuit , and a redistribution layer, RDL, contact on the circuit side in electrical communication with the substrate contact ; a through wire interconnect on the semiconductor substrate comprising a via through the RDL contact and the substrate contact to the back side , a wire in the via , a contact ball on the wire in the via proximate to the back side , and a bonded contact on the circuit side between the wire and the RDL contact ; a stud bump on the bonded contact ; and a terminal contact on the circuit side in electrical communication with the bonded contact .
A method for facilitating transportation services between a user and a vehicle having an autonomous driving mode, the method comprising: receiving, by one or more server computing devices having one or more processors, information identifying a current location of the vehicle, information identifying a current location of the user, and prior location history for the user, wherein the information identifying the current location of the user is information identifying a current location of a client computing device associated with the user; determining, by the one or more server computing devices , that the user is likely to want to take a trip to a particular destination based on the prior location history for the user; and dispatching, by the one or more server computing devices, the vehicle to cause the vehicle to travel in the autonomous driving mode towards a location of the user without receiving a specific request for the vehicle; the dispatching being performed previous to sending a notification, by the one or more server computing devices, to the client computing device associated with the user indicating that the vehicle is currently available to take the user to the particular destination and containing an offer for the user to take the trip. receiving, by one or more server computing devices having one or more processors, information identifying a current location of the vehicle, information identifying a current location of the user, and prior location history for the user, wherein the information identifying the current location of the user is information identifying a current location of a client computing device associated with the user; determining, by the one or more server computing devices , that the user is likely to want to take a trip to a particular destination based on the prior location history for the user; and dispatching, by the one or more server computing devices, the vehicle to cause the vehicle to travel in the autonomous driving mode towards a location of the user without receiving a specific request for the vehicle; the dispatching being performed previous to sending a notification, by the one or more server computing devices, to the client computing device associated with the user indicating that the vehicle is currently available to take the user to the particular destination and containing an offer for the user to take the trip.
A table unit for a motor-vehicle seat, comprising: - a base plate , configured for articulated connection to a support frame, in such a way as to be movable between an inoperative position, adjacent to a front surface of a seat backrest and an operative position, projecting horizontally in a cantilevered manner from said front surface of the seat backrest , and - a table pivotally mounted on the base plate , said table unit being characterized in that the pivoting table is configured to selectively rotate with respect to the base plate around any one of two parallel and spaced apart articulation axes (AR, AL), wherein the two articulation axes (AR, AL) are defined by two articulation pins (PR, PL) carried by the base plate and arranged symmetrically on both sides of, and at a distance from, a longitudinal centerline (X-X) of the base plate , and wherein the base plate is provided with two latching devices , arranged, respectively, for engaging said two articulation pins (PR, PL), and having respective release buttons (TR, TL), in such a way that actuation of one of the release buttons enables the pivoting table to be rotated around the articulation pin that is associated with the latching device that is still locked. - a base plate , configured for articulated connection to a support frame, in such a way as to be movable between an inoperative position, adjacent to a front surface of a seat backrest and an operative position, projecting horizontally in a cantilevered manner from said front surface of the seat backrest , and - a table pivotally mounted on the base plate , said table unit being characterized in that the pivoting table is configured to selectively rotate with respect to the base plate around any one of two parallel and spaced apart articulation axes (AR, AL), wherein the two articulation axes (AR, AL) are defined by two articulation pins (PR, PL) carried by the base plate and arranged symmetrically on both sides of, and at a distance from, a longitudinal centerline (X-X) of the base plate , and wherein the base plate is provided with two latching devices , arranged, respectively, for engaging said two articulation pins (PR, PL), and having respective release buttons (TR, TL), in such a way that actuation of one of the release buttons enables the pivoting table to be rotated around the articulation pin that is associated with the latching device that is still locked.
Multi-component, especially two-component, adhesive system for fixing purposes in the construction sector and as an adhesive in the DIY sector, having a component based on a distilled isocyanate prepolymer and, as hardener, a second component which contains organic compounds carrying functional groups in the form of amino groups, hydroxy groups and/or mercapto groups, in the form of a kit as a foil pouch having a plurality of chambers (P, I) in the form of two or more foil-enclosed chambers which are joined to one another and are provided with one or more partition walls between the chambers, which chambers in each case ensure that the components, which would otherwise react with one another on mixing, are stored separately so as to inhibit reaction, wherein the foil pouch forms the foil-enclosed chambers (P, I), wherein the isocyanate prepolymer has a residual content of monomeric isocyanates of less than 1 % by weight, a content of reactive isocyanate groups of from 3 to 25 % by weight, and a viscosity of the isocyanate prepolymer of 200 000 MPa*s or less, the viscosity being determined at 23°C with the aid of a Brookfield DV3T Extra Rheometer and spindle 7 at 10 rev/min.
A pneumatic tire comprising: a ply including a plurality of cords arranged in parallel to each other; a cover rubber covering the ply and configuring a tire outer surface; and a reinforcement layer that has a substantially U-shaped cross-section in a tire widthwise cross-sectional view and is disposed so as to cover a cut edge of the ply and both surfaces on both sides in a ply thickness direction connected to the cut edge of the ply, wherein the reinforcement layer is configured by a non-woven fabric formed from metal fibers . a ply including a plurality of cords arranged in parallel to each other; a cover rubber covering the ply and configuring a tire outer surface; and a reinforcement layer that has a substantially U-shaped cross-section in a tire widthwise cross-sectional view and is disposed so as to cover a cut edge of the ply and both surfaces on both sides in a ply thickness direction connected to the cut edge of the ply, wherein the reinforcement layer is configured by a non-woven fabric formed from metal fibers .
Method for operating an electromechanical or electrohydraulic work implement or rescue implement able to be worn or carried by an operator and able to be used autonomously, having a cutting tool with two cutting tool halves that are able to be moved towards one another and away from one another and whose movement defines a virtual cutting plane E1, a housing , an electric motor , a pump driven by the electric motor or a mechanical transmission driven by the electric motor , each for actuating use of the tool, an energy source, preferably a rechargeable electrical energy source accommodated, on the implement side, in or on the work implement or rescue implement and preferably being able to be exchanged, during operation of the work implement or rescue implement , the orientation of the work implement or rescue implement is recorded, wherein the force P applied to the cutting object is established as the current (P1) drawn by the electric motor over time T, wherein the angular position W of the cutting plane E1 of the work implement or rescue implement in space is initialized, wherein the angular position W of the cutting plane E1 of the work implement or rescue implement in space and the force applied to the cutting object by the cutting tool are correlated with one another and the work implement or rescue implement is controlled on the basis thereof and wherein an operating event G is triggered on the basis thereof. a cutting tool with two cutting tool halves that are able to be moved towards one another and away from one another and whose movement defines a virtual cutting plane E1, a housing , an electric motor , a pump driven by the electric motor or a mechanical transmission driven by the electric motor , each for actuating use of the tool, an energy source, preferably a rechargeable electrical energy source accommodated, on the implement side, in or on the work implement or rescue implement and preferably being able to be exchanged, during operation of the work implement or rescue implement , the orientation of the work implement or rescue implement is recorded, wherein the force P applied to the cutting object is established as the current (P1) drawn by the electric motor over time T, wherein the angular position W of the cutting plane E1 of the work implement or rescue implement in space is initialized, wherein the angular position W of the cutting plane E1 of the work implement or rescue implement in space and the force applied to the cutting object by the cutting tool are correlated with one another and the work implement or rescue implement is controlled on the basis thereof and wherein an operating event G is triggered on the basis thereof.
A method for presenting a multimodal image from a confocal microscope comprising: contacting a surface of an excised biological sample with a nuclear fluorescent stain that selectively labels nuclei in fluorescence mode; illuminating a spot on the surface of the excised biological sample with a light beam using a confocal microscope; detecting a first emission intensity from the spot in a first range of optical properties, wherein the first emission intensity is from the nuclear fluorescent stain; detecting a second emission intensity from the spot in a second range of optical properties, wherein the second emission intensity is from unstained reflectance; and coloring a pixel that corresponds to the spot in an image using a linear combination of the first emission intensity detected from the spot and the second emission intensity detected from the spot, wherein coloring the pixel comprises using a linear combination of color components of purple hematoxylin stain multiplied by the fluorescence emission intensity from the spot to imitate a purple hematoxylin stain, and color components of pink eosin stain multiplied by the reflectance emission intensity from the spot to imitate a pink eosin stain. contacting a surface of an excised biological sample with a nuclear fluorescent stain that selectively labels nuclei in fluorescence mode; illuminating a spot on the surface of the excised biological sample with a light beam using a confocal microscope; detecting a first emission intensity from the spot in a first range of optical properties, wherein the first emission intensity is from the nuclear fluorescent stain; detecting a second emission intensity from the spot in a second range of optical properties, wherein the second emission intensity is from unstained reflectance; and coloring a pixel that corresponds to the spot in an image using a linear combination of the first emission intensity detected from the spot and the second emission intensity detected from the spot, wherein coloring the pixel comprises using a linear combination of color components of purple hematoxylin stain multiplied by the fluorescence emission intensity from the spot to imitate a purple hematoxylin stain, and color components of pink eosin stain multiplied by the reflectance emission intensity from the spot to imitate a pink eosin stain.
A surgical apparatus, comprising: an elongated body comprising a longitudinal axis , a distal end , and a proximal end , the elongated body comprising a fluid conduit extending along the longitudinal axis ; a fluid inlet disposed adjacent to the distal end , wherein the fluid inlet is operable to allow a flow of fluid at a first flow rate; a cutting element disposed adjacent to the distal end ; a fluid outlet disposed adjacent to the proximal end , wherein the fluid inlet and the fluid outlet are in fluid communication via the fluid conduit ; and at least one perforation defined by the elongated body adjacent to the distal end , wherein the at least one perforation is in fluid communication with the fluid conduit ; characterised in that the at least one perforation includes a filter , wherein the filter is located within the perforation and is operable to remove gases, fluids and/or particles from a flow that passes through the filter. an elongated body comprising a longitudinal axis , a distal end , and a proximal end , the elongated body comprising a fluid conduit extending along the longitudinal axis ; a fluid inlet disposed adjacent to the distal end , wherein the fluid inlet is operable to allow a flow of fluid at a first flow rate; a cutting element disposed adjacent to the distal end ; a fluid outlet disposed adjacent to the proximal end , wherein the fluid inlet and the fluid outlet are in fluid communication via the fluid conduit ; and at least one perforation defined by the elongated body adjacent to the distal end , wherein the at least one perforation is in fluid communication with the fluid conduit ; characterised in that the at least one perforation includes a filter , wherein the filter is located within the perforation and is operable to remove gases, fluids and/or particles from a flow that passes through the filter.
A spectrophotometer for use in an explosive atmosphere comprising: a purged compartment having disposed within: at least one light source; and at least one detector; a non-purged compartment having disposed within: an optical block having at least one fluid connection port; a first flexible light pipe optically coupled between said at least one light source and said optical block ; a second flexible light pipe optically coupled between said optical block and said at least one detector; and wherein said non-purged compartment is adapted to perform spectrophotometry of a fluid sample disposed within a sample container in said optical block , and said purged compartment is electrically isolated from said non-purged compartment ; and wherein at least one of said first flexible light pipe and said second flexible light pipe comprises an acrylic plastic. a purged compartment having disposed within: at least one light source; and at least one detector; at least one light source; and at least one detector; a non-purged compartment having disposed within: an optical block having at least one fluid connection port; a first flexible light pipe optically coupled between said at least one light source and said optical block ; a second flexible light pipe optically coupled between said optical block and said at least one detector; and wherein said non-purged compartment is adapted to perform spectrophotometry of a fluid sample disposed within a sample container in said optical block , and said purged compartment is electrically isolated from said non-purged compartment ; and wherein at least one of said first flexible light pipe and said second flexible light pipe comprises an acrylic plastic. spectrophotometry of a fluid sample disposed within a sample container in said optical block , and said purged compartment is electrically isolated from said non-purged compartment ; and wherein at least one of said first flexible light pipe and said second flexible light pipe comprises an acrylic plastic.
A method for a radio access network comprising a first radio access node and a second radio access node, the method comprising: determining , by the first radio access node, that a first user equipment, UE, that is served by the first radio access node should start relaying through a second UE; determining , by the first radio access node, whether the second UE is served by the first radio access node; and in response to determining that the second UE is served not by the first radio access node but by the second radio access node, determining , by either the first radiio access node or the second radio access node, whether to initiate handover of the first UE to the second radio access node or to initiate handover of the second UE to the first radio access node such that the first and second UEs are served by the same radio access node, the same radio access node being either the first or the second radio access node; and either instructing, by the first radio access node, the second radio access node to initiate handover of the second UE to the first radio access node ; or initiating, by either the first radio access node or the second radio access node, handover of the first UE to the second radio access node determining , by the first radio access node, that a first user equipment, UE, that is served by the first radio access node should start relaying through a second UE; determining , by the first radio access node, whether the second UE is served by the first radio access node; and in response to determining that the second UE is served not by the first radio access node but by the second radio access node, determining , by either the first radiio access node or the second radio access node, whether to initiate handover of the first UE to the second radio access node or to initiate handover of the second UE to the first radio access node such that the first and second UEs are served by the same radio access node, the same radio access node being either the first or the second radio access node; and either instructing, by the first radio access node, the second radio access node to initiate handover of the second UE to the first radio access node ; or initiating, by either the first radio access node or the second radio access node, handover of the first UE to the second radio access node
A method for preparing a sorbate powder comprising dissolving sorbate salt in water to form a sorbate solution, adding a stabilizing carrier to the sorbate solution to form a carrier-sorbate solution, and spray drying the carrier-sorbate solution to form the sorbate powder.