mhurhangee/patent-ind-claim-en huggingface dataset:
Device for dosing infusion bags for medical use from a limited number of components stored in separate containers (12, 12.1 - 12.8) which are automatically delivered to the infusion bag respectively in the desired quantities, having a plurality of drive units (16, 16a - d) which can be detachably connected to devices for transporting fluid, such as injection means, roller pumps, the containers (12, 12.1 - 12.8) and drive units (16, 16a - d) as well as the drive units (16, 16a - d) and infusion bag being connected by means of flexible hose lines in which a check valve (R) is respectively disposed, and at least one drive unit (16, 16a - d) in which a multiple valve arrangement for other containers (12, 12.1 - 12.8) for components is disposed, detachably connected in a movable arrangement, and the multiple valve arrangement is connected to an infusion bag and a drive unit (16, 16a - d) respectively via a flexible hose line , the device (17, 17a - d) for transporting fluid being disposed in another drive unit (16, 16a - d), characterised in that the multiple valve arrangement mounted on the drive unit (16, 16a - d) in a clamping arrangement is formed by a tube arrangement with a circumferential flow passage and a plurality of valve bodies (23, 23.1 - 8) disposed on the tube arrangement which are connected at both ends to protective tubes , and the tube arrangement is disposed so as to be slidable relative to the stationary unit of valve bodies and protective tubes , and every valve body (23, 23.1 - 8) is connected to a container (12, 12.1 - 8) and the tube arrangement is connected to a device (17, 17a - d) for transporting fluid, such as an injection means, roller pump, respectively via a flexible hose line .
(Currently Amended) An apparatus, comprising: an audio source identifier configured to locate an audio source based on multimodal sensor data from an audio sensor and at least two other different types of sensors, wherein said at least two other different types of sensors include at least one type of sensor that is not a video sensor, and the at least one type of sensor is selected from the group consisting of a thermal sensor, an ultrasonic sensor, a range finder, and a distance sensor; a base including servos configured to rotate and tilt the apparatus to locate and track said audio source based on said multimodal sensor data; and an image selector configured using the base including servos to automatically direct a camera to view said audio source. an audio source identifier configured to locate an audio source based on multimodal sensor data from an audio sensor and at least two other different types of sensors, wherein said at least two other different types of sensors include at least one type of sensor that is not a video sensor, and the at least one type of sensor is selected from the group consisting of a thermal sensor, an ultrasonic sensor, a range finder, and a distance sensor; a base including servos configured to rotate and tilt the apparatus to locate and track said audio source based on said multimodal sensor data; and an image selector configured using the base including servos to automatically direct a camera to view said audio source.
Kitchen device for processing food stuff, comprising a driving means suitable for driving a processing arrangement provided with a processing tool and disposed in a bottom area of a jug , at least one interchangeable insert unit to be placed on the inner surface of the bottom area of the jug , said insert unit being adapted to change the shape of the inner surface in order to process different kinds of food stuff, wherein the insert unit is detachably connected to the processing arrangement , the at least one insert unit comprises a certain processing surface for preparing specific food product, and has a frusto-conical shape, characterized in that said processing surface of the insert unit comprises at least one rib arranged in parallel to the rotational axis (R2) of the insert unit .
A method for packaging an object , the object being arranged between two semi-finished film products of a film packaging which have respective peripheral edges projecting circumferentially beyond the object , a sealing layer being provided at least in individual regions between the edges of the two semi-finished film products , and the edges being joined to one another by sealing by means of a sealing tool , at least the sealed region of the edges being folded after the sealing by means of a folding tool , characterised in that during the folding the semi-finished film products are held with a holding force on a region of the edges facing the object by means of at least one holding tool formed by a protective bell arranged between the sealing tool and the object during sealing, and the folding tool being moved for folding in a linear movement in the opposite direction (x) in which the holding tool applies the holding force.
A compound of formula (Ic): wherein: P is -N(R 6 )-; and R 6 is = represents a single or a double bond; and stereoisomers and pharmaceutically acceptable salts thereof. P is -N(R 6 )-; and R 6 is = represents a single or a double bond; and stereoisomers and pharmaceutically acceptable salts thereof.
An electronic device comprising an electronic component arrangement mounted to a printed circuit board , PCB, a thermally conducting housing that is attached to the PCB , and a thermally conducting foil element that is thermally connected to the housing , wherein the housing comprises an opening enabling the foil element to be thermally connected also to the electronic component arrangement , where the foil element is positioned between the opening and the electronic component arrangement such that the foil element can be pressed towards the component arrangement via the opening , characterized in that at least one piece of additional thermal interface material , TIM, is positioned between the foil element and the corresponding opening .
A drinking water coupling for coupling to a connection of a drinking water tank, comprising: - a stub with a first axial end comprising an outlet opening and a second axial end for connecting a feed hose, - a coupling member for coupling to a corresponding counter-coupling member of the drinking water tank, the coupling member being configured such that upon coupling with the counter-coupling member a fluid connection can be established, and - a protective device for contamination protection, configured to protect at least the first axial end from contamination in an uncoupled state, wherein the protective device comprises at least one closure element movably connected to the stub that is movable from a closed position (P3), in which the closure element at least partially closes the first axial end , to an open position (P4), in which the closure element unblocks the first axial end , characterized by an actuating element for the protective device operable by an operator, such that the fist axial end can be uncovered to establish a fluid connection, wherein the actuating element is connected to the closure element , and wherein the closure element can be brought into the open position (P4) by the actuating element . - a stub with a first axial end comprising an outlet opening and a second axial end for connecting a feed hose, - a coupling member for coupling to a corresponding counter-coupling member of the drinking water tank, the coupling member being configured such that upon coupling with the counter-coupling member a fluid connection can be established, and - a protective device for contamination protection, configured to protect at least the first axial end from contamination in an uncoupled state, wherein the protective device comprises at least one closure element movably connected to the stub that is movable from a closed position (P3), in which the closure element at least partially closes the first axial end , to an open position (P4), in which the closure element unblocks the first axial end , characterized by an actuating element for the protective device operable by an operator, such that the fist axial end can be uncovered to establish a fluid connection, wherein the actuating element is connected to the closure element , and wherein the closure element can be brought into the open position (P4) by the actuating element .
A vacuum cleaner comprising: a centrifugal separation assembly configured to separate dust contained in air introduced through a first inlet ; a dust box unit configured to collect the dust separated in the centrifugal separation assembly ; a handle configured to keep the centrifugal separation assembly and the dust box unit coupled to each other by rotation of the handle in a first direction and to release the centrifugal separation assembly from the dust box unit by rotation of the handle in a second direction, and a holder configured to be coupled to the handle when the handle keeps the centrifugal separation assembly and the dust box unit coupled to each other and is configured to perform a locking function to prevent rotation of the handle in the second direction, characterized in that the holder is installed to an upper surface of the centrifugal separation assembly. a centrifugal separation assembly configured to separate dust contained in air introduced through a first inlet ; a dust box unit configured to collect the dust separated in the centrifugal separation assembly ; a handle configured to keep the centrifugal separation assembly and the dust box unit coupled to each other by rotation of the handle in a first direction and to release the centrifugal separation assembly from the dust box unit by rotation of the handle in a second direction, and a holder configured to be coupled to the handle when the handle keeps the centrifugal separation assembly and the dust box unit coupled to each other and is configured to perform a locking function to prevent rotation of the handle in the second direction, characterized in that the holder is installed to an upper surface of the centrifugal separation assembly.
A method of modifying a genome of an organism in vitro or ex vivo comprising the steps of: a. providing to a cell a DNA localization component that is capable of binding a specific DNA sequence; and b. providing to the cell an endonuclease; wherein said DNA localization component and said endonuclease are capable of operatively linking via a non-covalent linkage, wherein the non-covalent linkage comprises a single domain antibody covalently attached to the DNA localization component and wherein the single domain antibody non-covalently binds to an epitope tag covalently bound to the endonuclease in the interior of the cell; or wherein the non-covalent linkage comprises a single domain antibody covalently attached to the endonuclease and wherein the single domain antibody non-covalently binds directly to an epitope tag covalently bound to the DNA localization component in the interior of the cell; and wherein the genome is not the germ line genome of a human. a. providing to a cell a DNA localization component that is capable of binding a specific DNA sequence; and b. providing to the cell an endonuclease;
Interconnection network for forward error correction encoders and decoders, including N input terminals, N output terminals, and M stages; wherein N is a non-prime positive integer, and wherein M is a positive integer equal to, or higher than, two; wherein the M stages include a first stage and a last stage and wherein each stage includes switching elements having, each, respective input pins and respective output pins; wherein the input pins of the switching elements of the first stage are connected to the input terminals, and the output pins of the switching elements of the last stage are connected to the output terminals; wherein, the input and output pins of the switching elements of immediately successive stages are connected in a hardwired fashion so as to form a plurality of interconnection sub-networks for routing, each, respective input values from respective output pins of the switching elements of the first stage to respective input pins of the switching elements of the last stage; whereby the interconnection network is operable to route, on the basis of routing commands applied to the switching elements , N input values received at the N input terminals through the M stages and the interconnection sub-networks to provide, at the N output terminals, N output values corresponding to, or circularly shifted with respect to, said N input values received at the N input terminals; characterized in that M denotes a number of given submultiples of N whose product is equal to N; wherein each stage is associated with a respective submultiple of said M given submultiples of N , and includes S i switching elements , each having sm i respective input pins and sm i respective output pins, wherein S i =Nlsm i , wherein sm i denotes said respective submultiple associated with said stage, and wherein i denotes said stage and is a positive integer comprised between one and M ; wherein each switching element is configured to: • receive, at the sm i respective input pins, sm i respective input values; and • provide at the sm i respective output pins, on the basis of a respective routing command applied to said switching element , sm i respective output values corresponding to, or circularly shifted with respect to, said sm i respective input values received at the sm i respective input pins; wherein the interconnection sub-networks are not connected to each other; and wherein the interconnection network includes sm 1 interconnection sub-networks for routing, each, N / sm 1 respective input values from N / sm 1 respective output pins of the switching elements of the first stage to N / sm 1 respective input pins of the switching elements of the last stage; wherein sm 1 denotes the submultiple, among said M given submultiples of N , which is associated with the first stage. • receive, at the sm i respective input pins, sm i respective input values; and • provide at the sm i respective output pins, on the basis of a respective routing command applied to said switching element , sm i respective output values corresponding to, or circularly shifted with respect to, said sm i respective input values received at the sm i respective input pins;
A method for dynamically controlling memory access distances in a non-uniform memory access system implementing a Linux type operating system and comprising a plurality of processors (305-1 to 305-4), a local memory (310-1 to 310-4) being associated with each processor of said plurality of processors, this method being characterised in that it comprises a step of obtaining at least one memory access distance according to the real configuration of the system between at least one first processor of said plurality of processors and a local memory associated with at least one second processor of said plurality of processors and a step of storing said at least one memory access distance obtained instead of at least one previously stored memory access distance, between said at least one first processor and said local memory associated with at least one second processor, said at least one memory access distance stored being directly usable by said operating system, the method being characterised in that said storing step is at least partially implemented by a delayed call function called by a writing command in a predetermined interface of a core of said operating system and wherein said predetermined interface of said core of said operating system is defined in a file system.
A medical knife , comprising a planar cutting portion , a slanted surface formed along the periphery of at least a part of the cutting portion and a sharpened edge , characterised in that the slanted surface is electrolytically polished or chemically polished so as to form a cutting blade constituted by a convex rounded surface between the slanted surface and the edge . a planar cutting portion , a slanted surface formed along the periphery of at least a part of the cutting portion and a sharpened edge , characterised in that the slanted surface is electrolytically polished or chemically polished so as to form a cutting blade constituted by a convex rounded surface between the slanted surface and the edge .
A tightening device comprising a belt having a first and a second end , and a first and a second tightening lug carried by the belt which are formed respectively in a first and a second band portion respectively fastened to the outer face of the belt in the vicinity of its first and its second end , at least the first band portion being fastened to the belt through at least a first fastening area (18A; 118A; 218A; 318A) formed on at least one of a boss (18'A; 218'A) of the first band portion protruding inwardly and a boss (118'A; 318'A) of the belt protruding outwardly, and through a second fastening area (19A; 29A; 39A; 119A; 129A; 139A; 219A; 319A); characterized in that , around the boss (18'A; 118'A; 218'A; 318'A) on which the first fastening area (18A; 118A; 218A; 318A) is formed, a clearance gap (E) is arranged between the inner face of the first band portion and the outer face of the belt .
A method of increasing the hydrophilicity of a fluorine-containing polymer, the method comprising: (i) a first step of treating a surface of a fluorine-containing polymer with radiation having a photon energy at least 6 eV and not more than 11.3 eV, and a flux of at least 10 20 m -2 s -1 , to deplete the fluorine content of the surface of the fluorine-containing polymer; then (ii) exposing the treated surface to neutral oxygen atoms in the absence of plasma conditions, the fluence of said neutral oxygen atoms being between 10 24 and 10 26 m -2 . (i) a first step of treating a surface of a fluorine-containing polymer with radiation having a photon energy at least 6 eV and not more than 11.3 eV, and a flux of at least 10 20 m -2 s -1 , to deplete the fluorine content of the surface of the fluorine-containing polymer; then (ii) exposing the treated surface to neutral oxygen atoms in the absence of plasma conditions, the fluence of said neutral oxygen atoms being between 10 24 and 10 26 m -2 .
Process for producing a plastic part which has a glass insert , comprising the steps of - providing a prefabricated plastic part , which has at least one circumferential welding web lying in one plane, which welding web is an area formed integrally with the plastic part and which projects beyond a surface of the plastic part , - providing a glass insert which has at least one circumferentially closed contact area in which through-holes are arranged at spaced intervals and which has a shape and size matching the welding web , - arranging the glass insert with the at least one contact area to fit against a respective welding web of the plastic part , - heating the welding web and pressing the at least one contact area of the glass insert against the at least one welding web of the plastic part to produce a connection area , in which plastic rests exclusively in the contact area and has passed through the through-holes of the glass insert , wherein the connecting area consists of plastic of the plastic part and the glass insert , and the connecting area comprises an area of the glass insert which is free of plastic. - providing a prefabricated plastic part , which has at least one circumferential welding web lying in one plane, which welding web is an area formed integrally with the plastic part and which projects beyond a surface of the plastic part , - providing a glass insert which has at least one circumferentially closed contact area in which through-holes are arranged at spaced intervals and which has a shape and size matching the welding web , - arranging the glass insert with the at least one contact area to fit against a respective welding web of the plastic part , - heating the welding web and pressing the at least one contact area of the glass insert against the at least one welding web of the plastic part to produce a connection area , in which plastic rests exclusively in the contact area and has passed through the through-holes of the glass insert , wherein the connecting area consists of plastic of the plastic part and the glass insert , and the connecting area comprises an area of the glass insert which is free of plastic.
A method of determining tolerance to a non-caloric substance in a healthy subject, comprising: (a) determining a signature of a gut microbiome in a sample of the healthy subject who has been subjected to the non-caloric substance; (b) comparing said signature of said gut microbiome of the healthy subject to at least one reference signature of a pathological gut microbiome, wherein when said signature of the gut microbiome of the healthy subject is statistically significantly similar to said reference signature of said pathological gut microbiome, it is indicative that the healthy subject is intolerant to the non-caloric substance; and (c) providing a recommendation about the amount of said non-caloric substance that can be tolerated by the healthy subject. (a) determining a signature of a gut microbiome in a sample of the healthy subject who has been subjected to the non-caloric substance; (b) comparing said signature of said gut microbiome of the healthy subject to at least one reference signature of a pathological gut microbiome, wherein when said signature of the gut microbiome of the healthy subject is statistically significantly similar to said reference signature of said pathological gut microbiome, it is indicative that the healthy subject is intolerant to the non-caloric substance; and (c) providing a recommendation about the amount of said non-caloric substance that can be tolerated by the healthy subject.
A method of wireless communication for a user equipment, UE , comprising: receiving , at a first location in a downlink signal, preemption information that identifies a second location of a first type of traffic that preempts a second type of traffic, the first location relative to the second location being based at least in part on a hybrid automatic repeat request, HARQ, configuration of the UE , the HARQ configuration indicating a configuration to provide a same-slot or a next-slot HARQ response; receiving the first type of traffic at the second location; generating a HARQ response associated with the first type of traffic and/or the second type of traffic; and transmitting the HARQ response based at least in part on the HARQ configuration of the UE . receiving , at a first location in a downlink signal, preemption information that identifies a second location of a first type of traffic that preempts a second type of traffic, the first location relative to the second location being based at least in part on a hybrid automatic repeat request, HARQ, configuration of the UE , the HARQ configuration indicating a configuration to provide a same-slot or a next-slot HARQ response; receiving the first type of traffic at the second location; generating a HARQ response associated with the first type of traffic and/or the second type of traffic; and transmitting the HARQ response based at least in part on the HARQ configuration of the UE .