mhurhangee/ep-ind-claims huggingface dataset:
A method of manufacturing a transport container, in particular a bottle crate, comprising the following steps: providing an injection moulding tool, optionally pre-tempering of at least one inmould film to be inserted; inserting the at least one inmould film into the injection mould, so that the at least one inmould film abuts against a wall of the opened injection mould, closing the injection mould, injecting a molten plastic material into the injection moulding tool, and opening the injection moulding tool and removing the transport container after the plastic material has cooled down to a stable shape, characterised in that the injection moulding tool is configured such that, adjacent to regions of the injection moulding tool which have a curvature which points in the direction of the inside of the transport container to be formed and in which an edge of the at least one inmould film is located, the injection moulding tool has a respective projection which is configured to redirect a material flow of the molten plastic material within the closed injection moulding tool in such a way that the molten plastic material meets an edge region of the at least one inmould film adjacent to the edge of the at least one inmould film in such a way that the molten plastic material presses the edge region of the at least one inmould film against the wall of the injection moulding tool. providing an injection moulding tool, optionally pre-tempering of at least one inmould film to be inserted; inserting the at least one inmould film into the injection mould, so that the at least one inmould film abuts against a wall of the opened injection mould, closing the injection mould, injecting a molten plastic material into the injection moulding tool, and opening the injection moulding tool and removing the transport container after the plastic material has cooled down to a stable shape, characterised in that the injection moulding tool is configured such that, adjacent to regions of the injection moulding tool which have a curvature which points in the direction of the inside of the transport container to be formed and in which an edge of the at least one inmould film is located, the injection moulding tool has a respective projection which is configured to redirect a material flow of the molten plastic material within the closed injection moulding tool in such a way that the molten plastic material meets an edge region of the at least one inmould film adjacent to the edge of the at least one inmould film in such a way that the molten plastic material presses the edge region of the at least one inmould film against the wall of the injection moulding tool.
A heavy phase liquid discharge element for a centrifugal separator configured to separate two liquid phases having different densities, the heavy phase liquid discharge element having a longitudinal extension, a transversal extension perpendicular to the longitudinal extension, a first inlet side and an opposite second outlet side, both extending in the longitudinal direction and in the transversal direction, a first longitudinal portion comprising a first transversally extending edge, a second longitudinal portion comprising a second transversally extending edge, and two longitudinally extending side edges (SE1; SE2), in between which a longitudinally extending center line extends, the heavy phase liquid discharge element comprising: - at least one inlet opening (211; 212) on the first side of the heavy phase liquid discharge element, the at least one inlet opening being adapted to face an interior of the centrifugal separator, and - at least two separate outlet channels (271; 272) defining an outlet on the second side of the heavy phase liquid discharge element, wherein at least a portion of each of the outlet channels overlaps with the at least one inlet opening, thereby forming a liquid pathway between the at least one inlet opening and the outlet defined by the at least two outlet channels through which the liquid can pass, and - each of the at least two outlet channels having an extension in the longitudinal direction of the heavy phase liquid discharge element, which is longer than the extension of the at least one inlet opening in the longitudinal direction. - at least one inlet opening (211; 212) on the first side of the heavy phase liquid discharge element, the at least one inlet opening being adapted to face an interior of the centrifugal separator, and - at least two separate outlet channels (271; 272) defining an outlet on the second side of the heavy phase liquid discharge element, wherein at least a portion of each of the outlet channels overlaps with the at least one inlet opening, thereby forming a liquid pathway between the at least one inlet opening and the outlet defined by the at least two outlet channels through which the liquid can pass, and - each of the at least two outlet channels having an extension in the longitudinal direction of the heavy phase liquid discharge element, which is longer than the extension of the at least one inlet opening in the longitudinal direction.
A data path management system for managing data paths in a point-to-multipoint topology, the point-to-multipoint topology comprising at least a first data path, between a first network termination unit and a second network termination unit, and a second data path, between any one of the first and second network termination unit and a third network termination unit, wherein data communication in the point-to-multipoint topology is managed by a media access control scheduler, the data path management system comprising: - a switch unit located on the first data path, configured for interfacing a first part of the first data path to a second part of the first data path and configured to be switchable between at least a first switch state wherein the first data path is established and a second switch state wherein the first data path is interrupted; - a controller unit configured for obtaining from the media access control scheduler data communication information pertaining to which network termination unit can communicate with another network termination unit during a given time-slot, for generating a control signal based on said data communication information, and for sending said control signal to the switch unit to control the switch unit to switch between said at least first and second switch states in accordance with the obtained data communication information. - a switch unit located on the first data path, configured for interfacing a first part of the first data path to a second part of the first data path and configured to be switchable between at least a first switch state wherein the first data path is established and a second switch state wherein the first data path is interrupted; - a controller unit configured for obtaining from the media access control scheduler data communication information pertaining to which network termination unit can communicate with another network termination unit during a given time-slot, for generating a control signal based on said data communication information, and for sending said control signal to the switch unit to control the switch unit to switch between said at least first and second switch states in accordance with the obtained data communication information.
A fiber optic receptacle and plug comprising: a fiber optic receptacle defining an internal cavity and a first alignment and keying feature disposed within the internal cavity; a multi-fiber receptacle ferrule disposed within the internal cavity; a fiber optic plug comprising a plug outer housing defining a passageway; an alignment sleeve disposed at least partially within the receptacle and at least partially within the plug when the plug is inserted into the receptacle; and a multi-fiber plug ferrule at least partially disposed within the alignment sleeve and at least partially disposed within the outer housing; wherein the outer housing and the alignment sleeve defining a second complimentary alignment and keying feature for engaging the first alignment and keying feature of the receptacle when the plug is mated with the receptacle to ensure that the receptacle ferrule is aligned with the plug ferrule in a predetermined orientation. a fiber optic receptacle defining an internal cavity and a first alignment and keying feature disposed within the internal cavity; a multi-fiber receptacle ferrule disposed within the internal cavity; a fiber optic plug comprising a plug outer housing defining a passageway; an alignment sleeve disposed at least partially within the receptacle and at least partially within the plug when the plug is inserted into the receptacle; and a multi-fiber plug ferrule at least partially disposed within the alignment sleeve and at least partially disposed within the outer housing;
An orthopedic implant or device comprising: a porous metal structure comprising: a porous substrate comprising a plurality of ligaments that define pores of the porous substrate; and a biocompatible metal coating on the plurality of ligaments of the porous substrate; a curable calcium phosphate composition or a cured product thereof at least partially in contact with the porous metal structure, the curable calcium phosphate composition comprising: calcium phosphate; a perfusion modifier; and a physiologically acceptable fluid, wherein the perfusion modifier comprises 0.5 wt% to 10 wt% of the curable calcium phosphate composition, and wherein the perfusion modifier is sodium alginate and/or a cellulose selected from methylcellulose, carboxymethylcellulose, hydroxypropylmethylcellulose, hydroxyethyl cellulose, a salt thereof, or a combination thereof. a porous metal structure comprising: a porous substrate comprising a plurality of ligaments that define pores of the porous substrate; and a biocompatible metal coating on the plurality of ligaments of the porous substrate; a porous substrate comprising a plurality of ligaments that define pores of the porous substrate; and a biocompatible metal coating on the plurality of ligaments of the porous substrate; a curable calcium phosphate composition or a cured product thereof at least partially in contact with the porous metal structure, the curable calcium phosphate composition comprising: calcium phosphate; a perfusion modifier; and a physiologically acceptable fluid, wherein the perfusion modifier comprises 0.5 wt% to 10 wt% of the curable calcium phosphate composition, and wherein the perfusion modifier is sodium alginate and/or a cellulose selected from methylcellulose, carboxymethylcellulose, hydroxypropylmethylcellulose, hydroxyethyl cellulose, a salt thereof, or a combination thereof. calcium phosphate; a perfusion modifier; and a physiologically acceptable fluid, wherein the perfusion modifier comprises 0.5 wt% to 10 wt% of the curable calcium phosphate composition, and wherein the perfusion modifier is sodium alginate and/or a cellulose selected from methylcellulose, carboxymethylcellulose, hydroxypropylmethylcellulose, hydroxyethyl cellulose, a salt thereof, or a combination thereof.
A method for enhancing recovery of crude oil from a porous subterranean carbonate formation of which the pore spaces contain crude oil and connate water, the method comprising: determining an ionic strength of the connate water; passing sea water through a nano-filtration membrane to provide an aqueous displacement fluid having an ionic strength from 0.1% to less than 0.5% of the ionic strength of the connate water and having an SO 4 2- concentration of from 20 to 150 ppm; and injecting the aqueous displacement fluid into the formation. determining an ionic strength of the connate water; passing sea water through a nano-filtration membrane to provide an aqueous displacement fluid having an ionic strength from 0.1% to less than 0.5% of the ionic strength of the connate water and having an SO 4 2- concentration of from 20 to 150 ppm; and injecting the aqueous displacement fluid into the formation.
A medical device for monitoring a patient's heart rhythm, comprising: a first cardiac electrode pair (20, 22; 24, 28); sensing circuitry coupled to the first cardiac electrode pair for sensing cardiac events; and a controller coupled to the sensing circuitry and configured to implement a detection algorithm to detect a sudden change in the heart rhythm indicative of a "concerning cardiac rhythm" in response to the sensed cardiac events, the detecting the sudden change comprising: measuring a plurality of event intervals between the sensed cardiac events; determining a rate of the cardiac events; determining a variability of intervals between the sensed cardiac events; switching, in response to the variability of intervals, between a low variability mode of operation for detecting the sudden change and a high variability mode of operation for detecting the sudden change; wherein the controller is further configured to determine whether the detection algorithm a is operating in the low variability mode of operation or the high variability of operation; and wherein, during the low variability mode of operation, the detection algorithm is configured to detect the sudden change as a sudden increase in the rate of the cardiac events in response to the plurality of cardiac event intervals; and during the high variability mode of operation, the detection algorithm is configured to detect the sudden change as a sudden decrease in the variability of the plurality of cardiac event intervals. a first cardiac electrode pair (20, 22; 24, 28); sensing circuitry coupled to the first cardiac electrode pair for sensing cardiac events; and a controller coupled to the sensing circuitry and configured to implement a detection algorithm to detect a sudden change in the heart rhythm indicative of a "concerning cardiac rhythm" in response to the sensed cardiac events, the detecting the sudden change comprising: measuring a plurality of event intervals between the sensed cardiac events; determining a rate of the cardiac events; determining a variability of intervals between the sensed cardiac events; switching, in response to the variability of intervals, between a low variability mode of operation for detecting the sudden change and a high variability mode of operation for detecting the sudden change; wherein the controller is further configured to determine whether the detection algorithm a is operating in the low variability mode of operation or the high variability of operation; measuring a plurality of event intervals between the sensed cardiac events; determining a rate of the cardiac events; determining a variability of intervals between the sensed cardiac events; switching, in response to the variability of intervals, between a low variability mode of operation for detecting the sudden change and a high variability mode of operation for detecting the sudden change; wherein the controller is further configured to determine whether the detection algorithm a is operating in the low variability mode of operation or the high variability of operation;
A composition comprising a genetically converted yeast, wherein said genetically converted yeast expresses one or more modified enzymes having one or more designed mutations, said one or more modified enzymes comprising squalene epoxidase, wherein said squalene epoxidase has reduced activity and/or expression, wherein said one or more designed mutations are at defined positions within said enzyme, wherein said yeast produces increased quantities of squalene as compared to the native yeast, and wherein the yeast is a Yarrowia lipolytica strain selected from the group consisting of ATCC 90812, ATCC MYA-2613, or Yeastern polg.
An apparatus comprising: a coupling circuit disposed in a current path and between a first terminal and a second terminal, the coupling circuit comprising: a first circuit comprising: a first inductor; a first capacitor; and a first resistor; wherein the first inductor is connected in parallel to the first capacitor, and wherein the first capacitor is connected in parallel to the first resistor; and a second inductor connected in series with the first circuit; a sensor configured to sense a level of current in the current path and to sense a communication parameter of the coupling circuit, wherein an impedance of the first circuit is responsive to the communication parameter sensed by sensor; and a transceiver, connected to the first terminal and the second terminal, and configured to transmit a signal onto the current path, or to receive a signal from the current path, responsive to the communication parameter of the coupling circuit and the level of current in the current path. a coupling circuit disposed in a current path and between a first terminal and a second terminal, the coupling circuit comprising: a first circuit comprising: a first inductor; a first capacitor; and a first resistor; wherein the first inductor is connected in parallel to the first capacitor, and wherein the first capacitor is connected in parallel to the first resistor; and a second inductor connected in series with the first circuit; a sensor configured to sense a level of current in the current path and to sense a communication parameter of the coupling circuit, wherein an impedance of the first circuit is responsive to the communication parameter sensed by sensor; and a first circuit comprising: a first inductor; a first capacitor; and a first resistor; a first inductor; a first capacitor; and a first resistor; wherein the first inductor is connected in parallel to the first capacitor, and wherein the first capacitor is connected in parallel to the first resistor; and a second inductor connected in series with the first circuit; a sensor configured to sense a level of current in the current path and to sense a communication parameter of the coupling circuit, wherein an impedance of the first circuit is responsive to the communication parameter sensed by sensor; and a transceiver, connected to the first terminal and the second terminal, and configured to transmit a signal onto the current path, or to receive a signal from the current path, responsive to the communication parameter of the coupling circuit and the level of current in the current path.
A method, performed by a user terminal, for quickly enabling a service in an application program, wherein the method comprises: in response to receiving tag content transmitted by a near field communication, NFC, tag, enabling, by an operating system of the user terminal, an application program that has registered NFC, wherein the tag content comprises at least a service source and the enabled application program is installed in the user terminal, wherein the enabling, by an operating system of the user terminal, an application program that has registered NFC comprises: when there are at least two application programs that have registered NFC, presenting, by the operating system, the at least two application programs that have registered NFC on a screen; receiving a selection of one of the at least two application programs from the user; and enabling, by the operating system, the one of the at least two application programs; determining, by the enabled application program, whether the service source in the tag content is the enabled application program; when an application identifier in the tag content represents the enabled application program, uploading, by the enabled application program, the tag content to a server; and executing, by the enabled application program according to a service routed by the server, the routed service, wherein the service is routed by the server after the server decodes the tag content. in response to receiving tag content transmitted by a near field communication, NFC, tag, enabling, by an operating system of the user terminal, an application program that has registered NFC, wherein the tag content comprises at least a service source and the enabled application program is installed in the user terminal, wherein the enabling, by an operating system of the user terminal, an application program that has registered NFC comprises: when there are at least two application programs that have registered NFC, presenting, by the operating system, the at least two application programs that have registered NFC on a screen; receiving a selection of one of the at least two application programs from the user; and enabling, by the operating system, the one of the at least two application programs; when there are at least two application programs that have registered NFC, presenting, by the operating system, the at least two application programs that have registered NFC on a screen; receiving a selection of one of the at least two application programs from the user; and enabling, by the operating system, the one of the at least two application programs; determining, by the enabled application program, whether the service source in the tag content is the enabled application program; when an application identifier in the tag content represents the enabled application program, uploading, by the enabled application program, the tag content to a server; and executing, by the enabled application program according to a service routed by the server, the routed service, wherein the service is routed by the server after the server decodes the tag content.
An apparatus (10, 10', 10") for forming opening devices on a sheet packaging material for packaging pourable food products; said apparatus (10, 10', 10") comprising: - conveying means for advancing said sheet packaging material along a given path; and - at least one molding unit arranged along said path and adapted to mold one opening device on a receiving portion of said sheet packaging material; characterized by further comprising at least one movable element carrying said molding unit and advanced parallel to at least a portion of said path; said movable element being advanced at the same speed as said sheet packaging material at least during interaction of said molding unit with said sheet packaging material to allow said molding unit to form said opening device while said sheet packaging material is being advanced along said path. - conveying means for advancing said sheet packaging material along a given path; and - at least one molding unit arranged along said path and adapted to mold one opening device on a receiving portion of said sheet packaging material; characterized by further comprising at least one movable element carrying said molding unit and advanced parallel to at least a portion of said path; said movable element being advanced at the same speed as said sheet packaging material at least during interaction of said molding unit with said sheet packaging material to allow said molding unit to form said opening device while said sheet packaging material is being advanced along said path.
A flying pest trap comprising an attracting element and being adapted to retain an immobilisation element, wherein a first housing of the flying pest trap is adapted to be mounted to a wall, characterised by comprising a second housing adapted to retain at least a portion of the immobilisation element, wherein the second housing is adapted to pivot with respect to the first housing.