mhurhangee/patent-ind-claim-en huggingface dataset:
A system for excising an implanted clip approximating opposed valve leaflets in a heart valve, said system comprising: a capture catheter configured to be introduced into a heart chamber adjacent to the valve leaflets on one side of the clip, the capture catheter having a magnetic distal tip ; a transfer catheter configured to be introduced into the heart chamber adjacent to the valve leaflets on another side of the clip; and a cutting member configured to be deployed from the transfer catheter to the capture catheter to place a cutting element against tissue of at least one of the valve leaflets to excise the clip, characterised in that the cutting member is carried by the transfer catheter and has a magnetic element exposed at a distal end of the transfer catheter so that manipulation of the catheter positions within a heart chamber allows the capture catheter to capture the cutting member . a capture catheter configured to be introduced into a heart chamber adjacent to the valve leaflets on one side of the clip, the capture catheter having a magnetic distal tip ; a transfer catheter configured to be introduced into the heart chamber adjacent to the valve leaflets on another side of the clip; and a cutting member configured to be deployed from the transfer catheter to the capture catheter to place a cutting element against tissue of at least one of the valve leaflets to excise the clip, characterised in that the cutting member is carried by the transfer catheter and has a magnetic element exposed at a distal end of the transfer catheter so that manipulation of the catheter positions within a heart chamber allows the capture catheter to capture the cutting member .
Stationary thrust bearing of a stationary and rotating thrust bearing system designed to withstand an axial load along the axis of a rotation shaft mounted in a guide bearing, in particular of a turbocharger, said stationary thrust bearing being in the form of a flange in which is created a through-opening that allows the rotation shaft to pass through and has, on its face, pads with structured regions, said stationary thrust bearing comprising at least two sets of pads, a first set of pads with structured regions present in a first ring on the face of said flange, and a second set of pads with structured regions present in a second ring, coaxially with the first ring, on said face of the flange, setback relative to said first set of pads in the longitudinal direction of the axis of said opening , characterized in that the second set of pads has a hydraulic support surface, defined by the structured regions of its pads, which is essentially identical to or strictly greater than that of the first set of pads.
A set intended to be placed in a thermochemical reactor , for producing thermal energy, including at least one block of reactive solid medium capable of reacting with a fluid to produce heat, said block being contained in a thermally conductive protection envelope , characterised in that said protection envelope comprises a liquid-impermeable and gas-permeable microporous membrane .
A method by a user equipment, UE, for adaptive radio link monitoring, the method comprising steps of: the UE receiving , from a network node , at least one DL signal having at least one DL signal parameter adapted for use by the UE, wherein the at least one DL signal parameter includes a ratio of energy or power of the at least one DL signals to average energy or power of a reference signal; and the UE performing , Radio Link Monitoring, RLM, on the DL signal received from the network node, wherein the at least one DL signal parameter is adapted based on a receiver configuration, and wherein the receiver configuration is determined by a current number of receivers used by the UE for receiving the at least one DL signal. the UE receiving , from a network node , at least one DL signal having at least one DL signal parameter adapted for use by the UE, wherein the at least one DL signal parameter includes a ratio of energy or power of the at least one DL signals to average energy or power of a reference signal; and the UE performing , Radio Link Monitoring, RLM, on the DL signal received from the network node, wherein the at least one DL signal parameter is adapted based on a receiver configuration, and wherein the receiver configuration is determined by a current number of receivers used by the UE for receiving the at least one DL signal.
A method performed by a source node in a cellular telecommunications network, for establishing a requested connection between the source node and a destination node in the cellular telecommunications network, the method comprising: generating a source application identifier for the connection within the source node wherein said source application identifier is configured to uniquely identify user equipment associated with said source node over an S1 interface within an eNB, or over an S1 interface within an MME, or over an X2 interface within a source eNB between said source node and said destination node; retrieving a source node identifier for the source node ; and transmitting the source application identifier and the source node identifier to the destination node to provide a source connection identifier for the requested connection between the source node and the destination node . generating a source application identifier for the connection within the source node wherein said source application identifier is configured to uniquely identify user equipment associated with said source node over an S1 interface within an eNB, or over an S1 interface within an MME, or over an X2 interface within a source eNB between said source node and said destination node; retrieving a source node identifier for the source node ; and transmitting the source application identifier and the source node identifier to the destination node to provide a source connection identifier for the requested connection between the source node and the destination node .
A method for coupling an optical fibre bundle to an optical conversion element , wherein the optical conversion element and the optical fibre bundle are embedded in a transparent potting compound ; wherein the optical fibre bundle is introduced into a sleeve from one side; wherein, for introducing the optical fibre cable, the cable sheath is removed at a front end portion so as to expose the optical fibre bundle , and the cable consisting of the cable sheath and the optical fibre bundle is introduced into the sleeve ; and wherein the optical conversion element is introduced into the sleeve from another side, which sleeve comprises a section that has a conical shape, with a substantially cylindrical section adjoining said conical section on both ends thereof; and wherein the sleeve is filled with a curable transparent potting compound such that the optical conversion element and the optical fibre bundle are embedded in the potting compound ; wherein the optical conversion element is introduced into the sleeve , then the sleeve is filled with the potting compound , then the optical fibre bundle is introduced, and then the potting compound is cured, and such that the optical fibre bundle covered by a sheath is arranged on one side of the conical section and on the opposite side the optical fibre bundle is embedded in the potting compound . wherein the optical fibre bundle is introduced into a sleeve from one side; wherein, for introducing the optical fibre cable, the cable sheath is removed at a front end portion so as to expose the optical fibre bundle , and the cable consisting of the cable sheath and the optical fibre bundle is introduced into the sleeve ; and wherein the optical conversion element is introduced into the sleeve from another side, which sleeve comprises a section that has a conical shape, with a substantially cylindrical section adjoining said conical section on both ends thereof; and wherein the sleeve is filled with a curable transparent potting compound such that the optical conversion element and the optical fibre bundle are embedded in the potting compound ; wherein the optical conversion element is introduced into the sleeve , then the sleeve is filled with the potting compound , then the optical fibre bundle is introduced, and then the potting compound is cured, and such that the optical fibre bundle covered by a sheath is arranged on one side of the conical section and on the opposite side the optical fibre bundle is embedded in the potting compound .
An integrated circuit, comprising: a magnetic sensing element ; a fault detection module coupled to the sensing element, the fault detection module including circuitry configured to detect a fault condition and to self-test operation of the circuitry for detecting the fault condition; and a fault pin configured to indicate the fault condition, wherein the fault pin comprises an input/output pin such that pulling the fault pin to a given voltage level for a given time provides a self-test request to initiate the self-test operation, wherein the fault detection module includes at least one switch configured to cycle through connections to known voltage and ground signals and verify expected fault and no fault signals on the fault pin for the self-test operation of the circuitry for detecting the fault condition. a magnetic sensing element ; a fault detection module coupled to the sensing element, the fault detection module including circuitry configured to detect a fault condition and to self-test operation of the circuitry for detecting the fault condition; and a fault pin configured to indicate the fault condition, wherein the fault pin comprises an input/output pin such that pulling the fault pin to a given voltage level for a given time provides a self-test request to initiate the self-test operation, wherein the fault detection module includes at least one switch configured to cycle through connections to known voltage and ground signals and verify expected fault and no fault signals on the fault pin for the self-test operation of the circuitry for detecting the fault condition.
A dispenser for sanitary or hygiene products, such as soap, paper, cleaning agents, disinfectants, care products or the like, wherein the dispenser has at least one data transmission unit (7; 12, 13), characterized in that the at least one data transmission unit (7; 12, 13) is designed for wireless short-range communication with a mobile device via a first communication path and for wireless short-range communication with a gateway communicating with a remote server via a second communication path .
Pump arrangement , in particular a centrifugal pump arrangement, having a hydraulic casing , a suction pipe which is formed on the hydraulic casing , a pressure pipe which is formed on the hydraulic casing , a flow chamber which is defined at least partially by the hydraulic casing , and an impeller which is arranged in the flow chamber and can be driven about an axis of rotation (A) via an impeller shaft , wherein the hydraulic casing has an inner wall defining the flow chamber , and an outer wall which is at a distance from the inner wall , the inner wall and outer wall forming a temperature-control chamber , a first connecting device is provided, by means of which a cooling or heating medium can flow into the temperature-control chamber in order to control the temperature of the hydraulic casing , a second connecting device is provided, by means of which the cooling or heating medium can flow back out of the temperature-control chamber , the hydraulic casing has a support structure on the outer side of the outer wall , the support structure comprises substantially horizontally, vertically and diagonally extending elongate accumulations of material, characterized in that the elongate accumulations of material form interconnection or intersection points , and in that the first connecting device is provided on the pressure pipe . a hydraulic casing , a suction pipe which is formed on the hydraulic casing , a pressure pipe which is formed on the hydraulic casing , a flow chamber which is defined at least partially by the hydraulic casing , and an impeller which is arranged in the flow chamber and can be driven about an axis of rotation (A) via an impeller shaft , wherein the hydraulic casing has an inner wall defining the flow chamber , and an outer wall which is at a distance from the inner wall , the inner wall and outer wall forming a temperature-control chamber , a first connecting device is provided, by means of which a cooling or heating medium can flow into the temperature-control chamber in order to control the temperature of the hydraulic casing , a second connecting device is provided, by means of which the cooling or heating medium can flow back out of the temperature-control chamber , the hydraulic casing has a support structure on the outer side of the outer wall , the support structure comprises substantially horizontally, vertically and diagonally extending elongate accumulations of material, characterized in that the elongate accumulations of material form interconnection or intersection points , and in that the first connecting device is provided on the pressure pipe .
An electronic package comprising a component carrier having a stepped cavity formed therein; and a component assembly comprising at least two electrically connected electronic components (152, 154; 352, 354, 356) having different sizes such that the component assembly has a stepped shape; wherein the component assembly is accommodated at least partially inserted within the stepped cavity ; wherein the component assembly comprises an intermediate electric structure , wherein the two electronic components are attached at opposing main surfaces of the intermediate electric structure ; characterized in that the intermediate electric structure is, along a lateral direction parallel to a main surface of the component carrier, wider than both electronic components ; wherein the component carrier is a laminate of at least one electrically insulating layer structure and at least one electrically conductive layer structure. a component carrier having a stepped cavity formed therein; and a component assembly comprising at least two electrically connected electronic components (152, 154; 352, 354, 356) having different sizes such that the component assembly has a stepped shape; wherein the component assembly is accommodated at least partially inserted within the stepped cavity ; wherein the component assembly comprises an intermediate electric structure , wherein the two electronic components are attached at opposing main surfaces of the intermediate electric structure ; characterized in that the intermediate electric structure is, along a lateral direction parallel to a main surface of the component carrier, wider than both electronic components ; wherein the component carrier is a laminate of at least one electrically insulating layer structure and at least one electrically conductive layer structure.
Open-end type spinning machine comprising at least one spinning head having a spinning unit which produces yarn by introducing a fibre web into a spinning rotor and a winding unit into reels , wherein the winding unit into reels winds onto a tube a reel of yarn obtained from the underlying spinning unit , - at least one piecing trolley mobile so as to be able to position itself in the vicinity of each spinning head and perform piecing operations of a broken yarn , wherein - the piecing trolley comprises an intake nozzle unit shaped so as to perform all the operations of grasping a yarn end and preparing the same for subsequent piecing, and an introduction group of the yarn , shaped to grasp the yarn end, previously prepared for piecing, and bring it to the spinning rotor of the spinning unit for its piecing with the yarn being formed, wherein the intake nozzle unit comprises an intake nozzle with an entrance portion from which it draws in the yarn and cutting means for cutting the yarn , characterized in that the intake nozzle unit further comprises a yarn presence sensor inside the intake nozzle and a preparation device of the yarn end , and in that the entrance portion develops into a straight cylindrical portion in which the yarn is conveyed into and which develops into an intake pipe having an internal diameter Dn in which the yarn is conveyed into, and wherein the intake nozzle comprises, therein, a cavity which defines a passage into which the drawn in yarn is forced, wherein the cross-section for the passage of air in the straight cylindrical portion of the intake nozzle decreases from the inlet portion to the end preparation device , and from the end preparation device to the cutting means . - at least one piecing trolley mobile so as to be able to position itself in the vicinity of each spinning head and perform piecing operations of a broken yarn , wherein - the piecing trolley comprises an intake nozzle unit shaped so as to perform all the operations of grasping a yarn end and preparing the same for subsequent piecing, and an introduction group of the yarn , shaped to grasp the yarn end, previously prepared for piecing, and bring it to the spinning rotor of the spinning unit for its piecing with the yarn being formed,
Gassing device for a shake flask comprising - a hollow-cylindrical closure cap having a cover (2.1), a lower opening (2.2) and a casing (2.3) extending between cover (2.1) and the lower opening (2.2), - a gas passage (2.4) in the cover (2.1), - a sterile filter arranged on an inner side of the cover (2.1) below the gas passage (2.4), - a seal of the sterile filter against the inner side of the cover (2.1), - a gassing clamp connected detachably to the closure cap having at least two elastic clamping jaws (4.1, 4.2) and a crosspiece (4.3) connecting the clamping jaws to one another, wherein the clamping jaws (4.1, 4.2) exert a clamping force (F K ) on the casing (2.3), - a recess (4.4) on an inner side of the crosspiece (4.3), wherein the recess (4.4) is arranged above the gas passage (2.4), - a seal of the recess (4.4) against the outer side of the cover (2.1) and - an inlet (4.6) for supplying gas into the recess (4.4) and an outlet (4.7) for the escape of gas from the recess (4.4). - a hollow-cylindrical closure cap having a cover (2.1), a lower opening (2.2) and a casing (2.3) extending between cover (2.1) and the lower opening (2.2), - a gas passage (2.4) in the cover (2.1), - a sterile filter arranged on an inner side of the cover (2.1) below the gas passage (2.4), - a seal of the sterile filter against the inner side of the cover (2.1), - a gassing clamp connected detachably to the closure cap having at least two elastic clamping jaws (4.1, 4.2) and a crosspiece (4.3) connecting the clamping jaws to one another, wherein the clamping jaws (4.1, 4.2) exert a clamping force (F K ) on the casing (2.3), - a recess (4.4) on an inner side of the crosspiece (4.3), wherein the recess (4.4) is arranged above the gas passage (2.4), - a seal of the recess (4.4) against the outer side of the cover (2.1) and - an inlet (4.6) for supplying gas into the recess (4.4) and an outlet (4.7) for the escape of gas from the recess (4.4).
Animal marking device for an animal marking band having a fastening means for fastening the animal marking device to the animal marking band , in which the fastening means has a ring shape (R) in order thus to enclose the animal marking band , wherein the ring shape (R) of the fastening means is selectively to be opened at its periphery and the ring shape (R) of the fastening means is formed by a first part-element and a second part-element , wherein the first part-element has an edge region on which at least one first tooth is formed, and the second part-element has an edge region on which at least two second teeth are formed, so that, in the state fastened to the animal marking band , the first tooth engages between the two second teeth , characterised in that the at least three teeth are each provided with an opening into which a pin is inserted in the state fastened to the animal marking band , wherein the openings in the teeth are so matched to the cross-sectional shape of the pin arranged there that a clamping action is obtained between the tooth and the pin , by means of which clamping action the pin is retained in the opening.
Odour trap device for sanitary fixtures, in particular urinals, having a drainage element (1.1) which has a pipe section (1.2), the pipe section defining a sealing wall, having a sealing diaphragm which is in sealing contact with the sealing wall (1.3) in a closed position and is pushed away from the sealing wall (1.3) into an open position by backed-up fluid, such as urine, and having a holder for mounting the sealing diaphragm relative to the sealing wall (1.3), the sealing diaphragm is fixed on the holder , the holder being supported below the sealing diaphragm , characterized in that the holder is in contact with the pipe section (1.2) below the sealing diaphragm .
Cooking system (10; 10b) having at least one placement unit (100; 100b) that is provided in at least one heating operating state for arrangement above a cover plate (16; 16b), having an induction heating unit (18; 18b) that is provided so as to heat at least a part of the placement unit (100; 100b), and having at least one identification unit (20; 20b) that is provided so as to identify at least the placement unit (100; 100b), wherein the identification unit (20; 20b) at least in part comprises the induction heating unit (18; 18b), and wherein the identification unit (20;20b) is provided so as to allocate an individual identity to each object that is to be identified, characterised by at least one further placement unit that is provided for arrangement above the cover plate and has at least one further base unit that is provided in the heating operating state for arrangement between a further item of cookware , which is to be heated, of the further placement unit and the cover plate , wherein the identification unit (20; 20b) is provided so as to simultaneously identify at least the part of the placement unit (100; 100b) in dependence upon a signal of the placement unit (100; 100b) and at least a part of the further placement unit .
Underlying structure for a motor vehicle, the underlying structure comprising, one floor , and at least two longitudinal lengths arranged respectively at each longitudinal edge of the floor ; the floor is divided into at least one front unit ; and a rear unit attached to a cross-section heel board ; the base structure is characterized in that it also includes at least one side reinforcement piece which includes at least one elongated body extending from the heel board to the nearest longeron; the side reinforcement part is fixed on the heel board and on the front unit of the floor or on a longeron at the front unit of the floor.