mhurhangee/ep-ind-claims huggingface dataset:
A medical device system comprising: a sensing circuit configured to: receive a first cardiac electrical signal; sense R-waves from the first cardiac electrical signal, and receive a second cardiac electrical signal different than the first cardiac electrical signal; a memory; and a control circuit coupled to the sensing circuit and the memory, the control circuit configured to: store a signal segment of the second cardiac electrical signal in the memory for each of the plurality of R-waves sensed by the sensing circuit from the first cardiac electrical signal; determine a morphology parameter from each signal segment of the second cardiac signal; and determine at least one signal segment of the second cardiac electrical signal as being a noisy signal segment based on the morphology parameter determined for each respective signal segment; and withhold detection of a tachyarrhythmia episode in response to determining the at least one signal segment as a noisy signal segment. a sensing circuit configured to: receive a first cardiac electrical signal; sense R-waves from the first cardiac electrical signal, and receive a second cardiac electrical signal different than the first cardiac electrical signal; receive a first cardiac electrical signal; sense R-waves from the first cardiac electrical signal, and receive a second cardiac electrical signal different than the first cardiac electrical signal; a memory; and a control circuit coupled to the sensing circuit and the memory, the control circuit configured to: store a signal segment of the second cardiac electrical signal in the memory for each of the plurality of R-waves sensed by the sensing circuit from the first cardiac electrical signal; determine a morphology parameter from each signal segment of the second cardiac signal; and determine at least one signal segment of the second cardiac electrical signal as being a noisy signal segment based on the morphology parameter determined for each respective signal segment; and withhold detection of a tachyarrhythmia episode in response to determining the at least one signal segment as a noisy signal segment. store a signal segment of the second cardiac electrical signal in the memory for each of the plurality of R-waves sensed by the sensing circuit from the first cardiac electrical signal; determine a morphology parameter from each signal segment of the second cardiac signal; and determine at least one signal segment of the second cardiac electrical signal as being a noisy signal segment based on the morphology parameter determined for each respective signal segment; and determine a morphology parameter from each signal segment of the second cardiac signal; and determine at least one signal segment of the second cardiac electrical signal as being a noisy signal segment based on the morphology parameter determined for each respective signal segment; and withhold detection of a tachyarrhythmia episode in response to determining the at least one signal segment as a noisy signal segment.
A method of preparing a probiotic product comprising: admixing a dispersion with an inert hydrophobic component, wherein said hydrophobic component comprises a probiotic in a hydrophobic medium, such that the probiotic is kept discrete from said dispersion in the admixed product, wherein the hydrophobic medium is a continuous oil phase which is melted and cooled to form a crystal type network and then admixed with the probiotic. admixing a dispersion with an inert hydrophobic component, wherein said hydrophobic component comprises a probiotic in a hydrophobic medium, such that the probiotic is kept discrete from said dispersion in the admixed product, wherein the hydrophobic medium is a continuous oil phase which is melted and cooled to form a crystal type network and then admixed with the probiotic.
Joint (18; 19) between rods (20, 21; 22, 23) of a system of rods of a folding roof for a passenger vehicle, which folding roof can be adjusted from a closed position (Schst) which spans a passenger compartment into an open position put down in a rear space, and vice versa, the rods (20, 21; 22, 23) being held in position by means of a rivet device (24; 48) which comprises a rivet (25; 49) with rivet heads (26, 27) and a rivet shaft (30; N S) which extends through bearing holes (28, 29) of the rods (20, 21; 22, 23), characterized in that a bearing sleeve (31 or 56) with first and second bearing sleeve sections (38 and 39) extends between rivet shaft (30; N S) of the rivet (25; blind rivet 49) and first and second bearing holes (28 and 29) of the first and second rods (20, 21 or 22 and 23), wherein the bearing sleeve bears with a first collar-like stop against a first rod and is supported with a second stop, which is spaced apart from the first stop, on a first rivet head of the rivet (25, blind rivet 49), and in that a second rivet head is moved towards a shaft stop of the bearing sleeve (31 and 56), and wherein first and second bearing bushes (40 and 41; 61 and 62) are provided between the first and the second bearing holes (28 and 29; 63 and 64) and first and second bearing sleeve sections (38 and 39), and wherein the second bearing bush (41; 62) has a first and a second radial collar (45 and 46) between the first and second rods (20 and 21; 22 and 23), wherein the second radial collar of the second bearing bush (41; 62) is arranged between first collar-like stop and the second rod (21; 23), and wherein the second radial collar of the second bearing bush (41; 62) is shaped from a cylindrical shape (Fz) into a radial shape (Fr) by an axial movement (direction B) of the bearing sleeve (31; 56), and wherein, in order to support the shaping of the second radial collar of the second bearing bush (41; 62), recesses (An) are provided in the region of said second collar.
A sensor assembly, comprising: a first wafer having a cavity formed therein, the cavity defining a cavity edge adjacent a first side of the first wafer; a second wafer supported by the first side of the first wafer, wherein the second wafer extends over the cavity to form a diaphragm, the diaphragm having a perimeter that is defined by the cavity edge of the cavity; one or more sense elements supported by the diaphragm; characterised by: a trench circumscribing or substantially circumscribing the perimeter of the diaphragm. a first wafer having a cavity formed therein, the cavity defining a cavity edge adjacent a first side of the first wafer; a second wafer supported by the first side of the first wafer, wherein the second wafer extends over the cavity to form a diaphragm, the diaphragm having a perimeter that is defined by the cavity edge of the cavity; one or more sense elements supported by the diaphragm; a trench circumscribing or substantially circumscribing the perimeter of the diaphragm.
A stapling apparatus, comprising: a stapler; a driver configured to be coupled to the stapler and to move the stapler; and a guide part (300, 400) configured to selectively change a configuration of a moving path so as to define the moving path along which the stapler can be moved by the driver, characterised in that the guide part includes a main slot (301, 401), first and second branch slots (3ioa, 320a; 410, 420; 610, 620) configured to be branched from one end portion (301a, 4011, 4012) of the main slot, and a switching lever (330a, 500) configured to selectively change the configuration of the moving path by selectively opening or closing the first and second branch slots (310a, 320a; 410, 420; 610, 620). a stapler; a driver configured to be coupled to the stapler and to move the stapler; and a guide part (300, 400) configured to selectively change a configuration of a moving path so as to define the moving path along which the stapler can be moved by the driver, characterised in that the guide part includes a main slot (301, 401), first and second branch slots (3ioa, 320a; 410, 420; 610, 620) configured to be branched from one end portion (301a, 4011, 4012) of the main slot, and a switching lever (330a, 500) configured to selectively change the configuration of the moving path by selectively opening or closing the first and second branch slots (310a, 320a; 410, 420; 610, 620).
A steam generator for a cleaner comprising: an external case having an opening that allows an internal space of the external case to communicate with an external environment, and a supplier that supplies water to the internal space; a heater provided proximate the opening to generate steam; an outlet pipe having a first side that communicates with the external environment, and is configured to discharge steam generated by the heater outside the external case; and a steam discharge controller provided proximate a second side of the outlet pipe to open/close the outlet pipe according to a presence or absence of a steam discharge, wherein the steam discharge controller comprises a steam discharge case having a space therein, wherein the outlet pipe communicates with a bottom of the steam discharge case, and wherein the bottom of the steam discharge case downwardly inclines toward the outlet pipe; and a mass movable along the bottom of the steam discharge case. an external case having an opening that allows an internal space of the external case to communicate with an external environment, and a supplier that supplies water to the internal space; a heater provided proximate the opening to generate steam; an outlet pipe having a first side that communicates with the external environment, and is configured to discharge steam generated by the heater outside the external case; and a steam discharge controller provided proximate a second side of the outlet pipe to open/close the outlet pipe according to a presence or absence of a steam discharge, wherein the steam discharge controller comprises a steam discharge case having a space therein, wherein the outlet pipe communicates with a bottom of the steam discharge case, and wherein the bottom of the steam discharge case downwardly inclines toward the outlet pipe; and a mass movable along the bottom of the steam discharge case.
Device for actuating a clutch, comprising a hydraulic cylinder including a workspace, a piston and a connexion opening for the hydraulic fluid, and comprising a measuring device in order to determine the position of said piston, wherein said measuring device includes a coil in the wall of said hydraulic cylinder, which surrounds, at least partly, said workspace of said hydraulic cylinder, characterised in that said coil is injected into a sleeve made of a synthetic material within said hydraulic cylinder, and that said hydraulic cylinder is made of a metal material.
A cassette (6A; 6B; 6C; 6D; 6E; 6F; 6G), comprising: a housing; and a medium (8; 87, 89) comprising a first portion contained in the housing and a second portion protruding to an outside of the housing, characterized in that, in a state in which the cassette is in an unused state or the cassette is removed from a printer after being mounted and used on the printer, the second portion of the medium (8; 87, 89) is a protruding portion comprising an indicator portion (8A; 8D, 8E) on which cassette information is printed and the indicator portion (8A; 8D, 8E) located outside the housing continuously extends from a portion of the medium (8; 87, 89) which is located inside the housing. a housing; and a medium (8; 87, 89) comprising a first portion contained in the housing and a second portion protruding to an outside of the housing, characterized in that, in a state in which the cassette is in an unused state or the cassette is removed from a printer after being mounted and used on the printer, the second portion of the medium (8; 87, 89) is a protruding portion comprising an indicator portion (8A; 8D, 8E) on which cassette information is printed and the indicator portion (8A; 8D, 8E) located outside the housing continuously extends from a portion of the medium (8; 87, 89) which is located inside the housing.
A towed hay tool including one or more processing units each supported on a chassis (2, 4, 6), in which the or each chassis supports the or one of the processing units on a central axis, the chassis being provided with a left hand side wheel assembly supporting structure and a right hand side wheel assembly supporting structure, free ends of the wheel assembly supporting structures being provided with wheel assemblies, each wheel assembly comprising a wheel mounted on a wheel mounting, the wheel mounting being rotatable about an inclined axis and the wheel being rotatable about a horizontal axis, wherein the wheel assembly supporting structures and the wheel mountings are adapted to allow limited relative movement of each wheel mounting with respect to the wheel assembly supporting structures, each wheel mounting comprising a carrying member mounted for rotation about the inclined axis, wherein the carrying member comprises an arm extending to the rear of the inclined axis, the wheel assembly supporting structures comprise a leading portion and a trailing portion, in which the leading portion is angled away from the trailing portion and each of the leading portion and the trailing portions comprises an outer vertical surface (45,48) and a vertical end surface (46, 49), characterised in that the arm also extends to the front of the inclined axis. the or each chassis supports the or one of the processing units on a central axis, the chassis being provided with a left hand side wheel assembly supporting structure and a right hand side wheel assembly supporting structure, free ends of the wheel assembly supporting structures being provided with wheel assemblies, each wheel assembly comprising a wheel mounted on a wheel mounting, the wheel mounting being rotatable about an inclined axis and the wheel being rotatable about a horizontal axis, wherein the wheel assembly supporting structures and the wheel mountings are adapted to allow limited relative movement of each wheel mounting with respect to the wheel assembly supporting structures, each wheel mounting comprising a carrying member mounted for rotation about the inclined axis, wherein the carrying member comprises an arm extending to the rear of the inclined axis, the wheel assembly supporting structures comprise a leading portion and a trailing portion, in which the leading portion is angled away from the trailing portion and each of the leading portion and the trailing portions comprises an outer vertical surface (45,48) and a vertical end surface (46, 49), characterised in that the arm also extends to the front of the inclined axis.
A member for electrophotography, comprising: an electroconductive substrate; and an electroconductive layer on the substrate, wherein: the electroconductive layer contains a resin having a cationic organic group in a molecule thereof and an anion; a total sum of contents of alkali metal and alkali earth metal in the electroconductive layer is 500 ppm or less, wherein alkali metal refers to lithium, sodium, potassium, rubidium, cesium and francium and alkali earth metal refers to magnesium, calcium, strontium, barium and radium; and the anion comprises at least one selected from the group consisting of a fluorosulfonate anion, a fluorocarboxylate anion, a fluorosulfonylimide anion, a fluorosulfonylmethide anion, a fluoroalkylfluoroborate anion, a fluorophosphate anion, a fluoroantimonate anion, and a fluoroarsenate anion. an electroconductive substrate; and an electroconductive layer on the substrate, wherein: the electroconductive layer contains a resin having a cationic organic group in a molecule thereof and an anion; a total sum of contents of alkali metal and alkali earth metal in the electroconductive layer is 500 ppm or less, wherein alkali metal refers to lithium, sodium, potassium, rubidium, cesium and francium and alkali earth metal refers to magnesium, calcium, strontium, barium and radium; and the anion comprises at least one selected from the group consisting of a fluorosulfonate anion, a fluorocarboxylate anion, a fluorosulfonylimide anion, a fluorosulfonylmethide anion, a fluoroalkylfluoroborate anion, a fluorophosphate anion, a fluoroantimonate anion, and a fluoroarsenate anion. the electroconductive layer contains a resin having a cationic organic group in a molecule thereof and an anion; a total sum of contents of alkali metal and alkali earth metal in the electroconductive layer is 500 ppm or less, wherein alkali metal refers to lithium, sodium, potassium, rubidium, cesium and francium and alkali earth metal refers to magnesium, calcium, strontium, barium and radium; and the anion comprises at least one selected from the group consisting of a fluorosulfonate anion, a fluorocarboxylate anion, a fluorosulfonylimide anion, a fluorosulfonylmethide anion, a fluoroalkylfluoroborate anion, a fluorophosphate anion, a fluoroantimonate anion, and a fluoroarsenate anion.
A driving assistance device comprising: a photographing unit adapted to photograph an image to the rear of a vehicle for acquiring photographed image data; a driving information acquiring unit that acquires driving information indicating driving conditions of the vehicle; a route determining unit adapted to determine the possibility that a vehicle route has changed and a direction of the change of the vehicle route based on the driving information acquired by the driving information acquiring unit; an the extracting unit adapted to continuously output an image for image data cut-out for a prescribed region of the photographed image data taken by the photographing unit based on the direction of the change of the vehicle route determined by the route determining unit, and a display unit adapted to continuously display the images output by the extracting unit. a photographing unit adapted to photograph an image to the rear of a vehicle for acquiring photographed image data; a driving information acquiring unit that acquires driving information indicating driving conditions of the vehicle; a route determining unit adapted to determine the possibility that a vehicle route has changed and a direction of the change of the vehicle route based on the driving information acquired by the driving information acquiring unit; an the extracting unit adapted to continuously output an image for image data cut-out for a prescribed region of the photographed image data taken by the photographing unit based on the direction of the change of the vehicle route determined by the route determining unit, and a display unit adapted to continuously display the images output by the extracting unit.
A faceplate bezel realized as a printed circuit on a flexible substrate, for mounting about an optically transparent faceplate in a code symbol reading system with EAS tag deactivation capabilities and in communication with a host computer system, said faceplate bezel comprising: a faceplate bezel structure having a front surface, a rear surface, and a rectangular shaped aperture having dimensions closely matched to the outer dimensions of said optically transparent faceplate; a base portion which extends from a bottom portion of said faceplate bezel structure and also has a front surface and a rear surface; and a first coil of electrically conductive wire provided on said rear surface of said faceplate bezel structure about said rectangular shaped aperture, and having terminals that are connected to an electrical interface circuit supported; wherein said first coil generates a first electromagnetic field in the vicinity of said optically transparent faceplate, for deactivating an EAS tag on a purchased product during EAS tag deactivation operations. a faceplate bezel structure having a front surface, a rear surface, and a rectangular shaped aperture having dimensions closely matched to the outer dimensions of said optically transparent faceplate; a base portion which extends from a bottom portion of said faceplate bezel structure and also has a front surface and a rear surface; and a first coil of electrically conductive wire provided on said rear surface of said faceplate bezel structure about said rectangular shaped aperture, and having terminals that are connected to an electrical interface circuit supported; wherein said first coil generates a first electromagnetic field in the vicinity of said optically transparent faceplate, for deactivating an EAS tag on a purchased product during EAS tag deactivation operations.
A composition comprising a population of nanoparticles having the empirical formula Culn x Ga 1-x S 2 wherein 0 ≤ x ≤ 1, wherein each nanoparticle comprises an organic ligand layer bound to the surface of the nanoparticle, and wherein the organic ligand layer consists essentially of thiols, wherein the thiols have a boiling point less than 100 °C.
A method of producing a medical appliance comprising rotationally spinning a first layer of polytetrafluoroethylene (PTFE) from a rotating spinneret, in the absence of an electric field, the first layer of polytetrafluoroethylene comprising a portion of the medical appliance.
Process for producing a sheet-silicate composition, comprising the steps of: a. providing at least one sheet-silicate containing exchangeable monovalent cations; b. treating the at least one sheet-silicate containing exchangeable monovalent cations with at least one treating component, wherein the treating component is a complexing agent for metals. a. providing at least one sheet-silicate containing exchangeable monovalent cations; b. treating the at least one sheet-silicate containing exchangeable monovalent cations with at least one treating component, wherein the treating component is a complexing agent for metals.
A runner of Francis type for a hydraulic turbine or pump, comprising a low and a high pressure side, a crown, a plurality of blades, each blade being defined by a pressure surface, an oppositely facing suction surface, an edge adjoining the high pressure side and a spaced apart edge adjoining the low pressure side of the runner, whereas the crown comprises sealing means to seal the space above the crown against water from the high pressure side, whereas the runner comprises at least one passage being capable to drain high pressure leakage water passing the sealing means to the low pressure side, and the passage comprises an inlet aperture located in a portion of the crown which during operation is exposed to high pressure leakage water, characterized in that the passage is located within a blade and leads from the inlet aperture to the edge adjoining to the low pressure side of the same blade, whereas the passage is shaped to form a continuous opening in the same edge adjoining to the low pressure side.