mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for the treatment of radioactive waste comprising organic compounds, and sulfur-containing compounds and/or halogen-containing compounds, the apparatus comprising: (a) a reaction vessel comprising a filter in the upper portion of the vessel for carrying out thermal treatment of the waste, wherein a bed is contained in the lower portion of said reaction vessel comprising a filter, the bed comprising one or more co-reactants and radioactive waste comprising organic compounds, and sulfur-containing compounds and/or halogen-containing compounds, wherein in use the bed is partially fluidized or jetted; and (b) a thermal oxidizer for combustion of waste gases from the reaction vessel. (a) a reaction vessel comprising a filter in the upper portion of the vessel for carrying out thermal treatment of the waste, wherein a bed is contained in the lower portion of said reaction vessel comprising a filter, the bed comprising one or more co-reactants and radioactive waste comprising organic compounds, and sulfur-containing compounds and/or halogen-containing compounds, wherein in use the bed is partially fluidized or jetted; and (b) a thermal oxidizer for combustion of waste gases from the reaction vessel.
A photographing method, applied to an electronic device, wherein the electronic device comprises a floating touchscreen, a first camera and a second camera, wherein the floating touchscreen is a touchscreen that supports a floating touch-control technology, and the method comprises: detecting (Step 301), by the electronic device, whether there is a floating touch-control object on the floating touchscreen, wherein the floating touch-control object comprises one of a finger, a touch-control stylus or a handwriting stylus; detecting (Step 308), by the electronic device, a gaze position at which the eyes of a user gaze on the floating touchscreen; determining (Step 302, 309), by the electronic device, a current focus position according to the gaze position and a signal of at least one floating touch-control point that is generated on the floating touchscreen by the floating touch-control object; characterized by, comparing (Step 3031,3032), by the electronic device, the current focus position with a previously determined focus position; initiating focusing (Step 3033), by the electronic device, at the current focus position only when a position variation value between the current focus position and the previously determined focus position is greater than a preset threshold; and, detecting a tap operation on the floating touchscreen; performing (Step 305, 307), by the electronic device, photographing when a tap operation on the floating touchscreen is detected. detecting (Step 301), by the electronic device, whether there is a floating touch-control object on the floating touchscreen, wherein the floating touch-control object comprises one of a finger, a touch-control stylus or a handwriting stylus; detecting (Step 308), by the electronic device, a gaze position at which the eyes of a user gaze on the floating touchscreen; determining (Step 302, 309), by the electronic device, a current focus position according to the gaze position and a signal of at least one floating touch-control point that is generated on the floating touchscreen by the floating touch-control object; characterized by, comparing (Step 3031,3032), by the electronic device, the current focus position with a previously determined focus position; initiating focusing (Step 3033), by the electronic device, at the current focus position only when a position variation value between the current focus position and the previously determined focus position is greater than a preset threshold; and, detecting a tap operation on the floating touchscreen; performing (Step 305, 307), by the electronic device, photographing when a tap operation on the floating touchscreen is detected.
Tank arrangement for controlling the filling level of cryogenic media, comprising: a tank having an inflow line and an outflow line, a differential pressure measuring device, which is connected, via a fluid conduit, to a lower tank area containing the liquid portion of the medium, and which is furthermore connected, via an additional fluid conduit, to an upper tank area containing the gaseous portion of the medium, an absolute pressure measuring device and/or a temperature sensor used for measuring the pressure and/or temperature in the upper tank area, an evaporator arranged in a branch conduit between the inflow line and the upper tank area, a control unit (14A, 14B) controlling a gas pressure regulator valve suitable for pressure control and connected downstream of the evaporator in the branch conduit for controlling the pressure in the upper tank area, and comprising a bottom pressure regulator which is connected to the differential pressure measuring device and to the absolute pressure measuring device and/or a temperature sensor and which is used for actuating the gas pressure regulator valve, wherein said bottom pressure regulator is configured to regulate the pressure in the gaseous portion of the medium in the tank to a constant bottom pressure as a function of the filling level of the liquid portion of the medium. a tank having an inflow line and an outflow line, a differential pressure measuring device, which is connected, via a fluid conduit, to a lower tank area containing the liquid portion of the medium, and which is furthermore connected, via an additional fluid conduit, to an upper tank area containing the gaseous portion of the medium, an absolute pressure measuring device and/or a temperature sensor used for measuring the pressure and/or temperature in the upper tank area, an evaporator arranged in a branch conduit between the inflow line and the upper tank area, a control unit (14A, 14B) controlling a gas pressure regulator valve suitable for pressure control and connected downstream of the evaporator in the branch conduit for controlling the pressure in the upper tank area, and comprising a bottom pressure regulator which is connected to the differential pressure measuring device and to the absolute pressure measuring device and/or a temperature sensor and which is used for actuating the gas pressure regulator valve, wherein said bottom pressure regulator is configured to regulate the pressure in the gaseous portion of the medium in the tank to a constant bottom pressure as a function of the filling level of the liquid portion of the medium.
A device for deploying a stent-graft within a body lumen comprising: an outer tubular member defining an outer lumen; an intermediate tubular member at least partially disposed within the outer lumen and configured to move axially therein, wherein the intermediate tubular member defines an intermediate lumen; an inner tubular member at least partially disposed within the intermediate lumen and configured to move axially therein; a self-expanding stent-graft disposed in the outer lumen and at least partially overlying the intermediate tubular member, wherein the stent-graft is configured to move axially in cooperation with the intermediate tubular member; a stent lock disposed on the intermediate tubular member and configured to releasably couple the stent-graft and the intermediate tubular member, the stent lock being cylindrical with an inside diameter designed to be coupled to the outer cylindrical surface of the intermediate tubular member; wherein the inner tubular member and the outer tubular member are configured to be coupled to one another such that movement of the outer tubular member in an axial direction results in movement of the inner tubular member in the axial direction with respect to the intermediate tubular member so as to deploy the stent-graft. an outer tubular member defining an outer lumen; an intermediate tubular member at least partially disposed within the outer lumen and configured to move axially therein, wherein the intermediate tubular member defines an intermediate lumen; an inner tubular member at least partially disposed within the intermediate lumen and configured to move axially therein; a self-expanding stent-graft disposed in the outer lumen and at least partially overlying the intermediate tubular member, wherein the stent-graft is configured to move axially in cooperation with the intermediate tubular member; a stent lock disposed on the intermediate tubular member and configured to releasably couple the stent-graft and the intermediate tubular member, the stent lock being cylindrical with an inside diameter designed to be coupled to the outer cylindrical surface of the intermediate tubular member; wherein the inner tubular member and the outer tubular member are configured to be coupled to one another such that movement of the outer tubular member in an axial direction results in movement of the inner tubular member in the axial direction with respect to the intermediate tubular member so as to deploy the stent-graft.
A pharmaceutical formulation comprising a pharmaceutical composition comprising (i) a granule containing a compound represented by formula or a salt thereof and (ii) a disintegrating agent, wherein the compound represented by formula or a salt thereof is contained in an amount of 140 mg to 190 mg in terms of the free form per unit formulation, wherein the disintegrating agent is carmellose calcium and wherein the granule contains a solubilizing agent therein and wherein the solubilizing agent is sodium lauryl sulfate, wherein the disintegrating agent (ii) is contained in an amount of 10wt% or more with an upper limit of 25 wt% based on the total amount of the composition, wherein the formulation is a capsule.
A method for diagnosing a transient ischemic attack or a predisposition for experiencing TIA, the method comprising: determining a level of expression of a plurality of TIA-associated biomarkers in a biological sample from a patient, wherein the plurality of TIA-associated biomarkers comprises GABRB2, ELAVL3, TWIST1, DPPA4, DKFZP434P211, DLX6, ZNF479, ASTN2, SNX31, ALS2CR11, LOC440345, DKFZP434B061, FAM55D, FLJ30375, IGFBP5, LTBR, SCN2A, ATG9B, DIP2C, EDAR, GSTM1, GUSBL2, SMURF2, ZNF512B and genes that hybridize to Affymetrix probeset ID numbers 1568589_at, 216406_at, 1563568_at, 231040_at, 1559695_a_at, 1561767_at, 236571_at, 233306_at, 1563026_at, 231546_at, 242495_at, 237953_at, 231069_at, 1568781_at, 242564_at, 244665_at, 244226_s_at, 229654_at, 242710_at, 1557580_at, and 237597_at, 1559696_at, 1563032_at, 1558496_at, 241566_at, 215448_at, 237479_at, 234235_at, 1560905_at, 237937_x_at, 207731_at, 243398_at, 241675_s_at, 241674_s_at, 1557762_at and 1556983_a_at, wherein an increased expression level of TIA-associated biomarkers comprising GABRB2, ELAVL3, TWIST1, DPPA4, DKFZP434P211, DLX6, ZNF479, ASTN2, SNX31, ALS2CR11, LOC440345, DKFZP434B061, FAM55D, FLJ30375, IGFBP5, LTBR, SCN2A and genes that hybridize to Affymetrix probeset ID numbers 1568589_at, 216406_at, 1563568_at, 231040_at, 1559695_a_at, 1561767_at, 236571_at, 233306_at, 1563026_at, 231546_at, 242495_at, 1559696_at, 1563032_at, 1558496_at, 241566_at, 215448_at, 237479_at, 234235_at, 1560905_at, 237937_x_at, 207731_at, 243398_at, 241675_s_at, 241674_s_at, 1557762_at and 1556983_a_at, and a decreased expression level of TIA-associated biomarkers comprising ATG9B, DIP2C, EDAR, GSTM1, GUSBL2, SMURF2, ZNF512B and genes that hybridize to Affymetrix probeset ID numbers 237953_at, 231069_at, 1568781_at, 242564_at, 244665_at, 244226_s_at, 229654_at, 242710_at, 1557580_at, and 237597_at compared to a control indicates that the patient has suffered or is at risk of experiencing TIA.
A method of forming a tissue scaffold, the method comprising: providing an electrospinning apparatus comprising a spinneret and a tissue scaffold template spaced from the spinneret; electrospinning a polymer from the spinneret onto the template to form the tissue scaffold; and exposing the polymer to a plasma; characterised in that: the polymer is exposed to the plasma between the spinneret and the template. providing an electrospinning apparatus comprising a spinneret and a tissue scaffold template spaced from the spinneret; electrospinning a polymer from the spinneret onto the template to form the tissue scaffold; and exposing the polymer to a plasma; the polymer is exposed to the plasma between the spinneret and the template.
A method for recovering metals from lithium ion battery waste, comprising wet processing of leaching metals containing lithium from lithium ion battery waste with an acid, and extracting the metals from a metal-containing solution in which the metals are dissolved, wherein the lithium extracted in the wet processing is used as a pH adjuster used in the wet processing; wherein the wet processing comprises an acid leaching step of leaching metals comprising lithium from the lithium ion battery waste with an acid to obtain the metal-containing solution, and one or more extraction steps of separating the metals from the metal-containing solution by solvent extraction; and wherein lithium extracted in the wet processing is added as a pH adjuster in at least one of the extraction steps; and wherein in one or more of the extraction steps, a solvent into which the metals are extracted is scrubbed to obtain a post-scrubbing solution, and a part or all of the post-scrubbing solution is mixed with the metal-containing solution and used as a pre-extraction solution for solvent extraction in the one or more extraction steps. wherein the lithium extracted in the wet processing is used as a pH adjuster used in the wet processing; wherein the wet processing comprises an acid leaching step of leaching metals comprising lithium from the lithium ion battery waste with an acid to obtain the metal-containing solution, and one or more extraction steps of separating the metals from the metal-containing solution by solvent extraction; and wherein lithium extracted in the wet processing is added as a pH adjuster in at least one of the extraction steps; and wherein in one or more of the extraction steps, a solvent into which the metals are extracted is scrubbed to obtain a post-scrubbing solution, and a part or all of the post-scrubbing solution is mixed with the metal-containing solution and used as a pre-extraction solution for solvent extraction in the one or more extraction steps.
A rubber laminated body, comprising: a vulcanized rubber member; and a coating film attached to the vulcanized rubber member, wherein the coating film contains a polythiol compound and the coating film is energy-curable, wherein the polythiol compound is a secondary thiol compound. a vulcanized rubber member; and a coating film attached to the vulcanized rubber member,
A wearable device, comprising: a memory configured to store computer-executable instructions; and one or more processors in communication with the memory and configured to execute the computer-executable instructions to: maintain a first connection between the wearable device and a mobile phone, wherein the first connection between the wearable device and the mobile phone is configured to be persistent when the wearable device is within communication range of the mobile phone; transmit audio content to a headset over a first peripheral connection between the wearable device and the headset, the mobile phone configured for communicating with the headset over a second peripheral connection between the mobile phone and the headset; receive information identifying an incoming telephone call; and responsive to receiving the information identifying the incoming telephone call: transmit a notification associated with the incoming telephone call to the headset; and suppress, at the wearable device, a ring associated with the incoming telephone call. a memory configured to store computer-executable instructions; and one or more processors in communication with the memory and configured to execute the computer-executable instructions to: maintain a first connection between the wearable device and a mobile phone, wherein the first connection between the wearable device and the mobile phone is configured to be persistent when the wearable device is within communication range of the mobile phone; transmit audio content to a headset over a first peripheral connection between the wearable device and the headset, the mobile phone configured for communicating with the headset over a second peripheral connection between the mobile phone and the headset; receive information identifying an incoming telephone call; and responsive to receiving the information identifying the incoming telephone call: transmit a notification associated with the incoming telephone call to the headset; and suppress, at the wearable device, a ring associated with the incoming telephone call. maintain a first connection between the wearable device and a mobile phone, wherein the first connection between the wearable device and the mobile phone is configured to be persistent when the wearable device is within communication range of the mobile phone; transmit audio content to a headset over a first peripheral connection between the wearable device and the headset, the mobile phone configured for communicating with the headset over a second peripheral connection between the mobile phone and the headset; receive information identifying an incoming telephone call; and responsive to receiving the information identifying the incoming telephone call: transmit a notification associated with the incoming telephone call to the headset; and suppress, at the wearable device, a ring associated with the incoming telephone call. transmit a notification associated with the incoming telephone call to the headset; and suppress, at the wearable device, a ring associated with the incoming telephone call.
An image sensing system (10, 60, A0), comprising, a first pixel circuit (120, 620), comprising: a photosensitive device; a first transmission gate, under the control of a first transmission signal and configured to conduct during a first conduction time interval to drain photoelectrons stored by the photosensitive device to a floating diffusion node; and a collection gate, disposed above the photosensitive device and configured to receive a collecting signal; and a control unit, coupled to the collection gate and configured to generate the collecting signal to the collection gate, wherein when the image sensing system(10, 60, A0) operates in an optical ranging mode, the collecting signal transits between a first high voltage level(V H1) and a low voltage level(V L), when the image sensing system(10, 60, A0) operates in a general camera mode, the collecting signal transits between a second high voltage level(V H2) and the low voltage level(V L), wherein the second high voltage level is higher than the first high voltage level(V H1). a first pixel circuit (120, 620), comprising: a photosensitive device; a first transmission gate, under the control of a first transmission signal and configured to conduct during a first conduction time interval to drain photoelectrons stored by the photosensitive device to a floating diffusion node; and a collection gate, disposed above the photosensitive device and configured to receive a collecting signal; and a photosensitive device; a first transmission gate, under the control of a first transmission signal and configured to conduct during a first conduction time interval to drain photoelectrons stored by the photosensitive device to a floating diffusion node; and a collection gate, disposed above the photosensitive device and configured to receive a collecting signal; and a control unit, coupled to the collection gate and configured to generate the collecting signal to the collection gate, wherein when the image sensing system(10, 60, A0) operates in an optical ranging mode, the collecting signal transits between a first high voltage level(V H1) and a low voltage level(V L), when the image sensing system(10, 60, A0) operates in a general camera mode, the collecting signal transits between a second high voltage level(V H2) and the low voltage level(V L), wherein the second high voltage level is higher than the first high voltage level(V H1).
Laundry treatment machine with - a drum, wherein -- the drum is rotatable around a rotational axis, -- the rotational axis defines a vertical plane (E V1), - a drive motor to rotate the drum around the rotational axis by exerting a drive torque (T em), - at least one unbalance sensor (14, 15) to determine a movement of the drum transverse to the rotational axis, - at least one position sensor to determine an angular position (φ) of the drum, and - a control unit to estimate a behaviour of a load, characterized in that the at least one unbalance sensor (14, 15) and the vertical plane (E V1) enclose an angle α, wherein 15° ≤ α ≤ 75°, that the control unit comprises an artificial neural network to estimate the behaviour of the load, and that the artificial neural network has at least one signal input, wherein at least one unbalance signal (a 1, a 2) of the at least one unbalance sensor (14, 15) is supplied to the at least one signal input. - a drum, wherein -- the drum is rotatable around a rotational axis, -- the rotational axis defines a vertical plane (E V1), -- the drum is rotatable around a rotational axis, -- the rotational axis defines a vertical plane (E V1), - a drive motor to rotate the drum around the rotational axis by exerting a drive torque (T em), - at least one unbalance sensor (14, 15) to determine a movement of the drum transverse to the rotational axis, - at least one position sensor to determine an angular position (φ) of the drum, and - a control unit to estimate a behaviour of a load, that the at least one unbalance sensor (14, 15) and the vertical plane (E V1) enclose an angle α, wherein 15° ≤ α ≤ 75°, that the control unit comprises an artificial neural network to estimate the behaviour of the load, and that the artificial neural network has at least one signal input, wherein at least one unbalance signal (a 1, a 2) of the at least one unbalance sensor (14, 15) is supplied to the at least one signal input.